OPTION LIST PAGES 1-101 MODULE LIST

OPTION LIST PAGES 1-101

MODULE LIST PAGfi:$ 102-173

0000 ppppp TTTTTTT I 0000 N N L I SSSSS TTTTTTT 0 0 P P T I 0 0 NN N L I S T 0 0 p P T I 0 0 N N ~ L I S T a 0 ppppp T I 0 0 N N N L I SSS& T 0 0 P T I a 0 N N N L I S T 0 0 P T I 0 0 N NN L I S T

0000 P T I 0000 N N LLLLLL I 5S8SB T

OPTION DESIGNATION LIST DEC 5, 1973 STATUS 1 AND 7 OPTIONS ELIMINATED D~K BEST

THIS IS A LIST OF DESIGNATIONS AND NAMES OF EQUIPMENT WHICH HAS BEEN, IS, OR MAY 8E AVAILABLE FOR SALE BY D~C. THE OPTIONS ARE SORTED BY MODEL NUMBER,

THE MODEL NUMBER HAS BEEN PLACED IN THE SPACE AVAtLABLE FOR IT IN THE ACCOUNTING FORMAT, THIS SPACE CONsISTS OF A MAIN 5 CHARACTER FIELD FOLLOWED BY A 2.CHARACT~R "VARIATION" FIE~D, A DASH SEPARATES THE TWO fIELDS, WHlLg THt MAIN NUMBER IS RIGHT JUSTIfIED AND THE VARIATION 15 LEFT JUSTIFIED. IN GENERAL, OLD MODEL NUMBERS CONTAIN NO LETTERS IN TH~ MA1N FIELD WHtL~ NEW MODEL NUMBERS CONTAIN 2 LETTERS FOLLOWED BY 2 NUMBERS, THE INITIAL LETTER IN THE MAIN fIELD GEN~RA~L~ IS THE SAME AS THE CATEGORY. EXCEPTIONS TO THIS ARE COMPUTERS, LISTED IN CATEGORY E.

THE MODEL NUMSER FOR A TESTER USES THE SAME CH~RACTERS IN THE MAIN FIELD AS DOES THE OPTION FOR WHICH IT IS DE81GNED, WITH THE FIRST CHARACTER IN THE VARIATION FIELD BEING ~T". FOR EXAMPLE, 2 liSTERS FOR THE RP01-A MIGHT BE NAMED RP01-1A AND RPOl e T8. SUCH TESTER NUM8ERS ARE NOT LISTED HERE. THEY ARE CONTROLLED BY DRAFTING.

THE "USED ON" COLUMN REFERS TO THE OPTIONS OR COMPUTERS TO WHICH THE ITEM IN QUESTION MAY BE CONNECTED,

THE "ENG MGR" IS THE ENGINEERING MANAGER WHO HAS THE FINAL RESPONSIBILITY FOR THE DEVICE.

THE "MANUFACTURING AREA" IS THE GROUP THAT MANU"ACTURES THE DEVICEa COM = PDP11 COMMUNICATIONS F. A. T., ~ESTMINSTER CON = CONTROL SYSTEMS CSS = SPECIAL SYSTEMS, PARKER ST DAS = DEC SYSTEM 10 ADVANCED SYSTEMS IPG = INDUSTRIAL PRODUCTS, MA~NARD LVP = LOW VOLUMN P~ODUCTION, PARKER ST MAY = MAYNARD, THOMPSON ST, PL = PROGRAM LIBRARY SSAU = SPECIAL SYSTEMS, AUSTRALIA SSCAL = SPECIAL SYSTEMS, CALIFORNIA SSCAN = SPECIAL SYSTEMS, CANADA BSCH = SPECIAL SYSTEMS, CHICAGO SSMU = SPECIAL SYSTEMS, MUNICH SSUK = SPECIAL SYSTEMS, ENGLAND TPL = TRADITIONAL PRODUCTS WF = WESTFIELD WM = WESTMINSTER

THE "DESIGN ENGINEER" HAS DESiGN RESPONSIBILITY FOR THE DEV1C~, AND IS AVAl~AiLE TO HE~P ~OLVE PROB~EMS THAT CANNUT 8E HANDLED BY THE PRODUCTION ENGINEER.

THE "p~ODUeTION ENGINEER" DETERMINES TM~ METHOD or MANUfACTURt AND BUILDS THE PILOT RUN, HE IS ALSO AVAILABLE TO IOLV! PROBLEMS wITH THE DEVICE THAT THE PRODUCTION LINE CANNOT SOLVE,

1

THE "STATUS" CODE IS AS FOLLOWS. 1*: UNANNOUNCED 2 = IN DESIGN AND ANNOUNCED 1 = CUSTOM BUILT 4 = RELEASED TO BUILD

5 = RELEASED TO PRODUCTION 6 : OBSOLETE, BUT CAN STILL BE CUSTOM BUILT 7 = a6S0L~T~ AND CANNOT B~ BUILl • = NO OPTION, bUT A SERI~S NAME

"MO/YR" RECORDS THE MONTH AND YEAR OF THE LATEST CHANGE IN STATUS OR UESCRIPTION ON THAT LINE

THOSE ITEMS WITH STATUS 1 AND 7 ARE NOT INCLUDED IN THE GENtRALLY DISTRI6UTED LIST SINCE STATUS 1 AND 7 ITEMS ARE COMPANy CONFIDENTIAL. COMPLETE LISTS HAVE BEEN SENT TO THE fOLLOWING PEOPLE;

ANDY KNOWLES STAN OLSEN WIN HINDLE

PETE KAUFMANN 808 LANE:

MONTHLY UPDATED COMPLETE LISTS ARE SENT TO THE fOLLOWING PEOPLE.

THE

aOB ASPELL 5 .. 2 GINGER CARROLL (2) AL pfyFP"ER 4",4 FRANK CASSIDY 1.5 BILL CUMMINS 21-4 ANN WOOD 4.4 PETER BRIGGS 1~4

"CATEGORY" CODE IS AS FOLLOWS. A = A~ALOG·DIGITAL·ANALOG B = MISCELLANEOUS C = CARD HANDLING EQUIPMENT D = DATA HANOLING EQUIPMENT E = COMPUTERS I( : INTERNAL COMPUTgR OpTIONS

JOE MADDEN 4.5 BILL SHAW 5-4 CHUCK BRANNIGAN Wf AL PETERS PK BILL HOGAN 5.2 CHARLES FEELEY, IRE

N = P =

ROGER POTHI~R 5.5 KEN RUSS 11!'3 B08 BAILLIE 1.2 (SOFTWARE ONLY) ROGER MELANSON 5.4 BRUCE DILLINGHAM wM LORENZO RASILLE 1.4

PULSE HEIGHT ANALYSIS EQUIPMENT PAPgR TAPE EQUIPMENT

Q = PROGRAMS R = ROTATING MAGNETIC MEMORIES S = SPARE PARTS T = MAGNETIC TAPE EQUIPMENT

L = LINE PRINTERS ANO TYPEWRITERS V = VISUAL READOUT (DISPLAYS) M :I MEMORIES (NON9ROTATING) X = X"Y PLOTTERS

BEV HALLMAN CANADA ~lM "" HU(;H PI( PHIL lAyS 4.5 R~NE lHIBAULT 21.J JACK HARRIGAN 1.4-M PAUL Me GAUNN wr

THERE SHOULD BE AN ENTRY IN EVERY COLUMN FOR EACH ITEM. PLEASE EXAMINE THOSE ITEMS FOR WHICH YOU ARE LISTED AS DESIGN OR PRODUCTION ENGINEER AND SUPPLr THE MISSING INFORMATION TO OICK BEST OR JUNE PAYNE (X2273).

2

AA = A, ADELMON 5~5 AAM=ALEC MUZAR, KANATA ABW = ANDY WHITE pK1 AC = A, COHAN 5~2 AOt = At DELUCA 5~2 AEH = At HELENIUS 1~2 AEK=ARNIE KORELITZ 1~l AEW = ART WILLIAMS 1~3 AM = AL HIRSCH 1~4 AHL = DAVE AHL 5~2 AHS = At SHIMER 5~5 AJ = A, JOHNSO~ WM AJF = A, FARINELLI WM AJM = JOE MARTIN 5.3 AK = A. KARLSBERG t~4 AKI = AKAVIA KANIEL 5.2 ALB = AL BURNESS 1~4 AM ALLEN MOWBRAY 5~5 AP = AL PETERS PKl AR = A. RICKETTS 5~2 AS = AL SLIZ 1~2 AT = A. TITCOMB 5-5 ATT = G. ATTERBUR~ 5-5 AW = ALAN WALLACK 5-5 BALL = CHRIS BALL 5-3 SD = BILL BRUCKERT 5-5 BO = 8, DELAGI 1-2 SDW = BARRY WEEKS WM BE = BOB EDWARDS SSCAL BEB = 80B STEWART 5-2 8F8 = B. BAILLIE 1.2 BG = BOB GRAY 1-2 BM = BEV HALLMAN (2) KA BLC=8ERNIE LACROUT~ 5-2 BLE=BOB EGGERT SSCAL 8M = BOB MAC LEOD PK BM~ = Boa MULLIN wM BMP=80R MC PHERSON SSUK BMW = SILL WEISKE PK BN = BERNARD NOLAN 1.4 SP = B, POULIOT 5.2 BPr=B. FITZGERALD 1.2 BQ = BOB QUINN 5-3 RR = DAVE BRO~N 5.2 BRH = BRUCE HANSEN 3-5 as = H. SIPILA 1-4 8T = B~UCE TARPLEY 5.2 BU = R, BURTON 1.3 BY = 8, VACHON 5-2 BWs8 WIGGLESWORTH 5~2 BWH = BERNIE HALL 1-2 CA = R. CADY WM eARN=JANICE CARNES 5-2 CAY=CHUCK A YOUSE 1-3 C8 = A. CAMpBELL NB

CfM = CHARLES MEAD 5~5 CM = D. CHACE 5.2 CHI = CHAO CHI 1.3 CL = R. CLAYTON 5~2 CMS = AUZ BROOKS 5~1 ~MD = CHUCK DEW~Y 21-4 CP=CLAUOE PROTEAU 1~5 CR = CHARLES ROMEO 12-2 eRB = CHUCK BLASI 5-1 CU = J, CUDMORE 1~4 CV = c, VALENTINE PKl CYR = JOHN CYR 5.2 CZ = A. CZAJKOWSKI WM OA = DAVE ADAMS 5-2 OAL = DON LEwINg 5-5 DAS = D, STACKPOLE 5-3 08 = DICK BRIGGS 5-2 DaR = DAVE REBUS CGy_O DC = DAVE CAR~SON PK3 Dce = DWIGHT BAKER 5-2 DO = DICK DEV~IN 5-2 DOM=DENNIS MACKLIN PKl DE = DONALD ELIAS PK2 DEB = DAN BOwSER 1:2 DEC = DON CROWTHER 5-3 DEG = DAVE GINZLER 5-2 Df = DlCK FALl S.) DfP = 0, PAVLOCK 12.3 OG ~ D, GROSS 5.5 OH = 0, HOPKINS PKI DBO = DAN O'URSO l2.l 01 = 0. tVES 1.2 DJ = DALE JENSEN 1.3 DJA = D. ANDERSON 1-2 DJD=D. 01 GIROLAMO 5-2 DL=DEMETRIOS LIGNOS 1~4

OLM = DAVE MURRAY KA DLN = DAVE NELSU~ PK3 DM = 0, MURPHY ~.3

OMD = DAN DAOOI~CO 12~2 OML=O, LITWINETZ 5-5 ON = D. NEVALA (9) 1.4 00 = 0. OtCONNOR 1-4 DOANE = R, DOANE 5~3 DOV = DAVID V~INOT 1-5 DP ='DICK PETERSON 1-4 OPR = DAVE RODG~RS 5.3 OPS=DAVID STRAND ~SCAL DR ~ R. DIETER 5-3 DRES=O, DRESLINSKI PKl DREw = JIM DREW 1-5 DRM = DAN MUTNANSKy 1-3 DRS = DON STREET PK1 OS = DAVE SAARI 1-4 osL=DAVE LEsLIE 5.2

GLOSSARY OF INITIALS

DT = DAVE THOMA$ 1.5 DV = D. VONADA 1-2 Dw8 = DAVE BUCKNAM 5.3 DwS = 0, SMELSER 1.5 DY = DON ¥OUNG PKl PZ=O. ZER~SKI (23) 21-4 EAS = ED SIEGMANN 5.5 1& = ED BRUCKERT 21-4 EC = ED CORELL 1-3 EDS=ED STEINBERGER 5-2 EF = ED FOROE 1.4 EG = E. GIANETTO 1-4 EIA = ENRICO ANCONA PKl ELIA=R ELIA.SHAOUL 11-2 ELK = E. KENNEY 4-5 ELL = KiN ELLSON 12-3 ELS = ED 5tE~IZ~R 1-3 EM = ED MARTELLO PKl EN ~ EO ~EUMYER 5-a EPC = E~ CHAMBERS )-5 ER = E. REEp 5.l ERK = EO KING 5.5 ERP = ED PERMQN 5-2 E8 = ELMER 5I~MON5 1.3 Ew • ED WARGO 5.2 EwB = ERNIE 8AUER 21.3 FA = f, AUMANN PKl FE = fRANK ~L1A 5.2 Ff = FRANK FORTIN 1-4 FM = FRANK MOLL~R 5.2 FMS = F, ~OUVA 21-4 FS = FRED STRAIGHT 3.5 FSB = FLOYD B~NSON 5.5 rw = fFEP WILHELM 5-5 FZ = FRANK ZERESKI 1-2 GBH=G HARRINGTON 12-2 0 GO = JACK DgL8ROCCO 1-4 GOG = G~RRY GANONG 5.5 GEF = G£D FRIENO 4-3 Gf = G. FORD 21.4 GfS = GEO SIRUIS 5-5 GG = GORDON GRAHAM 1~4 GH=GEOPGE HITZ 1.5 G"L = GEO H LORD 5-2 GhP = G~O PARTRIDGE 1-3 GL = GLEN LiAfLOOM KA GO = GEOFf OAOES SSUK GOH = GREG nELTON 21-4 GP ~ G. POTIER 1-5 GPAP=GARY PAPAZIAN 1-4 GPB=G.P. 6UDIANSK¥ wM Gs = G. SAVIERS 1-3 GSD=GOVINDA SINGH SSCAL GT = GEO tHlS5ELL 5~5 0 CWD = G. OULANEt 5.5

HA = H. ADLEMAN 5-) HD = HARRY DRAB 1-3 HK = HANK KREJCI 12.2 HL = kERVE ~AVOIE 5-5 HR~ = HAROLD LONG 21.4 HS = H. SHEPHERD 5.2 IB=l. BELLEtTl!RE 1~4 ICF = IAN FALLOwS 5.2 IP = IRA POIELL 5~2 lR = ISAAC RAGWAR 1_4 Ji = JOHN 8~OiM 5-2 JC = JOHN CLARKE S-2 JD = JOHN ORASHER 5~5 Joe = JIM BRAY 1-5 JOL = JOHN LEARSO~ 5-3 JOM = JOH~ 01 MACK 5-2 JE = J. E~S8REE 5.5

3

JEH = JOHN HOLMAN PKI JEN = JUDY NICHULS 5-2 JE~ = JOHN ROBERTS 5-3 JrB = JIM ,BEATTY 1-2 JG = J. GRADY 5-3 JH = JOHN R HESS 1-) JJt = J, LARKIN PKt Jk = JOHN KIRK 5-2 JL = JESSE LiPCQN 5~5 JLE = JOHN EGGERT 5-2 JLH = JERRY HOLMES 4@5 ~JM = JIM MURPHY 12-2 0 JJO = JOE ORLANDO S~2 JM = J. MELVIN 5-2 JO = J. O'LOUGHLIN WM JP = JOHN PRATT 5-2 JRB = JOHN BENTON 5-5 JRP = JIM PROVIDENT 5-5 JS = J. SULLIVAN 12-3 JrN = JAY NICHOLS PKt JV = J~CK VALENTINE 1.4 JW = JACK WILLIAMS 5-3 JZ = JOE ZEH 1-4 KA = KEN ADAMETZ 1.2 KS = KEN &RABITZ SSCAL KE = A. KENT 5-5 KF = KARL FREY 1.3 KG = KENT GRIGGS 1-4 KH = KEN HEOBERG 5-2 K6 = ALAN KOTOK 5-5 KG = KEN QUINN 21-4 KR = ED KRAMER 5-~ KU = VICTOR KU 5-5 LAW = ROGER LAWSON 1-) tBH = LEN HUGHES 1-2 LC = LARRY CONDON 1-2 LCG = L.C, GARDNER 5.5 tD = LENNY DIONNE 5-2 Lf = LARRY FAHEY 5-2 LG = L. GALE 11.2 LH = L. HALIO 5-5 LHC = LARRY CONLEy 5.2 LK = LOU KLOTZ 5-2 LN = L. NARHI 5-2 LO = LINDA OLSEN PKl LT = LEN TURNER 5~2 LW': LARRY WADE 12-2 0 MA = M. ARSENAULT 5-2 Me = J. MC NAMARA 5.3 MoC = M, CONROY 1-4 MDL=MIKE D. LEIS 5-3 MDM=M 0 MORGANSTERN 5-3 MH = MARTIN HALL SSUK Ml = J. MILTON 5-3 MJS:MARTY SCHWARTZ 21-4

GLOSSARY OF INITIALS CONTINUEP

ML = MIKE LAW~ENC~ 5-5 MM = JOE Me MULLIN 5-5 MOLlS = R, MOLlS 5-2 MOOR = ROD MOORE 3-5 MORO = ST~VE MORD 5-2 MORRIS=IRA MORRIS 1-4 MS = M. SAMALE PKl MSB=MIKE BUJNOWSKI PKl MT = MIKE TITELSAUM 5-5 MW=MEL wOOLSEY 5-~ MWS=MARK STECKLAIR 5-2 NY = N. 'IELD 1-3 ~R = NELSON ROY 5-3 HS ~ ~ARESH SHAH 5-2 OF : OWEN rISK, KANATA OM=OLIVER MOBlSSON 5-2 ORR = TOM ORR 1-3 PAD = PHIL DESpO 6A-2 PAJ = P, JENKINS 1-4 PC = PETER CHRI~TY 5SUK PO = p. DURANT 1-5 PDM = PETER MARTIW 5-2 PETERS = AL PETERS MVl pre = PETE CONKLIN 5-5 PFM = p. MARTIN 5.J PG = PAUL GARDNER 5-2 PH = PHIL MOLME$ PKl PHG = PETER GOROON 5.2 PJ = p. JANSON 11-2 PJD=~ESGROSEILLIERS 1-4 PK=KOTSCHENREUTHER 5-2 PM = PETE MC LEAN 1-3 PMC = P, MC CARtHY 1.4 PMG=PAUL GUGLIELMI 5e5 PN = PAUL NELSON 1-3 PNH = PETER H~LLER 1-3 POT = DAVE POTTER 1.2 PR = p. REISSER SSMU PRO = P DOWNER 5-3 PS = P SCRIVEN ~.~ PV=P VA~ ROEKENS 12-2 PwO = PETER DUKE PKl PWK = PAUL KELLEY 1-4 PWM • PETER MEANS 5~l RA = R ANTONUCCIO 1-4 RAA = B08 ARMSTRONG 5-5 RAC = 80B CORMIER 1-2 RB = RAy BALDWIN 1-2 RaM = R HURLEY 1.2 R8L = OICK LAWRANCE 1-3 RBR = BOB REGAN 5.2 RCR = BOB RICHMOND 1-2 PO = R. DOW 5-5 RE = S08 REID 5-5 REM = R HESSELTINE 1-4

RtL = R ! LEWIS 1-] R~N=RICH. NEUBAUER 12-3 RF = ROBERT FITCH 5-2 RrL = R, LARRY 12-3 RG ~ R GAGN~ S-2 RH • BOB HAMEL 1-5 RhA = BOB ALLEN 1.4 RHM = B08 M~ESE 5-5 Rl = RUSS IKNAIAN 5.5 RJB=R JOHN BARDONE t-l RJM = ROY MOFFA 5-2 RJMC = 808 Me CLURE 1-4 RwS = RON S~TERA 1.2 RJW = R08ERT WO~F1.5 RL ~. R. LISEE 5e) RLD = RATAN DAHR $_5 RLM = RUSS MOORE 'Kl R- = R MAl 1-4 RMC = B08 Me CLUR~. 1-4 RMO = R. MAC DONALD 1-4 RMM = R, MERRILL 5.3 RMO = MARK OLSEN 5.~ RMS =a08 SMITH 5-3 RH = M RICHES~ON PKI RUTf=ROe ROTTMAYER 1-~ RP = B08 PEYTON 1-) RPC = RICK CO~eEN 5.5 RR • R. REEO 5.3 RR8 = DICK SENNETT 1-. RRC = RON CARTER 5.5 RS =R. SAVELL 5-2 RTH=RALPH HAMILTON 5-2 RYN=ROB VAN NAAROEN 5-2 RW = REG wETHERALL PKl Rwl = RAY IMBLUM SSCAL SA = J. ST AMOUR 1-4 SiRG = w. SERGEANf 1-J SG = STEVE GROSS 5.3 Su = STEVE JENKINS 5-2 S~ = S. KOZlOL PKI SKJ= S. ~ACKSON PKI 8M = S, MIKuLsKI 5~2 SNT = S.N, TEICHER 1-3 S~Z = SULTAN ZIA 5-5 SPRY = BILL SPRI PKI SR = STEVE ROTHMAN 1-2 SRH = STEVE HOLMES 5-5 S5 • SERGE SHAMMAS 5.3 ST=J. STEFANOwICZ PKI STP = S, T, POMFRET 5-5 su = p. SULLIVAN 5-5 SW = J. SWANSON !.3 SZ=S ZNAMIEROwSKI 5~2 TfF = TOM FAVA 1-3 TM = TOM MI~NiAULt 5-3

TO • 0 TON GEL 1-2 TP = TOM PITMAN 5.2 TS-TOM STOC~E8RAND 5~3 TWE = TOM EGGERS 5.5 UR = UWE RICHERt, SSMU V8=VINCENT BASTIANI 5.3 VDB = V BOAEN 1-2 we = JILL COATES 1-5 W~=N. WELLS 5-2 wtK = WALT ~NAPP 3-5 Wf • WM rANAZICK PK1 Wrw = BILL wALSH 5-5 W~H = BILL HA~Eh 1-5 W~ ~ OON WHIT~ 11-2 WK = W KERAUSCH SSMU WL • BILL LONG 5-2 WLS = BILL SIPILA 58 2 W~ = BILL MINOR 1~3 WMK ~ W MACKENZIE 8~2 WOB = WILL O'aRIEN PKl WR-W. REUBER (5) SSMU WRS = WILLIS SMITH 5-3 WU = OELMOR~ wu lR2 ww • SILL WALTON S-~ WWO - BILL UWENS l.~

4

MODEL NO

10 1040"A

'" 1040.8

-

ENG MGR

1040-DA f'w 1040 .. 08 ."W 1040",rA f'W t0404!lF8 rw 1040.GA rw 1040.GB FW 1040-JA rw 1040.JS rw 1040-5A f'W 1040.S8 FW 10SOl!lA ..

Ill!

1060-A FW 1060.8 FW 1060-GA FW 1060lll!GB Fw 1060.\lA rw 1060""'8 rw 1060-5 FW 1070-A

•

-II

tt/OS.FA 8D 11/0S.fe BD lt/OS.FE 8D 11/0S.f .. BD 11/0S"'HA 8NT II/OS.HB 8NT 11/0S.JA 8NT 11/05"J8 8NT 11/05111(A &MT 11/0S",1(8 SNT lt/OS"'LA 8NT It/OS.LB SNT tt/OS.-MA CA 11/05.M8 CA tl/0S.NC 8NT tl/05.NO SNT 11/0S.-PA CA 11/05-PB CA

DESIGN PROD ENGR ENGR

KE

KE

l(E KE

1(E

BG BG BG 8G RAA RAA RAA RAl RAA RA" RAA RAA HL HI" RAA RAA Ml,. HJ.,

MFGR ARtA

STATUS CATEGORY MO/YR

USED ON DESCRlPTION 5

6 K 6 9112 E

E 6 9112 E

E 6 3/73 E 6 3/73 E 6 3/73 E 6 3/73 E 2 8/72 E 2 8/72 E 6 3/73 E 6 3/73 E ) 10/72 E '3 10/72 E It 8172 E

E 6 8/72 e:

E E

6 8/72 E E

3 8/72 E 3 8/72 E 2 8/72 E 2 8/72 E 6 J/73 E 6 3/73 E 3 10/12 E 6 8/72 E

E 6 e/72 E

! 6 8/72 E

E 6 8/72 E

E 2 10/72 E 2 10/72 E 2 10/72 E 2 10/72 E 3 )/72 E ) 3/72 E :J 3/72 E 3 3/72 E 3 3/72 E 3 3/72 E 3 l/72 E 3 1/72 E :2 8/72 E 2 8/72 E 4 10/72 E 4 10/72 E 2 9172 E 2 9/72 E

t -.. ....

• .-II

AUTO MU~TXP~Y & DIVIDE 1040.SA, RP10",A, RP02.A~ TU10C.~E, eRl0-FA, L~PlO.LA, D~10,

DC10~AA, 2 DC10~8, 11sv 60HZ 1040.88, Rpl0 we, RP02 we, TU10C~EJ, CR10.Fa, LSP10-LB, OKlO, O~10.A8,

PC10~B, 230V 50HZ 1040.A + MD10-GA (64K 1.9 USEC HEM), 115V 60HZ 1040.8 + MD10.GB (64K 1,8 USEC MEM), ~30V 50H~ 1040-A + 4 ME10 (64K 1 USEe HEM), 11SV 60HZ 1040-8 + 4 ME10 (64K 1 USEC MEM), 230V SOhZ 1040-A + MFI0.G (64K 1 uSEe MEM), 115V 60HZ 1040-& + MrlO-G (64K 1 USEC M~M), 230V 50HZ 1040-A + 4 ME10 (64K 1 USEC HEM), 115y bOHZ 1040.8 + 4 MEtO (o4K 1 USEC HEM), 2l0V 50hZ KAI0-A + QHSYS-10 KA10-C + QHSYS.IO KAI0-A, 4ME10 RM10.GA RP02-GA TM10-GA OKlO CRIO.DA LP10.CA

32 Ll~ES DC10 O~ DC6S.A, t15V 60HZ KA10.C 4MEla RM10-G8 RP02.GB TMI0.GB OKlO CRI0-DB ~Pl0.CB 32 LIN!S 115Y bOHZ

• 2KA10 5MEI0 RM10-GA RMIOwSA RPOJ-GA TU4u-uA ocl0 CR10-PA LP10-CA 32 LI~E~ OC10 Ok DCbS-A, 115V boHZ

2KA10 5HEI0 RM10_GB RMI0~BB RP01.GB T040.G8 OC10 CRlO.DB LflO.CB 32 LINES DCtO OR DCb8~A, 230V 50HZ

KIlO RP03~CA TU40.CA CR10.EA LPI0'~EA OKlO QHSYS.I0 DC10.AA 2 DCI0~8 11SV60HZ KIlO RP03.CB TU40.CS CR10.ES LPI0F.EB OKlO QHS~S~10 DC10.Ab a PCI0~B 2loV50HZ -

" -.. -UC15 UCIS uets uC15 .. .. .. .. ---w

VT40 VT40 • VT40 Vl'40

1060-A + MF10.G 64K 1 USEe MEM, 115V 60HZ 106088 + MF10.G 64K 1 UsEe HEM, 230V 50Hz 1060~A + 4 MEIO 64K 1 USEe ~EM, 115V 60hZ 1060.& + 4 MEIO 64J( 1 USEC MEM, 230V 50HZ KIlO + QH$YS.l0 1060.6 6M~10 RM10~GA RMI0l!lBA RPOl.GA TU40~GA Tu40-A CRtO.~A OKlO

LP10_CA 32 LINES OC10 OR DC6S.A, 115V 60H~ 1060·8 bM~10 RMI0-G8 RM10.SB RP03-G8 TU40.GB TU40-a CR10.~B D~10

LP108C8 32 LINES DClO OR DC68.A~ 210V 50Hz 2 KIlO 8MEI0 RMI0.G~ RMI0.8A RP01.-GA TU40.GA 2TU40.A DK10 C~10.EA

LP10.CA 32 ~INES DCIO OR DC6S-A, 11sV 60HZ -2 KIlO 8ME10 RMI0l!lG8 RM10.SS RPOl.GS TU40.GB 2Tu4o.a DKI0·C~10.EB

LP10.CB 32 LINES DClO OR OC68.A, ~JoV'50HZ -11/05~KA W UC1! YRONT PAN~L CKYI1-JF), 11~V 11/05-K8 w Ue1S FRONT PANEL (KY11.-JF), 230V 11/0S~LA W UC15 FRONT PANEL (KY11~JF), 115V 11/05.L8 W UC15 FRONT PANEL (KY11~JF), 230V K011.-a, PS, MM11eK, CONFIG 1, K~11pJA, 115V, OEM K01l-a, PS, MM11-K, CONfIG 1, KX11-~A, 230V, OE~ K011-6, PS, MM11wL, CONfIG 1, KIll-JA, llSV, otM K011-a, P$, MM11-L, CONFIG 1, KI11-JA, 230V, OE~ K011 w6, P$, MMlt-K, CONfIG 2, KYI1-JA, 115V, OEM KD11.a, PS, MM11-K, CONYIG 2, KX11-JA, 230V, OEM KOI1.a, PS, MMI1-L, CONFIG 2, KY11.~A, 115V, OEM K011-a, PS, MM11-L, CONfIG 2, KIlt-JA, 230V, otM K011wS, MM11-K, PS, VT40 CONFIG, KY11~JC, 115V K011-S, MM11-K, PS, VT40 CO~FIG, KIlt.JC, 230V KD11~6, BAll-DC 10.5 INCH BOX, MM11 p L, KY11.JO, CONYIG 4, 115V OEM KD11.S, BAII-OD 10.5 INCH BOX, MM11.L, KYll-JD, CONFIG 4, 2l0V OEM KOll.-S, MM11 wL, PS, VT40 CONFIG, KIll-Je, 115V K011-S, MM11-L, PS, VT40 COhrIG, KY11.JC, 2l0V

MODEL NO

ENG MGR

tl/05l'!'~1U VB tl/0S.WV VB 11/10l'!'AC oNT lillO-AD SNT 11/10"CA SNT It/lowes SNT 11/10.CE SNT 11/10-er SNT It/lOwe" SN,!, tl/tO.CI( SNT 11/10.CP SNT 11/10-CR SNr 11/10 wDl( CA Il/IO.PI, CA lt/l0-0M CA 11/10.DN CA 11/10 .. £:A CA lt/IO-ES CA 11/10.EC CA 11/10 .. ED ::A 11/10-££ CA 11/10.£F' CA 11/tO-Ne SNT It/tO-NO SNT 11/15.AA 11/1S-A8 11/1S-SA 11/15-86 l1/t5-CA 11/1s.ee 11/1s-ce EAS. 11/lS-CD EAS 11/20-AA 11/20.A8 11/20.8A 11/20.28 tt/20-CA 11/20.CB lt/20·CC 11/20.CO 11/20-CE 11/20-Cf 11/20-CG 11/20-CH 11/20-0A 11/20.08 11/20"EA 11/20-[B 11/20-rA 11/20-F8 11/20.HA 11/20-H8 11/20-JA 11/20-J8 11/20-I(A


RAA RAA RAA RAA RAA RAA RAA RAA RAA RAA MOLls f40LIS MOLlS MOLls MOLlS MOLlS MOLls MOLlS 140[,,15 MOLls '4T MT 110

''0 Jo 110 ..10 110 KE 1(£ JO JO Jo vO JO JO JO JO ..10 JO JO ..10 ..10 JO JO ..10 ..10 ..10 ..10 ..10 JO ..10 Jo

MrGR ARtA


) )17) E 3 3/73 E 4 2/73 E 4 2/73 E 2 7/72 E 2 7/72 E 4 2/73 E 4 2113 E 2 7/72 E 2 7/72 E J 4/71 E 1 4/73 E l 5/72 E 3 5/72 E • 2/73 E 4 2/73 E 1 5/72 E 3 5/72 E 4 2/73 E • 2/7l E 4 2/73 E 4 2/73 E 4 10/72 E 4 10/72 E 3 4172 E 1 4/72 E 3 4/72 E 3 4/72 E 1 4/72 E 1 4/72 E 3 4/73 E :I 4/73 E 3 E 3 E 3 E 1 E J E 3 E 2 3/72 E 2 1/72 E J 3/72 E 1 3/72 E 2 3/72 E 2 3/72 e: 3 E 3 E 3 E 3 E 3 E 3 E 1 E ) E 3 E J E 1 E

USED ON DESCRIPTION 6

W.U, 'l(t1/0S wLA, LP11, TAII-AA, 8Al1.ES, DPI1-0A), H960-CA, 11SV 60HZ w,U, 2(tl/0SwLA, LP11, BAI1-E5, DPI1-0A" H960-CA, 11SV 60HZ • 11/0S.LA (8K), 115V • 11/0S-La (8K), 210V • 11/0S-LA (8K), LT33.DC, H950 TA~L CAS, 115V 60HZ • 11/0S-L& (8K), LT33 wOO, H9S0 TALL CAS, 2l0V 50HZ - 11/0S·LA (8K), LA30-CA, PCll, H950 TA~L CAa, 11$V 60HZ • II/OS-La (8K), LAlO-CD, PCIl-A, -H950 lALL CAB, alov 50HZ • 11/05"LA (8K), H950 TALL CAS, 115V - 11/05.1,.8 (8K), H950 TALL CAB, 230v • II/OS-LA (8K), tA30.CA, TAll-AA, aM792-~H, QJ1 80.AN , 115V • 11/0S-L& (8K), LAlO.CD, TAlI-AB, BM792-YH, QJI80-AN, 210V - 11/10~CA, RC11, Rb64-A, TCll, TUSb, 8M192.ya, 115v bOHZ - 11/10.C8, Rett, RS64.S, Tetl, TU56, 8M792~YS, 230V 50HZ ~ tl/l0-0K, LA30-CA, hO LT33, 115V 60HZ • 11/10-D~, LA30-CD, NO LI3l, 230V 50HZ • lI/10-CA, Rfl1, R511, BM792 R Y8, PCtl, l1SV 60HZ - 11/10-CS, Rftl, RSll-A, BM792-YB, PCI1, 2l0V 50HZ • lI/10.eE, RF11, RSll, 115V 60HZ - 11/10 wCf, RFll, RSll_A, 230V 50HZ - 11/l0-CE, RK11-CA, RKOS-AA, BM792"Yb, MEI1Q~A, llSV 60Hz • 11/10wer, RKll.eo, RKos.as, BM792.YS, MElluL!, ~30V 50H~ • KDlt-S, BA11"DC 10,S INCH BOX, MM11.L, KY11.~~, CONYlG 4, 115V • KOll"B, BAll-DO 10.~ INCH BOX, MM11~L, K¥11-J', CON,IG 4, 2l0V - Kelt PROC, BAll.CS, H720-E, RM, 115V, OEM - Kelt PROC, BAll-ca, H720-Y, RM, 230V, OEM - KCII PROC, BAll-ca, M720w£, Tt, 115v, OEM " Kel1 PRoe, SAII.es, H720.Y, TT, 230V, OEM - 1(:11 PRoe, BAI1-C5, H720"E, CAS; ,11l)V, OEM • Kelt PRoe, BAII.CS, H720.r, CAB, 230V, oEM DC44, 75 KCIl aAl1.C5 KFll.A MM11.F KW11.L PCl1 H960.CA ~T31.0C 11$V60HZ DC44, 75 KC11 8AI1-C5 Krl1-A MM11-F KW11-L PCll H960.ca ~T31-D~ 230V50Az • PDP11 e 20, 4K, KL11.A, LT33.0C, RACK MOUNTABLt eRN) 115v 60Hi .. POPI1-20, 4K, KL11-A, LT31-00, HACK MOUNTABLE eRMJ alO V 50HZ .. ,OPI1-20, 4K, KL11.A, LT33-0C, tABLE TOP (TT) W CUVER 115V jOHZ .. POPI1-20, 4K, KL11-A, LT33-00, TAaL~ TOP CTT) W COVER 2JOV &OHZ .. PDPI1-20, 4K, KL11-A, LT33 wPC, CABINET MOUNTED (CAts) 115V"60HZ • PDPI1-20, 4K, KL11-A, LT33-0D, CABINET MOUNTEO (CAB) 230V 50H~ • 11/20-AA IN SHORT CAB H9S7 ,. • 11/20-A8 IN SHORT CAB H957 srs 3. 11/20.PA + MM11-', PC11, tA30wPA, Lel1-A, H9S0 TAL~ CA8, 115V 60HZ SYS 3. 11/20.PB + MM11.F, PCll, LA30-PB, LC1t_A, h950 TAL~ CAS, 2JOV 50HZ • 11/20"PA + MMll.F, Pc 11, LAlO",PA, H957 SHORT CAe,· 115 V 60AZ'-• 11/20.P8 + MM11.r, pell, LAlO.Pi, H957 SHORT CA8., 230V SOAZ

4K PDP11-20 RM, OEM, 116V 60HZ 4K PDP11-ao ~M, OtM, 236V 50HZ 4K POptl-aO TT, OE~, 115V 60HZ 4K POP11-20 TT, O~M, 230V 50HZ 4K fOP11-20 CAB, OEM, 115V 60HZ 4K PDP11.20 CAB, OEM, a30V 50HZ 4K PDP11-20 RM, OtM, NO LT33 NO K~11, 115V 4K fOP11-20 RM, O~M, ~o Li33 ~O K~11, 230V 4K PDP11-~O TT, O~M, NO Lt3l o~ K~li 115V~ 4K PDP11.~0 TT, O~M, ~o LTll OR KL11,"230Y 4K PDpl1-ao CAS OEM NO LT33 OR KL11; 115V--

MODEL NO

ENG MGR

11/20-K8 11/20-MA aNT 11/20_M8 SNT lt/20-MC SNT 11/20.MO 5NT 11/20 .. NA SNT 11/20.NB SNT 11/20"He aNT ll/20-NO SNT 11/20.PA 11/20"PB 11/20.RA SNT tt/20.RB 8NT 11/2h·CA tt/2h'CB 11/21.CE 11/21.Cf' 11/21-DA CA 11/21.08 CA 11/21.DC CA. 11/21-00 CA 11/21-DE CA 11/21-0F CA 11/21.0H CA 11/21-0..1 CA 11/21-01( CA 11/21-DL CA tt/2S-0M CA 11/21-DN CA 11/2t-oP CA 11/21-DR CA 11/2S-0S CA 11/2t-DT CA 11/21-DU CA 11/21.0V CA lt/21-DW CA 11/21-0Y CA 11/21.EA CA 11/21.ES CA 11/21-gC CA 11/21-EO CA 11/21-EE CA It/2t-!r CA 11/21.NA SNT 11/21.NS 8N! It/2t"PA CA

lt/21-P8 CA

11/21.PC CA 11/21 ... PD CA 11/21-PE CA 11/21.PF CA 11/2t-PH CA 11/21-PJ CA

DESIGN PROO ENGR ENGR

JO Aw AW AW AW AW A~ AW AW JO JO Aw Aw JO JO JO JO MOLlS MOLlS MOLIIS MOLls MOLlS MOLlS MOLlS MOLls MOltls MOLlS "'OLIS MOLlS MOLlS MOLlS MOLlS MOLls MOLlS MOLlS MOLls MOLlS MoLlS MOt"IS MOLlS MOLlS MOLlS MOLlS AW AW MOLlS

MOLlS

MOLlS MOLlS MOLlS MOLlS MOLlS MOLlS

MrGR AREA

STATUS CAT~GORY MO/¥R

3 E 4 1/72 E 4 1/72 E 4 1/72 E 4 1/72 E 4 1/72 E 4 1/72 E 4 1/72 E 4 1/72 f: 1 3/72 t 3 3/72 E 1 4/72 E 1 4/72 E 6 10/72 E 6 10112 E 6 10/72 E 6 10/72 E 6 10/72 E 6 10/72 E 6 10/72 E 6 10/72 E 6 10/72 E 6 10/72 E 6 10/72 E 6 10/72 E 6 10/72 E 6 10/72 E 6 10/72 E 6 10/72 E 6 10/72 E 6 10/72 E 6 10/72 E 6 10/72 E 6 10/72 E 6 10/72 E 6 10/72 E 6 10/72 r: 6 10/72 E 6 10/72 E 6 10/72 E 6 10/72 E 6 10112 E 6 10/72 E 6 10/72 E 6 10/72 E 6 10/72 E

E 6 10/72 E

E 6 10/72 E 6 10/72 E 6 10/72 E 6 10/72 E 6 10/72 E 6 10/72 E

USED ON Of;SCRIPTION 1

4K PDPll~20 CAB O~M NO uTJl OR K~lt, ~30V LAB 11 GRE~N 11/20-AA LAB 11 GREiN 11/20-Ab LAB 11 11/20~MA 230V 60HZ LAB 11 11/208MA 100Y 50HZ LAB 11 GREEN 11/~O.CA LAB 11 GREEN 11/20.Ca LAB 11 11/20.NA 210V 60HZ LAS 11 11/20-NA 100Y 50HZ • KAll fROe, PS, BAll.Ca, KXll-A, 115V - KAtl PROC, PS, SA11wCS, KYll wA, 230V L.Sll GREEN 11/20.PA W KYll_AA, 115V 60HZ ~AS11 GkE~N 11/20-PS W KY11wAA, 230V 50~Z S~S 11 11/20wPA, MElt-LA, Lt33-0C, H960.CA, 115V 60HZ SYS 11 11/20-P8, MElt-LS, 1,,133-00, n960-Cb, 230V 50hZ 5YS 21 1l/20-PA, MElt-LA, PCtl, LA10_PA, LC11 wA , h960.CA, 115V 60hZ SYS 21 11/20-PB, MEI1-LB, PCI1, LA30-PS, Le1t-A, h960wCS, 2l0V ~OkZ • DOS til 11/21-CA + RF11, ~S11, tCll, TU56, 8M792 e Y8, 11SY-60HZ • 11/21~C8 + RF11, RS11pA, TCll, TU56, 8M192-~8, ~lOV 50HZ - 11/21-0A + Lell-A, LA30.PA, NO LT33, 1l5V 60HZ • 11/21-08, LC1t-A, LA10-PO, NO Ltll, 2JOV 50HZ • 11/21.CA, RF11, RS11, TM11-A, TUtO_EA, MRll_DB, (9 TR) ll5V 60HZ - 11/21-Ca, ~Fll, IlSll-A, TMtl-&, TU10-J;D, MR11-08, - (9Tf() 210V 50HZ • 11/21-CA, RF11, RS11, TMil-A, TUtO-rA, ~Rl1.0B (1 T~) alOV ~OHZ - 11/21.CS, RFtl, Rill.A, TMll we,-TU10.YD, MRll w08 (7 TR) 2jO~ 60HZ - il/21-CA, RCll, Rs64-A, TCll, TU56, 8M 92-Y8, 115V bOHZ - l1f~1~ce, RCt1, RS64.S, Tell, TUS6, SM792-YB, 2l0~ 50hZ • 11/2t-DK, LCII-A, LAlO-PA, NO LIl), 115j bOHZ - 11/21-D~, LCtt-A, LAlOwPD, NO LT33, 230V 50nZ • 11/21,CA, MM11-L, RK11-CA, kKOS-AA, Tell, TUS6, BM792 wYi, 115V 60HZ - 11/2t-Ca, MM11-L, RK11-CB, RKOS.SB, TC11, TU5&, 8M792.YB, 2l0V 50aZ - 11/21-0P, Lell-A, LA10-PA, ~O LIl3, l15V 60HZ - 11/2l-0R, LCt1-A, LA30-PO, ~O LTl3, 2)OV 50hZ 11/2l-CA, MM11-L, RK11 ... CA, RK05~AA, TM11 wA, tUIO-LA, MR11.0a (9iR) 115V 60HZ 11/21.C8, MM11-L, RK11-CB, RKOSwSS, T~11.8, TUIO-ED, MR11.08 (9TR) 230V 50HZ 11/21 wCA, MM11-L, RK11-CA, RK05wAA, TM11-A, TU10-fA, MRll-DB C7TR) i15V 60H~ 11/21wCS, MM11 wL, RK11-C8, RK05-SS, TM11 wS, TU10.fO, ~Rll·Da (7TR) 230Y 50M2 • 11/21-CA, ~Fl1, RS11, BM792.YB, DOll-A, PCll, 115V 60HZ • 11/21 wCS, RFll, RS11.A, 8M192.YS, DOll-A, PCll, 2l0v 50H~ - 11/2t p EA, LCt1-A, LA30-PA, NO Ltll, 115~ 60HZ - 11/21.E8, LCll-A, LAlO-PD, NO LIll, 230V 50HZ _ 11/21 wCg, RK11-CA, kK05~AA, BM792.YB, M~11.~, D011wA, 115V 60hZ - 11/21-Cf, RK11.CD, RK05-S8, BM792~YB, M~11.L, 00ll-A, 2l0~ 50HZ LAB 11 11/20.RA, MElt-LA, H9&O.CC, 115V LAB 11 l1/20.RB, ME11-LS, ri960.Ce, 2l0V - BATCH. 11/20-PA, ME11-LA, MMll.~, RKll-CA, ~K05.AA, CR11, K~11-L,

DOll-A, B~792-Y8, H960-CA, Le1t-A, LA30~PA, PCl1, QJ250, l1bV 60HZ • SATCH. lt/20.PB, MElt-LS, MM11-~, RK11-C8, RK05wSS, CR11.A, ·KW11-L,

DOll-A, BM792.YB, H9&0-CS, LC11.A, LAJO.PO, PCll-A, QJ250, ~lOY 50H~ • 11/21-PA w NO LAlO, LC11, PCll, BUT KL11, LTll-DC, TCll, TU56 • ll/21-pa W NO LA10, Lell, PCll, BOT KLll, Lt3l-00, TCll, 1U56 • 11/21-PA W NO LA30, LCll, PCll, BUT KLll, LTll-OC, TM11-A, tUl0wEA • 11/21.Pb w NO LA30, Lett, PCll, BUT KLll, LT3l-00, TMll.S, tUIO.EO - 11/21-PA W NO LAlO, LCll, PCll, BUT KL11, LT3l-UC, TM11-A, tUIO.FA • 11/2l.Pb W NO LAlO, Let1, PCll, BUT KL11, LT3l-CD, TMll.S, tUl0.fU

MODEL ENG DESIGN PROD MYGR STATUS CATEGORY US EO ON DESCRIPTION 8 NO MGR ENGR ENGR AREA MO/¥R

11/21.PK CA MOLlS 6 10/72 E .. 11/20.PA + MElt_LA, MMll-L, RK11"CA, RKOS.AA, CRll, KWll-J." " E 8M792-YB, LA30"PA, LC11"A, TC 11, 1U56, 115Y 60HZ

11/21·PL CA MOLlS 6 10/72 E " 11/20·PB + MElt-Lb, MM11-1I, RK11-ca, RKOS"Sa, CRll-A, Kwll- .... , .. E BM792""Y8, LAlO-PD, LC11"A, TCll, TU~6, ~3(,)V 50HZ 11/21"RA CA MOLlS 6 10112 E .. RSTS·l1. 11/2l-CA, KW11.L, 8 M792-'18, BA11-ES, H120"E, DOll-A,

J!: 2 MM11.X", RK11-CA, 2 RKOS.AA, PR1l, 115y bOHZ It/21-RB CA MOLlS 6 10112 E - RSTS-l11 11/2l·CB, i\ Wll·L, 8M792-YB, BA11 .. ES, W120·P' , Doil-A,

E 2 MMll"1", RK11-C8, 2 RKOS.SB, PR11"A, 230V 50HZ 11/21-RC CA MOLlS 6 10/72 E .. 11/2t-RA, RC11, RS64"A, Tell, TU56, ONI,,¥ 1 RK05, NO PR11 11~V 60HZ 11/21-RD CA MOLlS 6 10/72 E - 11/21""1<8, Rel1, RS64-b, Tell,' T05b, O,NI"Y 1 RKOS, NO PRl1,21ov 50HZ 11/21""RE CA MOLlS 6 10/72 E '" 11/2t-RA RFll ~$11 ICt1 TU56 NO RK1l, NO RKOS, NO PCIl, 1!5v6OH Z 11/21@Rf" CA MOLlS 6 10/72 E • 11/21@RS RFll Rill.A Tell TU56, NO RK11, ''0 RK05 ~o PCll, 2JOV 50HZ 11/3S.AC SNT RAA 3 1173 E - K01111!1A, BAtl-OA, RACK MOUNTABL~, ll5V tI/3S.AD SNT RAA 1 7/73 E - KOllI!OA, BA11 w08, RACK MOUNTABLE, 230V 11/3S wAH SNT JO 3 4/73 t - K011.A, SAtl-OA, lJ011"A, RACK MOUiIITABLE, 115V60HZ 11/35 .. AJ SNT Jo 3 411) E • KOt1-A, BA11 wOB, DOll-A, RACK MOUNTABLtE, 230V50HZ 11/3S.FA BO RAA 3 11/73 E '" K011"A, BAtl"fC, MF11. UP, KTIl_O, H960-CA, PS, 1l5V Ot:M 11/3S-F8 SD RAA ] 11/73 E - KOlt-A, SA11"'FC, P\f'11-UP, KTlt-v, H~60-ca, PS, 2l0V OEM 11/3SII!IFC SO RAA 3 11/13 £: '" 11/35-FA, MMlt-uP, 115V OEM 11/35.FO 80 RAA ) 11/73 E - 11/.)5-F6, MM11.UP, 230V QI:;M 11/)5",F£ BO RAA 1 11/73 E - tillS-FA, MM11 wUP, MP'll.UP, 1l5V OEM 11/l5-FF BO RA.A 3 11/73 E - 11/35",FB, MMllwUP, MFll-UP, 230v OEM 11/15.FH BO PAl 3 11/73 E • l<011"A, BAll-fe, MF11.U, KT11.D, .H9t)0"CA, PS, 11SV OEM 11/35-FI( 80 RAA 3 11/73 £ '" K011I!11A, BAtl·fC, MF11.U, KT11.0, H9()O·Cb, 230\1 OEM 11/lS.FL BD RAA 3 11/73 E " 11/35 wFH, MM11Il!llU, 115y OEM 11/15.FM 80 PAA 1 11/73 E - 11/35I!11F1<., MMI1-U, 230V OEM 11/3S"'FN, 8D RAA 3 11/73 E - 11/3S"FH, MM11.U, Mf'11"U, 115V OEM 11/l5.Fp BO RAA 1 11/73 E - 11/35.F1<., MMll-0, MFI1-U, 230v OEM 11/35 .. fR SO RAA ) 11/73 E - 11/3S_P'H, 2 MMI1_U, MF11wU, 115V OEM 11/)5·F5 SO RAA 1 11/73 E " 11/35"F1\, 2 MMII-U, MF11-U, 2l0V OEM 11/35.FT BO RAA 1 11/73 E - lI/3S-FA, 2 MMI1-UP, MFI1-UP, 115v oEM 11/35 .. FU 80 RAA 3 11/73 E - 11/35_.'8, 2 MM11I1!11UP, MF11.UP, 230V OEM 11/35.JA SNT JO 5 6/73 E - KOI1-A, BAll-OA, MFI1-L, 11SV, OEM 11/3S-JB SNT JO 5 6/73 E - KOI1-A, BAll IlP OB, MF11.1", 230V, OEM 11/3S .. JC SNT JO 5 6/73 E " KD11.A, SAII-OA, to\Ml1.S, llSV, OEM 11/lS .. JO SNT JO 5 6/73 E - KDl1"A, 8Atl-DB, MMII-S, 230V, OEM 11/"lS-JE SNT Jo 5 11/73 E - KDII-A, 8AII-OA, MEl I-LA, l15v, OEM 11/15.JF SNT JO 5 11/73 E - KOll-A, BAll-DB, MEI1_I.IB, 230V, OEM ll/40-AC SNT RAA 1 7/73 E " KDll-A, MFl1-1I, BAIl.Fe, PS, 11SV ll/40-AO tiNT RAA 3 7/73 E • KDlt-A, MF'11·t", BAI1.P"C, PS, 230V 11/40.AE 80 RAA 3 11/73 E - 1<011-A, BAlt-re, MFll.LP, PS, 115V 11/40-AF SO RAA 1 11/73 E • K011-A, BAll",rc, MFll-I.IP, PS, 230V 11/40-AH 80 RAA 3 11/73 E - KDll-A, BAII-FC, MF11-U, PS, 115V 11/40-AJ' 80 RAA 3 11/73 E " KOI1"A, BAll-fe, Mf"11 .. U, PS, 230V ll/40-AK BD RAA ] 11/73 E - IUH1"A, BAll-Fe, MFI1-UP, PS, 115V 11/40.AL Bo RAA 3 11/73 E - KDI1-A, BAII-to'C, MF11.UP, pa, 230V 11/40.8A Bo RAA 3 11/73 E - 11/40_AH, DL11-A, LT33_0C, H960.CA, 115V 60HZ 11/40-88 80 RAA 1 11/73 E - 11/40-AJ, OL11-A, I"T33-CB, H960-ca, 230V 50hZ 11/40.BC BO RAA 3 11/73 E - 11/40.AH, DL11-A, LA30.CA, H960-CA, 115v 60HZ 11/40"'80 BO RAA 3 11173 E '" 11/40"AJ, DL11-A, I"A30-CD, .H960·ca, 230V 50HZ 11/40-8£ SO RAA 1 11/73 E IIIIJ 11/40-AH, DL11 wA, V'l'05B-AA, H960-CA, 11SV 60HZ 11/40.sr 80 AAA 1 11/7] E • 11/40-AJ, DI"II-A, VTOSS-AD, H960.C8, 2l0V 50HZ 11/40-SH 80 RAA 3 11/73 E - 11/40"AK, DL11 I111J A, I"T13-0C, H960·CA, l15V 60HZ 11/40-BJ 80 RAA 3 11/73 E " 11/40"AI", Dl"ll.A, I"T33-00, H960-ca, 230V 50HZ 11/40.BK 80 JifAA 3 11/73 E - 11/40-AK, DI"II-A, LA30-CA, H960"CA, 115V 60HZ

MODEL NO

ENG MGR

11/40-8t" aD 11/40.BM 80 11/40.SN so 11/40.8W 11/40-SY 11/40-CA 8NT 11/40.CS 8NT 11/40.CC 8NT 11/40-CO 8NT 11/40-CE :iNT 11/40.cr 8NT 11/40.CH SNT 11/40.CJ SNT 11/40-CK 8NT 11/40"CL SNT 11/40 .. CP SNT 11/40 .. CR SNT 11/40-CS SNT 11/40weT SNT 11/40-CU 80 11/40.ev aD 11/40.0A 8NT 11/40.0B 8NT 11/40"DC 8NT 11/40.00 SNT 11/40-0E 8NT 11/40.0t" SNT 11/40"OH iNT 11/40 .. "J SNT 11/40"D«. 8NT lt/40-0L 8MT 11/40 .. 0M 8NT 11/40.0N 8NT 11/40.0P 8NT 11/40.0R 8NT 11/40-05 8NT 11/40-0T SNT 11/401'll0U SNT 11/40.0V 8NT 11/40-0W 8NT 11/40.0Y 8NT 11/40.EA SNT 11/40 .. E8 8NT l1/40.EC 8NT 11/40"ED 8NT 11/40.EE 8tiT 11/40 .. EF 8NT 11/40.EH 8NT 11/40 .. EJ 8NT 11/40"EK iNT 11/40",EL 8NT 11/40"EM SNT 1l/40 .. EN 8NT 11/40.EP 8NT 11/40-ER 8NT

OESIGN PROD !NGR ENGR

ftAA RAA RAA BALL BALL JO JO JO JO JO JO JO JO PAA RAA RAA RAA JO JO SW 5W JO JO JO JO JO JO JO JO JO JO 1010 JO JO JO JO JO JO JO JO JO JO JO JO JO JO 1010 JO ..70 ,VO JO JO JO JO JO

MFGR AREA

STATUS CATEGOR¥ MO/YR

1 11/71 E 3 11/73 E 1 11/73 E 3 11/13 E 1 11/73 E 5 6173 E 5 6/73 E 3 3/73 E 3 3/73 E 4 2/73 E 4 2/73 E 3 4/73 E 1 4/71 E l 8/73 E 1 8/73 E 3 4/73 E 3 4/73 E 3 4/73 E 3 4/73 E 3 8/73 E 3 8/71 E 3 5/72 E J 5/72 E 4 2/73 E 4 2/73 E 6 10/72 E 6 10/72 E 6 10/72 E 6 10/72 E 3 5172 E 3 5/72 E 4 2/73 E 4 2/73 E ) 5/72 e 3 5/72 E 4 2/73 E 4 2/73 E 6 10/72 E 6 10/72 E 6 10/72 E 6 10/72 E J 5172 E 3 5/72 E 4 2/73 E 4 2/73 E 4 2/73 E 4 2/73 E 4 2/73 E 4 2/73 E 4 2/73 E 4 2/73 E 4 2/73 E 4 2/71 E 4 2/71 E 4 2/73 E

USED ON DESCRIPTION

- 11/40pA~, O~11.A, LA30~CO, H960-C8, 230V 50HZ • 11/40-AK, OL11.A, vr05S-Al, H960pCA, 11~V 60HZ • 11/40.A~, DL11-A, VTOSS-AD, M960-CB, 230V 50HZ OS500 11/40wAE, 2 MF11.~P, 2 MM11.LF, MR11wUB, 115V 60H~ 05500 11/40.Af, 2 Mfl1.~P, 2 MM11-LP, MRtl-0B, 230V SOHZ • KD11-A, aA11-re, MF11-L, ~Tl3.DC, H950 TALL CAB, 115V 60HZ " KD11~A, BAll_rc, MFll_L, LTll.DO, H950 TALL CAe, 230V 50 HZ • KD11~A, BAII-rc, MF11-L, LT3l.0C, H957 SHORT CAb, 115V boNz • KD11-A, BAll-Fe, MF11-L, LT33.00, H957 SHORT CAS, 230V 50hZ

9

e KDll.A, BAll~rc, MFll-t, PCll, LA30~PA LC11.A DD11~A TALL CAS; 115V60HZ • KD11.A, SA11eFC MF11wL PC11eA LA30.PO LC11wA 0011.A TALL CAS 210v60HZ-e K011~A, BAll.fC, MF11wL, H950 TALL CAB. 961.C, 115V - KOI1-A, BAII-YC, ~rl1.L, H950 TALL CAS w 8&1-a, 2~OV • KOllwA, Mfl1wU, 8All-fC, PS, 115V • KDl1"'A, MF11-U, BAlleFC, PS, 230V KOlleA BA11.FC MF11-L TAI1-AA LA30.PA DOll-A aM792",~H Q~180~AN CA~ 115VoOHZ K011.A 8A11-Fe MFlt.L TAll-AS LA10ePD D011-A 8M792-Yh QJlijO-AN CAd ~30V50HZ OS500 KDll-A, BAll.fe, MFll-L, H9b7.HA SHURT CAa, 115V 05500 KD11 .. A, BAll-Fe, MF11-L, H967.HB SHORt CAB, 230V GT44 11/40-CK, 2 RK05-AA, RK11"'0, LA30.CA, BM792-YB, 2 H957.HA, 115V 60H: GT44 11/40-CL, 2 RKOS-SS, RK11-0, LA30.CD, BM792.Y8, 2 H9S7.HB, 2JOV 50H; • DOS I 11/40.CA + RF11, RSll, TCll, TU56, BM792-Y8, 115V boH~ " 11/40-ca + RF11, RS11-A, TCll, TU56, 8M792.YS, 2l0V 50HZ - 11/40-0A + LC11-A, ~A30.PA, NO ~T33, ll5V 60HZ _ 11/40-08, Lell-A, LA30-PD, NO L133, 2l0V 50HZ ~ 11/40 wCA, RF11, RStl, TM11-A, TUI0-EA, MR11.0a, (9 TRl 11~V 60HZ • l1/40-CH, RF11, RS11-A, TM11.S, TU10.~D, MR11-D~, (9TR) 2l0V ~OHZ w 11/40-CA, RFll, RStl, TM11-A, TU10"FA, MRI1-D8 (7 TR) 2l0v bOHZ • 11/40-CB, RF11, RS11-A, TM11-a, TulO-YD, MR11.DS (7 TR) 2l0i 50HZ • 11/40-CA, Re11, RS64-A, TCtl, TU56, SM792",Ya, 115V ooriZ • 11/40.CB, Retl, RS64"S, Tell, TU56, BM792-ya, 2l0V 50HZ w, 11/40-0K, LCll-A, LAJO-PA, NO L133, 115V oOHZ - 11/40-D~, Le1t-A, LA30-PD, NO LT33, 2l0V 50HZ • 11/40-CA, MM11-L, R~tl-CA, RK05.AA, TCll TU~6 BM792wY8 l15VbOHZ - 11/40-ca, MMI1-L, RK11-CB, RKOS-SB, Tell TU56 8M792.Ya 2lQV50hZ - 11/40-0P, LCll-A, LAlO-PA, NO Ltl3, 115V 60HZ - 11/40-0R, LC1l-A, LA30-PO, ~o LIll, 2l0V 50HZ 11/40-CA MM11-L RK11-CA RKOS-AA TM11-A TU10-EA MRI1-08 (9IR) llSVbOHZ 11/40.CS MMI1-L RK11-CB RK05-SB TM11-S TUlO-ED MR11.DS (9IR) 230V50rtZ 11/40-CA MM11-L RK11-CA RKOS-AA TM11-A TU10.FA MRI1-0B C1TR) 115v60riz 11/40.CS MMll-L RKll-CB RK05-BB TM11-a TU10-FO MRll-0S (7TR) 2l0VSOHZ • 11/40-CA kFll RStl, BM792-Y8, DOll-A, PCll, 115V bOHZ - lt/tO-CS, RF11, RSll-A, BM792-Y8, DOll-A, PCll, 2l0v 50HZ - 11/40-EA, Lel1-A, LA30-PA, NO LT33, 115V 60HZ • 11/40.E8, Lell-A, LA30-~D, NO tTl3, 230V 50hZ - 11/40",CE, RK11-CA, RK05wAA, BM792.YB, MM11.~, DD11 pA, l15v oOHZ • 11/40.CF, RK11-CD, RKOS.SS, BM792_YB, MM11-L, DDll-A, 230V 50~Z • 11/40.D~ W LA30.PA lNSTEAO of LT3l, 115v 60HZ • 11/40.0F w LA30.PU INSTEAD OF LT33, 230V 50HZ - 11/40-0ri w LA30.PA INSTEAD OF LT33, 115V 60riZ - 11/40.DJ w LAlO.PD INSTEAD OF LTl3, 230V 50HZ _ 11/40-DU W LAlO.PA INSTEAD OF LTll, 115V 60hZ - 11/40.0V W LAlO-PO INSTEAD OF LT3l, 2l0V 50HZ - 11/40-0W W LA30-PA INSTEAD OF LTl), 115V oOHZ • 11/40.0~ W LA30.PD lNSTEAD OF'LT33 230V SOHZ

ENG MGR

11/40"FA 8NT 11/40.F8 SNT 11/40 .. ,e; SNT 11/40.FF SNT 11/40.LT SNT 11/40.LU SNT 11/40.MP SNT 11/40wMQ 8NT 11/40",MR SNT 11140wPA SNT -11/40wPB SNT -11/40.PC SNT 11/40.PD SNT 11/40.PE SNT 11/40-PF SNT 11/40.PH SNT 11/40.PJ SNT 11/40.Pl< 5NT

-11/40.PL SNT

11/40.PM SNT 11/40.PN SNT 11/40-PP 8NT 11/40"PR SNT 11/40 .. PS 8NT 11/40 .. PT SNT 11/40.RA 514T

-11/40-RC SNT 11/40-RD SNT 11/40-RE SNT 11/40.'U· SNT 11/40-RH SNT 11/40wRJ 8NT 11/40.RK SNT 11/40.RL aNT 11/40-RM SNT 11/40"RN 8NT 11/40.RP 8NT 11/40.RR SNT It/40.RS 8NT 11/40.RT SNT 11/40.RU iNT 11/40-RV 8NT 11/40"RW SNT Il/40"Ay aNT 11/40-VT SNT 11/40.VU SNT l1J4S-SW 11/S0""BY


JO JO "'0 JO JO JO JO JO JO JO

JO

JO JO JO JO JO JO JO

JO

JO JO JO JO JO JO Jo JO

JO JO JO JO Jo JO

'"'0 JO JO JO JO JO JO JO JO JO JO JO JO JO 8ALL BALL

MFGR AREA


2 4173 E 2 4/73 E 2 4/73 E 2 4/73 t: 4 2/73 E 4 2/73 E 2 1/73 E 2 1/73 E 2 1/73 E 4 2/73 E

E 4 2/7] E

E 6 10/72 E 6 10/72 E 6 10/72 E 6 10/72 E 6 10/72 E 6 10/72 E 1 7172 E

E 3 7/72 E

E 4 2113 E 4 2/73 E 4 2/73 E 4 2/73 E 4 2/73 E 4 2/73 E 4 2/71 E

e:; 4 2/73 E

USED ON Of:BCR.l.PTION 10

- OEM 11/40-CA, 115V bOHZ • OiM 11/40-CB, 230V 50rii • OEM 11/40-CE, 115V 60HZ - O£M 11/tOwCF, 230V SO"Z 11/40 LT33-0C INSTEAD OF LA30-PA & LCII-A, 115V 60HZ 11/40 LT33""OO INSTEAD OF LAlO.PD & LCII-A, 2l0V 50HZ 11/40 Mfl1.LP INSTEAD or MFll.L (CUNVf:RTS 8K 11/40 to 8K PARITY 11/40) 11/40 Mf1lwLP & MM11-LP INSTEAD OF MFI1-L & MMI1-L (PARITI CONV~RSIUN) 11/40 MF11-LP + 2 MM11.LP INStEAD OF MF11.L + 2 MM11.~ PARITY CONVERSION - BATCHI KOlt-A, BAit-Fe, MF11"L, MMI1-L, Le11-A, LA10.pA, ~Cil, RKI1-CA, RKOSwAA, KW11-L, CRtl, H960.CA, DOll-A, BM792""xa, QJ250, 115V 60hZ • BATCHI kDII-A, 8All.FC, MFll-L, MHI1-L, Lell-A, LA30.PD, pelt-A, RKllwCB, RKOSwSS, Kwtl-L, CRll.A, H960 wCB, DOllwA, BM792-IB, QJ25~,-2JOV50H2 w 11/40.PA W NO LAlO, Lell, PC1I, BUT LT3l-0C, TCII, TU56 w 11/40-PB w NO LA30, LCIl, PCII, BUT ~rl3.DD, TCII, TUS6 • 11/40-PA W NO LAlO, LCII, PCll, BUT LTll.OC, TM11.A, TUIO.EA - 11/40-Pb W NO LA30, Lell, PC1I, BUT LT33 wOD, TM11-8, TU10-Ev '" 11/40.PA W NO LAlO, LCI1, PCll, BUT til3 wOC, TM1I-A, TUIO-FA - 11/40.Pij W NO LA30, LClI, PC11, BU1 LT33wOD, TM11.S, TUlo.rv - 11/40.CA, MF11-L, MMI1-L, RK11 wCA, RKOS-AA, CHII, Kwl1-L, .

BM792.Y8, LA30-PA, LClt-A, TC11, 1U56, 115V 60HZ - 11/40-C8, MF11-L, MM11.~, RKI1-CB, RKos-aB, CH11-A, Kwl1-L,

BM792.Y8, LA30-PD, LCllwA, TCII, IU56, ~lOV 50HZ - lt/ta-PA w Tell. TU56 INSTEAD or PCll, 11SV 60 HZ - 11/40.P8 w Telt, TUS6 INSTEAD Of PCII, 230V 50HZ - 11/40.PA W TMI1-A, TU10.EA INST~AD OF PCII, 115V bOHZ - 11/40.PB W TM11-S, TUIO.EO INST~AD OF pell, 2l0V 50HZ • 11/40-PA w rM11-A, TUlO.FA INSTEAD OF PCll, 11Sv bOriZ - 11/40-PB w TM11-S, TU10-FD INSTiAO OF PCll, 2l0V 50HZ RSTS-l1~ KD11-A, SAlt.Fe, Mf l1-L, 2 M~11.L, Let1-A, LA30-PA, PRll, ~Kl1-CA, 2 RKOS.AA, KWII-L, H9&O.CA, DOll_A, 8M792~YB, QJ4uO, 115V cOH~ RSTS-ll, KDlt-A, BAtt-Fe, MFlt-L, 2 MMI1-L, Let1-A, LA30-PD, PRlleA, RK11-ca, 1 RK05.SB, Kwlt.L, H960wCB, DOlt.A, BM792.y8, QJ400, 2l0V ~OHZ - 11/40.RA, RCI1, RS64_A, TCtl, rU56, ONLY 1 RKOS, NO PR11,-11Sv 60HZ w 11/40-Rb, Rell, RS64-s, Tell, TUS6, O~LY 1 HKOS, ~O PHil, 2l0V 50HZ - 11/40.RA RFll RSll Tell TU5b NO RK11, NO RK05, NO PR11, 115ij6oHz - 11/40-R& RFll RSll wA Tell TU5b, NO RK11, ~o RKOS NO PRll, 2l0V 50HZ • l1/40-RA ~ TCII, TU56, RCll, RSb4.A, ONLY I RK05, 115Y 60HZ _ 11/40-RB w TClt, TU56, Rell, RS64.S, ONLY 1 RKOS, 2l0V 50~Z - 11/40.RA w TCll, TU56, RF11, RB11, NO PR11, RK11, RK05, 115V60HZ - 11/40.RB w Tell, Tu56, RF11, RS11wA, NO PRll, RK11, RK05,'2jO¥50HZ • 11/40.RA W PCII INSTEAD or ~Rl1, 115V 60HZ " 11/40aRB W PC11.A INSTEAD OF PRll, 230V 50HZ • 11/40.RA W TMI1-A, TUI0-EA INSTEAD OF PRll, 115V bOHZ w 11/40.RS w TM11-A, TUIO-EO XNST~AO OF PRll, 2l0V 50riZ w 11/.0wRA w TM11.A, TU10-FA l,NST~AD OF PRil, 115V 60HZ • 11/40.RS W TM11.B, tU10.FO iNSTtAD Of PRil, a~ov $0"% • 11/40-RA w RF11, R81t, TM11eA, TUI0.EA, NO PRil, RK11, RK05 115Y60HZ • 11/40-RB W Rrl1, RSllwA, TH1SwS, TUIO.ED, NO PRll RK11 RK05 2l0V50HZ - 11/40-RA W RF11, RS1!, TM11.A, TUI0.FA, NO PRil, RK11, ~KOS 11SV60HZ • 11/40.Ri w RF11, RS11~A, TM11.a, lUlo.rD, NO PR11 RK11 RK05 2JOVSQHZ 11/40 V10S-AA INSTEAD OF LAJo-PA & LClt-A, 115V 60HZ 11/40 VI05-AD I~STEAD OF LA30.PD & ,CIlwA, 230V 50HZ DSSOO

E 6 10/72 E 6 10/72 E 6 10/72 E 6 10 / 72 E 4 2173 E 4 2113 E 4 2/73 E 4 2/73 E 4 2/73 E 4 2/73 E 4 2/73 g 4 2/73£ 4 2/73 E 4 '1./7) i; 4 2/73 E 4 2/73 E 4 2/73 E 4 2/73 E 4 2113 E 4 2/73, E 1 11/73 E 3 11/73 E .05500

MOOEL NO


11/4S~CA BD 11/45~CB BO 11/4S.CC 80 11/45.CO Bo lt/4SwCE BO 11/45~CF SO 11/4.5.CK 80 11/4S.CJ BD 11/4S.CK 8D lt/4S wCL SO 11/4S"CM .BO 11/4S·CJ!. aD 11/45,,-CP'~ " BO 11/4S""CR aD 11/4S"CS so 11/4S.Ct BD 11/45~CU-a-O···--·· lisA .-11/4S",CV eo LBH 11/4s",ew so LaM 11/4S.C¥ 8D L8H 11/45.D. BO 11/45·D8 BO 11/45.05 80 11/45",D1 80 11/4S-0U 80 11/4S.0V BO 11/45-FA 80 11/45-r8 BO 11/4S.FC Bo 11/45.FO BO 11/4S.FE BO 11/45.'f' BO 11/4S.FM BD L8H 11/4S.FJ 80 LBM 11/45.FK eo LBH 11/45-'L BD LaH 11/45.FM so 11/45-FN BD 11/45.FP eo 11/4S.P"R so 11/45.F5 80 ll/4S-'T so 11/4S.FtJ BD 11/4S"FV 80 lt/4S-0A 11/.45 .. GB 11/45.GC 11/4S .. GO 11/45.GE 11/4S"Gf' 11/4S-CH 11/45.GJ 11/4S-GK 11/4S.CL 11/4S-GM

LBH LBM LBM L6H BD so BO &0 80 Bo 80 BO 80 80 BO

MFGR AREA

STATUS CA1~GORY MO/YR

6 7112 E 6 7/72 E 6 11/13 E 6 11/73 E 6 11/73 E 6 11/73 E 6 11/73 E 6 11/73 E 6 11/73 E 6 11/73 E 6 11/73 E 6 11113 E 6 11/73 E 6 11/73 E 1 4173 E l 4/73 E 1 11/73 E 3 11/73 E ;I 11/73 E 3 11/73 E 6 11/73 E 6 11/73 E 6 11/73 E 6 11/73 E 6 11/73 E 6 11113 ~ 6 4113 E 6 4/73 E 6 4/73 E 6 4/73 E 6 4/73 E 6 4/73 E 1 11/73 E 3 11/73 E ] 11/73 E 3 11/73 E ) 4173 E 3 4113 E 3 4/73 E 1 4/73 E 1 11/73 E 1 11/73 E 3 11/73 E 1 11/73 E 6 4173 E 6 4/73 E 6 4/73 E .~ 4/73 E

6 4/73 E 6 4/73 E 6 4/73 E 6 4/73 E 6 4/73 E 6 4/73 E 6 4/73 E

..

• •

-.. • 'III

• ""

• OS500 DS500 • •

DOS, OOSI Doal DOSa DO~. DOi. • • .. -.. • -"" • -.. -.. • .. • -• .. "" • • '" • • -..

USED ON DESCRIPTION

K811 .. A + CAS, LT33-0C, 115V Kalla. + CAB, LT3~.DO, 230V

K8Il.A, MF11-LP, MM11.LP, LAlO.CA, CAS, 115V 60HZ KS11.A, Mfl1.LP, MM11wLP, LA30.CD, CAB, 230V 50HZ KB11-A, MFI1-LP, ~Ml1.LP, VT05S.AA, CAB, 11~V 60HZ KB11-A, Mfl1-LP, MM11-LP, VTOSB.AO, CAB, 230V 50HZ Ketl.A, MFI1_L, MM11.L, LA10.CA, CAB, 115V 60HZ K811-A, MFI1-L, MM11-L, LA10-CD, CAB, 230V 50HZ KB11-A, MF11.L, MM11.L, Vl058.AA, 115V bOHZ Katl""., MF11-L, MM11.L, VT05S-AD, 2l0V 50hZ 11/4~.CC ~ ~UIO LOAOER~ CLOCK, PwR rAIL, 1lSV 60HZ 11/4~~CD w ~UTO LOADER, CLOCK, iWR fAIL, ~30V 50H~ ~1/45·CM W itK CORE, J(T11.C MI::M MANAGEMI::N'!', 115v 60HZ '- ~ 11/4$.CN w 4tK CORE, KT11.C M~M MANAGEMiNT, 2~OV gO~Z \ Kal1.A, Mrl1.LP, MM11.LP, H961-HA, 11,V ~ K8tleA, MF11-LP, MMllwap, H967.HB, 23QV K8l1wA, MY11.UP, MR11_DS, KW11.L, LA30-CA, CAB, 115Y bOMZ KBl1-A, MF11-UP, MR11-08, KW11-L, tAlO-CD, CAS, 230y ,OMZ

11

K811eA MF11.UP MMll-UP KT11-C MR11-D8 KWll.L LAJO.CA CAS 1l5VoOHZ K811-A Mrl1.UP MMll-UP KTll-C MMI1-oB Kwl1-L LAlO.CO CAB,-2JOV 50HZ

ll/4S.CC, RF11, RS11, TCll, lU56, MR11.0B, Q~2aOwAC 1l/4S.CD, RF11, RS11-A, TClt, TU56, MRll.D8, QJ220-AC 11/45.CC, ~Kl1-CA, RKOS-AA, Tell, TUS6, MR11.0B, Q~220.AC ll/45.CD, RK11.CB, RKOS .. BB, Tell, TU56, MR11.06, QJ220.AC 11/45.0$, lMl1.A, lUIO-EA, QJ220-AO, NU ICll, TU56, QJ220 wAC '1/4~"Dt, TM1l-B, rU10aED, QJ220-AD, NO Tell, lU56, QJ220-AC

Kitl_A, MM11eS, CAB, 115V, OEM K811.A, MM11-S, CAB, 230V, OEM KB11-A, MMll.S, CAB, ~A30-CA, 115V 60HZ, oEM KB11-A, MM11.S, CAB, ~AlO.CD, 2l0V 50riZ, OEM Kal1-., MM11-S, CAB, VT05S-AE, 115V 60HZ, OLM KBlt-A, MM11-S, CAB, VT05S-AJ, 230V 50HZ, OEM KBlt.A, MF11_UP, LAJO.CA, CAB, 115V 60HZ OEM KBlt-A, MF11-UP, LAlO-CO, CAB, 230V 50HZ OEH K8l1-A, MF11-U, LA30.CA, CAB, 11SV 60HZ, OEM KB11-A, MYll.U, LA30.CD, CA8, 2l0V 50HZ OiM OEM 11/4S-CC W 24K HEM & HEM MANAGEMENT, 115V 60HZ OEM 11/4S.CD W 24K MEM & HEM MANAGEMENT, 230V 50H~ OEM 11/~5.f'M W NO PARITy, 115V 60HZ OEM 11/4S-FN W NO PARITY, 230Y 50RZ 11/4SwFH, MM11-UP, KTlt-C, 115V 60HZ OEM 11/45.FJ, MM11 .. UP, KTll~C, 230V ~OHZ OEM 11/45~FK, MMll-U, KT11-C, 115V 60HZ OEM 11/45-FL, MM11-U, KTll-C, 230V 50HZ O~M KBt1-A, MSlt.SC, 2 MS11.SM, tAlO-CA, 115V 60HZ OEM KStl_A, MS11 e ac, 2 MSll.SM, LA10eCD, a30V 50HZ OEM KS11-A, MS11.aC, 2 MS11.SM, VT05B.AA, 115V 60HZ O~M Kel1-A, MSll-6C, a MSlt-8M, VToSaeAD, 2l0y SOriZ O~M K811eA, MS11wBC, 2 MS11~BP, tA30.CA, 115V 60HZ OEM KS11.A, M~11.BC, 2 MS11-SP, LAlO-CD, 230V 50HZ OEM K811.A, MS11.SC, 2 M511-SP, VT05B.AA, 115y 60HZ OEM KB11-A, MS11 .. aC, 2 MSll-SP, VT05S_AU, 2l0V 50HZ O~M KBll.A, MS11-SC, 4 MSll-SM, LA30-CA, 115V 60Hi uEM K811-A, MS11-SC, 4 MSI1-SM, tA30-CD, 230V 50HZ OEM KS11 .. A, Mitl-SC, 4 MS11-SM, VTOSS .. AA, 115V 60HZO~M

MODEL NO

lt/4S"CN 11/4S.,CP 11/45.,GR 11/45111G5 It/4S.GT 11/45!!11MA 11/4S·MB

ENG MGR

1 1 I 45!!11MC 11/45"MO 11/4S .. MH 11/45!!11MJ 11/45"MM LBH 11/4S",MN LBH 11/4S"MP !ISH 11/45 .. MR LBH 11/4S",MU LBH lt/4S"MV LBH 11/45 .. M14 LBH 11/4StI!M¥ LBH 11/4S"NA SO 11/4S .. NB 80 11/4S"'NC BO 11/45.NO BO 1l/4S"NE SO

'" 11/4S"Nf' SO

11/4S"NH SO 11/4·StI!NJ 80 11/4S.PA LBH

'"

-11/4S"'PC 11/45.PO 11/4$.PH LBH 11/4S.PJ LiM 11/4S.PK LBH l1/4S"PL LBH 11/4S.PM LBM lt/4S.PH LBM 11/4S .. PS 80 11/4S",PT BO t1 / 4S-PU BO 11/4S""PV BO 11/4S",RA LBH

-11/4S wRC l1i4S"RO fl/tS"Ri: -

DESIGN PROD EHGR ENGR

SO BO BO eo BO BO 8D BD BO SO BD JEN JEN JEN JEN JEN JEN JEN JEN I;SH LBH LaH LBH iJaH

LSH

LSH LBH JEN

SO

Bo BD JEN vEN JEN JEN JEN JEN LeH LBH LaM LBH JEN

80

BD BO BD

BO

RSX11·0a RSX11.0. RSX11-01 RSXll"DI

MFGR AREA

STATUS CATEGOR¥ MO/¥R

USEO ON DESCRIPTION

6 4173 E - Kal1.A, M~11.iC, 4 MS11"BM, VT0588AO, 2l0V 50HZ O£M 6 4/73 E • KSI1-A, M$11-SC, 4 MS11-SM, LAl6-CA, 115V 60HZ OEM 6 4/73 E - KS11_A, MS11-ac, 4 MS11.SP, ~A30-CO, 230V 50HZ OEM 6 4/13 E • K8It-A, MP11-eC, 4 MS11-ap, Yi05B.AA, 11~V bOH~ O~M 6 4/71! • K811_A, M$11eaC, 4 MSll-SP, VT05B.AO, 2l0V 50HZ OtM 6 11/73 E RSX11-DI 11/4S-CC Mft1-LP KT11-C RKI1-CA RKOS.AA Telt TU56 MRllwOa KWI1-L Q~580wAC 6 11/13 E RSXI1-DI ll/4S-CD Mfl1-LP KTll-C RK11.CB RKOS-BB TCll TUSb MR11.DB KW11.L QJS80-AC 6 11/71 E 11/4S-CC MF11@LP KTI1-C RF11 RB11 TM11-A TU10.EA MRI1-P8 KW11-L H~608DA Q~580.AO 6 11/7~ E It/4S-CD MFll-LP KT11.C RF11 RSII-A TM11-a TU10.ED MRI1-0a KWI1-L H960.0B QJS80.AD 6 11/73 E 11/4S-MC, MM11.LP, RKI1-CA, RKOSwAA, CRll, LPI1-JA, DOll-A, NO RFlt; RS11 6 11/73 E 11/4S-MD, MM11.LP, RK11.Ca, RKOS-8S, CRit-A, LPll-JB, DOll-A, NO kFil, RSll 6 11/11 E - RSX11D REAL TIME ,1, 115V 60Hz 6 11/73 E - RSX11D REAL TIME .1, 230V 50HZ 6 11/73 E .. RSX110 REAL TIME .2, I1SV 60HZ 6 11/73 E • RSXI1D REAL TIME ,2, 230V 50HZ 6 11/7l E • RSXI1D REAL TIM~ #3, 11SV 60HZ 6 11/73 E", RSX11D REAL TIME #3, 230V SOHZ 6 11/73 E • RSXI1D REAL TIME .4, 115V 60HZ 6 11/73 E • RSXI10 REAL TIME ,4, 230V 50HZ 3 11/73 E - RSXI1D SYS 1. 11/4S.CW, RK11-0E, TM11.EA, QJ580.AD, 115V bOHZ 3 11/73 E • RSXI1D SIS 11 11/4S·CY, RKI1-0J, TMI1-ED, Q~5ijO.AO, 230V do&Z 3 11/73 E RSXllD SIS 2. 11/45.Cw MFI1-UP RKI1-0E TM11-EA H960.PA QJ580-AO 115v60HZ 3 tl/73 ERSXI10 SYS 2. 11/45.CY MFI1-UP RK11.0v TM11.EO h960.08 QJ580_AD 230VSOHZ J 11/73 E RSXI10 SIS 31 11/4S.CW, Mij'll-UP, MM11.UP, RP11.CE, TMI1-EA, CRII, ...

E LP11.vA, 0011.8, H960.0A, Q~S80-AD 115V 60HZ l 11/73 E RSXI1D SIS 3. 11/45.Cl, MFI1-UP, ~Ml1.UP, RPI1-CJ, TMil.ED, CHI1-A,

E LP11-J6, DD11-S, H960.0S, QJ580.AD, 230V 50HZ 3 11/73 E RSX110 SYS 41 11/4S.CW M'11.UP RKll.0E RKOS_AA, QJS80.AE,'11SV60HZ 3 11/71 .: RSXI1D SYS 4. 11/4S.CX MF11!!1UP RK11.0\J RKOS.SB QJ580-AE 230V 50HZ" 6 11/73 E BATCH, 11/4S.CC, MF11.LP, RKI1-CA, RKOS-AA, TM11-A, TV10w~A, CRll, LPll-JA,

6 11/73

6 11/.,3 6 11/73 6 11/73 6 It/71 6 11/71 6 11/73 6 11/73 6 11/71 3 11/73 3 11/7) 3 11/73 3 11/73 6 11/73

6 11/73

6 11/73 6 11/73 6 tl/71

6 11/73

E KW11.P, MRI1_0B, D011.A, QJa50.AD E SATCHI lt/4S-CD, RK11-CS, RKOS.SB, ~M11.8, TUIO-EO, CR11-A, LP11.~S, E KWll-P, MM11wOB, DOll-A, QJ2S0-AO -E BATCHI11/4S.PA, MFI1-LP, F~tl-s, RP11-CA, RP03wAS, H960-PA, NO RK11, RK05 E BATCH. 1l/4S.PB, MF11-LP, FP11-S, RPI1-CB, RP01.aS, H960 e OS, NO RKli, RKOS E • BATCH '1, 115V 60HZ E • BATCH .1, 230V 50HZ E - BATCH #~, 115V 60HZ E • BATCH I., 230V 50hZ E - BATCH #l, 115V 60HZ E • BATCH #3, 230V 50hZ E • BATCH/OOS SIS 1. 11/4S-CU, RKI1-0E, TMI1-EA, QJ250-AD, 115V 60HZ E " BATCH/DOS SyS 1. 11/45.CV, RK11-0J, TM11-!D, QJ2S0-AD,2l0V 50Hz E • BATCHIDOS SYS 2, 114S-CU, Rfl1-AA, Tell-GA, Qu2~O-AC, 115V 60KZ E - BATCH/DOS SIS 2. 11/4S-CV, RF11-Ab, Tel1-GB, QJ~5Q.AC, 2lUY-S6HZ E RSTS/451 11/45.CC, MF11.LP, MM11.LP, KT11_C, RF11, RSll, RK11.CA, RKOS.AA, E Tell, TU56, MRI1-0B, KWll.P, H960.0A, Do1l-A, Q~4JO.AC E RSTS/45a 11/4S-CO,Hrl1-LP, MM11-LP, KT11 wC, Rrl1, RS11eA, RK11.Cg,~RK05-BB, E Tell, TU56,MR11wUB, KW11~P, H960.0B, DOll-A, Q~430~AC E RSTS/451 11/4S·RA, TM11-A, TU10-EA, Q~430.AD, NO TCll, IU56, QJ4l0-AC' E RSTS/45. 11/45eRB, TM11ea, TUIO.ED, QJ4l0.AO, NO TCll, TUS6, Qv4l0wAC E RSTS/45. 11/4S.CC, MF11.LP, MM11.LP, KT11.C, FPll-a, RP11-CA R~O~.AS, TNll.A, E T010-EA, MR11-08, KW11-P, H960-0A, DOll-A, Qv4l0-AO E RSTS/45. 11/4SwCO, MF11-LP, MM11.LP, Ktl1.C, FPI1-8, RP11-CB RPOl-aS, TNtl.S, E TUtO-ED, MR11.DS, KW11.t, H960 w06, DOIl.A, QJ430eAO

MODEL NO

ENG MGR

11/4S .. RH L8H 11/45.RJ tSH t 1/4'5 wRK LBH 11/4S"RL LBH 11/4!!hIRM LEHt 11/4S.RN 1.1811 11/4S.RP 8D 11/4S .. RR aD 11/4S.RS so 11/4S.RT BD 11/4S.RU SO 11/4S.RV 80 11/4S-UA 11/45·U8 11/4S.UC 11/45·UD 11/50-CC 11/50.CO 11/50.C£ 11/50""Cf' 11/50·eM 11/50.eN 11/50-CP 11/50·CR 11/50-CS tt/sOwer 11/S0.CU BD 1t/SO-ev Bo 11/S0.CW 80 11/50.Cy SO 11/50 .. 0A 11/50.OB 11/50.0S tl/S0"'DT 11/50.0U l1/S0wDV 11/S0 .... FH 11/50-'.) 11/S0.FK 11/50.FL 11/50-rM 11/50.PH 11/50.FP 11/50"FR 11/50 .. rs 80 11/50.'T BO 11/50.ru ID 11/S0.FV eD 11/50-ME

•

-11/S0.MH 11/50-M.] 11/S0.MK


JEN JEN JEN JEN JEN JEN tBH !JaR t"BH LBH LaH IdSH so 130 BD aD aD 80 80 80 aD 80 BO 80 80 BO LaH LBH L8H LaM 80 so 80 SO BO BO 80 80 SO BO BO BD 80 BO LeM LaM LBM LiM 8D

BD

BO 80 80

MFGR AREA


6 11/73 E 6 11/73 E 6 11/73 E 6 11/73 E 6 11/73 E 6 11/73E 1 11/73 E 3 11/73 E 3 11/73 E 3 11/73 E 3 11/73 E 3 11/73 E 3 4173 E 3 4/73 E 3 4/73 E 3 4/73 E 6 11/73 E 6 11/73 E 6 11/73 E 6 11/73 E 6 11/73 E 6 11/73 E 6 11/73 E 6 11/73 E 3 4179 E 3 4/73 E 3 11/73 E 1 11/73 E 1 11/71 E 3 11/73 E 3 4173 E 3 4/73 E 1 4/7) E 1 4/73 E 1 4/73 E 3 4/73 E 3 4/71 E ) 4/73 E ) 4/73 E 3 4/73 E 3 4/73 E 3 4/73 E 3 4/73 E 3 4/73 E ] 11/13 E 1 11/73 E 3 11/73 E 3 11/73 E 6 11/73 E

E 6 11/73 E

E 6 ll/73 E 6 11/7l E 6 11/73 E

USED ON Of:;SCRIPTION 13

- RSTS, TIME SHARE II, 115V 60HZ • RSTS, TIME SHARE ,1, 230V 50HZ ~ RSTS, TIME SHARE 12, 11SV 60HZ - RSTS, T1M~ sHARE ,2, 230V 50HZ • RSTS, TIMi SHARE #3, 115V 60HZ • RSTS, TIMi SHARE .3, 230V 50HZ RSTS/~ .11 11/4S.CW MF11-UP Rfl1-AA RK11-0E TC11-GA H960-0A QR.30 .... AC 115V60H RSTS/E *11 11/4S.CY MF11-UP Rfll.AB RKI1-0J TCll-vB H960-ub QR430.AC 230V~OH ~STS/E '21 11/4S-CW MF11-UP RF11-AA RK11-0E TMll-EA H960.UA Q"410 .. AD !lSV60H RSTS/E #2& 11/4S .... CY MF11.UP Rfl1.AB RillwOJ TM11.~D H960.~b Q~4l0.AD 230V~Ori RSTS/E *31 11/4~~Cw MF11-UP RP11-eE FP11.s TM11-EA H9~O.D~ QR430-AO"115VbOHZ RSTS/E .31 11/45.Cy MF11.UP RP11-CJ FP11-S TM11.E~ H960.D~ QR430-AD 2l0V50HZ • KBII-A, MF11-LP, ~Ml1-~P, CAB, UPGRAOE FROM 11/20, l1bV 60HZ - K811-A, MF11-LP, MMll.L~, CAB, UPGRADE fROM 11/20, 230V 50Hi • K8l1-A, Mrl1 wL, MM11-L, CAB, UPGRADE FROM 11/20, 115V 60HZ - KSI1-A, MF11-L, MM11-L, CAB, UP~RADg FROM 11/20, 230V SOH~ - KSI1-A, MS11-SC, 4 MS11-SP, LA30-CA, CAS, ll5V bOnZ - K811.A, MS11-ac, 4 MS11.SP, LAlO .... CD, CAB, 2JOV 50HZ - Ka11 wA, MSll-SC, 4 MS11-SP, VT05B.A., CAB, 11Sv 66HZ

K811-A, MS11 .... SC, 4 MSllwSP, VT05B.AD, CAS, 2)OV 50HZ - 11/50.CC ~ AUTO LOAOER, CLUCK, PWR rAIL, 115V 60HZ _ 1liso-CD W AUTO LOAOER, CLOCK, PWR FAIL, 230V 50HZ • Il/so-eM + 16K CORE, 115V 60HZ w lliso-CN + 16K CORE, 230V 50Hz 08500 KB11-A, MS11-SC, 4 MS11 .... SP, H967-HC, l1SV OS500 KSll-A, MS11~BC, • MS11-SP, H967-HB, 230V • K8l1.A, Mall-SC, 4 Ma11.BT, M~11-D8, KW11wL, LAlO.CA, CAB, 115v 60HZ _ K8l1_A, M~11.8C, 4 MS11 .... ST, MRll .... 08, KWll~L, LA)O.CD, CAS, 230V 50H2 Ksl1-A MS11-sC 4 MSll-aT MF11.UP KT11-C M811-0B Kwl1-L ~Al08CA CAB 115V 60H2 K811wA MS11-BC 4 MSll.aT MF11-UP KTll-C M~11-08 Kwl1-L LA)O.CD CAS 230V SOHZ DOS, 11/45~DC W l1/50-CC INSTEAD OF 11/4S-CC OOSI 11/45.00 W 1i/50.CD INSTEAD OF 11/45.CO DOS' 11/4S.0S W 11/50.ec INSTEAD OF 11/4s.ce oos& 11/4S-DT w 11/50-CO INSTEAD or 11/4S-CD DOS. 11/45.0U W l1/50-CC INSTEAP of 11/45.ec DOS' 11/4$.OV w 11/50.CO INSTEAD OF tl/is_CD • OEM l1/S0-ce, 11!V 60HZ - OEM 11/S0-CD, 230V 50HZ • Q~M 11/50.CC W NO PARITY, 115V 60HZ • OEM ll/50.CD w NO PARITY, 230V 50HZ - OEM 11/50-CC + 8K CORE MEM • HEM MANAGiMENT, l1SV 60HZ _ OEM 11/50.CD + 8K CORE ME~ , MEM MANAGEMENT, 2l0V 50HZ - OEM 11/50-FM W NO PARITl, 115V 60HZ • OEM 11/50-FN W NO PARITY, 2l0Y 50HZ • 11/50-FH, MF11wUP, KTI1-C, 115V 60HZ OEM • 11/50-F~, MF11-UP, KT11wC, aJOV 50HZ OEM • 11/50-FK, MF11.U, KTll-C, 11SV 6QHZ O~M - 11/50-F~, MF11-U, KTtlwe, 230V 50HZ OEM RSX11-01 11/50-ee, MF11wLP, KT11wC, RK11 wCA, RKOS.AA, TM11-A, TUI0-~A,

MR11-pa, KW11-L, QJs80-AD RSXI1-01 l1/S0-CD, MF11-Lp, KTll-C, RK11-CB, RK05-SB, TMll-S, TU10-~D,

MR11-0B, KW11-L, QJ580-AD RSXll-0 11/4S-MH W 11/S0-CC INSTEAD OF 11/45-ce , NO K960-0A RSXll.O il/4S-MJ w ll/50-CD INSTEAD OF 11/45.CD , NO H9bO-OB RSX11eO 11/50-ee, 2 MF11-LP, MM11.~~, KT11"C, RP11.CA, R~Ol.AS, !M~l.A,

MODEL NO

.. 11/50lltML

"

ENG MGR

11/50-NM ,,8H lt/50.MN LSH tl/50~MP LBH 11/50""MR L8H 11/50-MU L8M 11/50 .. MV LBM 11/50 .. MW LBM 11/50",,~4Y LBM 11/50-NA eo 11/S0 wNS 80 11/50"NC 80 11/S0 .. NO 80 11/50"N[ SO

"

" 11/50.NH DO t 1 15 <),.N-.1 SD 11/50.PA 11/50",518 It/50.PC 11/50"pO 11/S0"Pt::

• 11/50.P"

• 11/St)IItPH LBH 11/50 .. pJ 1,88 11/S0.PK L8H 11/50.PL L8H It/sO.PM LBR 11/S0.PH L8H It/50.PP LaM tl/S0.PR LaH 11/50.PS so It/50.PT SO 11/SO.PU 80 11/50.PV BO 11/50.PW BO

11/s0.PY 8D -11/50-RA 11/50.R8 tl/S0.RC 11/S0 .. RO 11/S0 .. RE 11/s0.RF 11/50.RH LBH 11/50"RJ LBH 11/S0 .. RK LBH 11/50"RL LBH


BO

JEN JEN JEN JEN JEN JEN JEN JEN LaR L8H LBH LBH LBH

LBH

L8H J.,SH BO 80 SO 8D SD

BD

JEN JEN JEN JEN JEN JEN JEN JEN L8N Lali LaH LBH LBH

L8H

80 80 80 aD so so JEN JEN JEN JEN

MFGR AREA

STATUS CATEGOR~ MO/Y'R

E 6 11/73 E

E 6 11/73 E 6 11/73 E 6 11/71 E 6 11/73 E 6 11/73 E 6 11/7.3 E 6 11/73 E 6 11/73 f£ 1 11/73 E 1 11/73 E :4 11/73 e: 3 11/71 E 3 11/73 E

E 3 11/73 E

E 3 11/73 E 1 11/73 E 6 11/73 E 6 1l/73E 6 11/73 E 6 11/71 E 6 11/73 E

E 6 11/73 E

E 6 t 1173 E 6 11/73 E 6 11/71 E 6 11/73 .E 61·1/73 E 6 11173 E 6 11/73 E 6 11/73 E 1 11/73 E 3 11/73 E 3 11/73 E 1 11/73 E .1 11/73 E

E 3 11/73 E

E 6 11/73 E 6 11/73 E 6 11/7] E 6 11/71 E 6 11/7] E 6 11/7] E 6 11/73 E 6 11/73 E 6 11/73 E 6 11/73 E

USED ON DESCRIP'fION

TUI0-EA, CDlt.EA, LPI1-RA, MR11-0B, KW11-~, H960-UA, QJS80-AD R5X1t-O. 11/50-CO, 2 MF11-LP, MMI1-LP, KTlt-C, RP11.C8, R'OJ-~S, tMl1.S

TUI0.~B, COlt-Es, LP11.RS, MRI1-0B, KWI1-L, H960-D8, QJ~8U.AD • RSXI1D RtAL TIME #1, 11SV 60HZ • RSX110 REAL TIME #1, 2l0V 50HZ • RSXII0 ~EAL TIME ,2, 11SV 60HZ • RSX110 REAL TIME ,2, 230V 50HZ - RSXI1D ~EAL TIME .3, 115V 60HZ • RSXI10 REAL TIME ,3, 230V 50HZ • RSX110 REAL T1M€ '4, 115V 60HZ - RSXI10 REAL TI~E ,4, 230V SOHZ RSXIID syS 1. 11/50.CW, RKI1-0E, TM11-EA, Qu580-AD, 115V OOH~ RSXI10 SIS 1. 11/50~CYC RKI1-0J, TMll-Eb, Q~5~o.AD, 230V 50HZ

14

RSXI10 SYS 2. 11/50-CW MF11-UP RK11-0E TMI1-EA H960-0A QJS80-AO 115V bOHZ RSXllD SIS 2. 11/50 .. CY MFI1-UP RK11.DJ TM11.EA rt900_DbQJ580.Au ,30V--SQHZ ~SXI1D SYS 3, 11/$O-cw, MFI1-UP, MM11.U~, RPI1-CE, TMI1-EA, C~11, LPll-JA,

0011-S, H960-0A, QJ580-AD, 115V 60HZ -RSXI1D SIS 31 il/50-CX, Mfl1-UP, MM11.UP, RPI1-CJ, TM11-ED, CR11 .. A,

LP11""J8, DOll-a, H900.0S, QJ580-AD, 230v 50HZ . RSXI1D SIS 41 11/50.CW, Mfl1.UP, RK11-0E, RKOS-AA, Qu5BU-AE 115V60HZ RSXI10 SIS 41 I1/50-CY, MF11-up, RKI1-0J, RKOS-S8, QJ580-AE 2l0VSOHZ BATCH. 1l/4S.PA W 11/S0.CC INSTEAD OF 11/4S.CC BATCHa 11/45.P8 W 11/50.CO XNST~AO OF l1/4S.CP 8ATCH, 11/4S-PC w 11/so.ec INSTEAD OF 11/4S-CC & NOH960-UA BATCH, 11/45.,0 W 11/50.CO INsTEAD OF 11/4S.CD & NO H960.0a BATCH; ll/S0-ce, MS11.SD, 2 MSll_SP, FP11-B, RP11.CA,· RPOJeAS, TMlt_A,

TUtO-£A, COll-EA, LPll-RA, MR11~D8, KWllwP,UD11·A, QJ250~AU lATCH, 1t/50.CD, MS11.S0, 2 MS11wSP, FP11.S, RP11-ca, RP03.ijS, tMl1;S,

TUtO-EO, CD11.gB, LP11-RB, MR11.DB, KW11-P, OD11.A, QJ2S0~AD - BATCH #1, 115V bOHZ - BATCH .1, 230y 50HZ • BATCH '2, 115Y 60nZ .. BATCH .2, 230V 50HZ - BATCH '3, 115V 60HZ - BATCH Il, 230V SOriZ • SATCH #4, 115V 60HZ • BATCH #4, 230V 50HZ • BATCHIDOS BY! 11 11/50-CU, RK11-DE, TMI1-EA, Qu2S0-AD, 11~V 60HZ .. BATCHIDOS 8yS 1. 11/50-CV, RK11-0J, TM11-iD, Qu~50.AO, 23QV 50Hz • BATCH/DOS SYS 2, it/50-CU, Rfl1·AA, Tell-GA, QJ2S0-AC, 11SV 60HZ .. BATCH/DOS SyS 2. 11/50-CV, kFl1-A8, TCI1-Ga, Q~250.AC, 230V 50HZ BATCHIDOS S~S 3. ll/50.CU, MSll.SD, 2 M8llwaT, f Pl1.a, RPll.CE, T~11-~A, .

CDl1.tA, LP11.RA, DOll-b, QJ250~AO, 11SV bOHZ IATCH/DOS SYS 3, 11/50.CV, MSlt-SO,2 MS11-ST, FP11-6, RP11.Cv, TMll"EO

COli-ES, LP11-RB, 0011-S, QJ250-AD, 2l0V 50HZ RSTS/50. ll/45-RA W 11/50"CC INSTEAD of 11/4S-CC RSiS/501 l1/4S.RS W 11/50.CD INSTEAD OF 11/45-eO RSTS/50. 11/4S-RC W 11/50-CC INSTEAD OF 11/4S-CC RSTS/SOI 11/4SeRO W 11/50"CD INSTEAD or 11/45.CO RSTS/501 11/45_RE W 11/50.CC INSTEAD or 11/4S.CC R$TS/SO, 11/45-RF W 11/50-CO INSTEAO OrlI/4S-CD • RSTS, TIME SHARE #1, 115V 60HZ - RSTS, TIME SHA~E .1, 2l0V 50HZ • RSTS, TIME SHARE .2, 115V 60HZ • RSTS, TIM! SHARE ,2, 230V 50HZ

MOOEL ~O

ENG MGR

11/50.,RM LBH 11/50-RN LBH 11/50 lf RP 80 11/50.,RR SD 11/50-RS 6D 11/50 .. PT 80 11/50-RU SD 11/S0-R,V 80 11/50"UA 11/50.US. 11/50"",UC 11/50"UD I1D01.0A va 11D01-0B vB 11001"'OC VB I1DOb,OD va 11001.0£ VB 1100t.DF VB l1D01.0c,; VB 11001"OH VB tlD03.0A VB 11 DO .1.D8 VB 11010",CA VB 11010"C8 VB l1D10-CC va l1DtO"CO VB 11010 .. CE; va I1DI0-cr va IIOIO-OE VB I1Dl0 .. 0F VB I1D20·CA 11020.<:8 11020-ce I1D20"CD 11020-CE I1D20-C" I1D21"CA l1D21-CB l1D2t·CC I1D21-CO l1D21-CE 11021-CF 11023-CA I1D21-C8 l1D26 wCA l1D26.CB 11026.CC 11026·CO 11D26-CE l1D26.CF l1D40"'CE VB 11D4o .. cr VB l1D40-0J VB 11040 .. 01( VB l1D40.0N VB


JEN JEN LBH LSH J.,SH L8H L8H LBH 80 80 80 SO OPR OPR DPR DPR DPR DPR DPR DPR CPR DPR OPR. DPR OPR DPR CPR OPR DPR OPR OAS DAS OAf) DAS DAS OAS DAS DAS DAS DAS DAS DAS DAS DAS OAS DAS DAS DAS OAS CAS OPR DPR DPR CPR OPR

MP'GR AREA

COM COM COM COM COM COM COM COM COM COM COM COM COM COM COM eOM COM COM

COM COM COM COM COM


6 11/73 E 6 11/73 E 3 11/'73 E 3 11/73 E 3 11/73 E 3 11/73 E 3 11/73 E 3 11/73 E 1 4173 E ) 4/73 E 3 4/73 E 3 4/73 E 2 10/73 B 2 10/73 B 2 10/73 B 2 10/73 8 2 10113 B 2 10/73 S 2 10/73 B 2 10/73 B 2 10/7] B 2 10/73 B 3 10/73 E 1 10/73 E 1 10/73 E 3 10/73 E 3 10/73 E 3 10/73 E 1 t0/7) E 3 tO/73 E 3 3172 E 1 3/72 E 3 3/72 E 3 3/72 E 3 5/72 E 3 5/72 E 1 3/72 E 3 3/72 E 3 3/72 E 3 3/72 E 3 5/72 E 3 5/72 E 3 5/72 E 1 5/72 E 3 3/72 E 3 3/72 E 3 3/72 E :3 3/72 E 3 5/72 E 1 5/72 E 3 10/73 E 3 10/73 E 2 10/73 E 2 10/73 E 2 10/73 E

USED ON DESCRIP1'ION 15

• RSTS, TIME SHARE .3, 115V 60HZ - RSTS, TIME SHARE i3, 210V 50HZ RSTS/E #1' 11/50-CW Mfl1-UP RF11-AA RK11-oE TC11-GA H960-0A QR430.AC 115VbOH RsTS/~ .11 11/S0.CY MFtl-uP Rf'11-AB RK11-0J TGll-GS H960-08 Qk430-AC alOV50H RSTS/E 12: 11/50~CW MFI1-UP RY11-AA RK11-0t T~11-EA H~60.0A Q~4l0.AD 115V~OH RSTS/E '21 11/50.CY MF11wUP Rfl1-AB RK11-0J TM11-ED H960-0B QR430-AJ 210V50h RSTS/E .31 11/50-CW Mfl1-UP RPll.CE fPl1-B TM11-EA K9bO-OA QR410.AO-115V60HZ RSTS/E #31 11/50.CY Mfl1-UP RP11.CJ fPl1-a TM11-ED H9bO.D~ QR430-AO 2JOV50HZ • K8l1.A, MS11-SC, 4 MSll wBP, CAB, uPGRAO~ FROM 11/20, 115V 60HZ - KSI1-A, MS11~8C, 4 MS11-8P, CAB, UPGRAD~ fROM 11/20, 230V 50HZ - K811-A, MS11-ac, 4 MSlt-8M, CAB, UPGRADE FROM 11/20, 115V 60H~ - KBI1-A, MS11.SC, 4 HS11.SM, CAB, UPGRAO~ fROM 11/20, 230V 50HZ 11DXX DUI1-OA, KG11-A, CRll, LP11-JA, D01I-B, 115v 60HZ l1DxX DU11.0A, KG11~A, CK!l N A, LP11.JB, DUll-a, 230~ 50HZ 110XX DUI1-OA, KGI1-A, CRll, ~Pl1-KA, 0011-c, 115V bOHZ 110XX DUII-OA, KG11-A, CRII-A, LP11-KB, DD11-a, 2l0V 50HZ 110XX DUll-0A, KG11eA, CRll, ~Sll-A, DD11~a, 115V 60HZ 110XX DUll-0A, KGI1-A, CR11-A, LS11-S, UOli-B, 230V 50HZ 110XI DU11-0A, KG11-A, LS11eA, OD11-8, 115V 60HZ 110XX DUll-0A, KG11-A, ~S11e8, DOll-a, 230V 50HZ tlDXX DX11-BA, 8M81l-yX, 115V 60HZ 110XX OX11-S8, 8M873.YX, 230V ~OHZ ft 11/10wNe. 8K MM11-~, 8M792.YA, ~T33.0C, - 11/10 .. NC, 8K MM11.L, 8M792-~A, tT33-DO, - 11/10-Nt, 8K MM11"",L, BM792-YA, ~Tl)-DC, - lillO-NO, 8K MMlt-L, 6M792-YA, ~T33-DD, • 11/l0-Ne, 8K MM11-L, 8M792-YH, ~A30.CA, - lillO-NO, 8K MH11-L, aM792-YH, LA30~CD, • l1El0.NE W DECCOMM LOGO, 11SV 60HZ • l1E10-Nf W OECCOMM LOGO, 230V ~OHZ

H960.CA, H960-CB, H967-AA, H967.AB, TA11·A A, TAll-AS,

115V 60HZ 230V 50Hi 1l5V 60HZ 2l0V SOHi H960.CA, ·"ll5V i1960.Cb, 230V

• COMM SYS BASE, li/21-CA, KW11-L, QJ20-Ap, Q~DSO.AS • COMM SYS BASE, 11/21-C8, KW11-L, QJ20.AP, QJD50-AS • 11/20-AA + MM21-r, KW11-L, QJ20-AP, Qv050-AS, H~57 ~HORT CAb • 11/20-A6 + MM11.F, KW11-L, QJ20.AP, QJD50.AS, H957 SHORT CAS • 11/21-C', KW11-L, Q~C20·AS - 11/21-CF, KWll-L, QJC20-AS - 2780 COMM SYS SRC, lI/21-CA, KWI1-L, DP11.0A, KG11 wA, QvC~l.AS - 2780 COMM SYS SRC, 11/21-C8, KWll.L, OPI1-0A, ~Gll-A, QvC21-AS

60HZ 50HZ

11/20.AA + MMllwF KW11-L OPll.0A KGll-AQJDSO.AS QJC21.AS H957 SHORl CAB 11/20.AS + MMll-r KW11-L DP11.0A KG11.A Q~050~AS QJC21-AS H957 SHORt CAB - 2790 COMM SIS SRC, lI/2l-CE, KWI1_L, CPl1-0A, KG11.A,QJC~1~A~ - 2780 COMM SIS SRC, 11/21-CF, KWI1-L, OPII-DA, KGI1-A, QJC21-AS • 11/21-CA, KW11-A, KHI1-A, DXI1-BA, 3bO/370 (.848), QJC22, H950; ItSV 60Hl - l1/21-ca, KW11-A, KAll-A, OX11-eA, 160/370 (2848), Q~C22, H950, ~lOV SOH: - 2780 COMM SYS, 11/21.CA, KW11-L, OP11-0A, KGlI-A, ·QJCll-A~ '" 2780 COMM SYS, 11/21-C8, KWI1-L, OP11-0A, KGl1-A, QJC21.AS '" 11/20~AA • MM11.F KW11.~ DPll-0A KGll.A QJC21-AB H957 SHOkT CAB • l1/20wAS • MM11.F Kwl1-L DP11-DA KG11-A QJC21~A8 h9S7 ShoRT CAB • 2780 COMM $YS, 11/21-CE, KWll-L, DP11.0A, K~11-A, QJC21-A~ - 2780 COMM SYS, 11/21-CF, KWI1-L, OPI1-0A, DG11 .. A, QJC21.Ac - 11/40-CP, KW11-L, 115V bOHZ • l1/40-CR, KW11-L, 2l0V 50HZ • 11/40-CM, KW11.L, TCll.GA, 115V 60HZ • ll/40-CN, KW11-L, TCII-Gi, 230V 50HZ • 11/40 wCM, KWll-L, TMII-iA, ll5V 60HZ

MODEL NO

ENG MGR

11D40-0P Vi l1D50-CE VB 11050.cr VB l1D50.0J VB 11050"OK, VB l1D50.DN VB l1DSO""PP VB l1E05-BA RS l1P.:05.88 RS l1EOS,.NE 80 l1EOS .. NF BD 11£OS",NH eo 11E05.NJ 80 l1E10",WE eo l1E10 .. t.fF BO 11EtO-NH so 11 p.a O.NJ 80 ttL40 .. AA AW l1L40",AB AW l1R20"'AA l1R20"AB l1R20 .. LA 11R20 .. LB tao 121.4 121.8 12t.C 121-0 123 125 126 121 129 129 131 112 III 134 135 1,)7 ll8-' 1]8.S 118.C 118·P 11R.f: 138.' ll91!!fA 139.8 1]9.0 1 39 .. P; 139 .. F 14/30.A JM 14/30-a JM 14/30.C JM 24/3S .. A JM

DESIGN PROD ENGR Et.fGR

DPR DPR DPR DPR DPR CPR DPR FE P'E Sw Sill Sw sw SiN sw sw sw ERK ERK KH KH KH KH RR RR RR RR RR RR RR RR RR RR RR RR RR RR RR RR RG RG RG 'Hi 14G RG RG RG RG RG RG RG AFt AR AR AR

MF'GR AREA

COM COM COM COM COM eOM COM IPG IpG

TPI"

TPI"

TPt TPt TPL TPL


2 10/73 E 3 10/73 E 1 10/73 E ] 10/73 E 1 to/73 E ] 10/73 E 1 10/73 E 1 11/73 E 3 11/73 E 1 8173 E 3 8/73 E 3 11/73 E 3 11/73 E 3 817] E 3 8/73 E 1 11/73 E 1 11/73 E 2 9173 E 2 9/73 E 3 12/71 E 1 12/71 E 3 12/71 E 3 12/71 E 6 0 6 M 6 M 6 6 6 6 6 6 6 6 6 6 6 6 6 6 6 6 6 6 6 6 6 6 6 6 6 1 1 1 3

M tot D K K K K o o D D M M A A A A A A A A A A A A

9173 E 9/71 E 9/73 B 9/73 E

USEO ON DESCRIPTION 10

• 11/40-CN, KW11-L, TM11-g0, 210V 50HZ • 11/50-eM, TAll-AA, 0011-a, 11~V 60HZ - 11/50-CH, TAll-AB, D011-i, 210V, 50HZ - il/50eCM, RK11 eO, RKOSeAA, Tell-CA, 115V 60HZ - 11/50-CN, RK11-0, RKOS.b8, TC11-Gb, 2l0V 50HZ • 11/50-eM, RK11-0, RK05-AA, TM11-EA, 115V 60HZ - 11/50.CN, RKI1-0, RK05-S8, TMI1-ED, 2l0V 50HZ IHOII·SA tlEOS-Nt w INDUSTRIAL CONSO~E, 11SV 60HZ IHOll-SS l1EOS-8F w INDUSTRIAL CONSO~E, 210V 50H~ • II/OS-NC + RKOS.AA RJI1-0 TAI1-AA LA30-CA BM792.Yij H960.CA 115V60H2 - 11/0S-NU + RK05-8b RKll-0 TAll-AS tAlO-CO 8M7~2-l~ H960-CA 2l0V50rlZ 11/0S.NO, RKOS.AB, RKI1-0, TAll-AB, LA30-C8, 8M792-¥B, H960.C&, 2jO~ 60HZ ll/0S-HC, RKOS-SA, RKI1-0, TAI1-AA,LA30-CC, SM792 wYB, H9bO.CA, liSV 50HZ - li/IO-Ne + RKOS.AA RK1I-0TAll.AA LA30.CA BM792.rs H960_CA ~lSV60HZ • ll/l0-NQ • RKOS.B& RK11-0 TAll-AS I"AlO.CD BM792-Ya H960.C& 230V50nZ lt/lOeNO, RKO$.A8, RK11 .. D, TAll-AB, LA30-ce, 6M792-¥B, H900.ca, 2)OV QOHZ lI/10.Ne, RK05.BA, RK11.D, TAlI-AA, LA30-CC, 8M792-yB, H9bO.CA, 115V 50HZ • 11/40-eu VT11 VR14-LC LPS11-SA LPSAO-12 2 LPSAG-LPSKW LPSDR-"ltSV60H - 11/40-CY VT11 VR14-LC I"Pll1-SB ~PSAD.12 2 LPSAG LPSKW LPSOR 2l0V50H - RUGGED 11-20 RACK MOU~TABLE 115V - RUGGED 11-20 RACK MOUNTAB~E 2JOY • l1R20.AA ~ITH NO CONsoLE - l1R20.AB WITH NO CONSOLE 1 SEQUENCE aR~AK iYSTtM 1 MEMORY CONTROL (1 PROCESSOR) 1 MEMORY CONTROL (2 PROCESSORS) 1 ~EMORY CONTROL (3 PROCESSORS) 1 MEMORY CONTROL (4 PROCESORS) 1 HIGH SPEED DATA CHANN£L 4 REAL TIME OPTION 4 REA~ TIME OPTION FOXBORo 4 DEVICE SELECTOR .~XTENSION 4 INr COLLECTOR EX 5 DATA CHANNEL MULTIP~EXER 1 DATA COHTROL 4 CLOCK MULtIpLEXER 4 DATA INTERRUPT ~UI"TIPLEXER 1)5 4K MEMORY EXPANDS PbP4-C TO 8K 4, 16 8K MEMORY FOR PDP4-C 5 A/DCUNVERTER 11 SIT4 1, 4, 7 ADe GENERAL PURPO&E 1, 4, 7 FASTER 118 1,4, 7 ll8 WITH 11 BITS, 45 USEe 5, 8 138-a WHICH CONNECTS TO POPs/S 1, 4, 7, AA03 25 USECF/C 138 (11BITS) 1, 4, 7, 8, 9 35 USEC FIC 138 (12 BITS, CA8) 1, 4, 7 MULTIPLEXER CONTROL UP TO 64 CHANNELS 1, 4, 7 MULTIpLEXER CONTROL loCH 5, 8 139.A WITH POPS/8 INTERfACE t, 4, 7, AA03 MX CONTROL UP TO 04 CM 1, 4, 7, i, 9 ll9-A I~ 118-F CA8 • 14/)0-8 W 4K X 12 CORE (MM8_E) , DC14.f • It/30-e W PROCESSOR, 110 CONT & 1/0 MUX MODUI"ES • BASIC POP14/30 MOUNTING PANEL ASSEMBLY W 1/0 CO~N~CTORS • 14/30-B W SK X 1~ CORE (MM8-EJ) & Oc14.F

MODEL ENG DESIGN PROD MFGR STATUS CATEGORY USED ON DESCRIPTION 11 NO MGR ENGR ENGR AREA MO/YR

140 RR TPL 6 D 1 Rl!,:LAY BUFFER 141 6 A 1/142 HIGH SPEED HX CUNTROL 142~B RG 6 A 1,4,7 HIGH SPEEO 8 SIt OAC 143 RR 6 l( 4 16 CHANNEL PRIORITY INTER~UPT 145 6 A 118 INPUT MX (2 CHANNLLS) 146 RR 6 M 4 PARITY OPTION 141 RR 6 M 149.A 4l( MEMORY 148 RR 6 M 7 MEMORY EXTEN&ION CONTROL2~ 148..,8 RR 6 M 7.A MEMORY EXTENSION CONT~OL 149.A RR 6 M 7, 148 4K MiMORY W SPACE FOR 8K 149.8 RR 6 M 7, 148 91( ,.EMORY (141 + 149!!11A) 15/76 .. DA 80 SW 3 1111 E - KP15 ~Et5.EA LA30 wCA pelS KE15 KW15 le15 TU5b RK1S-FA 11SV bOHZ 15/76-08 60 sw 3 1113 E • KP15 ~E15.EB ~A30.CO PC1S-A KE15 KW15 TC15 '1'U56 RK1~.rD 2loi 50HZ 15/76.nc SD Sw 3 1173 E • 15/76,OA w RK1S.'E IN PLACE or RK1S.FA, 115V 60HZ 15116-00 SO sw 1 t/7l E • 1$/76.Db W RK15,FJ IN PLACE OF RK1S.FD, 230V 50hZ 15/76-MA 60 SVI 1 1173 E - XP15 ME15-EA ~A10.CA pets KE15 KW15 TC59 tUl0wE~ RK15~FA, 115V60HZ 15/76"MB 80 SW 3 1173 E - KP15 MEls.ga LA30-CO PC1S-A KE1S K~15 TCS9.D TU10-EJ RK15-fO, 230V50HZ 1t;/76-MC so SW 1 1173 E '" 15/76·MA w HK15pFE IN PLACE or RK15.FA, 115V oOttZ 15/76-MD SD 8W 3 1173 E " 15/76-M8 w RK1S.FJ IN PLACE OF RK1S.FD, 2l0V 50HZ 151 CA 6 K 5 REAL. TIME OPTION foxeORO 152 RR 6 K 1 REAl.. Tlfo\E Cl"OCK 113 RR 6 X 5 AUTO MULTIPLY & DIVID~ 154 RR 6 M 5 MEMORY ~XTENSION CONTROl.. 155 RR 6 M 5 4K MEMORY 156.A CA 5 K 5 REA'" TIME CLOCK 156.S CA 5 K 5 REAL TI~E CLOCK FOXSORO 1S7 RR 6 T 5 51-A INTERFACe:; 187 ... a SV 6 T 8 57.A INTERFACE 159 RR 6 T 1 1/0 SELECTIuN FOR 57-A 16 RR 6 M 4 MEMORY EXTENSION CONTROL 161.A MW 6 M 6, 10 4 K 5 USEe M~MORY 161-9 MW 6 M 6, 10 8 K 5 USEe MEMORY 16t.e MW 6 M 6, 10 12 K 5 USEe MEMORY 161.D MW 6 M 6, 10 1& ~ 5 USEC MEMORY 162 ATT 6 M A, 10 FLIP FLOP MEMOR~ 163.C JS 6 M 6, 10 16 K 2 USEe MEMORY 164 JS 6 14 6 16K 1,5 UsEC ME~QRY t65'.1 8M 5 D 166 COMPUl:ER INTERCOM W INTt;R}o(UPT CONT 165·8 SM 5 0 8 COMPUTER INTERCOM W INTj;Ri(Ul'T CON't 167 KE: 6 R 6 DRUM PRUCESSOR 169 6 K 6 CP PARITY OPTiON 169 SU 6 M 161 PARJ,T¥ OPTION 1'7 RR 6 M 16 4K MEMORY fOR POP4-& I"O.A RR 6 M 171 4 K MEMORY ~ SPAC~ fOR 16 K 170",a RR 6 M 171 8 K MEMORY W SPAC~ rOR 16 K 170-"C RR 6 M 171 12 K MEMORY w SpACE FUR1~ K l'O",D RR 6 M 171 1& ... t4E~ORY 171 RR 6 M 1 MEMOR¥ EXTENSION CONTROL 172 RR 6 K 7 AUTO PRIORITY INTERRUPt 172.8 RR 6 K 7-A AUTO PRIORITY INTERRUPT 171 RR TPL 6 D 7 DATA INTERRUPT MULTIP~EXER l.,l.,E RR TPL 6 0 7 EXPANDED 173 174 RR TPL 6 D 7 DATA CONTROL 175 RR TPt. 6 D 7, 7A I~FORMATI0N COLLECTOR EX (7eN 18 till'" 1'76 RR 6 M 7 PARITy OPTION

MODEL ENG DESIGN PROD MrCR STATUS CAT~GORY USED UN DESCRIPTION 1e NO MGR [NGR ENGR AREA MO/YR

1'7 RR 6 K 7 EAt.: 177 .. 8 RR 6 K '.A EAE 18 RR 6 K 4 EAE l80wA RG 6 A 1,4,7 12 BIT DAC 180",8 Rei 6 A 1,4,7 13 SIl' (lAC 180.0 RG 6 1 4,7 12 8IT DAe 182 CA 5 J( 8 EAt tal CA 5 M a Mf;MORY EXTENSION CONTRO~ 184-A RR TPL 5 M 183 4 K 12 all MEMOR~ MODULi 184-8 RR TPL 5 M 183 4 K 13 SIT MEMORY MODuLE 187 JS 6 M 6 EXTRA M~MORY.P,ROC~SSOR ACCESS t88 CA , M 8 PAR,T¥ OPTION (1ST 4 K UH~X) 189 RR TPt 5 A 8 12 BliDAC IN PoPS \9 RR TPL 6 D 1 HIGri 8P£EO CHANNE~ CONTROL 194 6 0 6 DIGITAL OUTPUT CONTROL 195 RR TPL 6 0 7/7 INT~RPROCESSOR SUfFER \96",A RR TpL 3 D 8/8 INTERPROCiSSOR 8UFFER ( 12 B1T) 196.8 RR 1PL 3 0 8/7 INTERPROCESSOR BUFFER (12 BIT) 196",C RR TPL 3 0 8/5 INT~RPROC~SSOR BUr FER (12 BIT) 191 RR 6 K '1 MEM INCREMENT'LOGIC 2)6 .. A KE 6 R 167 DRUM CO~TROL 'OR 4 ORUM~ 237.A KE 6 R 236 DRUM HE~ORY -l4·E BV 3 R 4 SERIAlJ DRUM 32K FLYING HEAD 24-F BY 3 R 4 St;R1AL ORUM 651< FLYING dEAD ~4·G BV 1 R 4 SERIAL DRUM IJ1K FLYING H~AO 250.A BV 1 R 5 SERIAL ORUM Sf. 12 BITS 25°·8 BY 1 R 5 SERXAL DRUM 16K 12 BIIS 250.C BY 3 R 5 SERXAL DRUM 32K 12 SITS 210_D BY 3 R 5 SERIAL DRUM 65K 12 BITS 250.£ BY 1 fit 5 SERIAL DRUM I;UK 12 &iTS 250.f BY 3 R 5 SERIAL DRUM 196K 12 BXTS 250"G BV 3 R 5 stRIAlJ DRUM 2621< 12 BITS 2st·A BV 1 R 8, 8/1 SERIAL DRUM 8K 12 JUTS 2!t!lB BV 3 R 8, 8/1 SERIAL DRUM 16K 12 BITS 2!il.C BV 3 R 8, 8/1 SERIAL DRUM 32K 12 BITS 211.0 BY 3 R 8, 8/1 SERIAJ" DRUM 6SK 12 BITS 251""E By 3 R 8, 8/1 SERIAL DRUM ll1K 12 81TS 251",r BY 3 R 8, 8/1 SERIAL DRUM 1961(. 12 8iT8 251.G BV 3 R 8, 8/1 SERIAL ORUM 262K 12 BITS 270 Dl 6 R 6 CoNTROL, DATA PRODUCTS 502 OISK 10 RR - V TA8LE TOP lb.INCH DISPLAy 30-D RR 6 V 4, 7, 9 POINT PLOTTING 16.1NCH vISPLAY lO.G RR 6 V 4, 7, 9 30-0 + 33 syMBOL GENERAtOR lO-N eA 6 v 5, 8 POINT PLOTTIN~ 16.1NCH 01~PLAY 338 BR TPL 6 v 8 16"'lNCHBUFFEREO DISPLAY 33881 LH 1 V 338 , PDP8/1 339 Nt TPL 6 V 9 338 MODIfIED & VL09 1411!1A RR 6 V 4 Dl8PLAY FOR TEK 503 Se.OPE 34 .. 8 RR TPL 6 V 5 DISPLAY FOR TEl< 503 SCOPE 34·C RR 6 V 1 DISPLAY FOR Ti;J( 50l SCOPE 34-0 RR TPL 6 V 8, 8/S DISPLAY FOR TiK 50l sCOP~ 34-£ RR 6 V '.,A DISPLAY FOR TiK 503 SCOPE 34·Y RR 6 V 7-1 DISPLAY FOR TEK SOl SCOPE 14·H HI 6 V KOO9_A DISPLAY FOR T£K 503 ICOPE 14 .. HL 141 6 V KD09·C DISPLAY MODULES FOR TItK 503

MODEL NO

)40 140.8 340 .. C 341.A 341.8 341.e 142 342",B 343 ]44 345 146 147.A 34'7.8 34'7·C 347.0 349 350 lSO"C 354 370 370.A l70-C 174 374.A )'74,,8 390 421 .• A 421.8 425 426 427 437 444.A 444.8 444·C 461 .. A 461.8 SO 51 510 516 52 520 5al 522.A 54 545 550 550.A 551 512 555.A 555 .. 8 57

DESIGN PROD ENGH ENGR

~JJL DG JJL WI" wI" WL JJL DG Lri DG DC; DG JJL JJL JJL JJL DG CA MI RR HL HL DC HL HL HI" RS RR RR CA CA RR RR RR RR RR KE Kit RR RR RR DG RR M1 HI MI RR MI RR RR OG RR RR RR RR

MFGR AREA.

STATUS CATEGOR¥ MO/¥R

1 3 1 6 6 6 5 3 5 3 3 3 6 6 5 5

v V V o D D V V V V V V V V V V V 3

5 5 6 5

1/72 X 1/72 X

X V

5 2 11/71 5 6171 5 6/71 3 5/71 6 6 6 6 6 6 6 6 6 6 6 6 6 6 6 6 6 6 6 6 6 5 6 6 6 6 6 6 6

V V V V V K C C p p p p P P P C e T T T T T T T T T T T T T T T T T

t, 4, 7 6, 10

USED ON

9 IItlTH DA09t1!8 4 1 1 340 340.8 ANY DISPLAY 6, 10 6, 10 6, 10 3tiO/4 340/1 340/7 140""C 6, 10 5, 8 9, OWlS 4, 7 140 34 VT07 ANY DISPLAY ANY DISPLAY ViU4 6 1, 4 1, 4 444, 750 444 75, 761 1 4 7 t 6, 10 6, 10 51, 52, 54, 57, 57-A 1 1 6 1 57-A 57-A 57-A 4 57-A 1, 4 1-, 7, 7 .. A 6 5, 8 550, 551, 552-A 550, 551, 5S2-A 4

DESCRIPTION

INC~EMENTAL DISpLAY INCREME~TAL DISPLAY 340 wITrl PDP9 INTERFACE DIRECT ~ATA CHA~N~~ DIR~CT DATA CHANNEL D1R~CT vATA CHA~HE~ CHARACT~R GENERATOR CHA~ACTER GENERATOR SI"AVr.; DISPLAY INTERfACE FOR 140 140~B, ~70 LIGHT PEN ~ 344 140.B, J42-S, 370 & 144 SU8ROUTIN~ OPTION SU8ROUTIN~ OPTION SUBROOTIN~ OPTION SUBROUTINE OPTION INTERYACE FOR 30 INCREMENTAL P~OTTER CONTROL INCKEMENTAL ~LOTTEH CoNTROL INCREMENTAL P~OTT~R , CONTROL PHOT,OMULT lPLIER LIGHT Pf,N PHOTOMULTIPLIER LIGHT P~N 310 W Vi07 SRACKET LIGHT PEN W AMPLIFIER LIGhT PEN WITHOUT AMPLlflER

374 LIGHT P~N W AMPLlrER , VR14·MtN~ HARDwA~! MEM CYCLE COUNTER -CARD READER (200 CPM) CA~OREADER (800 CPH) PT READ~R (DIGITRONICS 2500) PT READER (PIGITRONICS 3500) PT PUNCH (TELETYp~ BRpEl1) PT READER , CONTROL PT READER , CONTROL PT READER , CONTROL PT kEADLR & CONTROL CARD READER 200 CPM BURROUGHS CARD READER 800 CPM BURROUGHS POTTER MAG TAPE TRANSPUHT PROGRAMMED MAG TApE CONTRO~ AUTOMATIC MAG TAPE CONTRQ~ MAG TAPE CONTROL AUTOMATIC MAG tAPE CONTRO~ 50 TRANSPORT INTERFACE 570 TRA~SPORT INT~RrACE IBM TRANSPORT INTERrACE PROGRAMMED MAG TAPE CONTROL DATAMEC 2020 Oie ~ODI'l~D CONTROL FOR 4 555 OR tuss CONTROL fOR 4 TU55 OECTAPE CONTROL, 555 OR TUSs DECTApE CONTROL FOR 555 Ok TU55tNOT MLXED) D~CTAPE DUAL TRANSPORT DESK MOUNT 55S-A AUTOMATIC MAG TAP~ CONTROL

MODEL ENG DESIGN PROD Mf'GR STATUS CATEGORY USED ON Pt;SCRIPlION 20 NO MGR ENGR ENGR AREA MO/YR

51-A RR 6 T t I 4, 5 AUTOMATIC MAG TAPt CONTRO~ 5'70 RR 6 T 516, 521 MAG TAPE TRANSPORt, MIDWESTERN 590 Mt S T S, a 545 TRANSPORT ,CONTROL 610 RR 6 L 1- TYPEWRITER & CONTROL 611 RR , L 1 SPARE T~PEWRITER 612 RR 6 L 1 SPARE KSR28 611 CL 6 L LINe ASR33 , CONTROL 626 KE 6 L 1«)6 CONSOLE TYPtWRltER " CONTRO.L, 630 RR TPL 6 0 OATA COMMUNICATION SYSTEM 630 .. A Ke: 6 0 6 HALf OUPLe;x 630 630-8 KE 6 0 6 FULL DUPLEX 630 6)1 RR TPL 6 D 610 DATA LINE INTiRfACE 61t.A RR TPL 6 0 630 DATA 1.1NE INTERFACE 60HA '20V 6)2 RR TPL 6 D 630 S~ND-RECEIVt; GROUP 613 RR TPL 6 0 630 FLAG SCANNER 634 RR TPL 6 0 6)0 SABle CONTROL 6J!) RR 1PL 6 0 610 DCi OPTIONS 616.8 RR TPL 6 0 CHAR SYNC MODEM INTERfAct 631 RR TPL 5 D ., 8IT SYNC MODEM INTERFAct 637"6 RR TPL 6 0 8 MOOt;M INTt;fU'Ace; (NOW DPbl .. Al 644 .. A RR 6 L t, 4 LINE PRINTER 300LPM 646 .. C KE 6 L 6, 10 LINE PRINTER 1000~PM 646.".V KE 6 L 6 ANEl"EX, "VENDOR SUPPlJli;D 647""A RR 6 L ., LINE PRINTER 100 ~PM . 647.".8 RR 6 L 7 LINt PRINTER 600 LPH 647-C RR 6 L "I LINE PRINTEt< 1000I,.PM 647 .. 0 141 5 I" 9 LINE PRINTER 300 J.,PM 647.E MI. 5 I" 9 LINE PRINTER 600 J.,PM 648 CA S I" 5 ASR;t3 'CONTROL 649 RR 6 L "I KSR33 , CONTROL 649.9 RR 6 L "I-A KSR33 , CONTROL 65 RR 6 L 4 PRINTER-KiYaOARD & CONTRO" 680 RR TPt 6 D B DATA COMMUNICATION SYSTEM 681 RR TPL 6 0 I) DATA LINE INTERFACE 682 RR TPL 6 0 685 LUCAL T~LETIPE CONNECTOR PANEL 683 RR TPt 6 0 685 LONG LINE T~J.,ETIP~ MTHG PANEL UP TO 32 LINEl 684 RR TPL 6 D 68) MATRIeON PATCH PANEL 32 OUPLEX J.,lNES 685 RR TPt. 6 D 681 LIN, MOOUlJE MTNGPANEL UP TO 64 LINES 696 RR TPI" 6 D 685 ADDITlONAL LINE SAMPLlNG CLOC~ 691 RR TPL 6 0 68) MONITOR PANiL 32 DUPL~XL1N£S 688 RR 1PL 6 0 687 LIN£ TERMINATOR PAN~L· 689.AC Hl 1 0 689.A .. , 689-AG AUTOMATIC CALLING UNIT (AJ.,SO CAltL,t;O 689t!!1ACU: 689.A'" Ml 6 0 685 DATA-SET DATA ,CONT MTG PANEL (ALSO CALL~D 6~9.Aor, 689.AG MI 6 D DC08p.A 689.A' MODIFIED FOR + BUS 689.LM Ml 6 D 689"AG MODEM INTERfACE TU BELL 10] 689_MA MI 6 0 689.".Mp EIA MODEM INTERI'~ACE (ALSO CALLiD 689.MXA) 6S9"MC 141 6 D 689.AF DATA.SET DATA' CONT ~OOUJ.,ES (ALaO CA~L~D 669.MIC) 689-MP HI 6 0 685 DATA-SET DATA ONLY MOUNTING PANEL 75-A CA 6 P 5 PAP~R TAPE PUNCH 6i CONTROL 75--8 RR 6 P 4 PAPER TAPE PUNCH , COHTf(OlJ 75-C RR 6 P 1 PAPER TAPE PUNCH & CONTk01" 75-0 RR 6 P 7 PAPER TAPE PUNCH ... CONTHO~ 7S--E CA 5 P 9 PAPER TAPE PUNCH , CONTROL 75--' CA 5 P 5 PAPiR TAPE PUNca " CONTRa';" 7S.H CA 5 P 8 PAPER TAP~ PUNCH , CONTkO~

MODEL NO

7S"J 750.A 7,0.S 750.C 76 760 761 8 8·1 9 .. 1" 8aM 8-P 8aS

AAtH -A AAOlea AA()t-C AA02 AA01.A AAO)aQ AA04 AA05.AA AAOS-A8 AAOS-8A AAOS-88 AAOS.CA AA05.(;8 AA05·0A AAOS-DB AA06 AA07 AA07.C AA09

ENG MGR

A109-8 AAtleA AAtl-s AA11-C AAlt-OA AAtleDB AAlI-! SNT AA11",'A SNT AA15-A AA15-8 AASO-AN AA50-AP AAsO-8N AASO.ap AAC2 AAC) AASI1-HA ~LM A1Sit_H8 "LM ACOl-A AC01 .. a AC02 .. AN AC02",AP


RR CA CA CA RR 01 01 RR RR RR RR RR RR

RG RG RC FtG RG FtC RG PHG PHG PHG PHG PHG PHG PHG PHG 8V PHG PHG REL RP' RG RG FtG FtG RG AW AW PDM RF AS AS AS AS PDM RP' lBW lBW RG RG PRO PRO

MFGR STATUS CATEGORY AREA MO/YR

TPL TPL TPL TPt. TPL TPL

CSS

IPG IPG IPG IpG

CSS ess IPG IPG

6 6 6 6 6 6 8 6 5 S 6 6 6

p P P P P P p E E E E E E

3 A ] A 3 A 6 A 6 A 6 A 1 A 5 1 5 A 5 A 5 A 1 A 1 A 1 A 1 A 6 A 4 A 3 A 2 A 3 3/72 A 5 5/71 A 5 5/71 A 5 5/71 A 5 5/71 A 5 5/71 A 4 1/72 A 4 1/72 A 5 A 5 2/72 A 5 3/71 A 5 3/71 A 5 3/71 A 5 3/71 A 6 5/7l A 5 2/72 A J 2/73 A 3 2/73 A 4 A 4 A 1 4/72 1 3 4/72 A

.. .. " \II

•

USED ON

7, 9, AA04 7, 9, AA04 7, 9, AA04 AA01 8,8/S,8/I 8,8/S,8/1 8,8/S,8/1 8,8/S,8/I 8,8/S,9/I 9, OWlS 9, OWlS 8 NEG 8 NEG 9 9 8,9 AAOS AAOS.C, AA05 .. 0 9 9 AAlllPO AA11"D AA11·D 11 11 AA11-0 AAll-E 15 15 8 NEG S pos 8 NEG 8 pos AA09, lA1S.A Al09 8 8, 1115.8 11 11 8,8/S,8/1 9, OWlS. 8 NEG I POS

DESCRIPTION

PAPER TAPE PUNCH ~ CONTNO~ PT READ~R (300 CHARISEC} PORtAbLE HIGH S~E~D PIR , CQN1ROL PI MEAD~R (3000 CHAR/SEC) & CONTROL rLEXOwRITER & CONtROL PAP~R TAPE READ~R PAPER TAPE ~U~CH LOGIC FUR POP8 LOGIC FOR PuPS"l LOGIC FOR POPS-!" MEMOR¥ wING FOR POPS PROCESSOR WING FOM POP8 LUGIC FOR POPS"S

SlNGLE 12.81T OAC 2 1,.81'1' OACS l l~"SIT DACS OP AMP 138.E OR 139.~ TO POP8, NO MX EXT 138-E OR 13~w~ TO PDPa, M~ ~XT AA01 .. A '1'0 POP8 64 CH OAe CONT (24 DACS) 60 HZ 64 CH OAC CONT (24 OACS) 50 HZ 64 eM DAC CONT (24 OAes) 00 HZ 64 eH OAC CONT (24 DACS} 50 HZ AAOS"AA IN H950 CAB SO HZ AA05"CA AA05"8A IN H950 CAB 50 HZ AA05.DA 64 eH 8 BIT OAe CONTROL AAOS EXPANSION (CH 25.64) AA01 fOR AA05.C & AAOS-V w CAB OAC CONTROL WITH SPAC~ rOK 16 CH (AAC~) DAC CONTROL WiTH SPACE tOR j2 CH tAACJ)

21

DISPLAY CONT fOR VTOl W SPACE FUR 2MOR~ A6i4 OACS DISPLAY CaNT FOR RM50l w SPACE lOR 2 MORE A614 OAes DISPLAY CONT FO~ VR14 W SPACE FOR"2MORE A614-0ACS CAC CONT w SPACE FOR 4 12~BIT A614 +1.10V DACS, 115 ' DAC CONT W SPACE fOR 4 12~BIT A614 +/w10V DAC~, 230'

DISPLAY CONT FOR VR20 OUTPUT PANEL FOR H945 IN ~AB-l1 DAC CONTROL WITR SPACt ro~ 16 eM (AACa) OAC CONTROL W SPACE rOR-3~ CH (AACll

12 BIT UAC CONTROL, SP FOR ~ PACS (8l614); i1SV la aIT OAC CONT, SP FOR 6 DACS (BA614), 115V 12 aIT OAe CO~TROL, SP fOR' UACS (SA&14), ~30V la BIT OAe CONT, SP FOR 6 DACS (8A614), 2JOv MODULE SET ~'OR 1 CH, 12 B1 T SlN<.i1"a:; aut' 0 '1'0'·+1 OV MODULE SET FOR 1 CH, 12 SIT DOU~L~ 8Uf +10 TO -10V INT~RfACE TO ANALOGIC AN,aoo OAC SYs, 115v INTERfACE TO ANALOGIC AN'200 VAC SYS, 230V

S&H CUNTROL W SPACE FUR 8 AHOa S&H CONTROL W SPACE FOR 8 AHoa

16 CH S&H CONT W SPACE fOR 16 A461 OR A40~ 1b CH S&H COH~ w SPACE fOk 16 A461 OR A405

MODEL NO

ENG MaR

ACll"A IlLM ACTII ACTlt-M ICT11-X ACTIS ADOI.AN 8NT IDOI-AP SNT AD01 .. PA SNT A001.DB 8RT ADOI-FA 8NT AD01-F8 8MT AD01-Fe SNT AD02 e AN A002-AP AD02.AIl AD02-AS AD02-0A AD02-0B A002-DC AD02-DO A008""A A008-8 ADoa.e ADo,-a ADI0.A ADI0-8 AD10-e ADI1-AA ADt r.AB ADt2 aNT IDI2-M SIT AD12-$ SNT AD15 ADS.EI 8MT ID8.E5 8MT ADClee ADCI-' ADCt-A IDel-B ADCS ADCSI-A ADC8t-S ADC9 lDP'11 IDrt5-CA AD't5-C8 lorl5-OA 10P'15-08 A0811-8A IlLM lD511-S8 "LM ADSt!-A GT AOuOt \1M ADUot-YA ..JM AFOt-AI AF01-A8

DESIGN PROD !NGR !NGR

JrK RM RM RM 'A

IW AW Aw Rc.; RG RG RG RG RG RG RG RG RG ftG RG R8M R8K R8K ftG RG RI RI RI MORO GPB GPB RG RG RG RG RG RG RG Rei RG RG Pt; RG RG IBW AeW CP AKI RG RG RG

MrGR STATUS CATEGORY AREA MO/IR

CSS

IPG IpG IPG IPG IpG IPG IPG fPG

IPG Css ess CSS IpG IPG

IpG

IPG I,e;

IPG I,G I,G IPG IPG CBS cas

IPG IPG

2 7/72 A ) 10/72 p; ] 10/72 E ) 10/72 E 2 B 5 2172 A 5 2/72 A 5 2/72 A 5 2/72 A 4 1/72 A 4 1/72 A 2 5/72 A 1 1/72 A 1 1/72 A 1 1/72 A 1 1/72 A 3 1/72 A 1 1/72 1 1 1/12 A 1 1/72 A 5 A ! A 2 A 6 10/72 A 6 10112 A 6 10/72 A 3 A 3 1112 A 3 1/72 A 5 A 6 5112 A 6 5/72 A 5 A 5 2/72 A 5 2112 A • A - A l A 5 A 5 A 6 10/72 A 6 10/72 A 5 A 1 4172 A l A 1 A ) A 3 A 3 2/73 A ) 2/7] A 6 11/73 Q 3 11/73 A 3 5173 A 5 A ! A

USED ON DESCRIP'l'ION

11 NPR INT~RFACE FOR PRESTON 14 alT. ilGN GMAg., ADC 11 AUTOMATtC COMPUTER TEiT S¥ST,M ACT1! MOTHER BTATION INTERrACi ACT11 BUS "'ELECTOR 9, 9/L, 15 AUTOMATIC COMPUTER TEST SIB 8 NEG 10 aIT ADe wITH 32 eM MUI, SWITCH~D GAiN 8 POS 10 6XT AOC W i2 CH MUI, 'SWITCHED GAIN" 11 10 eIT ADC W 32 CH MUI, iwlTCHED ~AiN, 115 1

11 10 BIT AOC W 32 CH NUX, swXTcMEO GAIN, a30' A001_0 COMPLEX INPUTPANiL rOR H945 ~N LiS;11 AOOI-A, A001.P SlM.Lt INPUT PANEL 'OR H945 l~ LAi-ll-lOOl-A SIMPLE INPUT PANEL FOR H94S , AD01-A (W8j!j 8 NEG UNIPOLAR 12-81T ADC W CONT FOR 51~ CH, SP rOR 3~ eH , S.H, SW GAIN 8 pas UNIPOLAR 12.81T ADe w CONT tOR $12 CH, ip 'OR 32 eH , i,H, iw GAIN 8 NEG BIPOLAR 12-BIT AOC, 512 CH CONT, SP laCH • S,H, 'aw QAIN -8 NEG, 81POLAR 12-aXT Ace, 512 CH CO~T, $P 32CH , j&H, I~ GAIN 11 uHIPO~AR 12-8IT lOC, 128 eM CONT, SP 32 CM , $&H, aw GAIN, 115V 11 UNIPOLAR 12.SIT lDC, 128 CH CONt, SP )2 Ck & "h, SW GAIN, a30Y 11 BIPOLAR 12-81T ADC, 128 CH CONT, sf 32CH , "H, SW ~AiN; ~1$V 11 BIPOLAR la.atT AOC, 128 CM CONT, SP 3aCM & S,H, sw GAIN, 230Y 8,8/S,8/1 10 8IT AOe 1 USECIBIT -8,8/S,8/I AD08-A PLUS 16 eM MUI 8,I,S,8/I ADOi-A WITH 22.1N SLIDE 9 10 BIT Aoe +,16 eM ~x 10 WIDE RANGE NUl AOC (iEL) lD10.A 64 CM MUX EXPANSION -A010-A DUAL CM-MODS . tl 12-8%t + SIGN ADC W 128 eM CaNT, SP 32CH , 8&M, Sw GAIN, 115v 11 12.8I~ • $lGN Aoe w 128 CM CONT, SP 3aCH , S&H, sw GA~N,~]6Y sa 10 lIT AID WITH SAMPLE , HOLD, ,6 Ch, 20 us~c lDla CONT FOR 128 CH, INCLuots la OM W-P~EAMPS A012-M A012-M ~XPANO£R, INCLuots ~2 eM W,PiEiMPS 15,AM01-A 11 SIT AID, S,M; 128 MUX CONT; Sf 'OR 32 CM; 115' 8/& 10 lIT AID CONVERTER W SAMPLE , H()Lt), i,9~ III (LA8 8/E) A08-E1 + AM8-Eo - AOCI-A , ADC8 • AOCl-A & AOC9

6-12 BIT ADC~ RACK MTO TABLE TOP ADCI

8 NEG, ADC1, AMX1, CMXl MODULE 'IT FOR POPS INTERfACE 8 NEG - AOC1-A,"lDC8 , AHa3-A -• NtG ADCi-A, AOCS , AMOl.O AD01. AMXt, CMXl MOD OLE SET FOR PDP9 INTiRfACE 11 'la SIT. '%GN liD, HIGH SPEED, CONTrOR 512 CH, S, fOR 64 (Ala4) 1$ 11 aIT BIPO'AR AID, 8&H, fROG GAIN, Sf fOR 12 CH 11$V' 15 11 8IT BIPOLAR AID, S'H, PROGGAIN, Sf to" )2 c~ 2JO' 15 11 BIT BIPoLAR AID, 8,H, fROG GAIN, 8f fOR 64 CH 115V 15 Ii aIT 8I,OLAR AID, a'M, PROG GAIN, " ,OR 64 CH 230V 11 INTERfACE TO ANALOGIC AHS800 AD~ ~uX'Y',·11'v Ii INTERfACE TO ANALQGIC AN5800 ADC MUX 1", 2iov 15 RENAM~O QM005" - .. uoe 8 CM FLYING CAP 12-SIT ADC, PROG GAIN, 1.5 HZ BAN~WIOTH, ~I~O'AR UDC' AOU01 w 6gHZ aANDWIDTH, SlNGL~ eNDED 8,8/a,8/I 6-12 8IT ADC TO 64 eH RACK MTO 8,8/8,8/1 TABLE TOP Atol-A

MODEL NO

AF01"AC ArOl,,8A AF01-S8 AFOI-C AF02·A AF02!dl 1F03-A AF03.8 Ar04-A Ar04wAN AF04-AP 1F04.B

ENG MGR

Ar04-aN Ar04.-BP AF04.C A'04.S AF04-X AFO!h,C Ar06-" SNT AF06-A8 SNT AF07 SNT Af08-A SNT Aros.! sNT ArOa-1< SNT ArOg-A Art6 SNT AFt7 SNT AFC ArClt AfCl1-07 AFC1S-A ArClS-S Arce"NA AFce-NB ArCS-PA AFCB-PB AFC8"XA "rce-xI AGOl AG02 AG02 111 BN AG02-BP AG03 AG04 AI05 AG06 SNT AG12 SNT AG12-A SNT AGL2 AHOI AH02 AH01.A AH03",e AH03·C AH03-0


RG RG RG BV RG RG RG RG DB 08 08 DB, DB 08 08 DB DB BV JL JL JL JL JL JL TO JI" JL PHG PHG PHG PDM POM PHG PHG PHG PHG PHG PHG RD RO RB RB BV J1I RG Grs RI RI AW RG RG RG RG RG RG

MFGR STATUS CATEGORI AREA MOIYR

CSS IpG IPC; IPG IPG IPG IPG IPG IPG IPG IFG IPG IPG IPG CSS

IPG

IPG

IPG IPG IPG XPG IPG IpG IPG IPG IPG IPG tPG

IPO

IPG IPG IPG IPG IPG IPG

5 5 5 3 • •

A A A A A A

6 3/71 A 6 l/71 A :) 10/72 A 1 A 1 A .) 10/72 A ) A 1 A 3 A 3 10/72 A 3 10/72 A 1 A 4 A .. A 4 A 4 A 4 A 4 2172 A 1 A 4 A 4 A -5 2 .)

J 5 5 5 5 6 6 .)

J 1 1 3 4

9/71 1/72 1/72 1/72 5/71 5/11 5/71 5/71 9/72 9/72

J 12/71 :) 3113 5 3 5 6 5 3 3 3 3

A A A A A A A A A A A A A A A A A. A A A A A A A A A A A

USED ON

8,8/5,8/1 9, DW1S 9, OW15 10 B NEG 9, OWlS 9 NEG 9, DW15

DESCRIPTION

AF01-AA WITH ~2~IN SLIDE 6-1a SIT lDC TO 64 CH RACK MTD TABLE TOP ArOl-8 AF01-AAON PDP-10 ADC1/B, AMOS , AM02-A, .8 AQCl/9, AM09 & AM02-A, .8 ADCl/8, AM08 & AM03.A, .8 AOCl/9, AM09 , AM03.A, _8

23

B NEG 8 NEG 8 pas 9

VIDAR IDVM 1000 eM MX CONT, SPACE FOR 200 CM DEC INTFC , VI0AR IDVH 1000 CM MX-CONT,··SPACE FOR 2ijO eH

9 15 10

DEC IHTFC , VIDAR 10VM 1000 eM MX CQNT, SVAC! FOR 200 CM VIOAR IDVM 1000 CM HX-CONt, SPACE FUR 200 eM

DEC INTrc & vIDAR 10VM 1000 CH MX CONT, SPACE fOR 200 eH O'C INTFC , VIDAR IDVM 1000 eH MX CONi, S~ACE FOR 200 Ch

Af04-A, .s, _C .x AF04-A, -8, -e

VIDAR IOVM 1000 eM MX'CONT, SPACE fUR 200 eM VIDAR 10 eM LOW LiVEL SW MOO 200 eM EXPANSION CABIhtl

to 8 8 Ar06 AF07 Ar07 AFoe.A, .B 9 AfI'06 Ar16

AUTO.RANGING ADC . SYS IHT~RFACE CDP 60 HZ SYS INTERFACE COP 50H~ AF17, HlOl, RiOl, Wi40 AID MODULt SET WITH A~11 AID MODULE SET wITH A210 CONNECTOR KIT Hl-8PEEO 6 MODi LAB AtQ SX$ CONT FOR 8 Af'l' CONT tOR 8 H300 OR H301

FLYING CAPACl~OR iCANNER SERIES HAM, -11 MASTER t1L£' AM07.A, BF01, H704.C, SPACE fOR AM11 11/07 ANALOG 110 CO~T MODULi SET + AN07-' + P& -8015 FLYING CAP SCAN, CAB, H104.C, AMOS-P, SP fOR 4 AM07.a, 115V B015 FLYING CAP $CANI CAB, H704-H, AM05-P, SP fOk 4 AM07 wB, 230V 8 NEG FLYING CAP SCAN IS ANa4"N, AMOS.N, AM07eA, 1'01, H704.C 115' 8 NEG FLYING CAP SCAN IS AM04.N, AMOS.N, AMg7.A, IF01, H704-H 230' 8 POS F~YING CAP SCAN IS AM04.P, AMOS.P, AMOl-A, a'01, K704-C 115' 8 POS rLYING CAP SCAN IS AM04-P, AMOS-P, AM07-A, er01, H704-H 230' Arca, AFC1! ArCa EXP fl{,E, Br01, ANO?-A, SP VU/R 5 AM07-a, SHOi(T CABLE ArCa, AYC1! Arca EX.., FILE, 8F01, AM01.A, Sf fOR' 5 AII107.8, x.,OHG CAlLi AOCl, AOCBI, AHOl DIFY AMP WITH SWITCHED ~A'N -B pos, ADCI, ADcel, AMOl DIFF AMP WITH PROGRAMMED ~A1N 9, ADCt, AOC81, ANOlOIFF AMp wItH PROGRAMMED GAlN 15, ADC1, ADCB1, AHOl Olrr AMP WITH PROGRAMMED GAIN 1rOl OR Af02 OlFf AM~ MANlfOLO AfOi AMP WITH PROGRAMMED GAIN 8 pos, AO'C1, Aocal, AMOl EXTJitAwtDi: SAND"IOTH AGO' AIP12-A, -8 REMOTE DIFr AMPi GAIN 100 o~ ,000, +1- 10V OUTPUT AM12 lb PREAMPS A012, 1ST a CHANNE~S PREAMP/KNOB INPUTS FOR AID CHANNE~S 0.' LINe/8, CLINICAL LA8 12 24 PREAMPS FOR CLIN-C~EM lI8-E, 1l9.E S&M BETwEEN 138-£ AND ll9.E AD08, ADCl, ADCI1, ACOl, AFOI S&H FOR AMXl, CMXl ADC1, 1'01 +/. lOV INPUT AMP, A200-YA ADCl, AA01, Aro1 0/-10V AMP, A200-YB . ADC1, AF01 OI+10V lNPUT AMP, A~OO·¥C APCI, Atol +I-SV INPUT AMP, A200.YD

MODEL NO

AH01·E AH03·F AH03.,H AH03-J AH01·f( AHOl .. L AH03"M AH03·N AHOl.P AH03 ... R AH01.S

ENG MGR

AH04 SNT AHOS 8NT AHOS.A AIPI2-A 8MT AIP12.e 8NT AIP12-C 8NT AIP12-0 SNT AIPI2.E 8NT AIP12.H 8NT AM01"A AM02.A AM02 .. 8 AM01.A AM01.B AM04.N AM04.P AM04.8 AMOS.-N AMOS.' AM07·A AM07-S AM07_r AM08 AM09 AM11.CE A ... 12 8NT

"AMB.EA 8NT AMB.EC 8NT ~AM8.ED SNT AML2 AMT AMX1-A AMX1-B AMX2 ATRSO-R$ ATR80-WS AX08 Axoe.! AXOS-xe Axoe-XM Axoe.XR AX09


RG RG RG RG RG RG RG RG RG RG RG

AW JL JL JI" JL "L JL MORC RG RG Rei RG PHG PHG PHG PHG PHG PHG PHG PHG RG RG PHG GPB GPB GPB GPa LG CU RG RG RG DEG DEG SG sa SG IG se; eB

MFGR STATUS CATEGORr USED ON AREA MO/YR

IPG lPG IPG IPG IPe; IPG IPG IPG IPG IPG IPG

IPG

TPL TPt

IPG IpG IPG TPL TPL TPL TPL TPt" CSS

1 A 3 A J A ] A ] A 3 A ) A 1 A 1 A 1 A 3 A ] 1112 A 3 1/72 A 2 9111 A 5 2112 A S 2112 A ] 1/72 A 3 1/72 A J 1/72 A ] 11/71 A & A 3 A 1 A 6 3171 A 6 3111 A 4 A 4 A 4 A 4 A 4 A 4 A 4 A 2 3/72 A 5 A 3 A 3 A 5 A 5 2112 A S 2/12 A 5 2/72 A 5 A

B 3 A 3 A 3 2/72 A 6 9/72 A 6 9/72 A 6 6/73 A 6 6/7] A 6 6/73 A 6 6/73 A 6 6/73 A 6 A

ADCl, AFOI ADC1, ArOl AAOl AA01 AAOI AD08 A008 A008 A008 AD08 AD08 AOOl AOOl ADOl IN RAO.8 8 P08 8 POS .A.tP12 Al'12 A1P12 AIP12 A015 AM08, AH09 ANoe, AH09 AMOI, A.09, AGOI AM08, AM09, AGOl 8 NEG, BFOI S POs,arOI 1$, Bt'01 8 NEG, arOl, AM04-N 8 pas, BF01, AM04-P, BD15 AN04, AMOS, Bf01 AM04, AMOS, Bf01 AM11.' 12 BIt 8, OWOS-A 9, DWlS. 11, AFC11 caNT, 4012 8/E, ADI.tA AM9-EA AMB.EA LINelS 4, 7, 9, 15

AD02, AOll Ar03-A, Af04-., AfCS, ArC}1 A'Ol-A, Af04_A, ArC8, ArCl1 8, 8/1 8, 8/1 AXOe, AX08-8 AX08, AX08-a AX08, AlOSeS 9, 9/J.,

DESCRIPTION

0/-5V INPUT AMP, A200.Y' O/+5V INPUT AMP, A200.Yr 0/+10V OUTPUT AMf,A207~YH +I.iov OUTPUT AMP, A207.YJ +1-5V OUTPUT AMP, A201-YK+/-10V ~NPUT AM', Aa07-~K 0/+10V lNPUT AM" l201.XM OI-IOV iNPUT AMP, Aa01-¥H O/+5VXNPUTAMP, A2Q7eY' 0/-5V %NPUTAMP, A207.Y~ +,.$V INPUT AMP~ A207.18 SAMPI4E & HOLtO ADDED SIGN OPTtON C+I.IOV IN) AOOtO SIGN OPTiON (0 TO +10V IN) ANALYTICA~ INSTRUMENTATION 'AtKAG~ 115V ANALYTICAL ~N5TRUMENTATlO~ 'ACKAG~ i30V 1~ $xt A/O (IN pLAC' QfStD 12) (~ODULE) I DIGIT BCD INPUT (MODULE-SET) 4 EXTRA ANALOG INPUTS-CMODU'E SET) HALL PROBE INTERFACE EXPANDER rOR 32 eM (SP fOR 8 8A124) HI LEVEL MUX,sPACE FUR" 1418 Cit (32 A122) HI LEVE~ MUI, SPACE fOR 2$6 e~ ,6. Alaa) LOW LEYiL D"r~X SPAC~ 64 CH(~a-All')LOW LEVEL OIrF MX SPACE laB eM (64 Al1t) 2048 CH FLYlNG CAP CO~T, 2048 CH FLYING CAP CONT 2048 eH FLYING CAP CaNT FLYING CAP lot FLyING CAP ADC RELAY 8YS UNIT, Sf FOR l2 eM W A219 RELAY &YS U~IT, Sp 'OR 32 eH w G730

+ ilGN ADC W AMP 10MV TO-l0V-fQR-"C11_07 CONt FOR AM02 , AMOJ, 1024 CM --CONt ,o~ AM02 , A~03, 1024 eM

12 BIT + SIGN ADC 10~V TO lOW fOR ArCll INTeRNAL AID MPXtXPANSlDH I eM NUX ,PRiAMPi 4 POTI , INPUTS IN H'45-AA 2 X 8 CHCONNECTOR IN H945-AA INTERNAL AID MUXEXP AUTOMATIC MODULE TESTER 64 CM MI RACK MTO TABLE TOP At4X1-1 Sf tOR 128 eM MUX

24

UNlF TEMp REF W spACE ~OR 32 THERMOCOUPLE~ ATRio_RS WIRED TO MUX 'WITH ~Tg ~RIDGE 4 eM S&H AUC, lP, 3L, 8CO~E LOGIc AX08 WITH 22-1N SLIDE 2ND-5TH A-INPUTS, SETS OF 4 1ST ADD~D A.INPUTS, SET Or 4 EXPANSION RiGI8TERS or AXij8 4 CH a,H ADC, P'L~ sCOPE ~OGIC

MODEL ENG DESIGN PROD MFGR STATUS CATEGORY USED ON DESCRIPTION 25 NO MGR ENGR ENGR AREA MO/YR

BAOS RR TPL 5 B S/L PERIPHERAL ~XPANOtR BA09 FA 5 B 9 PERIPHE~AL EXPANDER BAtO KE 5 B 10 WIRED CAB FOR CRI0, LP10, XY10 BA11"SA CA JO 2 9/72 B 11/35 HEX 80ARD EXPANSION BOX W PS , SL1D1!.S, 11SV BAtl-S8 CA JO 2 9/72 B 11/35 H~X BOARD EXPAN~10N BOX W P$ , SI"ID~S, 230V BA11·CC ON 2 a 11/20 pgPll aASIC BOX W PWR SUPPLY, COVEt< BA11·CS DN 4 B 11/20 PDP11 BASIC BOX W PWR SUPPLy, SLIDts BAll-DA JO 2 1/73 B 11/35, 11/05.N, 11/l0.N 11/35 BASle BOX W PS , ~L~D~S, 115V-8Atl-DB JO 2 1/73 B 11/35, 11/0S-N, 11/10-N 11/35 BASIC 80X W PS & iLIDi$, 2l0V BAt late DN 3 B 11/20 PDPil ElPANDER sox, CQVtR" BAI1-ES ON 3 a 11/20 PDPl1 EXPANDER BOX, .,,10i:5 BA11.FA 80 WM 4 3/72 B 11/4S 11/45 BASIC FILE BAll.'S BO WM 4 )/72 B 11 11/40 EXPANSION FILE BAtl·Fe BD WM 4 10/72 B 11/40 11/40 BASIC FILE· BA11-FD iD WM 3 2/73 B 11 flEI"D INSTALLED EXPANSION FILE W POwER SU~P~Y, 115V BAll-FE 8D WM 3 3/73 B 11 FIE~O INSTALLED EXPANiION FILe w PO~E~ SUPP~Y, 2l0V BA11-HS PHG 3 4/73 B 11/0'1 PDP11 EXPANDER BOX W SL1D~S , NO f'A~S BA11",JA HI" 4 4/73 A 11/05 ITRUNG COVER fOR TAi~t tO~ 11/0~ BA12 SNT RI 5 8 12 PERIPMERAL EXPANDER BA124 MORD 1 B lDt5-C, -0, AM01-A, ADOt-A, -0 Ala4 4 eH YET MUX SlNGL~ ~NDED BAl4 AR 5 B 14 ACCi;SOR¥ BOX BA15 FA 4 B 15 PANi" FOR VilS, LT1S, pelS, MR15 IA150 PHG IpG 4 3/71 A AM07-A, -a AlSO, FOR ArCtS,e CH rLY1N~ CAP MUX BA151 PHG 4 5/72 A AM07_A, .a A15t, Bt.OCJ( SELECT .>

8A152 PHG 2 3112 A AM07-A, -8 SOLID STATE A152 FOR AFC'S, S CM fLYING CAP MUX BAl53 PHG 2 5/72 A AM07-A, _a A1S~, 101,,10 IT ATE A151 (BLOCK SELiCl) BA224 SNT JL 4 6/71 A AIP12 A224 OlfF AMP, +/f!l2Y IH; .1.l0V OUT-BA224·YA SNT JL !S 2/72 A A1P12 A224-yA,' .I-SV IN, .1-l0V OUT IA224.Yi aNT JL 5 2/'72 A 11'12 1aa4.YB, .1.I0V IN, +1-l0V OUT BA224-YC: SNT JL 5 2/72 A AIP12 A224.YC,+1-1V IN, +1-l0V" OUT 81226 .$NT JL 5 2112 A AIP12 A226 UNIPOLAR AMP, 2V IN, +1.10V ~U'l' 81226-YA aNT JL 5 2/72 A AIP12 A226-YA, 5V IN,.'-10V UUT 8A226-Y8 INT JI. 5 2/72 A Al'12 A226-YB, lOY IN, +/f!llOV OUT BA226.YC SNT JL 5 2/72 A AIP12 A226.YC, 1V IN, +1-l0YOUT BA23) RG 5 1/72 A 8A6)3 A33l FOM UDe, PADOLi; SOAR(), a TO +lUV BA2l4 RG 5 1112 A BAi)] Aal. FOR uDC, PADDLE BOARD, +1 iO +5V BA23S RG 5 1/72 A BA63) Aa15 fOR UDC, PADOLt; SOARO, +4 TO +20MA BA2l6 RG 5 2/72 A BAi3] A236 "OR UDC, PADOLE BOARD, +10 Tu +SOMA 8A408 AW JL 2 11/73 A L'$11-8 8 eM iWITCHe;D GAIN MUX," CHANGE8LPSAM 'TU Lp$AM.SG"' BA614 RG IPG 2 a AASO, AA11 A614 12 81T OIA BIPOLAR 8A633 RG 3 5111 A DDOI, D002 A633,-. 10-BIT oACS FOR UCC W MARKING STRIP BA8t!!1AA PG 4 8 8/E POP8.E BOX, 1 BUS, H724 POWER, s~lD'Si 11~V, BCo8ri.JF BAB-A8 PG 4 B 8/~ PDPS.E 80X, I BUI, H'24 POWER, SLIDES, 2l0V, aC08Ht!!I3F BAS-IA PG 4 B S/g POPe.E BOX, 1 BUS, H'24 POWER, COViR, 115V, BCOiUt;3t· BAS-BS PG 4 B BIE POP8-E sox, 1 BUS, "'24 POWER, COVER, 2)OV, BCOeh.,li RA90l PHG IPG 4 3/71 A 81150 A90l fOR ArC'5,"PADDLE iOARD, o TO JOY BA904 PHG IPG 4 3/71 A BA150 A904rOR Arc's, PADDLE SOARD, o TO ioov BA905 PHG IPG 4 3/71 A BA1S0 A905 rOR ArC'I, PADOL~ iOARD, o T(j SOMA BA91) PHG 2 5/72 A BA1S0, BA1$2 1913, A90l W rUSE BA914 PHG 2 5/72 A BA150, 811S2 1914, 190. w rUiE BA915 PHG 2 5/72 A 81150, 8A152 A915, A90, w ruot BAJ11-ES CA 3 6/72 8 11/20 SYSTEM TESTED BAll-iS BAR11 .. CS KH 3 1/72 B tlR20 RUGGED POP11 BAate sox, SLIDES 8AR11-EC KH 1 1/72 8 l1R20 RUGGED pDp11 &XpANDER aox, SLIDES 8Boe.N LN 5 B 8 NEG BUS ~NTER'ACE WITH 24 UNWIREO SLO~S

MODEL NO

880S-P BBll

ENG MGR

8811",A RJM B811-D RJM B811-F RJM BB11-H RJM B811-1( RJM B81t_M R"M B815 B8114 BBRtl BC01A-25 BCOIS-25 BCOIC-XX BCOID-XX BC01E.XX SCOlF-XX BCOIH_XX BC01J·XX BCOIK-XX 8NT BCOIL.XX SNT BCOIM-XX BCOIN.04 BCOIP.04 Beo lI~.XX VI BCOtV-21S BCOIW-25 BCOIX·25 BC01.Y.2$ BC02A-XX BC02S·XX BC02E.XX Bco2r-xx BC02H·XX BC02J.XX 8C02K·XX BC02L.XX BC02M",XX BC02N·XX BC02P.XX 8C02th,XX BC02T-XX BC02U-XX BC02W-XX 8C02X-XX BC03A-XX BCOlB""XX BCOlC·XX BCOlD_XX BC01E.XX 8C03F-XX BC01H",XX BC01J·XX Be04A-XX BC04B!"XX

OESIGN PROD ENGR ENGR

LN PJ SZ RF RF RF R' R, FA AR KH RR MI MI Dl K£ MI MI STP AW AW JW PDM POM WRS RMS RMS AK AK SP Bp Bf BP SP SP iP SP SP Bf BP BP Sp SP 8P 8p 8P SP 8f SP Sf BP SP 8P 8P SP

MFGR STATUS CATEGORr AREA MO/YR

TPt,

5 B 1 8 1 1/73 B 2 11/73 8 5 11/12 BS 11/72 B 5 11/72 B S 5/7l 8 5 3/71 a 6 4/73 8 2 4/71 B 5 B 5 B 5 2 4 5 5 2 5 3 ]

3 1 5 5 3 2 2 3 1 1 3 3 1 1 3 3 5 3 1 1 3 1 1 3 3 3 3 ]

3 ] 1 3 3

B 8 B B B B

9/71 8 1/73 8 1/72 B 1/72 B 1/72 8 8/71 B 9/71 8 4/71 B 5/71 B 5111 8

8 8 B B B 8 B B 8 B B B B B B B 8 B 8 B 8 8 B B 8 B

USED ON DESCRIPtION 26

B POS BUS INTERFACE WITH 24 UNWIRED SLOTS 11 SIS UNIT FOR SUS INtERFACE WItH 18 UNwlREO SLOTS, SLOTT~D-aLOCKS 8Dl1-r, .H, .~, au FOR BUS INTERfACE W 18 UNwIRED SLOTS, NON_iLOTTEU iLOCKS 11 DNA INT!RFACt W t UNWIRED QUAD SLOT 11 BUS INTERFACE, SP FOR 3 WORDS %~, 1 WORD OUT, 4 INTER~UPTS 11 BUS INTERtACE, SP FOR 4 WORDS tN, 4 WORDS OUT, 4 INPUT lNI'RRUPTS 11 sus INTERrACE, SPACE FOR 8 WORDa IN, 0 WO~Os out -11 spe INTRre, •• FOR M16~1, a3, M1801,X/O IHT, j $PC £XCEfT-DR11-ij,D'11 15 . OHASS1S-'OR KAt5, MP1$,P~OTICT '-R£LOCA'£ -14 714'OWE~ SUPPLY . l1R20 RUGGEDBBll BII, 811 .. , DC02 M8S0 to EIA RS232-S,_aS '7: MALE DC08.' W853 TOE%A R&232-a, 25 FT MALE oCoa-a, PDP8,PTO. 08$1 TOEIA RS ala.a, xx 'T MALi RP01, RP02 2-W~S4 TOAMPHENOL 20ll11~1 xx tT DC08-& GS5' TO EIA Rg 232-8 FEMA,E, XX fT PA63 to PP,'7-C .D (PUN,eH) M908 OR M979 TO AMPHENO~ fLUG57l0240 PAS3 TO PR68-D (READER) M908 OR Ht78 TO AMPHENO, $7)0240, -ai PINS B/I,S/L,ll, DC02 M8S0 TO Ell RS232.a r~~ALe,-XX,T - -YCS-! TO VR12 CABLE FROM M869 (HS56) TO·YRla, xx fT VCS-! TO VR03 CAlLi fROM M869 TO TEK b02,'604XX FT DC04-CNi -aCP SC01A.X~ fOR RECEIVE ON,y A015, AA15 M90Q TO H929.C, TWIST~DPAIR, 4 FT AD15, AAlS M'OB TO H929-0, TWISTiD PAIR, 4 tT DC11.D M970. BeOSe-Xx OR M9700, 2S COND'~~ iR.al2.c~ xx fT BI" KS56 TO R$2J2~C MAL',-" CONDUCTOa,-25 ~T-S/E 8'LL )03'ERltl MOD£M CABLI(H856 T9IU~NOJ Mot2MIP1,iCl Del0eS, -E 15 eA~! WIRE. TO R.aJa MALE, DAtA'IET, asrT- -otlo.a, -~ 1$ $ARE W'R~& TO RS232 MALE, 'CU, 2$ fT' -

wotl-WOll RlBiOft, xx ,T WOll.w02l RIBBON, xx fT WOli-woaa RIBBOH, xx 'T WOle-W023 RIBBON, xx FT WOla.woa7 RIBBON, xx 'T W020-Woao RIBBON, xx IT W020-w02j RIBBON, XX 'T W021.W02i RIBBON, XX rT W021-w022 RIB80N, xx rT woa'.Wo28 RIBBON, xx rT W02a.W022 RIBION, xx ,T W023.w023 RlBiON, xx rT W02l-woa7 RIBBON, xx rT W024.Woa4 RI8BON, xx '1 w02a-w028 R1BBOh, xx rT M901.M908 DUAL ~1880N; XX'FT W011-W011 FLAT COAX, xx rT W011-w021 FLAT COAX, xx rT, 1005820 W021-W021 FLAT COAX, xx rT ' w021-W022 'LAT COAX, XX PT WOJ1.WO~1 MYLAR, xx rT, 7405552 WOl).woJ3 MYLAR, xx FT, 740555) M90,-M901 DUAL MYLAR,-XX tT W021-w021 'LAT tOAX, xx Ft WQ11 RIBBON, ONE BOARD ONLY, xx FT WOla RIB80N, ONE SOARD ONLY, xx ri

MODEL NO

8C04C.XX BC04D-XX 8(!04E-XX BC04F-XX IC04H.XX 1<:04J-XI 8C04K-XX 8C04L-XX BC04M.XX. BC04N·XX 8C04P.XX IC04Jil-XX 8C04,-XX ae04T.XX IC04U-XX BC04W-XX BC04X.XX ae04Y-XX aC04Z.XX 1C:05A-XX leOSS-04 aC05C·XX -COSO-XX Icost-xX aCOSF-XX ICOSH-XX BC05J-XX scolSt,-oe RBL ICOISM-XX JC ICOsN-l0 CA 1C:0$'-10 CA IC05A_l0 CA BC05S-10 CA BeOST-XX CA SCO$U.XX CA 8COSV.XX Mt BC06A.XX BC06a-xx BC06C-XX BC06D.XX BC06!-XX 8C06r-xx 8(:0,A.XX RJM 8C018-XX RJM 8C07C-XX RJM 8C070-XX ~JM seoel.XX BeOB8-XX Be08C.XX BC08D-XX leOBE-XX .C08r.xx le08H-XX 8C08J-XX 8C08K-XX

DESIGN PROO ENGR ENGR

SP BP SP SP SP Bf BP SF Sf SP SF BF SF SP SP Bf Ml MI SF 141 Ml RMS SP WR Rr SU 8t! MOL RBR AW AW AW AW CRe CRB JDlt JVI JW JW JW JW Jw SZ SZ 8Z SZ RR RR RR RR I'tR PJ PG PG PG

MFGR STATUS CATEGOPY AREA MO/'iR

TPL ',I.. TPI" TFL

SSNU

TPL 'f'L TPL TPL TPL

1 '3

8 8 B 3

5 3 3 1 3 3 3

4/71 8 8 8 B B B 8

3 :I 3 3 3 3

1172 1/72

5 9/71 5 9/71 3 12/71 5 4171 5 4/71 2 2/71 5 3/72 3 8/71 5 3/72 5 7/72 5 '7/72 3 10/72 3 917] 2 10/72 2 10/72 2 10/72 2 10/72 2 10/72 2 10/72 3 5173 3 11/72 ] 11/72 3 11/12 1 11/72 3 11/72 3 11/72 3 10/73 3 10/73 3 10/73 1 10/73 3 :I 3 3 3 3 5 5 IS

4/71 4/71 4/71

I)

8 8 8 B 8 B I B B B a B 8 B 8 a 8 B 8 8 B B 8 B B B 8 8 a 8 a B B B a , 8 B a B B 8 I B

USED ON De.;SCRIPTION

W020 RIBBON, ONE BOARP ONLY, XX F1 W021 RISSON, ON~ BOARD ON~~, xx fT W02~ RIBBON, ONE BOARD ON'Y, xx Ff W023 RIBBON, ONE BOARD ON'Y, xx rt W024 RIBBON, ONE SOARD ONLY, xx FT W027 RISSON, ONE SOARD ON~Y, XX Ft W02Q RleSON, ON~ 80ARD ON,Y, XX Ft W01, COAX,UNE BOARD ON~Y~ xx rt woai COAX,ON£ BOAR6 ON,Y, XX YT W022 COAX, ONe.; BOARD ON~Y, xx FT

27

KaR33 OR l5 FOR alE, 11, 15 A$R3] OR 35 fOR 8/E, 11, 15

M904 DUAL COAX, ONE SOARD ONLY, XX fT MATE.~-LOCK T04 RINGS,'XXFt '700~5~3) MlTE-N.~OCK TO 6 RING$, XX rT'(7006S94) Mi01 OUAL MYLAR SKI~LDiD 1 JOARD ON£Y-XX fT

555, TU5S, TUS6 1U56 INTERFACE KITS 555, TU55, TU56 TU56 OP8-EA, OSlO, OS11 tlA EXTENSION CORO

M903 DUAL MYLAR, aNt jOARO ON~Y, IX"FT M908 DUAL RIBBON, ONE' BOARD ONl,y, "xx FT WOla TO MICRODOT COAX, oNE aOARD UNLY, xx FT M9J) TO MICRODOT COAX, ONE 80ARD ONLY, XX F1 Hes, TO 3M CAijLE ONE ~NO ONLY'XX rTi 1007036 7405152-1, WOl2 TO wOl2, XXFT, 70051'2 7006412, M923 TO M923 RI'~ON, 4 't Ha56 TO RS232-C MALi, 25 tOND, xx-rl

• SWITCH BOX , CABLE FOR RS232 MALe.; TO RS212-F£MALi, 25 CONDi XXfT

GERMAN MOO~M, G857.YA TO CINCH Di512~6.1 MATt-H LOCK MALi-MALE 7 .. 5--5.7 3-2' 2-3, XXt'T

115V 3 WIRE' GROUNDED 7AMP LINe.; CORD TO H4UO-A Drl1-A, Ofl1-K, LA30.S 81M, 11/05

2l0V l WIRE GROUNDtD 4AMP LIN~ CORD TO n400.S 81M, 11/0~ TU60 HiSS TO HB5S 3M NuT 8Hl~LDEO MIRROR CONNECTIO~S, l IN KLB-JA, KLa.E LSPVC LPsVC LPlvC LPSYC 11/35 11/)5

LPC11-A LPCll-S LpCl1-C LPC11-D LPC11-E LPC11-Y

VT20 LPce-A, "'PCe-e, LPCe-c, LPCe-o, LPCe-E, LPce-F, CAT CAT CAT

H856 ONE END H856 ONe;. END H856 ONE END

CAT 8/1, P8/L + BUS I/I,P8/L + aua 8/1 + BUS 8/1 + Bua 8, 8/1

IHI56

H~5~ TO MATtN-LOCK, 6 WIRES, xx rt (70083'OiXX) LPSVC T~ VR14, VR20, 10 rt· LPSVC TO TEX tiOl, 601, 604, 611, b1l, 10 FT LP8VC TO tEX 50l, 10 fT - -LPSVC TO SCOPES W 3 SNC CUNNECTIONS, 10 FT

115V a wIRE GRQUNDED 12 AMP LIN~ CORD TO H4UO~C 2)OV 3 wIRE GROUNDED 7 AMp LINE-CURu TO Hti08D

BCOSF SHIELDED, 70-0936$-XI, XX.Fr M 90 iTO PH 0 't a H 7 1 3 "''1-0 0 -. -M908 TO PH~TO~ 713-Z00 M90i TO PHOTON 7000 14908 TO PHOTON PACESETTER

M908 TO HARRIS INTERTYP~ M908 TO COMPS1AR 191

ONLY, 30 TWIST£D PAIR, XXF!, M1S01 CONNECTIONS ONLY, 11 TwISTED PAIR, XXFT, M1801 ul CONNECIIUNS ONLY, 11 TWISTED PAIR, XXFT, Mi8Ql J~ CONNECTIUNS ONE END ONLY, 2 20-CONDUCTOR RIBBONS, XXfT

MWO~ TO M903, DUAL sHIE~D~D MY~AR XX fT M904 TO M904 fLAT COAX, xi fT M903 TO 2 Wo3l SHIELD~D MYLAR, xx FT M904 TO 2 woll FLAT COAX, Xx fT

rlRsT OHPC11 (TO PCOI) 8/E

W031 TO WOll FLAT SHl'LDEO MYLAR, xx rT M90) TO MIas fLAT SHIELDED MYLAR, xX IT INTERNAL BUS EXf, M93b to-MIl?, xx fT

8/E 81E

H8S6 TO--Nt!3, 40 CONO 3M, XX fT M9S5 TO HB56,.18 aIG, 2 10 OHM, 40 CONO lM,XX FT

MODEL NO

J;NG MGR

se08L-XX le08M.0P4 ICOSN-XX SC08P-XX Be08R.XX BC08S-XX SNT 8e08T-01 8C08U.XX BC08V-if< tlC 8C09A·XX 8C09S-XX IC0ge.xx BCtOl.XX 1(108.XX Beloe-xx BCtOD-XX 8etoE.XX aCIOH-XX Ret OJ-XX 8Cl0K.XX IC101,.XX BCtO'.XI ElS BCtOV .. XX BettA-XX BetIS.XX BelIC.XX BCIIO.XX BetlE-XX va BClt'.XX 8D 8Cl1""XX 8C1IK-25 aC12A.XX SNT BC14A.XX BCt48-XX 8C14C-l0 IC14D.XX JM 'Ci4E-XX JM 8CI4'.XX JM 8C20A-XX .JC 8C208.XX JC SC40C-XX BC400-06 IC40,..XX 8C41A-XX BC10A-XX RJM 8C'108-XX RJM Be90t-04 8e90r-xx 8C99A-25

• 8C991-25 8C99C-25 8C990-25 8C99£.25 8CCJ9'-25


pc.; pc.; MOM MOM PG AW RMS DA DA Ml FA FA KE KE ~W KE KE KE ATT ATT JS AJ KE POT POT POT POT WRS KA FS PJ RI AR AR AR AR AR AR pc.; pc.; MORO RRC' PHG MORa F;N EN PHe,; PHG JEH

JEH JEH JEM JEH "EM

MfGR STATUS CATEGORY ARtA MO/YR

SSUK

SSUI( SSUK SSUK ssUK SIUK

5 4/71., 5 9/71., 5 9/71 8 5 9/71 B 5 5/72 B 5 1/73 B 2 3/72 a 6 8/73 8 3 12/72 8 5 8 5 B 5 B 5 B 5 B 4 B 5 B ,) B S 1171 8 5 5/72 B 5 3/72 B 5 3/72 8 3 3/7l I ] 4/72 B 3 B 2 9/71 8 2 9/71 8 2 9111 B 3 9/72 8 l 8/73 8 ) 3/72 B 2 3/72 B 5 8 ) 8/71 8 2 8 5 4/71 8 ] 3/73 8 ) 3/73 8 4 6/73 B 2 12/72 B 2 12/72 8 5 4171 B l 3/72 8 2 2/72 B 5 IS 3 11/71 B 3 11/73 8 5 B 2 2172 8 1 8

B 1 8 3 B 3 B 1 8 ) 8

USED ON DiSCRIPTION 28

8/~ M954 TO 2 H856, 36 BIG, 4 10 OHM, xx 1T 8/E Me07 , M901·TO.2 MYLA~ CA8LESTQMV~1" H801,-11 IN TUlO, 8 POS IUS, iTO MiO. to M904 DUAL ROUNO-eQAX, xx FT-T010, 8 POI BUS, ETe M904 TO 2 woal OUALROUNDCQAX, xx fT 8/E H856 TO H856 lM SHIELDED, MIRROR COHN£CTIUNi 1 XXFT ORe-E HSS6 TO H856 3M SHIELP~D STRA1GHT~CUNNECTXO~8 XXFt KLe-N H856 TO H856, 12 WIRES, MIRRO~ CONNECT10N; 1 'T RCS-E M994 TO H856, 36 SIG, 3M NOT SH1E~OEO, XXyr" H8S13, H8514 H807 TO M922, 2 MILAR, lF1 9 IN , 1/0 Bus HJSO TO H~50, XX FT, 100S~lJ 9/1, OW0g e A, OW09-e 1/0 8US 2 14912 TO 2 M912, XX fT --15, 9 1/0 BUS 4 W850 to 2 M912, XX FT 10 1/0 BUS W851 iA tNO ROUND COAX OR W85S+w8ti6 ~A ENO fLAT CCAX XXFT to MARGINA'" CHECK QABLE,' xx iT .- .- ' .. 10 OISK CAjLt HJ,2TO aURRQUGHS, xx rT 10 MEM 8USHli1 TO 4 W028, xl rT -10 1036 TO 2 W028 CQAX, 1/0 JUS, XX fT 10 MEM SUS , W~51 + W8se EA £ND,4"9wCOND co.x; xx 'T 10 MEM BOS AMP QUICK-LATCH TO a H857 & 2 HaS8, 8 9.COND COAX, XXFT 10 MEM SUS AMP QU1CK.LATCHEACH f,;ND, 72 COAX, XXfT .-to AMP QUICK"LATCH TU 5 wOal, XXfT RHto TO DF10 QUICKLATCH COAX-TO 6 W021, XxrT vr05 TO OCtO 7006260 CA8LE , 12058~7.0a PLUG 11 M919 TO 14929 FLAT MrLAREXTE~NAL uNJaus, xx FT RUGGED 11 8URNOy fEMAs;,!: 128 PIN RQUtiO n:a.l0525) to-~O'TTO XXFT RUGGED 11 TO NON-RUGGED 11 M91~ FLAT TO 12-1052S'XXFT . . RUGGED 11 INTERNAL M~" TO BURNOY MA~E 128 PIN (12-10SaS) XXFT Dfl1t18A, or11-88 20 PIN 121091a-27 TO i lUNG "UGs,XXFf DTll-M BellA-XX w 2 H807 ON 149191 AT THIM91' ENO,"Xi FT OR11.' TO OR11.A H85& TO M977 3M CABLE M~O~ COHN XiFT DR11-C H856 ON~ END, 20 PAtR, 25

A

rT, 700ij8~3 12 EXTtNslON CA8LErOR VR12 OI8P~AI, XX ,1, 1006254 14 1/0 BOX CABLE G782 TO--(l177, xx YT" , 14, elL, 8/1, + BUS DIFfERENTIAL COAX, XX 'T 14 CABLE, 1 ~ox to 0 BOX, rOR T!iT DC14 MAT.NtLOCK 80TH END$, DUAL SHIELDED TWl$TtOPilR, xx rT OMce.E, SMCOl 2 H856 TO 4a Pl~ wINCHE~TiR, l6-~iZaTiDPAl~, xx ~T 14/30, H912 Rf ANGLE RS212 W HOLD DOWNS BOTH ENDS, 25 COND, XX fT 81M, 8/r 115V J WIRE'GROUNOED 7 AMP LINE CORO to H402-A "M, i/' 230V 3 WIRE GROUNDED 4 AMP LINE CORD TO Hioa.~ 0001, 0002 HiO? TO 34 KULKA b70A TERMINALS, iX'rt UDC CABLE CONNECTOR ASSEMBLY KIT, Hij07, PARTS, 6fT CA~L' -1110' Ha07 TO fASTONS & 34 KULKA 1695T~RMl~A~S~ lx" ODO I, 0002 M945 TO M946 DOUBLE MYLAR, XX"'T PDM70 1211374 TO 1205886 ~S232, 25 CONO, xx,r POM70 1211374 ONE END ONL¥, 44 CONO, IXfT IA90l, 81904, SA90S 2 H~07 TO 34 KULKA 670A T~RMINALS, 4 fT 11/07 8A903 04 05 2 Hao? TO fAstONS , 34 KULKA 1695 TERMINA~S-XXFT PT08DA, DP01A, DC08LD, DC11~ ETC O.TIPE GPti MODEM CONNECtOM, 25 rT,

PT08DA, PToaF PDP11 POP15 POPY/E

12 CKT 8ARRIER ASiEMBLY MOLDED IN IS fT FROM COHN TO rLV LIAD$ OP01AA MODIFIED, DPOIA ,SELiCT SD~BY), OC08~0 8C9~A'W wti2l

BC99A WITH W023 - -BC99A W·SIDE (TOP CLAMP) fOR fDP1! BC'tA W W023 FOR POP15 SC99A W END FOR PDP8/i

MODEL NO

BCL2A-XX 8CL2B-XX BOOl BD02

ENG MGR

8003 "LM BD04 .JLM 800,-A "LM 8D05-8 JLM BDOS"CA J1,.M BDOS-CB "LM BDOS-DA JLN BD05-08 JLM 8DOS-EA JLM 8D05-£8 .JLM 8Dl1, JM BD1S-A BD15-8 B015.C B015.0 BDSO-AA IO$O-AI 8D$0.81 ID50-B8 BD50·CA BDSO.CB BD50-H1 8DSO-HS BE14 I~'_A ar01 8'02 Br14.' ar14.M ar14·M B."t1-A B"11-8 8)(022 81<272 81<27' BKl02 8L01-A DZ BL01-B DZ BMos·e IMoe., IM6S1 PHG 8M684 RS IM6es RI BM6e6 R' 8Mse' RS IM'792·YA IM'92-Y& BM792.Y(! BM'792.YH BM192-YJ JLM BM802 RI


AW AVi DEG DEG LO Le 1,.0 LO 1,.0 LO LO LO LO LO PHG POM POM POM POM JOL JDL JOt. J01,. JOt. JOt. JOL JOL AR PG 'HG 'HG CM CH AR I<H KH AI\ AR AR AR Mitt, KRL RR RR MORO FE Fe: Fe: FE DJD DJD GE:F PJ 1,,0

'E

MrGR STATUS CATEGORY AREA MO/YR

1" I'G css CSS ess CSS CSS Css CBS eas Css CSS

TP1, TPL TP1, TPL TPL TPL TPL TPL

TP1, TPL IPG IPG IpG IPa IPG

CSS IPG

5 B 5 B 6 10/72 8 6 10/72 B 1 1/73 B 1 1/73 B 3 1/73 8 3 1/73 B 3 1/73 8 1 1/73 8 J 1/73 B 3 1/73 8 1 1/73 B 1 1/7l 8 2 4/71 B 4 4/11 B 4 4/71 B 4 4/71 B 4 4/71 B 4 2/72 8 4 2/72 8 4 2/72 B 4 2/72 8 4 2/72 8 4 2/72 8 4 2/72 B 4 2/72 8 5 12/71 8 5 6171 8 5 8 5 B 6 8/71 8 6 8/71 8 5 5/72 8 3 8/72 8 ) 8/72 B 5 5112 B 6 1/72 8 $ 5/72 a $ 8/71 8 4 7/73 I 4 7/73 I !5 B 5 B :I 11/73 B 5 B 4 8 5 8 4 B :I M 1 e/71 M J 10/71 M J 1113 M ) 4/71 M 5 8

USED ON

H305, AGL2 H)04 H305 8/8 8/S 11 11 11

DESCRIPTION

8 CM TRUNK CABLE XX FT SINGLE CH DATA CABLE, XX fT 10 CH MUX, OU PONT FLOW METER INTERFACE, DU PONT BELL SP~CIALI BIN.AsKII.siN CONy

29

BELL SPECIALIDISK INT~RRUPT & A~A~M + MOD TO ~rl1 BiLL SPECIAL UNIMPLEMENTED 20 C~A~NEL BOX

11 8ELL SPECIALa IMPLEMENTED 20 eH BOX, MUsT HAV~ 20-aOos-ca -DB &/OR wEB 81>05-A BD05.a 800S_A 8005-8 8DOS-A 8005_a 11/07 15 15 15 15 8 POS BUS 8 POS BUS 8 NEG 8US 8 NEG 80'S 9 9 8050-AA, -A8

BELL SPtCIAL lESTEO-SfARE-Y019 BiLL spECIALI Y019 ORDERED wITH 8U05wS BeLL SP~CIALI TESTED SPARt Y049 BELL SPECIAL. Y049 QROERED wITH Bv05~B BELL sPECIAL. TiSTED SPARE ¥067 BELL SP~CIAL' Y061 ORDERED WITH 8V05_~ AfC , UDe CONT, 2 0011 iLOTa

CONT , CAB FOR ArC15 11 BITS + aIGN • UOC1S, 115V CONT , CAB FOR ArC15 11 BITS + SI'N , UOCi5, 230V

8D1S-A WITH NO ADe 801$.a WITH NO ADC VT05 OR LA30 INTERFAC~, l15V ViOS OR LA)O lNt~RrACE, 2l0v VT05 OR LA30 INTERfAC~, 11.5Y VTOS OR LA30 INtERfAct, 2l0V VTOS OR LA30 INtERfACI, lliv VT05 OR LA10 INTERrACE, 230V

Boso_eA, -B8, -CA, -C8 14/1"

2ND-CHANNe;L 2ND CHANNEL MEMORY , 1/0 ACCESSORY PA~E~ H919 BUS WITH 2 M9l5 ~UMP~Rj MTNG HARDWARE FOR ArCtS

8/B: AM04, AMOS, AM07 0001, 0002 14 14 14 • -14 BA14 14 8A14 ALL SYSTEMS At"LSY&TEMS 8/L IlL 0001, 0002 PD01, 0002 0001, 0002 0001, 0002 '01)01, 0002 DOll 0011 0011 0011 0011 0001, 0002

MTNG HARDWARE FOR Uae.s STORAGE BoX FOR l2 FLIP rLO~S STORAGE BOX rOR 1& fLIP r~OP8 16 BIT STORAGE

SYSTEM TESTED 11/06 CHASSIS, CONFIG 2 SYSTEM TESTtD M12bO + M7261

K022 2 INPUT ANDIOR EXPANOER- DOAL STORlG' MOD TO PUP14 K272 1 ~IT RETENTIVi MEMORY K274 DUAL RiTENTIVE M~M, MEPLAC~S BK272 I<)oa DUAL TIMER AC LINE MONITOR, 115V AC LINE MONITOR, 2l0V

MTNG BOX W COVER fOR Mea-LA, -LB , MM8-~A, -La NTNG BOX W SL10ES FOR MCI.LA, -LB , MM8.LA, .LB

MbBl 16 ISOLATEO SOL~P STATE ~ELAt ORIVERS M684 12 SIT Fr RELAY ORIV~R M685 16 BXT rr RELAY DRlV~R M686 12 8IT SS RELAy DRIV~R M617 16 BIT S8 ReLAY DRlvtR PAP~R TAPE LOADiR RUM DISK LOADER ROM CARD READER _BOOTSTRAP ROM TAll BOOTSTRAp LOADER B~LL SPECIAL TM11 LOADER M80~ 12 81T LATCHINC RELAX OUTPUT

t;NG

MCR

SM80l R8 IM804 RS 8M805 RS 8M806 RS 8M807 RS INS7l-YA V8 BMS·LI IMe.LB 8MS-Le 8M8-LD BMK.LK INK.LL 8801A-25 8'10A_XX SltOH-XX BT11-A BTl4wA 8V04 8W400 BW402 8W40) 8N406 8W.I0 BW110 8W131 Bwll2 BW7.)] 8W'734 8w14.o BW'4' 8W'42 8w743 BXt4wOA BXf4-00 PX14-SA BI14.OA Blt4-00 -BYt4-&A

RS RS itS RS PHG RB RS R& RS RS

CAot-8 ell1-A Cltl-B 8V CAll-C 8V CAl'.' eA15-8

-.C8tl-AA VB CIII-AB VB

-e811·.'C v8 -elt I-AD VB -CIII-AE VB CIII.AF V8 -ellt-e. VI ellt-S8 VB CII.I-,eve

DE~lGN PROO ENGft ENGR

FE FE 'E FE FE DR SG 8G SG SG Jr..e: JLE LH Kf.; KE ABW Lr LH FE FE FE FE MORO FE FE FE FE FE MORO MORO MORO MORO AR AR AR AR AR Af<

8V JEH GO PR EW GO Me f4C Me: Me MC Me MC Me ~e

MFGR STATUS CATtGORY USED UN DESCRIPTION AREA MO/lA

IPG IPG XPG IPG IPG

TPL TPL TfL TPL

CSS

IPG !PG IPG IpG IPG IPG IPG IpG IPC; IPG

Css saUK saul( SSMU CSS SSUK

4 B I 8 4 8 5 B 4 B ) 10/73 M 1 7/71 B l 7/71 8 1 7/71 B .3 7/71 B 4 B 4 8 2 8 5 B 3 8/73 B 1 7/71 E 3 4/73 B 5 3172 B 5 B 5 B 5 B 3 11/73 B 1 2173 8 6 8/72 B 6 2/73 B 6 8/72 B 6 2/73 8 4 9/71 B 4 8/72 8 4 2/73 B 4 8/72 8 4 2/73 8 5 B 5 1/72 B 4 1/72 8 5 B 5 1/72 B 3 5/72 8

3 3 2 3 3 3 5 5 5 5 5 5 4 4 4

C 4/71 D 5/72 D 5/72 D 4/71 D 1/72'0 3/73 0 3/73 0 3/73 0 1/73 0 3/73 0 3111 D 3/73 0 3/73 D 3/73 0

0001, 0002 0001, 0002 0001, 0002 0001, 0002 0001, 0002 0011 RESTART/LOADER, IlL SIr.. 8 If., 8/L Xti02 HIIO VT1S, VT04 to 10 CDC 6000/7000 .14 Vl'04 SW1l0.3, 8w740.3, 8M802.' BW730.3, BW740.~, BMB02.'

,JJM684.7 8M7l0.3 BW740.1 6M684.' 8M802.7 8w740-743 0001, 0002 0001, 0002 0001, 0002 0001, 0002 0001, 0002 0001, 0002 0001, 0002 0001, 0002 0001, 0002 14 14 14 1. t4 14

~

M80l 16 BIT LATCHING RELAX OUTPUT Me04 12 BIT Ff RELAi OUTPUT M805 16 BIT FF RELAY OUTPUT Mi06 12 8lT 55 RELAY OUTPUT M807 16 BIT ss ~ELAY OUTPUT REP~Ace;s 8M792_YAi .Y8,-¥H , MR11.J,)8 MTHG ~OX FOR NMe-i, ~~IOE', 115V -MTNG BOX ro~ MMe-!, i~lOEi, aJOV MTNG sox FOR MM~.~, COV~R~ 11~V MTHG BOX FOR MMe.~, COVER, alOY BASIC MODULE KIT FOR LAB-K BASiC MODULE KIT FOR KwS£klES LOGle LAB CAB"'! SET, VT1S'TO VT04, 25't 0-

CAB~E SET, a BC10.AA + ~C'O~.$S, xx '1 CABLE SET I 2 ac 10H-XX +' Be 1 08"XX, "xx fT PDPll REMOTt:; 8ATCH TERM TO SlMULATE-'cbC200 INTERROOATOR iOX,'Ttsti liPUT~ ~ OUTPUTS 374, vu(H ,LK)5MOUNTING ., " .. ' W400 PADDLE BOARD WITH lSQLAT£D POW~R w402 PADDLE BOARD WITH COMMON PO~KRw403 PADDLE BOARD FOR Ri~AY DRIVE~S

W406 (W400, W40a i w40l-COMSIHED) W410 PADDLE BOARD W A/CINPUT CONDltl~NlNG W710 lZ-SIT CONTACT liNSE, SEE SW740 W731 16 81T CONTACT SENSE w7la 12 81T CONTACT INT~RkUPT, IE& 8W742 W7l) 16 BXT CONTACT IhT~RRUPT .. W7l4 GENERAL iURPOSE COUNtE~ w740 12 'BIT sOL10 stAtE "CONtACT stN~E W741 16 BXT SOLID STATE CONTACT S£NSE W742 12 BIT SOLID SiAtE CONTACT lHTERRUPT W74l 16 BIT SOLID STATE CONTACT ~NT~R~UPT t~POT BOX UP TO' 32 AC I~PUTS INPUT BOX UP TO ]2 DC X~PUTi SCHMiTT INPUT BOX, uP TO ~2 AC INPUTS OUTPUT SOX UP TO 16 AC QU~PUT~ OUTPUT sox UP TO 16 DC OUTPUT. IMPROvEO OUtPUT BOX, uP TO llAC ~U!PUTS

ISM 526 INTERrAce: CAMAC 8RANCH HIGHWAY INTERFACE N,R CONtROLFtiR CAll-A

11 CA11·A 11 1S 15 11

NPR BRANCH HIGHwAl INtERfACE PROGRAMMED • DHA CAMAC SRANCHHIQHWAY IN~~RfAC! PROGRAMMED ONLY CAMAC BRANCH HIGHWAY lNflR,Xct

CAB, PS, 1 call_PA, SPACE FOR lQ cail.DA ,lOR CIli-S, 115V CAB, PS, 1 CBlI.'A, SPACE FOR Ii CI1I-0A 'lOR C811.S, ,2jOY CBlt-AA + DB11, IIIV

11 11 11 11 11 11 11 11

CSII-AB • DB11, 230V CBI1-AA + 2ND CBll"PA,2 DB11, 115V CBII-A8 + 2ND C811-.A, 2 oBl1, 230Y CAB, PS, CBll-PC, SPACE FOR 18 Cill-oA 'lOR CBll-i, 115V CAB, PI, CBI1-PC, SPACE FOR 18 CBI1-0A 'lOR C&11-~, a~ov Cill-SA + 0811, 115V

MODEL NO

ENG MGR

:,11-BO VB ~8tl-B! VB ~S11\1J1B" VB C811.CA V8 CBtl-CS VB CatleCE VB CS11.CF VB :811-CG va CBtl-eM VB CS11\1J1DA VS call-EX va C811-HA VB CBII-PA VB C811-P8 VB CBll.PC VB CBil-PD VB eBl1-SA VB CBII-SS VB ceO! CC02-A CC02.S CC02-C CC02-D eC03-A eC01-B CC04 CC50 celt CC52 CC5l eel4 eC55.A CC5S ... S CD11 ... A SO CD11-8 SD CD1t-EA so COlt-EB so CD12 e012-DE DEC CD12.0F OEC C012-HE CD12-HP' COP CL12 CMOl-C CM03-CA CMlt BD CM11.A BD CMlt-FA BD eMlt.'S so CM12 CM12-A. eM12-S CMI2-C CM12·FA

DESIGN PROD ENGR !NGR

Me Me MC Me Me Me Me Me Me Me Me MC' Me Me Me Me Me Me AW AW AW AW Aw AN AW AW AW AW AW AW AW AW AN LC I.C lie LC AW AW AW AW AW

"I" AW Nl MI BPP' BPr spr spr AW AW Aw AW AW

RR RR


TPL TPL

4 3/73 0 4 3/73 0 4 3/73 0 3 3/73 E 3 3/73 E 1 3/71 E 3 3/73 E 3 3/73 E 3 3/73 E 5 3/73 D 5 3/73 D 5 3/73 0

.5 3/"13 D 3 3173 0 4 3/73 D 3 3/73 D 5 3/73 D 5 3/73 0 5 4/71 C 4 4/71 C 4 4/71 C 4 4111 C 4 4/71 C 5 4/71 C 5 4/71 C 5 6/71 C 5 C 5 C 5 C 5 C 5 C 3 3/72 C 3 )/72 C 5 '/73 C 5 7/73 C 5 7/73 C 5 7/73 C 4 2/72 C '1/73 C 5 1/13 C 4 2/72 C 4 2/72 C 3 6/72 E " 8/71 E 3 C 3 C l 5/71 C 1 5/71 C 3 5/73 C 3 5/73 C 1 2111 C 3 2/71 C 4 2/71 C 4 2/71 C 3 3/73 C


11 11 11

CBlt-S8 + 0811, 230V

" -• •

CBll",8A + 2ND call-PC, -2 OB11, l1SV C811~a8 + 2ND C8l1-PC, a OB11, a30V 11/10-CA~ CBII-PC, ~s, 115V 60Ht ll/lo-ca, C8Il"PC, fS, 230V50HZ 11/40-CA, CBll-PC, 'S, I1SV 60HZ 11/40-CB, call-PC, PS, 230V 50HZ

--CSlt-A,

11/4S-CH, Mfl1-L, MM11-L, call-PC, PS, 115V 60HZ 11/45·C~, Mrl1-L, MM11-~, C811-PC, p$, 230V 50HZ .8 32 POINT RELAY DlSTRljOTO~ MODULE

C811-P call-A, .i C811-A •• 8 C8l1-A, .8 cell-A, -8 cell-A, -8 CS11-A, .a call-A, .a CLlNICAL LAB.12 13 cCoa.A ceOI eco! CCOI CCOl-A ceOI CLINICAL LAB'.12 AGL2 CLINICAL LAS-12 CLINICAL I"A8-12 CLINICAL LAS-12 CLINICAL LAB 12 CLINICAL LAB 12 11 11 11 11

H~X·iXT£NDER CARD -16 POINT INPUT INTERRUPT MODU~E 5 B~OCK TELPLANT TERMINATION PANEL, PS, 115V 5 BLOCK TELPLANT TERMINATION PANE~, P&, 230V 6 BLOCK TELPLANT TERMINATION PANE~, PI, ·li5V 6 BLOCK TELPLANT TERMINAT~ON PA~E~, PS, 230V 64 POINT INPUT SCAN MODu~E

64 POINT INPUT SCAN MODULE w cIODi PROT£CTIUN CLINICAL LAB OPTION PANtL 4 CHANNELS , CQNT FOR ROBOT CHEMI~T 4 CHANNtL EXPANSION FOR ROBOT CK~MIST ONE CH & CONT fOR ROBOT CH~~I~T ONE CM EXPANSION fOR ROIOl CHEMIST MODULi SET fOR 1 CH COU~TeR s 2ND eM COULTER S . -COAGULATION TIMER SMA12/30 INTERfACE KIT 8 eH EXPANSION KIT SMA4, 4A, 7, 7A INTERFACE KIT SMA SINGL~ CHANH~L KIT -SMA12/60 INTERFACi KIT

SMA SlNvLE CHANNEL KIT (1ST CM) FUR T!CHNICoN 2 SMA SINGLE CHANNEL KIT (2ND ea) FOR TEC~lCON ~ DATA a~EAKCONTROL & DOCUMATION Ml000, 60HZ' DATA BREAK CONT ,DOCUMATION MI000 50HZ

laoo CPM CONSOLE READ~R , CQNT DOCUMATION M1200 60HZ 1200 CPM CONsOLE READER, CQNt DOCUMATION M1200 50H~

DATA BREAK CONTROL FOR ANY CARD R~AOiR OR PUNCH 8 POS 8 POS 8 Pas 8 pas 8 POS • -

80 COL OPTICAL MARK CR ,CDla CONT, 300 CPM DbCUMiT10H O~20ij,-60HZ 80 COL OPTICAL MA~K CR , C012 CONT, 300 CPM DOCUMATION OHaoo, 50HZ

C01~ W HP 80 COL OPTICAL ~EAD~R, bO HZ COla W HP 80 COL OPTICAL READER, So HZ CROMATAGRAPHIC DATA PROCESSuR (f)'

CLINICAL LAB 12 SYSTEM NA~E 804 (8) 804 (8) DOll 0011 0011 DDll 8A12 IA12 BA12 WITH BA12 WITH 8 POS

40 COl" 40 COL

80 COL OPTICAL 80 COL OPTICAL

40 COL 40 COL

ECO.8A12,,00010 ECO'BAla·00010

80 COL OPTICAL

OPTICAL MARK CR 'CONT ~OO CPMGEN UEij 60 HZ OPTICAL MARK CR & CONT ao~ CPM GE~ DES ·50 HZ

OPTICAL MARK CR , CO~T 200 CPM GtN-D~S-60 HZ OPTICAL MARK CR & CONT 200 CPM G~N D~S 50 HZ MA~K-CR & CONT 300 CPM DOCUMATIO~ OM~OO boRz MARK CR & CONT 300 CPM DQCUMATION UM~OO 50HZ MARK SENSE CR , caNT 200 CPM GEN DESiGN 60-HZ MARK S~NSE CR , tONT 200 CPM G~N DESIGN 50 HZ

80 COL OPTICAL MARK CR , CONT HP bO"H2 80 COL OPTICAL MARK CR , ~ONT HP 50 HZ

MARK CR ~ CONT 300 CPM'DOCOMATION OM200 60HZ

f'lUUc.u

NO

CM12-'B CMS.! CMS·EA CMS.FA CMS.FB CMS·r CMS.IA CMS-L CMe.LA CMT CMXI-A CMXt-S CP09-N CpOS-p CPI0·A CP10-a CPI1-UP SE CP1S-A Cp15ea CP20-E CR01-A CR01-S CR01-C CROI-E CR02-A CR02-S CR03eS CR03-C C~Ol-D CR04-A rW CR04.S rw CR04-C FW CR04-0 f'W CR04-! rw CR04-' rw Clt04-H FW CR04-" rw CRIO-A rw CR10-a rw CRI0-DA rw CliO_DB rtf Cl'tl0-E~ rw CR10-EB rw CliO-FA rtf Cit 0.P'8 rw, CRio.UA rw CR10-UB rw CRII aD CRI1-A SD crU2 SNT CR12eA iNT CRla.FA aNT CRt2-F8 INT CR15-A CR15·8

1,111.""'\111 t"'rtu,",

ENGR ENGR

AW LT LT liT liT MI MI Nl NI CU RG RG 8M 8M

GSD DY Dy BE MI 141 Nt ~I RR RR 'A ST B8 88 88 88 88 BB BB BS J(E KE 8B 88 88 BB BB B8 88 88 8fF BPr AW Aw AN AW BY BY

~~~~ "TATU~ ~AT~~U~1

AREA MO/YR

ess css

SICAL css C:ss IICAL

CBS

CSS CSS

1 3/73 C 6 4/7) C 6 4/7) C 2 3/72 C 2 )112 C 5 C 5 C 5 C 5 C 1 8 5 A 5 A 3 3/72 C 3 3/72 C 5 C 5 C ) 5113 C 2 3/71 C 2 l/71 C 1 11/71 C 6 C 6 C 6 C 6 C 6 C 5 C 5 C 5 C 3 C 5 6172 C 5 6/72 C 5 6/72 C 5 6/72 C 5 6/72 C 5 6/72 C 5 6/72 C 5 6/72 C 6 2/72 C 6 2/72 C 5 2/72 C 5 2/72 C 5 2/72 C 5 2/72 C 5 2/72 C 5 2/72 C - 8/71 C - 8/71 C 4 2/72 C 4 2/72 C 5 C 5 C 1 12/71 C 3 12/71 C 3 3171 C 1 3/71 C

8 pos BIE alE 9/!; lie: 8/X 8/1 8A08 BA08 7, 9, 15

8 NEG 8 pas BA10 BAI0 11 15 15 15 5 , 6 9 7 9 9 804 (8) 10

uo~u UN

8 9/E 8/1 11 8 a/E 8/1 11 10 10 10 11 12 IS 10 11 12 15 10, 11, 15 10, 11, 15 BAlO

eR04-£: CR04.F CR04-H CR04-" CR04-C; CR04.D

80 COL 40 COl" 40 COL 80 COL 80 COL 40 COL 40 COl" 40 COli 40 COL

OPTICAL OPTICAL OPTICA1I OPTICAL OPTICAL OPTICAli OPtICAL OPTICAL OPTICAL

DESCRIP'I'ION

MARK CR & CONT )00 CPM MARK CR , CONT 200 CPM MARK C~ , CONT 200 C'M MARK CR , CONT JOO CPM MARK CR & CONT 300 CPM MARK CR , CaNT 200 CPM MARK CR , CONT 200 CPM MARK CR & CONT 200 CPM MARK CR & CONT 200 CPM COMP~iX MODULE TEST~R

DOCUMAT10N UM~OO 50~Z ~EN'DES(M8ij3) 60 Hi ~tN DES (M8i)' ~o HZ DOCUMATION OM~OO 60HZ OOCUMATION UM~OO 50HZ G~NDiSlGH bO'HZ GEN DESIGN 50 HZ Gt;H 0.6'GH 60 H~ GiN DEsIGN 50 HZ

AOCt PLUS 64 eH MX RACK MTO TAB"'E TOP CMX1-A

DATA PRODUCTS SPEEDPUNCH.120 100 CPM PUNCH , CONT DATA PROOUCTS SPEEOpUNCH-120 100 CPM PUNC~ i CONT

MO 6011300 CPMCARO PU~Crt ~CONT 60 HZ MD 6011 300 CPM CARD PUNCH .CONT 50 HZ

PUNCH XNT~R'ACE FOR UNIvAC 1710 CARD ROR/PUNCH M06011 CARD PUNCH &CUHT 60 HZ MD6011 CA~D PUNCH & CONT 50 HZ CONT fOk DATA PROD 120 PUNCH CARD READER & CONT 100 CPM NCR CARO READER , CONt 100 CPM ~CR CARO READER & CONT 100 CPH NCR CARD READER & CONT 100 ePM ~c~ CARD READER & CQNT aoo CPM 8URROUGHS CAR~ READ~R , CONT 200 CPM ijURROU~H~ CARO READER , CONT ~oo CPM GEN DESIGN CARD READER & CONT 200 CPM GEN OE~IGN CARD READER , CONT 200 tPM GEN PESIGN

300 CPM TABLE TOP READER DQCUNATION M20Q,"GOI I~T'Ci 60HZ 300 CPM TABLE TOP READER OOCUMATION Maoo, GDI INTfc, 50HZ 300 CPM TABLE TOP READER DOtUNATION N200, 10 INTFe, 60HZ lOO,CPM TABLE TOP a'ADER DOCUNATION M~OO, 10 XNire, 50HZ 1000 CPN TAiLi TO' READER, DOCUNATION M1000, tiOHZ-1000 CPM TA&LE TO' READtR, DOCUMAtION Mlo00, 50HZ laoo ePM CO~SOLE READER; POCUMAtlON M1200, 608Z-1200 CPM CONSOLE READER, DOCUMAT%ON M1200, ,.ojz

1000 CP~ READER , CONT ,OROBAN 60 HZ 800 C'M READER' COHT 'aOROBAN 50 HZ'

1000 CPM TABLE TOP RiADER , CONTDOCUMATIOHM1000,-60HZ 1000 CPM TABLE TOP RtAOER , CONT DOCUMATION M1000, 5~Ht 1200 CPM CONSOLE READER' CONT DOCUMAT10N M1200 60HZ 1200 CPM CONioLE READER, CONT DQCOMATION ~laOO 50HZ lOO CPM TA8LE TOP READER & CONT OOCUMATIQN Maoo ioHZ 300 CPM TASLi top READER , CONT DOCUMAil~N M200 50Rz

BAtO BAIO BAIO BAI0 BA10 BA10 eAto CR10_A CR10-a 0011 DOll 8Ala 8A12 la

CR10.iA (W TRADE-IN or'CR10.A) CR10-E8 (w TRADE-IN 0' CRiO-i)

CR04-A laO CPM TABLE TOP REAOER , CONT POCUMAtION Maoa 60HZ CR04-S )O~ CPM TABL' TOP READER 6 CONT ~OCUMATXON Maoo .o~z

12 15 1S

CARD READER , CONT 200 CPM GEN DESlijN 60 HZ CARP R!ADtR , CONT 200 tPM GE" OEiI~N 50 Hz

CR04-A 300 CPM TAIL' TOP READ~R , CONT DOCUMATI'W-H~OO 60RZ-CR04-a 300 CPM TABLE TOP READ£R & CONt DOCUMATioN Maoo 50-HZ

1000 CPM READER & CONT, aOROBAN; ~oHZ 800 CPM READER' CONT, SOR08Ah, 50HZ

MODEL NO

CR1!"DA CR15.08 CR1S-EA Ctit15-EB CR1S.FA ellt5.Fe eRe·'A CIs.rs CRewl eRe.XA (Ra/X-FA CRa/X-', CRI.L

ENG MGR

CRe.LA eTSlt-JA JLM CTSll-J8 JLM eT$11-KA "LM CTS11-K8 JLM CTSI1-KC JLM CTSII.fCD JLM CTS11.l<E tlLM C'I811-1(f' "LM CTS11-KM "LM CTSI1-KJ "LM CTII1-KK "11M CTS11-KL JLM CTS11-KM JLM CTS11-KN "uM CTSg-KA JLM CTS9.KB JLM CTSe-KC JLM CTSa-KD "14M CTS8-KE JLM CT$g-I<' J1IM C!Tsa.1<H JLM CTsa-J(J JLM CTS8-I(JC JLM CTS9-KL JLM CTSg-KM JLM CTS8-KN JLM CU-4

DA07 DA09-A OAtO OA10-r RBH DA11-A DA11-SA DAII-SS DAll-Be DAtl-SD R8H DAlI-BE RBH DA11-S' R8M OA11-D

CESIGN PROD ENGR ENGR

AA AA AA AA AA AA JK JI( RR RR S8 BS RR RR PWD PWD pwo &tWO PWD PWD PWD PWD PwD PWD pwe PHD PWD PWD PWD PwD PWO pwD PWD PWD PwD PWD PWD PWD PWD PwD

ER HI 01 TO fA 8pr BS-V BpI' BPf' BPr apr BMW


TPL TPL

TPL TP.L CaS css CBS Cas cas cas css css css css CSS css CIS CSS CSS Css css CSS CSS CSS Css CSS Css CSS CIS CSS

TPL

DAS CSS

css

1 1/72 C 3 1/72 C 3 1/72 C 3 1/72 C 3 1/12 C 3 1/72 C 4 1/72 C 4 1/72 C 5 C 5 C 4 1/72 C 4 1/72 C 5 C 5 C 3 10/72 C :I 10/72 C ) 5173 C 3 5/73 C 3 5/73 C 3 5/73 C 3 5/73 C 3 5/73 C 1 5/73 C 1 5/73 C :4 5/7)C :. 5/73 e 3 5/73 C 1 5/73 C 3 5/73 C ) 5/73 C 3 5/7) C 3 5/7) C 1 5/73 e 3 5/73 C 3 5/73 C 3 5/73 C 35113 C 3 5171 C 1 5/73 C 3 5/73 C 4 9/72 8

2 D 5 0 5 D 2 6113 0 3 12/71 0 1 9172 0 3 9/72 D 1 9/72 D 1 1/73 D 3 1/73 0 3 1/73 D 3 2/72 D

15 15 15 15 15 15 a/! 8/E 8/1 8/1 8/1 8/1 B108 8Aoa 11 11 11 11 11 11 11 11 11 11 11 11 tS 11 8/E 8/E 8/E 8/E 8/E 8/E 8/E 8/~ alit AlE 8/E 8/E GMtl

7 9 10

USED ON

CR04-E CR04.Y CR04,," CR04,,,1

DESCRIPTION

1000 CPM TABLE TOP READER, CONT DOCUMATION MI000 bOHZ 1000 CPM TABLE ~OP READER , CO~T COCUMATI0N M1000 50iz 1200 CPM CONSOLE READER _ COHT DUCUMATION M1200 60HZ 1200 CPM CONSOLE R~AotR , CaNT DOCUMAT10~ Ml~OO 50hZ 300 CPM TABLE TOP READER & CUNT oOCU~ATION M200 60nZ )00 CPM TABLE TOP READER , CaNT DOCUMAIION M200 50HZ

31

CR04·C CR04.D CR04-A CR04",B

,)00 CPM TABLe; TOP kEADER & CONT (MS4)" DOCUMAT10N ~200 60HZ 300 CPM TA8LE TOP READER' CONi (MS43) DUCuMATION M200 50HZ

CR + CONT 200 CPM GEN O£SlGN 60 H~ CR & CO~T 200'CPM G~h DESIGN 50 H~

CR04.A )00 CPM TABLE TOP Re:ADER , CaNT DOCUMATION--M200 60HZ CR04.S ~oo CPM TAbLE TOP READER & CONT OOCUMATION Maoo 50hZ

CR , CaNT 200 CPM GEN D~SlGN 60 Hi

CARD TERMINAL CARD tERMINAL DECISION DATA Dti:CIsION DATA DECISIOlif OATA DECISION OATA DECISION DATA De;CISIO~ DATA DECISION DATA DECISION DATA DECISION DATA DECISION DATA DECISION DATA DECISION DATA DECISION DATA DECIsION DATA DECISION DATA DECISION DATA DECISION DATA DECISION DATA DECIsION DATA DECISJ.O~ DATA DECISION DATA DECISION DATA DECIsION DATA DECISION DATA

(GAMMA 11)

CR , CaNT 200 CPM GEh DESIGN 50 HZ CONT fOR OECI~ION DATA 9610 RoR/PUNCH CONT fOR DECISION DATA 8010 RDR/PUHCH 9610 KY8D PRI~T1NG RDR/PU , CTSil~~A ~ONT, 11sV60HZ 9610 KyaD PRINTING RDR/PU • CTS11.JA ~ONT, ~30V·50HZ 9~45 PRINTINR RDR/PU & CTS11.~A CONt,~115V 60HZ 9645 tR1NTING RDR/PU 6 CTal1-~A tONT, ilOV 50~Z 963~ RDR/PU , CTS11"JA CONT, 115V 60HZ 9635 MDR/PU , CTsl1-JA CONT, 230V 50HZ 8010 KYSO, PRINtING RDR/PU , C1Sl1 e JB CONT, 115V 60HZ 8010 KYSD, PRINTING RDR/PU , CT&11.~a CONT, 230V 50~Z 8045 PRINTING RDR/PU , CTS11-~B-CONf, 115V ~oRz-8045 PRINTING ROR/PU , CTS11-JB CONT, 2l0V 60Hz 8015 RDR/PU , CTS11-J6 CONT, 115V 6UHZ 8035 RDR/PU , CTS11.JB CaNT, 230V 50HZ 9610 'Y80 PRINTING RDR/PU CONT, 115V60HZ 9610 KyBD PRINTING RDR/PU CaNt, 230v 50HZ 9645 PRINTINR R~R~PU COHT,' 115V b~HZ 9645 P~INTlhG RDR/PU 6 CTS11.~A CONI, 230V 50HZ 9635 ROR/PU CONT, 115V 60HZ 9635 ROR/PU CONT, 230V 50HZ 8010 ~YBO, PRINTING ROR/P~ CONT, 115V 60HZ 8010 KYBD, PRINTING RDR/PU CONT, 230Y 50HZ a045 ~RINTING·ROR/PU CONT, 115V 60HZ 8045 PRINTING ROR/PU CaNT, 230V 50HZ 8035 RDR/PU CONT, 115V bOHZ 8035 RDR/PU CONt, 230V 50HZ

POLAROID CU-4 CAMERA

ADAPTER FOR PDP9 1/0 BUS ADAPTER FOR PDP7 1/0 PDP8, 9, 15IHTERtACE

10 1/0 , 11 UNIBUS POP10 TO PDP1! 1/0 INT&RFACE 11 11 11 11 11 11 11 11

DMA DMA DHA

DMA INTERPROCESSOR BUFFtR (2 UR11-j + LOGIC) INTERPROCE5S0R BUFFER W 25FT CABLES (2 M7229 + 2 aC08R.~5) INTERPROCESSOR BurFER W 50FT CABLES c~ ~7229 + 2 BC08~"~0) INTERPROCESSOR BUFFER W 100FT CABLEs (2 M7229 + 2 BCOijRpAO)

DMA IHTERPROC~SSOR LINKI OA11~SA + 2 gRll;B OMA INTERPROC~SSOR LIHK~ OA11-Sb + 2 OR11~8 OMA INTERPROCESSOR LINKJ DA11-Be + 2 DR11~B

PROG TRANSFER INTERPROCESSOR BUtFiR W COMMON CORE WIN~Ow

"'UDJ!;f.I NO

OAII-E OA11.F DAt4.A OA14·8 OAt4"C OA14.E JM OAt4-.1 DA14.L DA1StI!IC AP DAtS-! AP OAI6"F OA25"'A D125,,8 OA25-C OA25"0 OA26 .. CA O'A26.Ca OA27.C JLM OA27.CF IJLM Dl2S-A RBM OA28.C RBM OA2S.e: R8H OA28"-,,F RBM DA28.XRBH DA28.Y RIH DA2S"Z RBM D801-A D80a.A OB08"5 0809-A Dill 0.8 D811-A 0811.S 0811·E DBil-M Nt 0812-,. 3NT OB12.P SNT Olt.-A 0814.8 OB14.C 0814"0 0116-A 0816-8 0116.C 0lS8·A OB8.EA 088.E8 D89'7 DI9a-A DI99·A DCOt-AA DCOt.AB DeOl-AC OCOt-AL RW DCOt_SB

Oe;::i.lGN PROD ENGR [NGR

JP'H Bpr AR AR AR AR AR AR P'A FA JLE BV 8Y IV BY PH PH P'A FA RCR RCR RCR RCR RCR RCR RCR MI P'A A8 FA CV VB V8 JTN AJM Rl RI AM AR AR Aft IlLE JIIE JLE FA LN LN FA FA FA OK BY JwI. JtJL RW

MFGR STATUS CATEGORY AREA MO/¥R

CBS

CBB cas

2 2/72 5 4/73 5 3111 5 3111 3 31'12 ;, 10/73

o o o o D I)

" ... D 5 D 3 7/71 0 3 0 3 6/72 0 3 1) 2 0 J D 2 0 3 0 3 0


11 11 KAt4 KA14 I(A14

PROG

14/30, 14/)5 14 14

PROGTRANSFER INTERPROCESSOR 8UfF~R (2 OR11.A • LOGIC) TRAN$P'ER INTERP~OC BurtER w COMMON CORE ~lHDOW IN Sli ijNIT

PDP14.L INTERFACE To 8/1 PDPI4.~ INT~RfACE TO j/t, B/~, 12 PDP14.r., INTERrACE TO 11

14/30 INTERFACE TO. 110 BUS,"PuPa 8/1 .-SUS INTERfACE-

1$ , 10 110 & ME~ BUSES MX15, 1/0 BUSES

8/E, 8/L ,12 BUS INTERfACi ALLUWS 15 TO ACCESS 10CO~£' AL~QWS 2 15 t S TO USE 1 MX15 WITH NO CONFLICT 1/0 CON~ FOR PDP11 PERIPH£RALS CMb23,.· " 16M

SIX, 9 10 15 10 1/0 BUS DA26.CA· 10 1/0 , MtM BUS, DA NEG SUI

PUPa/l MEM TO P~Pl0 M~M l~T~, "S/l-S£ctION pOP9 HEM TO POP10 MiM IHTt,'9'ICtION-8/1; '. 15 MEM TO POP10 MIM tNTr;-lU 'ECTION POPll M~M TO PDP10 MIM lNTr, 'S·SECTION CONTROL UNIt' LXNE MX, 4CH OUT br-lj POS

CSB CBS CBS CBS css CBS cas CSS DAS DAS DAS DAS DAS OAS DAS

3 7/72 0 3 7/72 D 1 7/72 0 l 7/72 0 3 10/72 0 ) 7172 0 3 2/73 0 2 ti/73 I) 3 2113 0

. 11, OA NEG SUS

iiRlAL ASyNC TRANS " NiCElY' UNIT-INT~RPROC Bur, 10 TO OA N£GBUS INTtRPROC BUF, il TO DA N~G SUI INTtRPROC Bur, 8 POS to DA POi 8US

cas

CSS

CSS

CSS CBS CBS r.,yp ess

6 0 5 0 5 0 5 0 3 1/72 D 5 2/72 0 4 4/71 D 2 10/73 D ) SI13 0 , 1/13 I)

$ 1/73 D , 8/71 D 6 8/71 D 6 1/72 0 6 1/72 D $ 8/71 f) 5 8/71 I) 5 8/11 I) 1 D 3 1/72 D 1 1/72 D 5 D 5 D 5 D J D 2 0 6 7/11 D ) 10/10 D 3 0

8 POS , DA POi BUi 10 1/0, MEM/MUX 8US, DA PCS BUS 15, DA pas 8U8 11, DA POS SUi OA28.C OA28.C OA POS 8US , DBBe-A, D698.A 8/S D898.A, D899.A 10 1/0 & MEM BUSES 11 1~ 11 11 BA12 BA1~ 8/1", 8/1 + BUB OB14.A DiU4.A D814·A 16 16 16 8, 8/1 8/! 8/i: 9, 7 9, 8 9 8 POI 8 Pos 8 POS DC01-AA 9

INTERPROC Bor, 10-TO OA pOs BUS JNT~It'ROC lur, 15 TO UA· PQS BUS .. INTERPRoe Bur, 1l TO DA POl BUS 4 'PORTDA BUS EXPANDER BUS· EXTENDER INTERPROC 8UF, TEMPO 1 surFER ADORES~ eONTRO~ INPUTIOUTPUT DATA BurrER DATA SR~AK OPtION %NPUT/QUTPUTDAtA BurrER XNTiRPROCESSOR eUFFEA-UNI~US REPEATER .. D81i.A ~lTH DISABLE swITCH GENERAL PURPO,! TtL INPUT/OUTPUT PATCH PANEL FOR SWAPPING P'RIPH~RAL~ DAtA Bu~r'RMODULi sEfiiG6uT DATA iurFia MODOL~SET '0& OUT INTER'RaC'SSO~ 8U"~ReONt SPACE reR 6 CH MODuLE sET pER CHANNEL FLAG STATUS REGlSTER PROGRAMMED SELEtTOR REGIStER GtNE~AL PUR~O$E<1~TERr'Ci~M'3'1 OUTPUT INTERrACE M7l14 lNPUT"tHtiRrACE-M'317-1,8 INTER'ACEl.erCLE INTEMPROCt6$OR 8ur,rtR, eli TO 8/E INTER~ROCE'6QR BurrER, i/& to 8CO¥J.25 "7 IjTtRPROCES$OR BUfrtR-9/8 INTERfRoctsaoR aU~fER 9/9 IHTEaPROCES$OR ButtER aLINE SCANNER tUJ.,L DOP"EX (TTY &/Q~ ~IA) 8 TTY SCANNER HAL' DUPLEX" 8 AstH SCAN FULL DUPLix-tIA J CYCLE rULL bUP"EX LINE UNIT - .. , ... -. 8 TTY~LINe SClH~!R t/a DUPLiX ECHO

MODEL NO

ENG MGR

DCOt-EA DC01-E;B DeOl·le Deol·ED DeOl-FA OC02-A OC02-D aNT DC02-DA SNT OC02-E SNT OC02-'A DC02.,F8 0(02-'C DC02-G DC03-A DC04-A De04-AA DC04-AB De04-CN Oe04-CP DC04-0N DC04-DP Dcoa-A Dcoa-8 OCOS-SA DeOSeSI DCOS·C Dcoa-CM DCOS·CS Dcoe-o' De08·~8 Dcoa-ED ocoa., DCoa-FE DC08-" oC08.rx ocOa-a OC08-.. Dcoa.J DCOS-LA -ncoe-LB OCOS-LC DCoe-LD oeoa-",! ocoa-Lr DCOe-LG DeOS-LH Dcoa-PM JLM DCoe-PN JLM DCOSePP JLM DCOS-PX JlaM DC08-R OCOs-s DCOS-T DCOQ-U

DESIGN PROD E:NG~ ENGR

5T RW ST ~w BMW MI DDM MI DOM DOM DOM DOM DDM "JL Rl RI RI EM Eft EM ER MI MI

MI MX Ml MI MI

HI Ml MI Mt MI MI MI

JJL JJL JJL JJL

M'G~ STATUS CATEGORY AREA MO/YR

CSB css CBS LVP CSS

CSS

SSUK SSUK

SSUK

SSUK

saUl( SSUK SSUK SSUK saUK saUl( saul< CSS css css CBS CSS cas cas CSS

J D 1 D ) 0 3 7/71 D ) 0 5 D 5 D S D S 0 !5 0 5 I)

!5 C 5' D 6 D 6 4/73 0 6 4/73 D 6 4/73 0 5 4/73 0 5 4/73 0 !5 4/73 D 5 4/73 D 6 4/73 0 6 4/13 0 6 4/13 0 6 4/73 D 6 4/73 0 !5 8/71 D !5 8/71 D !5 D !5 0 6 4/71 0 6 4/13 0 6 4/73 0 6 4/'13 D 6 4/73 D 6 4/7l 0 6 4/73 D 5 D 3 D

D J D 3 D ) D ) D J D 3 0 3 0 3 D 1 D ) 0 3 D 2 D 1 0 3 D 3 0

1$ 15 15 15 11 BA08

U~ED ON

DC02.A, DC02-e; DC02-A 8A12 8 PO, I PO& • PO. DC02.' OCOQ",A 12, e POS BUS la, 8 PQtS BUS la, S POS BUS 8 NEG 8 pos De04.eN DC04-CP DL8-I DC08.A DCOe-A OCOS-SA DC08t1!!1A ncos",c! Dcoa-A Dcoa.c DC08-CB ncoa-ce, DCOI.O DeoSeS oeos-" Dcoa-A OCOS-FE, Dcoe-l Dcoa.A . DCOS-F 8 DCOS.H

DESCRIPTION 35

8 LINE SCANNER fULL DUPLEX (TTY &/OR ilA) 8 TTY LINE sCANNER HALF DUP~EX ECHO-.-LOGIC 8 LINE ASYNC SCANrULL DUPLtX EIA'"] CYCLE-

S LINE lSYNe SCAN, HALF DUPLEX ECHO TTYO~ ilA SE~ SP~EDS 8 LINE SCANNER rULL DUPLEX (TTY &jO~ EIA) SUFFERED ASyNC LINE INT~RfACE 4 CHANNELS MODUL~ SEr fOR t LINE VARIA8~E SPEED OPTION BUFFERED ASYNC LINE l~T~RrACE 4 CriANNELS

BUF ASYNC LINE INTERFACE, UP TO 8 CH, 12 MAX, 2 Re CLOCKS aur ASYNC 'lN~ XNT~R'Act, UP TO e ca, la ~AX, 2 XiAL tLOCKS aur ASYNC LXN, XN'rI:l(FACi: UP TO 8 CH~JaMAX,' tRe, ~ ~T~L C~K'

MODULE $ET 'OR 1 LINE· . - " 64 eN TeLEGRAPH LINE AOAPt!R DUAL 0-81T 8UfFER~D R~CEIVER DC04.A , AMPEX 750 TApE RECURDER W fS OCO.-A , SONY 355 TAPE RE~ORD~R W-PS

A5YNC 6 BITREC~IVER CaNT, w 2 eM; iP FUR 6-MURE ASYNe 6 BIT RECEIVER CONT W 2 CH, SP FO~ 0 MO~E

MODULE SEt rOA 2 wiNES MQDU~E SET FOR a LIHE~ sERIAL LINE MUX laS LINES LOCAL TTY OR MOD!M CONT PANEL

DC08-A ADAPTER, SPACE FOR ·16 GPO MODEM LINES MODULE SET rOR 1 LINE T£LEGRAPH CONVERT'~ PAN'L, iP FOR l~ ~INES MODULt SET FOR a LINEi . SOLID SlATE T£L~G-CONV, Sf fOR 32 L1N~S LINE TERMINATOR PANEL LINE CURReNT AD~U~T , M&T~R PANEL INTr 'Q~ 8 FULL"DUPLEX GP~ tELEGRAPH ~INES MOD~M INTERrACE CONT MUx,64 CHAN~E'S' 32 eN EXTENSION FOR DC08-r -)2 CH EXTENSION rOR DeostI!!IFE MODIFIED Dcoe-r MODUL~ SET FOR Dcos-r DIAL OUt MUX fOR 10 LINES

DC02-B, -0, ecoe-F,-H, MOOU~E SET FOR DC08.k

689-LM,-AC, De10.&

DC08_LA DCOa-LA DCoe.LA OC08-I"A cCOS-LA Dcoe-LA DCoe"x"A Dcoe-PN, S··NEG 8 P05 DcOe-PN, 8/1, 8/1 a POS DC08-S ocoe-T

-PP, -PX

.pp MEMORY PORT

SPACE FOR Up TO 32 G787 Gpo 8ARRl~R MoDUL~S MODULE SET tOR 1 LINE"wITH gC08.rMODULE SET fOR 1 LINE WITH DC08-H MODULE SET ,O~· 1 LINE WITH 689.~M MODU~E SET FOR l LINE WITH 689.AC MODU~E SET FOR 1 LINE WITH OC10.a MODULE sET fOR 1 LINE WlTH DC08eS MODULE SET FOR 1 LINE WITh DC02.D MODULE SET PER lIIN! --16 CH SiNe tIA LIN! CUNT, SP fOR 4 CM 16 eM SYNC EIA LINE CONT, 8P FOR 4 eH EXPANSION W SPACE FOR 6 CH CYCLIC CHECK SYNC LINE MUX UP TO 10 DC08"T SYNC ~I~E UNIT 8EL~ 201 SyNC LINE UNIT aELL lOl

MODEL NO

DC08-Y DCIO

ENG MGR

OCIO-AA DC10-AS Deto·s DCI0.C DCI0-0A OCtO-DB OC10.£ DeIO-FA DCtO-F8 DC10.H RBH DC10-PP DelOIlS JEM DC11-AA DCll.AS DC1I-AC DCII-AD OCtt-At DC 11-AF DC Il-AC DCtt-AH DCtl-AX Del1·SA oett-oA DC14-A DCt4-S DC14-C OC14.0 OC14-LA DC1S_A OC15.R RBH OCI5-S RBH DC16.A DC16.S DC44.AA FW DC44.AS rw DC44"SA rw DC44-S8 rw DC68.A DC70 DC'11-AA OC71~AB De11-SA DC7t·B8 DC'7t -0 DC7t-E DC'2.AA EAS DC72-AB EAS ,OC72-8A £As OC72-S8 EAS oe'2-CA EAS OC72"C8 EAs De'2-LA EAS DC72.L8 EAs


MI KE XE KE Ke; KE KE KE KE KE J(E

RBM R"S PC: VB VB V8 VB VB VB VB VB VB VB VB AR AR AR AR AR FA RJS RJS JLE JLE WG We; Wei WG I<E J(U

KU XU J(U

KU KU KU KE KE kE KE KE KE KE KE


SSUK

6 4/73 I) - o 5 0 5, I)

5 D 5 D 5 D 5 D 4 0 5 D 5 D 1 1/73 D 3 1/73 D 3 1/13 D 5 0 5 2/72 D 5 2/72 I) 5 D 5 D 5 I)

5 0 5 0 ) 3/71 D 5 3/71 D 4 6/11 D 4 1/12 D 4 1/72 J) 4 1/72 D 4 3112 D :I 1/'2 D 2 D 2 1/~3 0 J 0 4 8/71 D l 3112 J) 3 6"2 t: :I 6112 I: J 6112 a: 3 6/72 E 6 10/72 D

-6 10112 , il0/72 6 10172 , 10/72 3 )/"'~ 3 3172 ~ 411] 5 4/73 I 4/73 5 4/73 5 4/73 5 4/73 5 4/13 5 4113

E E E e:: E D D E E E E E E o o

OCOS-A 10 10 10 OC10-A DCI0-A DC10-A OC10-A OC10-A DCI0-A DC10!!9A OCI0.A OC10-A OCI0-A 11 11 11 11 11 11 li It 11 DC11-A DCI1-A 14 8/E DC14-A 11 14/1" 15 DAI~.S Ii 16 DCt6.A 10 10 to 10 OCOS

10 10 10

USEO ON DESCRIPTION

LIN£ SAMPLING CLOCK (MODULE SET) DATA LINE SCANNER- SERItS'NAME CONTROL UNIT 60 HZ CQNtROL UNIT '0 HZ a"LINt GROU' a-LINE TELEGRAPH RELAY ASSY T~LEG~APH POWlR-sgPPLY, 60 HZ ,T~L.EGRAPH POWER SUPPLY, 50 HZ EXPANDED DATA SET CONTROL EXPANOER CA8INET 60 HZ EXPANPIR CAil~!T"O Hi a-LINE ~RQUP rOR IBM 2741 PATCH PANiL

36

EXPANDED DATA SET CONT, UK, C~ITT V24, HALf OR fUuL DUPLEX BUF lSYNC LINE CONT, $p FOR 2 CH, 300, ~5b, 134,$; l1ij 8AUD BUF ASYNC LINE CONT, SP rOR 2 CH, 1800, 1200, 100, i10 8AOD aUr AaYNe LINt CONT, iP FOR 2 CH, 1200, 600, 150, 110 SAUg BUF ASYNe LINE CONTr ap FOR 2 ~a, 50, 110, 114.~, lS0 BAUO Bur ASYNC LINE CONT, SP FOR 2 CA, 15, 110, 134,5, lio BAUD BUF ASYNC LtNE CONT, SP FOR 2 CHI 600, 1200, 1800, ~400 SAup BUF ASYNC LINE CONT, iP FOR 2 CH, 134.5; 150, 300, 1200 BAUD BUF ASYNe LlNt COHT, iP FOR 2 CH, 110, 134,1, 1aOO leoo BAUD

BuF lSyNC LINE CONT, sP 2 CHI 110, 134.5, 150 + 1 C08TOMEgiP~C BAUD LOGIC MODULE SET fOR 1 CHANNEL DC11~BA + Ofl1-A + SC01R-a,

ASYHC LINE CQNT, ER~oa,CO~R.ECTI~G'l •• SIT WORDs lSYNe LlNE CONTrOR uP-tO 12 LINEi (HQ3l2)

ASYNe LIN' CONT, ERROR CORR 1~-81T'WORDS 1Mi3]l) , ASYHC LINE CONT fOR UP TOla LINE$ iM8334) OC14-A tOR POPI4., '- . -CONT fOR l2'KL11" CONVERTS TTL TO ", R82J2 SPEC CONT FOR 4 SYNCHRONOUS MOQIMS SERIAL INTERFACE M731J -DUAL SERIAL I~T~RrACE'ADAPTER (M7l3~)

TIPi.iT sueSl6TEM, OL10-AA + il/,s-cc + K~l'-'~~li$¥ 60HZ- -TY".'T ,O.SYSTEMi OL10~1& + lilli-CD .' KW11-" alOY 10HZ TYPESET SUB$YITIMi OLIO-C. 11/1s.ec + KWll~L~ ll$V 6CHt TYPEsET SUBSYSTEM* OLI0-C + i1/lS-CD + KWll-L, a30V 50HZ

SERIES NAME FOR REMOTE POPS-IO MPa-! CRR/I-FA POP8.IO MPa.x CRS/I.Fa pope-Xc MPa.x eRS/I.FA Popa.XD MPa.I CRS/I.FS

6~0.1 PACKAGE FOR POPUlO TERMINALS ' Kwe.Il D~Ol.AA LP08-~C Mea-Ii 115V 60H~ KWe-XA DP01-AA LPoa_uD MCB.Ie 230V IQHZ KWe-IA DP01-AA LPOa-KC Mea-xs 115V 6UH~ KWI.IA DPOI-AA LPoa-KD Mca.II alOV 50H~ 10

(10) (10)

De7l"A, -8 DC11-D

8 LINEa; DWOS-S + Dcoa-'C .. 8 OC02.C; ,• wINE ~XfANSION • DeOZ.Fe • 8 OC02-a

10 10 10 10 10 10 DC72-A, DC72-A,

8K ~KP8t.CA, DP~.E, LS8.tA,.c~~_r~ +,-115~~O~Z 8K PDPS'-CB, 0'8-', L&B-'i~ C~8.'b, +, alov 50HZ SAM~ AS DC72-AA-ExCEPT L[8.~A INstiAO or LSi-iA SAME AS DC72-A8 IXCiP! 'Ej.Js X~STiAD 0' ~Sij_E8 SAME AS DC72-AA EXCEPT LEs-KA INSTEAD or LSj-EA SAMi AS DC'awAB EXCEPT LE8-KB INSTEAD or LsS.is 8-LIN&; TTY PKG (8 KL8, iAS-AA, $O"TWARE) , '-1 i 5 V 8-LINE TTY PKG (8 KL8, BAa-AB, &O~TWARE), a~oX

MODEL NO

ENG MGR

DC,2-LC EAS OC75-AA EA8 oelS-AI EAS OQ75-0A EAs OelS-D! ElS DCls-! EAS OC1S-UA EAs OC7S.U& EAS DC'7$.VA EA8 OC75-Vi EAI DC16-AA EA& OC76-AB EA5 OC76.DA EAI OC76-0B tAS OC761!!1E EAS OC76.P'A EAS OC16-ya EAS OC16-HA EAs OC16.HB lAS OC761!!1HC EAs DDOt-AN DD01""AP 0001-0 0002 OD11-A 0011,,8 OD14-A DEll-A Of:! 1-8 VB orOl-A or10.A OF10.8 OF10-CA RBH OF10-CB RBH 0P'11-A VB DP'11-8A VB DF11-88 VB DF11-' VB OFlt"G va or11-K VB D"2 Of)2-A 0"2.8 DF1.2.C DF12-0N DF12-0P or12-EN orl2"EP OFMA DrMA-D OFRtl-A orSl1-H JLM DHll-AA VB OHI1-As V8 DH11-AC VB

DESIGN PROD ENGR ENC;R

KE KE K£ KE KE KE Kt KE KE KE KE KE KE KE KE KE KE KE KE KE AKI AKI AKI AKI PJ LC AR CA as DR KE KE RJB RJS DR Me Me DR DR Me, as as as as JK ,)1< JI( JK Gs GS Kif SPRY Me Me Me

MP'GR STATuS CATEGORY AREA MO/YR

DAS OAS

ess

5 4173 D 5 4/73 E 5 4/73 E 5 4/73 E 5 4/73 E 5 4/13 D 3 3/72 D 3 3/72 D 1 3/72 [) ) 3/12 D 2 1173 E 2 1/73 E 2 7/7) E 2 7/73 E 2 7/71 D 2 7/73 D 2 7/73 D 2 7/73 D 2 7/13 D 2 7/73 D 5 D 5 D 4 10/71 0 5 D

" D 4 3113 D 2 3112 D 6 8/72 D 6 8/72 D 3 8/72 D 5 0 5 2/73 D 1 10/73 [) 3 10/73 D 5 3172 D 3 8/72 D 3 8/72 0 3 6/71 D 5 3/72 0 3 3/72 0 6 2/71 R 6 2111 R 6 2/11 R 6 2/71 R 5 R 5 R 5 lit 5 R 5 R 5 6/71 0 2 4/71 D 2 8112 D 5 1/71 D 5 7/73 0 5 7/73 0

OC72-A, 10 10 OC75-A D(:751118

USED ON 1Ji:SCRIPTION

-B, -C, -LA, -LB a-LINE TTY PKG (8 K~8, SOFtWARE) SyNC COMM srS = DL10.A~ + 11/15-CC + DS11"A + 8 P811-SA SYNC COMM BYS • DLIO-AS • 11/15.CD + OS11"A • 8 OS11-SA

OC7S EXP1 DLI0-C + 11/1S-CA + D~11"A • 8 Dill-SA OC7S EXPt DLIO-C + 11/15-C8 + D511-A + 8 0$11-SA

(10) DC75 I11 A, OSlO

-8, -OA, -DB 8 LINE EXP. 8 Dill-SA DC7S-AA (~ TRADE-IN or PS10) OC75-AB (W tRAD~.IN Of DS10) DC7S-AA (~ TRAOE.IH or 2 0810)

0$10 2 DSI0 a OSlO

37

10 AiYNC COMM SYSt DC7~.A8 (W TRAO,-XN or 2 g810)

OLIO-AA, PDP11, DHll, OM11-8B~ ~TC, 115V 60HZ OL10-AB, PDP11, DHll, OM11-S8, ETC, ilOV 50Az 10 ASYNe COMM SYs.

OC76.A, DC75~A OC76 EXP. DC16wAA EXCEPT OL10-C l~ PLACE Of DLio;AA, 115V EXPi DC76~AB EXCEPT OLIO-C XN PLACE OF OLIO-Ab, 230V 16-LINE EXPANSIONI DHll, OMlt-SB,-ETC

OC76-A, OC7S-A OC76 OC76-A, -0 DC76-AA, eOA DC76-AS, "'DS OHll OHll OH11 8 NEG, 8F02 8 POS, 8P'02 11 OOOI-A, .P, BF02 11 11 11 KL11 KL11 EIA 10 10 to

2ND DC7& EXPANO~R CAB, 115V 2NO DC7& EXPANDER CAB, 2l0V 20MA LOCA~ LINE KIT (4 DM11-DAl EIA LOCAL LIN~ KIT (4 OMll-0B) INTEGRAL MODEM KIT (16 OF11-S8)

CONTROL rOR UNIV DIG CONT, SP FOR 4 12 8IT WORDS CONTROL fOR UNIV DIG CONT, SP fOR 4 12 ~lT ~ORDS CONTROL FOR UNIV DIG CONT, SP FOR 1 1o-ali WORD SYSTEM UNIT, SPACE fOR 4 12 O~ 16 aIT I/O-WURDS

MOUNT FuR 4 QUAD CARD CONTROLS 0011-A w ETCH BACK PANEL, Olff PWR CONNECTIUN PREWIREO SYST~M UNIT fOR 4 DC11;C-C~ DCil~D

E1A CONVERTER, RS232C FtMALt EXA ~ONVERTER, RS232C MAL~

DATA COUPLER, MODEM ACOUSTIC, MAGNETIc & DIRECT, 115V DATA CHANNEL, 256 K ADDRESS'RANGE; 60HZ DATA CHANNEL, 256 K ADDRESS RANGE, 50nZ

DATA CHANNEL, 4,419K ADDRESS ~A~G~, 60HZ 10 DC11-A OCI1-A DC11-A

DATA CHANNEL, 4,419K ADDR~ss RANG~, 50HZ OP11-AA DNlt-A tAla'" EIA/CCITT TERMIMAL MODULE-SET (M594)

OCI1-A

INTEGRAL MODEM (lilA !QUIVAuE~T) MODULE (M586) INT~GRAL MODEM (1138 EQUIVAL!WT) MOOULE (M5a7) ACTIVi aOMA CURRENT LOOP TiRMINAL MOOUL~'BET'

CURRENT S~ITCH ttRM MOD sET FOR' lot-OR 303 DC11·A t,AlO-S 8 NEG' 8 NEG 8 NEG

DC11-A PASSIVE OPTICAL COUPLLD aO-MA TtRMINA~ MOUULE liT (M598) 32K 12 SIT + PARITY Dec DisK' CONT-60 HZ 32K 12 SIT + PARITY DiC DISK , CONT 50HZ 19-1NCH OF32 fOR H950

8 NEG 8 NEG 8 POS 8 Ne;G • POS AI#l.I Dr3a " 0832 DfJ2.D , 05l2-0 DCR11.A OCII-A" DP11.AA 11 11 11

19-INCH DF32-A FOR H950 laK 1~ BIT + PARITY-DtC DISK' CONT, 60HZ 32K 12 SIT • PARITY Die DISK • CONT 60HZ 12K 12 BIT + PARItY DiC DISK & CONT 50HZ 32K 12 BIT + PARITY O~C DISK , CaNT 50HZ DISK MECHANICAL-ASSEMBLY DISK MECHANICAL ASSEM8LY RUGGtO OP'11-A MIL STD 18ec TERMINAL MODULE SET (M5941)

16 LINE MUX OIST PANEL & ltlV fS PROG LINE SP~EDS DH11-AA W NO DI6T PANEL" NO fa 2;JOV OHll.AA

MODEL NO

ENG MaR

OJ11"'AA VB D"11I!JAB va 0~11-AC va DJI1-NA oJSl !M-A JLM DJS11-e JLM DKOI-A OKlO OK8·£A OK8.EC OKI",EF sNT DJ(8-EP iNT OK8-ES 8NT oKSS-EJ AP OLI0 OLtO_AA DLtO-AS OLI0·8 OL10-C DL11-A DLlt-S OLI1-C 01111·0 oLlt-! DL14-A OL8-1 DMOt DM'02 OM01., DN04 DM09-A DM09.L DN10 OMI0"'8 OM11",AA DMlt-A8 OM11",A(: OM11.8S DMI1-CA

'OMlt_DA OMil-OB DM11!!!1DC OM11"00 OM12 INT OMAI0 lllle R8H OMA10-r RBH, ON1I-AA V8 ONII-AB va OMII.SA VB ONI1-0A VB ONC02-'A ONC02-SA ONCO].'A ONC01-SA DNC22~'A

DESIGN PROD ENaR ENGR

Vs VB va JTN ABW ABW RG JS Aot ADI" AW AW AW MS TWE TWE TWE Twt TWE PJ PJ PJ PJ PJ VDB HI RM DM OM RR MI JE JJL J\oJI" VB V8 VB RL OM VB va V8 VB RI TO TO SS SS

JSS SS


e~s CBS cas lpG

eSB

$ 1173 D $ 7/73 D 5 1/73 I) 6 7/73 D 2 6/72 0 2 11/12%D 4 D 5 0 5 10/71 D 5 2/12 I)

5 2/72 0 $ 2/72 0 5 2/72 0 3 11/72 0 - D 4 9/71 0

UStO ON 38

11 16 LIHE CHAR sur MUX, wlMITiP PROG CONT, ~IA 11 16 LXNE CMAR SUF NUX, ~lMITiO P~OG CONT, TTL 11 16 LINE CHAR Iur MUI, LIMlTEO f~OG CONT, TT~ 11 HAL~ DUPLEX SYNC COMM, ~EPLACED er OQali.~ -11 32 LINE CHAR ijur MUX,-$lNGLE BAUD-RAT' 11 32 LINE CHAR eur MUX, nUA' SAUDRATi -Aros 4X LINE FREQ INtERRUPT" - -10 PROGRAMMABLE REAL TIME CLUCK 8/E REAL TIME C~OCK, LINE FR&QUENCY 81E REAL TI~E CLOCK, CR~St'L OKS.Ef, DK8.~' 8CH~ITT-CONT , INPUT ~ACK~ fOR H94S.AA elE PROG~AMMASLE REAL TXM~ cLoeR w J SCHM1TtS 8/E (L1B S/E) DK8.i:P + DKS-iF " ,- - .. 8/e INTERFACE T9 CLIMATE CLOC~ (HRS, MIN, SEC, ~ULIEN CAL, BCO) 10 DATA ~INK(pOP11TO PDP10 MIM) sERIEs NAMe 10 1/0 , MEM 8U$, 4 11 UNIBUSES CONTROL UNIT il~V 6~MZ --10 1/0 , MEM SUi, 4 11 UNIBUSSES CONTROL UNIT ~30V 50HZ D~10.AA, -AB '"aND'POP~O 1/0 BUS PORt OLIO-Al, eli ADOiTIONA~ PDPtl UNIBUS PURT

4 9/71 0 4 9/71 0 4 9/71 0 1 6/72 D 1 6/72 0 3 6/72 'D 1 6/72 0 ) 1/13 0

DDlt KAll KSlt Kel1 KDlt-1 MMtl-M-S -$, 8 SIT NO'PARA$INC OATl eONT 20 HA

TPL cas Css TPL

cas eas

cas

2 0 5 D 5 D 6 0 6 D 5 6/?1 0 5 0 ) 1/12 I) l 1111 0 3 6113 D 5 3/72 0 5 3112 D S 3112 0 S 3/12 D 1 9/71 0 5 3/72 D 5 3112 D 5 3/72 D 5 2/72 D 5 1/73 D 1 8/72 D 1 8/72 D 5 3112 0 3 1/72 0 2 3111 D 5 )/72 0 6 1/73 D 6 t11) 0 6 1/7l 0 6 1/'1.) D 6 1/13 D

DITTO EIA AStNe CaNT, 8 LEVEL, NO PARITl OITTO DL11-A, 5.8 BXT, PARITI ChOICE DITTO OL11-a, 5_8 BIT,PARItr C&OICi DITTO EIA A6YNC DATAS~T CONT --K114, PDP14-p TRANSMlSTlON MONITORING lNTiRtACI (MAP OP~l~N) 8/X DATA Ll~E INTERfACE -8, 8/1 DATA CHANNEL MUkTIPLEXER 7 PROGR1MMED DATA INTERlACE 36 ilTS 8 AUTO DATA %NTERFACE 3i 81TS 8 POS DATA BR~AK MU~TIPLEXER 9 DIR M~M-ACCESiMU •• DAPtiM 9/L DIR MtM ACCESS MUX AOAPtlR 10 8 CHANNEL D1RECT NEMORt-ACCESS OF10, DMIO ONEWORO BurFER . ' 11 t6 LINE MUX, DIS! PANEL' 115v PS,CU8TOM~R 8AUP RlTE 11 DM11_AA WHO OlSTRI8UTION-PANEL"-NO PS 11 230V OMit_AA .. OM11_Al,-le, DHI1-AA, -AC 16 LINE"MOD~M CUNi MUX ~O~ULi SET OM11-AA, -AC1 CHI1-AA, -At TELEX CONT MODU'~ S~T OM11_AA, -AC, DH11-AA, -AC 4 TTY LINE MODULE SET OMlt_AA, ,.lC, Dt'U l-AA, -AC 4 LINt: ~IA MQPUl"E stT OMtt-AA, !!!lAC, DM11-AA, -AC 4 LlN~ ilA COHTROL SIGNAL MODULE SET DMll.AA DISI PANt~ 4 M%L 18SBLINEMODULi SET - -KF12 l eM DATA BREAK MUX to 1/0 , MEM BUI DMA l/Q MUX (1.0 sUSES TO "INTERNAL BUS") USED W DAIO-' 11 "INTERNAL 8UI" ALLOWS 11 TO us~ pDp10 ME~ORY -" 11 . AUTO PIAL CONT, If rOR .tH TO 801 Aeu 11 AUTO DIAL CONT FOR DC PULSIHG BEL~ 1180AA, IP 'OR-X~ed DN11-A MoOULE &ET fOR i CHANat~ '-DN11-A DN11.BA-+ B~OlR~2$ - SINGLE 2 AXIS CONt fOR fUJITSU EMPM, 11$V 60 HI - lINGLE 2 AxIs CONT FOR ~LO SfN,-ltSV 60"HZ • .INGLE 3 AXI. CONT FOR rU~ITSU EMfM, l1jV 60HZ • IlNGLE 3 AXI. CONT fO~ SLO Sy~, 115V 60"H~ - TWO 2 lxIS CONT rOR FUJItsU EMPM, 115V 60Hz

MODEL NO

DHe22-SA DNe33-FA ONell-SA DOC~16 DPOt-AA OPOI-AS O'Ol-Ae O'Ol""al DP01-BC DPOl-SD DPOl-BM OPOI"BJ D,01_8K DPOI·CA OP01""08 DPOl-oe DP01-! D,02-A DP03

ENG MGR

DP04·CA OPOS.AA D,09-A O'11-AA OPtt-CA DPI.l-DA D'lt-OC Dplt-KA D'12-A INT 0'12-8 INT DP15.A OP8.EA D,e-E& OQll'-'AA VB DOlt-AI V8 DOll-SA VB DOll-Dl V8 DQ11.EA VB DQ11-KA va DQ~H l-l JLM DQS11.8 JLM DQSlt-C vLM DQSlt-D MH DR07.NA vLM DRO,-NB JLM DR01.PA JLM DR07.PB JlIM DIlO,.R "LM D1\09.A DRtl-A DR11·8 DIU1-C OR11",F DRt2 SNT DR12-X SNT ORt2-XM INT

DEStGN PROD a:NGR ENGR

JLE MI JvL JJL JJL JJL

JJL JJL JJL JJL JJL JJL MI JJL JJL

JvL DB RL RL ttL RL RL Rl RI PR RNS RMI RL RL Rt. ItL RI" RL JTtI JTN SPRY PC MS MS MS MS M8 MI PJ PJ PJ ODM Rl RI Rl


css CIS CIS ClSa 8aUK CSS CSS Css ess CSI ess CIS css SSUK CBS

asMU

css Css CBS SSUK CSS CSS Css CBS CIS

6 1/73 0 6 1/73. D 6 1/7l 0 3 9/72 B 5 D 3 0 3 D ) D 3 0 2 D 3 3/72 D 1 7/71 0 3 3/72 0 6 D 6 0 6 0 5 D :5 D 3 D 3 D 1 0 1 0 5 3/72 0 5 2/72 0 5 2/72 D 5 2/72 0 5 2/72 D 5 3/71 D. 5 3/71 D 3 9/72 D 3 1/72 D 3 1/72 D 2 11/73 0 2 11/73 D 2 11/73 0 2 11/73 D 2 11/73 D 2 11/73 0 3 8172 0 3 7/72 D l 8/72 0 3 1/73 D 3 11/72 0 3 11/72 D 3 11/72 0 3 11/72 0 3 11/72 0 5 D 5 2172 D 5 2/72 0 4 3/72 0 4 1/72 0 5 D 5 3/71 0 5 3/71' D

USED ON

---161M 88/S, 811 NEG 8, 8/1 NEG B, 8/1 NEG 9 9 9, 9/1" 9, 9/t. 9, 9/1" 9, 9/L 10 7 7 DP01-AA THRU DC 8 DPoa-A 680/1 .·POS 9 11 DP11-AA 11 . DI>II-1A D5>11-AA 12 12 Ui BIE 8/C

Df;SCR1PTIQN

TWO 2 AXIS CONT 'DR SLO SYN, '115V 60HZ TWO 1 AXIS CONf FOR FUJITSU EHPM, 115V 60hZ TWO 3 AXX$ CONT fOR ILO'SYN, 115V 60HZ

MAINT~NANCE MANUAL , DRAWING lET BIT stNC MODEM INTERFACE JELL 201 alT SYNC MODEM INTERFAct BELL 301 lIT SYNC MODEM INTE~"CE tiEL~ 30l lIT SYNC MODEM XHTERrAC~ SE~L 301 BIT SYNC MODEM INTERrACE SELL 303 BIT SYNC MODEM INTERFACE IBM 3977 BIT SYNC MEDEN INTERFACt ~~~L-201 ON PCH BIT SYNC MODEM lNTERFAct ~ELL J01 ON aCH BIT SyNC MODEM XNTERFAct &~L~ 303 ON OCH BIT SYNC MOPEM INTERFACi JELL 201 BIT SYNC MODEM INTERFACE 8ELL lOl BIT SYNC MODEM INTERFACE 8ELL 10l MUDUL~ ~Et FOR XOR Bur -AUTO OIALMUX SPACE FOR 4 CHANNELS MOoOLE SET FOR 1 CHANNE~ IN oP02 -8 G~O LIN! FILTER·PAH~L . BITSXNt MODEM lNTERrAC~ 8i~L 2Ql BIT SYNC MODEM INTERFACi &!LL 201

DOU8LE BUF SYNC-LIN£ CONT, WITH lCH, NO CLUC~ EXPANDER to 12alTS MODULE . - -- -

39

DPSi-AA + DF11-A+ acoiR-25 FOR 201 MODEM DP11-AA + OF11-A + BC01U-25 FOR 303 MOoiM CLOCK, f'REQUENCX CU6TOMiR spa:Clrlt;D -. TTY"INT£RfACE MODULi SEt -BIT SYNC MooEM lHTERFAC£il, :XTAL syNCHRO~OUS MODEM INT£RfACE

BIT SYNC MODEM INTERrACE BELL-a~1-(M8~9, M8b6) 8XT SYNC MODEM lNTeRFAct SELL J01/30)'(M8)9, H866)

11 DQll-AA DQll-AA 11

DBL Bur SYNC LINE CONT, OMA, UP--TO 16 81TS/CHAR --BCC (BLOCK ~HECK CHAR, LRC OR eRC) UP TO 16 BIT8 MODEM CONTROL (M7815) DQ11-AA .-oQl1_SA + Of11-. (EIA UP TO 10 KB) DQ11-AA • DQ11-BA • orl1-G (SELL lOl/~O) ~O 2$0 K~) CRYSTAL CLOCK (M405) ..

11 PQI1-AA 11 11 11

DaL Bur 8lSYNC ASCIl CONT, HALF DUPLEX, SYNC LINE CONt, aHA DaL BuF BISyNC E8CIDIC CONT, HALF DUPLEX ~YHC LIN~ CaNT, DNA oSL BUf FULL DUPLEX SYNC LINE CONt, DMA - - -

11 8 NEG 8 NEG 8 POS 8 POS DR07-NA -NB ePA .PB 9 OP11-A, KA11 0011., OD11-A DRll-A 12 la, 8 pas OR12·X

DUAL SERIAL SYNCHRONOUS OMA LINi INTERFAC~ CaNT W 6 SPDT IOOVA RILAYS, SP tOR lO MURi, ll5V CONT W 6 SPDT 100VA RELAYa, Sf ro~ 30 MOR~, 230V CONT W 6 spDp lOOVA RELAYS, Sf fOR 30 MORE, 1i5V CONT W 6 SPOT 100VA RELAYS, 8P rOR 30 MORE, 2)OV 6 SPOT 100YA RELA¥I FOR DR07-H,--P ~XPA~SloN ~M800)

18 BIT RELAy surrER PROGRA~MED DEVItE INTtRrAC~ DIR M~M ACCESS DEVICE INT~RFACE PROGRAMMED DEVICE" INTERfACt(M7860) INPUTIOUTPUT PANEL FOR ~9~S IN LAS-II 6 BIT RELAY BurfER - . - - - ~ -6 BIT RtLAY BuFFER W IPAC~ fOR 6 MORE BITS 6 Aba,TkoNAL BITS fOR'DR1~-i

MODEL NO

DIUS-C DRS.EA DR81!11EB OR9-EC ORIO DRBO"CN DRBO-C' DR80"CX DR80",rf DR80eMR DR80·SR DR80·SS OR90 DR90",CN DR90"CP OR90·Cx DR90.r, DR90.MR DR90-SR DR90"Se ORfU I-A DRRll-! DRB8"EA DSOleC D804-A D80.-8 DS10-A 0'10-8 D&10-C DIIO-D 0111 0.11eA DI11-8A D811-B8 DS12 08:120-IA D"20-'8 01'20-81 D8320-8B D5320-CA 01J20-C8 D1320-0A D1320-08 D.320.,UA -O,320-U8 DIJ20-'A D.J20-Y8 0'~·2-A D')2-8 DS12-C 0832-0 0'32-£ 0.12-, D.32~H 05)10-AI

ENG MGR

BD SNT

.SNT SNT

JEH


BG AM AW AW DEG DEG DEG DEG DEG DEG DEG DEG DEG DEG OEG DEG DEG nEG OEG OEG KH KH GO RN RN RW KU KU IU KU KU KU KU KU GIP BALL BALL 8ALL 8ALL BALL BALL BALL 8ALL SA"'L BALL BALL BALL Gs GS

JK JK MI MI BALL

RR RR

MrGR STATUS CATEGORY AREA MO/IR

IPG %PG IpG IPG IPG IPG !PG IpG IPG IPG IPG IPG IpG IPG IPG

SSUK CSS css cas

5 5173 0 IS 2/72 D 5 2/72 D 5 2/72 D

- 0 6 10/72 0 6 10/72 0 6 10/72 D 6 10/72 D 6 10/72 D 3 0 3 0 6 10/72: D 6 10/72 0 6 10/72 0 6 10/72 0 6 10/72 0 6 10/72 0 6 10/72 0 6 10/72 0 3 1/72 0 2 4/71 0 , 5/7] D 1 0 6 0 6 0 4 0 4 D 4 0 4 D - 0 2 e/71 0 2 8/71 0 2 8/71 D 6 2/71 R 2 1/72 E 2 1/72 E 2 12/70 E 2 12/72 E 2 12/72 E 2 12/72 E 2 12/72 E 2 12/72 E 2 1172 E 2 1/72 E 2 1/72 E 2 1/72 E 6 2/71 R 6 2/71 R 6 2/71 R 5 6/71 R 5 6/71 R 6 2/71 R 6 2/71 R 2 1/72 E

USED ON DJ;SCRIPTION 40

15 1/0 BUS, OR11-e, UNIBUS 8/E

PDP,S CONT FOR POP11 fRoe , PiR1PHERA~' 12 Blr BUfPERED DIGiTAl" 1/0 (~86l~ ~ ..

ORS.EA S/E (LAB 8/E)

PATCH PANEL FOR USEI,.H'., ORe-EA + DRs-tS -DXG1TALOUTfUT SUBSlITEM e FAM1L¥

a NtG 8 POS DReO-CN, DRaO-CN, DReo-cN, OReO-CN, OReO-CN, 9, 15 9 US DRgO.CN, DR90-CN, OR90-CN, DR90-CN, DR90-CN, DORl18A, 11R20 e/E 10

CQNTI CONTI

DRSO-CP

LEVtL, PULSE OR RELAY OUTPUTS, SPAC' fOR 12 OUTPUTS LEVEL, PULSE OR R~LAY OUTPUTS, $PAC~ fOR 72 OUTPuts

CONTROL EXPANDER, SPACE FOR 84 OUTPuTa -CP, .ex DRSO-CP, DRBO-eX DR80-CP, DR80-C;X DR80-CP, DReo-C;x

12 LEVEL OUTPUT&,55Y-' ISo N.HAX - -12 MOM~NTARY CONTACT OUTPUTi, 100VA MAX 12 SU_fAINEO CONTACtoufPUTS, 100VA MAX 12 SINGLE SHOT OUTPUTS, 5,V , 250MA MAX

·ep .CP, .ex -cp, -ex -CP, -ex -CP, -cx KARtl

D1G'TAL·OUT~UT SUBSYSTEM -CONTI LEVEL, PULSE OR RELAY OUTPUTS, 8PAC~ fOR 54 CM CONT, LEVEL, PULSE OR RELAY OUTPUTS, SPAC' FOR 54 en

CONTROL ExPANDER, SPACE fOR 90 CH- - . 18 LEVEL OUTPUTS, 55Y~' ~~o MA HAl 18 ~OMENTARX CONTACT OUTPUTI, 100VA MAX 18 5UST~INEU CONTAct 00'1'POT5, 100VA MAX 18 'It~GLtE SHOT OUTPUTS, 5~V , 2S0"MA MAX RUGGED DR!I-A - . RUGGED DRll-a 48 CHANHELOUTPUT MODULE

8, 8/8, ell CONTACTSCAHN~R (CIU-l0) PULIE lNPUT DITEctOR (p~O-S) PULIE INPUT DETECTOR (PID-9) 9

10 10 10 10 11 (HUl DSll-A OSll-A Of12 • ----------• OrJ2-A

8K 8/E, 8K 8/£, eK eli, 8K 8/E, 8K 8/E, eK 8/i, 8IC. 8/1:, 81( 8/E,

OY32, 0'32-8 Dfl2-A, Dr12-C DF32-0N, Drl2-0P Df32_EN, or32-IP NONE NONE

SINe MODEM INTER'AC~ BELL20t OR 20$ (WAS OpOl-CA, ~A~, 60HZ 50 HZ OSlO-A . . . 60 "' ostO-A WITH NO CAS 50 Hz 0$10-A wITH NO CAS

16 LINE MULTIPLEXED SlNCHRONOU8 LIN~ UNIT SERIES NAME PoPlO STYLE CAS ,·PS ~ bill l~e~ ~O~TROL

ONE LINE MoDULE SET FOR 201·MUD£M-'M7Jl~+BCijli-25) ONE LINE MOOULE SET rOR 303 MOO'M (M7110+$C~10-25)

Toe-EM, TDe-EM, Toe-EM, Toe-EM, TDS.EM, Toe_EM, Toa-EM, TDB-EM,

TOe-E.A, TDeeER, !De-ER, ToeeER, Toe-ER, TOB.ER, TD8-ER, Toe-ER,

SLAVE OlSl(, ·32K 12 I1TS + PARITY,' 60 HZ 'T058-AA, LSe-EA,Q'JOO-a, 11~V60HZ -VTO$8-AO, LSS-Ei, QF300.a, 31ovlOHZ LA30-PA~ L,e.EA, QrJOO-S, lSlV60Hi LA30-PD, L8e-EA, Qr)oo-e, 2JOV 50HZ YTO$S-AA,LES_JA, Qr300~S, '1~V·60HZ VTO$S-AD, LE8.J$,Qf300.,e, a30V ~og~ LA30-PA, LE8-~A, &r300-', llSV 60HZ·LA30-Po, Lte-JR, QF300-a, 230V 508z UPG~ADEa O&l20-AA TO DlllO-AA -UPGRAOEi DI120-ABTO 0&330-A8 UPQRADES OS320-AA TO DS340-AA UPGRADES PS320-AB TO D&l40-4, sO fiz Dr32 19.1NCH-DSl2 19-XNCH 0'il2-A 32K 12 aIT + PARITY DEC DISK, 60HZ 32K 12 ilT+ 'ARXTY Die ~~s~, 50~~ OiM or32-D OEM or32-£ - SK 8/~, TDa-EM, RKS-EA, VT05S-AA, Lsa-EA, Q~300-8, 115V 60H~

MODEL NO

DSl30-AS D8l10-SA Da330-S8 1)$3l0.eA OlllO-CB D,3l0-DA 08330-08 D1330-UA DlllO-UB D1340-1A D&'40-A8 08340-8A o:U40-S8 Da340-CA DS140-e8 1)8340-0A 0.340.08 D8101-AA DSlDI-AB D8302-Al D6302-A8 DS520,-lA

•

DS5JX-XA D85)x.xa 0&54X-XA 0&.54X-X8 0155X-XA DS55x.xa OS56X-XA D156X-X8 DSSCl DS5C2-A OSSCl-AA DISC)-AE OISCl-AN OSSC4-AA 0ISC4.AD DISC4-A&; Ds5C4-AZ OISCS-AA DISCS-ll OISCS-le OISCS.AD DISCS-A! 0ISC5-A' 085<:5-10 01SC6-1 DsSC6-a OISC".IA 085C7-18 O,5X1-XX 085X2-XA

ENG MGR

DESIGN. PROD !NGR ENcJR

BALL BALL BALL BAttL BALL BALL BALL BALL 8ALL BALL BALL BALL BALL 8ALL BALL BALL BALL BALL BALL BALL BALL BALL

BALL

BALL BALL IALL BALL BALL BALL BALL BALL 8ALL SALL BALL BALL BALL BALL BALL BALL BALL IALL BALL BALL BALL BALL BALL BALL BALL IALL BALL BALL BALL BALL

MFGR STATUS CATEGORY AREA MO/la

2 1172 E 2 12/72 E 2 12/72 E 2 12112 E 2 12/72 E 2 12/72 E 2 12/72 E 2 1172 E 2 1/72 E 2 1/72 E 2 1/"2 E 2 12/72 E 2 12/72 E 2 12/72 E 2 12/72 E 2 12/72 E 2 12/72 E ) 10/73 V 3 10/73 V 3 10/73 V ,3 10/73 V 3 8172 E E MM11-L, 3 8/72 E E MMI1-L, 3 11/73 E 3 11/73 E 3 11/73 E 1 11/73 E l 11/73 E 3 11/13 E 3 11/73 E 3 11/73 E 3 11/73 0 6 11/73 0 3 11/73 D 3 11/73 D 3 11/73 D 3 11/13 D 3 tl/73 0 3 11/73 D .) 11/73 0 1 11113 D 3 11113 0 3 11/7] D 3 11/73 0 3 11/73 0 ] 11/73 0 3 11/73 D ] 11/73 D 3 11/73 D 1 11/73 D .) 11113 D l 11/73 R l 11/73 R


- 8K 8/i, Toa-EM, RK8.!A, VTOSS-AD, LS8-EB, QFloo.a, 2l0V 50H~ - 8K 8/i, TDa.EM, RKa.!A,. LA30-PA, L8e-iA, Qr:too-", 11sv 60HZ·· - 8K 8/i, TOe-EM, RK8-ED, LA30.PD, Laa-es, QF300-e, alOV 50HZ • 8K S/i, T08_EM, R~8.EA, VT058.AA, LES-JA, QflQo.a, 115V 66HZ - SK 8/t. Toe-EM, RK8-ED, VT05S-AO, L~8eJ8, QYJOO-S, 230V 50H~ • 8K 8/E, Toe-EM, RK8-EA, LA30-PA; ~E8.JA, QFlOO-S, 115V 60HZ • 8K S/E, Toe-EM, RK8-ED, LAIOePD, Lle-~8, QFlOO.~, 2l0V $OiZ - UPGRAD8S 05l30-AA TO 05340-AA .-• UPGRADES 05l30-A8 TO OS340-A8 • 8K 8/1, RKa-EA, RKO~.AA, YT05a-AA, LSi-iA, QFIOO.~, 115V OOhZ - 8K 8/E, RKa-ED, RKOS-SB, VTOSe_AD, LS8-ES, QFlOO.a, 230V 50HZ • 8K S/~, RK8.EA, RKOS_AA, LAlO.PA,Lia.EA, QFl~0_8, 11~V66Hi - aK alE, RKa-ED, RK05.S8, 'AlO-PU,L&S-ES, Qf300-S, 230V 50HZ • 8K 8/E, RKa_EA, RKO$-AA, VT05S-AA, LEe-JA, QF300-ij, 115v oOHz • 8K 8/E, RKS-ED, RKOS-S8, VT05S-AD, LEa-JB, QFlOO-S, 230V 50MZ • 8K 8/E, RK8-EA_ RKOS.AA, LA30.PA, LE8-JA, Qr300.a, 115V 60Hi - 8K 8/&, RK8.EO, RKoS-ea, LA)O.PD, LE8_Jj, QrlOO-a, alOV 50HZ D8l40 VTOSB-AA, KL8.~A, SCOSM-tf, QrlOO-Oi, 115V bOHZ 0&340 VT05S-AD, KL8-JA, BC05M.lr, Q,300-0e, 230v 50HZ 05340 VT05S-AA, KJ.,8-JA, BeOIM-iF, 1 j5Y 60HZ "" DSl40 VTOSS-AD, K~8-JA, BC05M-1F, 230y 50HZ • 0085201 11/1S-AA, KIIl-C, KP11-A, Krl1-A, KW11.~, 'DOll-A, M~11-LA, M79a.YF, DL11-C, CRll, ~S11-A, VT058-AA, RK11, RKOS-AA, H968, H967,-Q~520.AE • 11/lS-Ai, Kyli-Cl"KP11.A, Krl1-A, kwll-L, DDll-A,"Mill-,A; -M792-yr, DLII-C, CRlI-A, LSlt-8, VTij,S-AD, RKlli MK65-8~, H~6i h9b7 Q~520.AE DS5XX 11/40-CS PLUS OPTIONS FOR OD8500, 115V 60HZ DS5XX 11/40.CT PLUS OPTIONS fOR ~DS500, a30V 50HZ DS5XX It/40.el PLUS OPTIONS FOR 008500, 115V 60HZ Ds5xx l1/40.eT PLUS OPTIONS rOR DD&500, 230V 50HZ DS5XX 11/4S-C$ FOR DOISOO, 1lSV 60HZ D$SXX 11/4S-CT tOR DD5500, 2'OY 50Hz DS5XX I1/S0-eS FOR 008500, 115V 60HZ OSIXX 11/5~.CT rOM DD&500, 2)OV 50H~ 055XX COMM ,U8SYSTEM TYPE 1 DS5XX 'COMM SUBSYSTEM TYPE a DS5XX LINE UNIT rOR LOCAL LT3].C D~5XX LINE UNIT FOR LOCALLT33.C OR VT058 DS5XX LINE UNIT FOR LOCAL 340 CHARISEC (2400 BAUD) YTo5a DSSXX LXNE UNIT FOR MODEM, ito 8AUD 11 UNiT coot DS5XX LINE UNIT rOR MODiM, 1S0 BAUD 10 UNIT COOi niSXX LINE UNIT 'OR LAlO-E, VT058 VIAMOO~M DSSXX LINE UNIT 'OR.VARIABL~ fORMAT VIA MODEM DS5XX MODEM CONT W 4 LINES ' DI5XX MODEM CONT W 8 LIHES OSIXX MODEM CONT w 12 LIN~8 DIIXX MODEM CQNTW 61 LINts Di5XX "LINE ADAPTtR, 4 LIN" EIA, NO DATASET CONT DISXX LINE ADAPT!R, 4 LINEa 20MA (FOR TTY, LAlO, YT05) DISXX . LXNE ADAPTtR, EIAcctTT W CONT, 4 LIN'S' D&5XX COMMUNICATIONS TYPE 2, 60HZ D&5XX COMMUNICATIONs TYPE 2, 50HZ DS5XX 16 LINEMUX EXPANDER, 60HZ DSIXX 16 LINE MUX EXPANDER, 50HZ oalxx RK11-D rOR DD8500 SlSTEMS D55XX RK11-0, TMII-A, H967-HA, 115V

"'OOEL NO

DS5x2-XB 0&5X3-XA Ds5Xl-XB OS!5X4"XA OS5X4-X8 DS5xS-XA DS5xs-xa 085X6-XA 015X6_X8 DS5XX-AX OS5XX-BX OI5XX"CX OS5XX-DX Os5XX-EX OS5XX.FX DS5XX-GX O$!5XX-KX OS5XX.JX OS5XX.KX OS5XX-LX DI5XX-MX DI5XX-.X DI5XX"pX Da5XX.QI 015XX-Xa: DI5XX-XG DS5XX .. XJ OS5XX-XL DI5IX.XT DSSXX-XV DS5XX-XY 0'80 DS80·C! oseO-CN DSIO.CP DSSO-CS DS80-11 DseO-IB Ds80-XC D880-8A D180.88 Dleo.&e DI90 OS90-CX DI90_CN

eNG MCR

DS90-CP Os90-Cs 0590.11 0190-18 Da90-Ie 0190.SA D190-S8 ·Ds90-se Dssa-EA tJEH DTOI-AN

DESIGN PROD ENGR ENOR

IALL BALL BALL BALL BALL BALL BALL BALL BALL BALL BALL BALL BALL BALL BALL 8ALL BALL BALL BALL BALL BALL BALL BALL BALL 8ALL BALL BALL BALL BALL 8AlIL IALL D8:G DEG OEG DEG DEG DEG DEG DEG DEG DEG DEG DEG DEG DEC; DEG DEG DEG OIG DEG DEG DEG OEG GO IV


IPG tpG IPG IPG IfG IPG IpG IPe; IPG tPC; IPG IPG IPG IPG IpC; Ipe; IPG IpG IPG IPG IpC; aSUK cas

3 11/73 R 3 11/73 R 3 11/73 R 3 11/73 R :I 11/73 R 3 11/73 R ) 11/73 R 3 11/73 R ) 11/73 R 3 11/7] M ) 11/73 M 1 11/73 M 3 11/73 M ) 11/73 M 3 11/73 M 3 11/73 M 3 11/73 M 3 11/73 M 3 11/73 M 3 11/71 M :I 11/73 M 3 11/73 M 1 11/73 M 3 11/73 14 3 11/73 Q 3 11/73 Q 3 11/73 Q 3 11/13 Q 1 11/73 Q 3 11/73 Q 3 11/73 Q 6 10/72 0 6 10/72 0 6 10/72 D 6 10/72 D 6 10/72 D 6 10/72 D 6 10/72 0 6 10/72 D 6 10/72 D 6 10112 D 6 10/72 D 6 10/72 D 6 10/72 D 6 10/72 D 6 10/72 D 6 10/72 D 6 10/72 D 6 10/72 D 6 10/72 D 6 10/72 D 6 10/72 D 6 10/72 D :I 5173 0 3 0

USED ON DESCRIPTION

055XX RKI1-D, TMtt-a, H957-HB, 2l0V D65XX RF11, Hge7-HA, RK11-0 rOR OD8S00 IYSTEMS, 115V 60HZ Oi5XX Rrl1, "'61-HB, RK11.D FOR DDS~OO SYsTEMa, 2l0V 50HZ DI5XX RPlt-OA, TM11-A, i15V 60HZ -0&5XI RPI1-D8, TM1!-', 2]OV 50HZ 0&51X Rfl1, H967-HA, RP11-0A, TMI1-A, 115v 60H~ DSSXX Rf11, H967.H8, RPI1-0A, TMll-a, 230V 50HZ DSSIX RFt!, H9'7.HA, RKI1-D,TM1,.A, 1158 60Ht DSiXX Rrl1, H961.H8, RK11 e D, TM1,-a, ~:lOV 50HZ D&$XX STANDARD 12 K BYTE 1 U8ECPARITI MEMORY Ds5xx 46 K 8YTE 1 usEe PARITY MEMORY 0$5XX 56 K SYT! 1 USEe PARITY MEMORy DiSIX 64 K 8YTE 1 USEe PARITY MEMOR¥ DaSXX 80 K eYTE 1 usEe PARITY MEMOR~ DS5XX 96 K iYTE 1 U5iCPARITY MEMORY niSXX 112 K BYT, 1 US'C PARITY MEMORY O$5XX 128 K BYTE 1 usEe PARITY MEMORY OS5XX 144 K 81T£ 1 USEC PARITY MEMORY DSIlX 160 K aJT~ 1 USEe PARITY MEMORY Di5XX 176 K BYTE 1 USEe PARITY MEMORY DS5XX 192 K BYT~ 1 USEe PARITY MEMQRY Ds5XX 208 K 8YTi 1 USEe PARlTY MEMO~Y Ds51X 224 K IYT~ 1 USEe PARItY MEMORY OS5XX 240 K BYTE 1 USEC PARITY MEMORY DS5XX COS SOfTWARE DillX CTS sora WARE DS5XX CTS/EsorTWAR£ D65XX CDMS sofTWARE DS5XX cos + COMi SOfTWARE Di5lX COS + eTS SOFTWARE Os5XX COs + CTS/! SOFTWARE 8 FAMILY DIGITAL INPUT SUBSYSTEM

42

DS80-CN, OSsO"'CP CONT IXP,LiV,L OR CONTACT INT, SPACI fOR 9b lNPUTS 8 NtG CONT, LEVEll OR CONTACT SENSE ANDIOR INT, jp"O~96 IN~UTS 8 POS CONT, LEVill OR CONTACT SENSE ANDIOR l~T, SP FOR 96 iNPUTS OleO-CN, DS80-CP CONT Elf, LEVEL OR CONTACT SENS~, SF rOR 120 INPUTS DSSO-CN, OS80.ep, DI80-<:1 LEVEL OR CONTACT INT UNIT, 12···· XNPOTS, ':6VDC OSIO-CN, Dseo-ep, DS80-eX LEVEL OR CONTACT INT ONIT, 12 I~P~TI, 24VOC DSSO-CN, DSBO-CP, DS80.C! LEVEL 0* CONTACT lNT ~NIT, 12 INPijT~, 4SVOC DS80-CN, ~CP, .ca, -Cl L~Y'L OR CONTACT SE8SE ON!T, 12-INPUTS, 6tDC DSiO-CN, -CP, .C$, -CI LiVEL O~ CONTAct -SEHSi , t2 INPUT.,-2~VDC· OSIO.CN, -CP, .CI, -el LEVEL OR CONTACT SENSi , 12 INPUTS, 48VDC 9, 15 - DIGITAL INPUT SUBSYaT~M -DI90-CN, .CP CONT EXP, L~V'L OMCONTict INf,aPAC~ FDR 80 ,NPUTS 9 CONT, LEV£LOR CONTACTSE~SE ANDIOR IHT,IP"QR 80 ~N'UTS 15 CONT, LEVELO~ CONTAct 'ENa~ ANal OR INT, &P 'OR eo ~N'UTS D890-CN, -CP CONT EXP,LIVEL-OR CONTACT &E~$~,-SP fOR 'l~ INPUTS Ds90-CI, -CP, -el LiVia, ORCOHTACT INT UNIT, 161NPOTS,·6VDC OltO-CN, -CP, -CI LiVIL O~ CONTACT 1NT UNIT, 16 INPOTS, 24VOC OS90-CN, -Cp, .eI LEVEL OR CONTACT INT UNIT, 16 INPUTi, 48VOC OS90_CN, -CP, -es, .el LEVEL OR COHTAcr SENSE UN~T, 12 INPOTi, 6YDe Di90-CN, -CP, -ca, -el LEV~L O~ CONTACT SENSE,·l~ ,NPUTSi 24VQC· Dsga.CN, -cp, -CS, -Cl LEVEL OR CONTACT sENst, 16 INPUT~, ~8VDC 8/E 48 CHANNEL INPUT MOQULE 9 NtG PROGRAMMED 1/0 sUS SWITCH

MODEL NO

0'f01-A' DT01-AS DTOl-SA ~LM DT01-C RIM DT01-Ce PtIM DT02-C RBM DT02-FA DT02-re DT03.ce Raf{ OTO)-CS R8M DTOJ-te JLM DTOI.ES \1LM DT03-,A vLM DTOl.'e vLM DTOJ.FM \lttM DTOl.r, JLM DT01-FR AP OTO).'I vLN DT04-CS RIH OTOS-C8 RIH DT11-AA OT11-A8 Drl1-AD OTI1-8A CT11-S! DT11-ac DTtt·SD OTI1-C DT11.M BD DT12 8NT DU01-AI DUOt-A8 DU01·AC DU01-AD DUOI-AN OU01"'AP DUOI-AX OUI1-0A VB DU11-EA V8 DV511-AA "LM DV811-A8 aLN DVStl-aA DLN OVatl-88 OLM Dvoa-N DWOS-A DW08-8 OWIO-A DW15-A DwaE-PA 141 DW8E-PS Ml DWIE-PX Ht DWBE.NA Mt OW8E.t.l8 141 Dwet-NX Mt DXil-SA VB


BV RaN '-N RaH RaH RJS BMW BMW R'" J,K RN RN FA FA Rt"M RLM DRS fA J,H It"a Sit 8R 5R SR SR 11\ SR R8M I<A RI PETERS PtTERS ~ETERa 'ETERI 'tTERS PETERS PETERS P'Z P'Z Aew leW AIW ASW

RR RR "JL fA IR ER ER ER ER ER DR


CSS cas css DAS OAS DAS cas CSS DA$ DA' C6S css CBS C6S CBS CBS CSS ess DAS DAS

CSS

CSS C6S 05& C&S css CBS Cl)$

Cas C8S csa Css

TPL ,PI" caa TPL TPL TPL TPL TPt" ,PI"

3 D 3 0 3 D 3 D 3 D 3 3112 D 3 3/72 0 ] ] 72 D 3 6/73 0 3 6/72 0 3 D 3 0 3 6/72 D :I 6/72 0 3 1/7) 0 3 1/73 0 3 8/73 0 3 6/72 0 3 6/72 0 3 8/72 0 6 8113 0 6 BI13 0 6 8/73 D 6 8/'13 D 6 8/73 0 6 8/73 0 6 a/13 0 3 4/71 0 2 1/13 D 3 3111 D 3 D 3 0 3 0 3 D 3 D :I D 3 D 2 8/73 0 2 9/73 D 2 7/73 D 2 10/73 D 2 10113 D 2 10/73 D 5 6/71 D 5 D 5 D :I 1/72 D 5 D 2 10/72 D 2 10/72 D 2 10/72 D 2 10/72 D 2 10/72 D 2 10/72 0 2 5172 D

e pos 8/S 9 10 10 to 11 11

USED ON

10 110 BUS 10 1/0 iUS, DTOj-CC 15 15, DT03-EC

DESCRIPTION

PROGRAMMED 110 BUS SWITCH PROGRAMMED i/O sUS SWITCH FASTER DTOI-8 PROGRAMMED 1/0 8US SWITCH, HEAVY ~OAD PROGRAM~EO I/O sUS SWITCH, &TANOA~D-LUAD MANUAL BUS SWITCH, RELAy (FORM C)- .

4J

2 WAY MANUAL RELAY UNIBUS S~ltck ,FURM C) :) WAY MANUAL RELAY UNIBU$ SWItCH ...

P~OGRAMMABL~ CaNT, UP TO 8 UTul.CS OR DT05-CS MANUAL jUs 5W1TCH UHll fOR DUAL lOIS PROGRAMMABLE CONT, UP To e QTOl.E~ BUS SWITCH UNIT FOR DUAL i5.S -

11 -P~OGRAMMA8LE DT03pFS, ELECTRO~IC UNIBUS SWITCrl SECTION (FORM A) tl 11 11 11 11 10 NEM BUS 10 MEN iUS 11 11 OT11-A 11 11 11 11 11 11 8 pas

ELECTRO~IC UNIBUS SWItCH SECTIOH ~FQR~ A) 2 D'l 0 ) • ii' 8 _. . .... 2 OT03.,'A REMOTE CONTROLLED PAIR OF OTO)-fB ELECTRORIC 2-WA¥ MAHUA~ UNIBUS SWlTCH MANUAL ELECTRONIC MEMBUS·swITCl .. -

MANUAL OR PROGRAMMABLE ~LECTRON'C MEM 8US SWITCH PROGRAMMED SINGLE PROC SUj SWITCH 115V PROGRAMMEO iING~~ PROC aUi SWITCH alov OUAi" PROCESSOR iXPANsl0H . ~ .. DT11 •• A + DT1S-AD, ll~V ·DT11-AB + DTli-AD, alOY DT11-SA+ EXTRA PS D111-S8 + EXTRA PS DUlLPROCE8S0R PROGRAMMED 8uS SWITCH UNIBUS MATRIX SWIICN,'MANUAL MANUAL llO BUS SWITCH ' -

DUOt-AN, -AP, -AX DUOt-AN, -AP, -AX DUOI-AN, eAP, -AX DUOI-AN, -AP, -AX 8 NEG

12 iIt LINE UNIT '0$ OUTPUT 12 BIT LINE UNIT NEG OUTPUT 12 BIT LINE UNIT POS INPUt 12 aIT 'INI UNIT ~EG INpUT CONi W IPACE FOR 10" LINt ONITS

8 POS DUOl-AN, -A, 11 11 11 11 tl 11 a NEG 8/~, 8/1 8, 8/1,'8/5 10 (GPI0-M, -MA) 15 8 pos 8 P(,}s Dw8t-PA, -P8 8 NEG • NEG DW8a:-NA~ -HB, 11

CONT W SPACE ro~ 10 LIN£ UNITS EXPANDER pANEt" FOR 14-ADDITIONAL LINE UNITS

SINGL~ ulNE PROGRAMMABLE SYNCHRONOUS IHTERfAC;;, EIA·' 81NGLi LI~EPROGRAMHAa~t aYHCHRONUUs XNtIRtACI, lUt/103 16 LINt: SYNCHRONOUS MULTIPLEXOtt, 115V' .. -,-16-LIN! SYNCHRONOUS MULTIPLiXOR, 230V DVatt-AA w £RRO~ CK£CKING, 115V OVitt-AI w tRROR CHeCKING, 230V

DATA VERI,X!R (COMPAR£S INCOMING DATA W M~Ml POS TO NEG 1/0 8US CO~V~RTER NEG TO fOS 1/0 IU8 CONV'RtE~ liD 8Ua-N~G' TO POS Co~vtRtER pos TO NEG 1/0 8Us CONVtRtER

8 POS 8US TO OMNIBUS INTERFict,'5-S~OTS, 11~V • poa BUS TO OM~18U& INI£RFACt, 5 &'OT$, alOV 5 S~OTEXPANDERMODULE sET 8 NEG BUS TO OMNIBUS INTERFACE, 5 SLOTS, 11~V 8 NeG 8US T~ OMNIBUS IN~E~FAC~, 5 S,otl, 230V 5 SLOT EXPANDER MODULI SEt IBM 360 NPX/SEL CHANNEL TO UNIBUS IN H950, 115V 60H~

MODEL NO

ENG MGR

DX11-88 V8 DIll-Be! V8 0111-80 VB DXII-BE VB Dill-S' VB DIll-8M V8 DIll-aJ VB OXlt-CA VB Oxtl"'C8 VB DX11.CC VB DIll-CD V8 OX28-A DX30·AA DXJO-A8 DX30-81 DX30.88 DX37"A DX1S",AN DX31-AP DXlS-K DXJ''''AL OX801.' "LM

EeO-A ECP01.A $NT

• ECP01-, 5NT ECP01.C AHL EDutO EDU10-AA EOU10.A8 EOU1S-AA EOU1S"AB EOUl5-BA EOU1S-B8 [OU20 [OU20-CA EDU20 .. CB EDU20.DA

• [OU20-D8 [DU2t-CA EDU2t-C8 EDU21.0A EDU21·08 EDU25.CA

• EDU2s-e8 EOU25-0i £OU25-08 EOU25·SA -EDU2S.SB EDUlf)


DR DR DR OR OR DR DR DR DR DR OR BV BV BY BY 8Y tv CV CY CY CV Wy

LN AW

AN AM AHL RHM RHM RHM RHM RKM RHM ARf., RKM RHM RHM

RKM RKM RHM RHM RHM RHM

reMM RRM RHM RHN

RKM AHL

MrOR STATUS CATEGORY AREA MO/YR

CSS ,CarS caS Cas ess CBS CSS css CSS CSS CSS

-

2 5/72 D 2 5/72 0 2 5/72 0 2 5/72 D 2 5/72 0 2 5/72 0 2 5/72 0 2 5/72 D 2 5/72 0 2 5/72 D 2 5/72 D 1 D 3 0 1 D 2 D 2 D 3 0 1 D ] D 3 0 3 D )8/72 D

1 B 1 1173 B

3 1/73 S ] 8/72 B 6 9/72 E 3 9/72 E ;) 9/72 E 3 9/72 E 3 9/72 E ;) 9/72 E ] 9/72!\ 6 9/72 E 3 9/72 E 3 9/72 E 3 9/72 E

E. 1 9/72 E 3 9/72 E 1 9/72 E 1 9/72 E 3 9/72 E 3 9/72 E

E 1 9/72 E 1 9/72 E 3 9/72 E 1 3/73 E

E 1 3/73 E 6 9/72 E


11 11 11 11 11 11 11 11 11 11 11

IBM 360 NPX/SEL CHANNEL TO UNIBUS IN H950, 230V 50HZ liM 360 MPX/&EL CHA~NE~ TO ONIBU$ IN ~957, 11'V 60HZ IBM 360 MPX/liL CHANNEL TO UNl8ui IN H9$7, 230V 50HZ

S NEG S NEG 8 NEG 9,9/l" 9, 9/r.. 9, 9/1.. 8 NEG sPaS OX18-AN, DXla-AN, 11

OEM DXll.6A OEM DX11-i8 OE;MOXll-ac OlMDXI1-80 DXll e SA + QJC22-A8, QJC22-AB OX11-S8 + Q~C22-A6, QJC2aeA8 DX11-8C + QJC22-AS, Q~C~a.A. DX11-iP + QJC22.Ai, Q~Caa-AI INTiRFACE TO ELX-& COMPUTER eDC 320b INTERrACi 24 81T& eOC36oo INTERFAC~ 48 81Ti CDe 3200 INtERrACi 24 BITi CDe 3000 lNTER'AC~ 48 alTS MULTI-AD LINK TO IBM ~6b/$O SiL~CTOK CHANNEL CONTROL FOR LINK TO laM ~,o aiL~ctoR CHANNE' CONTROL FOR LINK TO IBM 3'0 I'LiefOR CHANHE~

-AP !NTERfACE TO IBM ~60 .El,,!CTOR-CHA~N£L--AP, -K LONG l"INE MODUL~ SET .

INTERFACE TO 8uNKER-aAMO 2200 SERIES OATA DiSpLAY S~StEM

8 rAMIL¥ ECO PACKAGE To CAUSE KRS TO CLEAR F~AG apOi, 12 ENG CURRICULUM PACKAGE (H)09 wA,H)10, Hali, H)14,

BCOBA-), 915, 10 iOOKi), 115V . -a POS, 12 ECP01-A W HJOg-a IN PLACE or H)QgeA, alav • POS DIGITAL LOGIC , COMP XNTRFCCURRICULUM PKG (ECP01-A w H)09-C) alE 4K PDPe-E, MIKeEA, KPj-E, EOUS-A $O'TWAR~- -tOUIYS 10 BAsIC. PDp8~-BA, MIa-EF, 'T33 e OC, QF!10-SB,-QfELp.Ol, 115v60HZ EDUSYS 10 BASICI .0,9£_88, MIa.EF, ~T33.DC, QrEIO.sa, Q'~LP.Ol, 230V5QKZ EDU$YS 15 BASIC, PDPSY-AA, KNs-E, M~8.EC,TD8.E~, LTll-~CiQ'i15-$a-'115V60HZ EDUiYS 15 BASIC. POP8r-A8, KNa-" MR8-Ee, Toe-tJ, LT31-0D. Q'll~-i8 2~OV50HZ BATCH BASIC. PDPar-AA KMe-! MRS-Ie eMS-'A TDS-EJ LT33~DC Qri15waB~115V/60HZ BATCH BASIC. POPI'.AS KM8-E MRS-EC CM~_rB TOSwEJ LTll.DD QFtl'.$8 210V50HZ BIE . 8K POPS_E, .. KL8-i, 4 LTJ).DC . .. - .. 4 USER 'PUIYS 20. ,opeE-at KPe-E Mle-Ef LT33-0C QrE20-Sj QFELP-Ol 115V60HZ 4 UIER £OUSYS 20"DP8E.af Kp8-' MIS-!F LT33-DQ gfE20.sa iFiupeOl 3~O~50HZ • USER ~DUSYS 20' POpe!_BE HMe_E KPe_i ~18.EF8E'~A LI3~.DC

QrE~O·88 QFELP-01 11SV60HZ . , -, EOU20.0A EXCEPT POP8EwSf, LT3i-DD, 230V 50HZ 4 USER EOUSYS 211 iOU20_DA tXCEPT Q~E21.Sa INSTEAD OF QfE20.88, 115V60HZ 4 U'ER EDUSYS 21, £OU20-D8 tXCEPT QrC21-SB INSTEAD or QfE20.Sa, 2)OV50HZ 8 USJ:R EDUSYS 21. EDU21.CA 'xeEPT MM8_E" INSTe;ADOFMH8wE~ 115Y60HZ" 8 USER EDUSYS 211 EDU21-CB EXCEPT MMS-tj INSTEAP or MM8.~, a30V50Az 4 USER EDUSyS 251 PDPS!.A! MMS.E KP8-E MI8_EF H960_ac KAI.I KU8wE-8Ee_A

TeOS-HA, iUS6 LT33-0C QfE2S-SC QFELP-Ol 115V60H, EDU25-CA ExCEPT pOp8E •• ', H960-BD, TC08~HB, LT33 wOO, alov 50HZ s uaER ~DUSYS 25. !OU25.CA W MMS.EJ, BUT NO ~M8_E, 115V 60HZ 8 U'ER iDUSYS 25, IOU2S-CS W MMS-EJ, aUT HO MMS-£, 230V 50HZ EOUSY& as SUPER' PDP8E-AE, KNewE, K,a-E, MR8-EC, H960.ac, BEe-A, ~K!e~A,

'TOSwEM, Lt3~-DC, QF'2S.SC,QFELP-Ol, 115V'60HZ -EDU25-SA EXCEPT PDPaE.A" H960-aO, RKSwED, ~T)3.00, 210V 10HZ 8/E EDU10 + DF12 e g, CMe-E, KD8-i,K~'.'

MODEL NO

!OU30-AA -&:DU10-A8 t1)U30-8A &:OU)0-&8 £DUS1-8A [DUli-as EDU40 EJ)U40"CA

• EOU40-C8 EDU40-DA EDU40·D8 EDU40.pl

• £OU40-P8 Ef)U41·CA £DU41-C8 £0041-0A EDU41.D8 EDU4S·CA EDU45·ca EDU4S-DA EDU4S-0B £OU45-PA

EOU4S-PB £OU50-A Et>U,O-, EDUSO·C EOU50-eA

EDU50-CB EDU50.DA EDtJ50-D8 £OU50-£A £I)U50-18 EDU50-,A £DU50-'8 £OU50-PA .. EDU50·PB EOU50-SA EDUIO"18 EOU5·AA EOU5-AI EDU60 £:OU70-AA £DU70-AB EDU70-DA EDU70",OB [OU80-D1 EOUBO·DB EDUSO-DC EDUSO-OD

ENG MaR

DESIGN PROD ENGR INOR

RHM

RHM RHM 1ItHM 1ItHM RHM AHt. RHM

RNM RJiM RHM RHM

RHM RHM RHM RHM RMM RHM RHM RMN RHM RHM

RHM ANt. AHL AMt. RHM

RHM RHM RKM RHM RHM RHM RMM RMM

RMM RHM RHM RHM RMM AMt. RMM RHM RHM RMM RMM RKM RNM RMM

MrGR STATUS CATEGOR¥ USED ON OE5CJHPTION 45 AREA MO/YR

E

3 9172 E £

3 9/72 E 3 9/72 E :I 9/72 E 3 9/72 E 1 9/72 E 6 9/72 E 1 9/72 E

E 3 9/72 E 3 9/72 E 3 9/72 E 3 9/72 E

E 3 9/72 E 3 9/72 E 3 9/72 £ 3 9/72 £ 3 9/72 E 3 9/72 E 3 9/72 E 3 9/72 E 3 9/72 E 3 9/72 E

E 3 9/72 E 6 9/72 E 6 9112 E 6 9/72 E 3 9/72 E

E 3 9/72! ) 9/72 E 3 9/72 E 3 9/72 E :I 9/72 E 1 9/72 E 3 9/72 E J 9/72 E

" KDe-E BE8-A 3 9/72 E 3 9/72 E 3 9/72 E :I 9/72 E 3 9/72! 6 9/72! 1 9/72 E 3 9/72 E 3 9/72 E 3 91'12 E 3 9/72 E :I 9/72 E 3 31.73 E 3 3/73 E

INTERACfIVE EOUiYS 30, PDP8~-AA MIa-!r H960-SC KAe-~ KDS-~ DF32-0P ~T33-DC QFE30-S8 QFiLP-Ol 115V60HZ

EDUlO-AA £XCEPT POP8E-AB, H960~SDI DF32-EP, t.Tlj-OO, 230V50HI FAIT SATCH BASIC iDU5YS 301 EOU30-AA W eMS-FA, 115V60HZ . FAST BATed BASIC iDUSlS lOI iPUlO-AS W eMs-ra, a]OV50HZ D~CTAPE EDUSYi J11 EOUlO-SA W TeOS-kA, TU56, QFE31-$C; .NO Dfla, 115V60HZ OECTAPE EDUSY5 31. EDU30-B8 W Te08-HI, TU56, QrEll-SC, NO Df3a, 210V50HZ 8/£ EOUlO + 4K + 4 KL8-~ • 4 LT33-0C 4 USER' BATCH EDU$YS 401 POP8E-AE KP8-~ MES-BY H960-BCKA8_! KD8.E CMB-FA

Of32-DP LTJl-DC OfE40-58 QFELP-Ol 115Y 60HZ EDU40.CA EXCEPT pgp8E-AFl H960-S0, CMe-rB, or32-EP, LT33-DO, 310V SOHZ 8 usER, BATCH EDUSYS 40; EDU40-CA W MMS-~, BEe-A, 115V 60Hz 8 USER' SATCH ~DU8YS 401 EOU40-C8 W MMe-" BEeeA, 230V 50HZ ADMIN EOUSYSI POPSi-AE MM8-t JP8.~ Mle-!F HgeO-ae KAS_E KOe_! eMS-FA

LSS-EA, Teos 2 TU56 LT3l-0C QFEOP-SC QrELP-Ol 115i .OHZ ~DU40-PA EXCEPT POPsE-Ar, H,60.S0, CMi-YB, LSS-ES, LT3l_0D,230V 50HZ 4 USER EOUSYS 41. EDU40.CA ~ TCOS_HA, TUSti, NO OF32, 115V-&OHZ , USER EOUSYS 41. EOU40-Ci ~ TCOS-H8, TU56, NO gfj2, 2l0Y 50HZ 8 USER EOUSYS 411 EDU41-CA W MMe-E, B~8.A, 115V60HZ . 8 USER iOUSIS 4l' EDU41.CS W MMS.E, BEeaA, alOV 50HZ 4 USER ~DUSYS 451 EOU4t-OA W QFt40-SC IN PLACE UF QrE40.S8, l"V 60HZ 4 U$ER EDUSYS 45, EDU41-08 w Q'E'O.~C IN PLACE or QFE40.sa, a30~ ~08z • USER EOUSYS 45. !OU4S-CA W MM8.EJI~ PLACE OF MMe-E, 115V 60HZ 8 USER 'OUSIS 451 EOU45.CB W MMS-EJ I~ ~LAC~ of MMS.E, 2l0V 50HZ EDP £DUSY$I POPII-Ai MMa-i KP8-E Hli.EH~H'60-SC SES_A CHS.FA L&Q-~A RKS.EA

Toe-EM LT33-DC QrlDP-SC OFELP-Ol 115V 60HZ EDU4S.PA EXCEPT PDPeE-Af, H960-BO, CMS.FB, Lse-ES, RKS-EB, t.T13.DO 230V 50H2 8/E 8 U$iR TSSS HARDWARE S/E 16 USiR TSSe HARDWARE lIE EDP VERSION .EDUSO_S 4 U'ER 'OUSIS SOl POP8E.AE MMi_E KP8.E MI8_EG OK8_EA H960.8C KA8.' KD8_E

BES-A, RFOs RSOI PLi-t QrE50-SB Qr!LP.Ol 115V 60HZ ~DU50.CA EXCEPT PDPeE-A" H'60-S0, RloeeA, Pt.S-~A, a30V 50HZ 8 USER EOUSYS 50. EDU50_CA • MMS_EJ, NO MMe.E' lllV 60HZ 8 USER ~OUSYS SOl EOU50-CB • MMS-EJ, HO MM'-E, 23dv 50H~ 12 USER EDUSYS 501 EOUSO-CA • MMB-EJ, K08el, Teoa, TU56. 115V 60HZ tlUSER EDUSYI soi EOUSO-CB + MM8.EJ, lOs-e,"leoe, TUS6, 210V .okl

E16 USER IDUSlS 501 £OU50.11 + ~M8_~J, NO MM8~E, l11V 60H~ 16 UliR EDUSY& SO, EDUSO~E8 • MMS.EJ, NQ MMS-E, 330V 50HZ EDP , T&/8 Eouslsl PDPel-AE MMe-E KP8-EMI8-EG DK8-iA"H960-ac KA8-!

eMe-fA Lse-EA RrOI R,oe Teos TU56 fL8-! QrEIO-Pi QfEDP-SC QfiLP-Ol 115V 60HZ EOU50.PA EXCEPT POPSEeA' H960-SD CMe-ra LSB-EB Rloa-A P'I.E. a30V 50"~ SUPER EOUSyS 501 ~DU~O-EA • MMa-EJ, LSI-EA, Rloa, TU56,7l15t iO"Z SUPER EOUSYS $0, iDU50-'. + MMe-I~, LSB-Ea, RS08-A,-T~56,230V ~OHZ EOU$YS $ SUPERCALCULATORI poper-lA, LT3]-OC, Qrto5-8B,115V60HZ IDUSYS $ 5UPERCALCULATORI PD,eF-AB,LT33-0D, Qri05-S8, alQV$OhZ liE 4K 11/20-8 • EDU11-A SOFTWARE INTERACTIVE BAsIC. 11/40-CE'BM192-YA QfEL'.Ol Q~E70-S 115V6QHZ INTERACTIVE BASIC. 11/40-CFBM192-YA QF£LP-Ol Q~E'o-S 2)OV 50hZ 8 USER EOUSYS ,o1 £DU70_AA + MM11-t., a DOlt-A, 115V 60Hi 8 USER EDUSYS 70 I I:DU70.A8 • MMll-L, a OD11-A, .4l3dV 50HZ 8 USER RSTS. 11/40-RE, ODll eA, 115V 60H~ 8 U$ER RSTS. 11/40-RF, DOll-A, 230V SOMt IOUIO.OA w aSK CORE, 9 TRACK MAGTAPE, 115V 60HZ EOU80-Da W 2SK COR! , 9 TRA~K MAGTAPE, 2l0V 50HZ

MODEL NO

EDU80.FA EOUIO-" EDU80-Fe EDU80.YD EDU8t"DA £OU8t-08 EDuet-DC EDUll-0D EDUlt-DE EDU81-0r EOU82-DA &:DU82-08 EoUa .. , Eoue-S1 EDU8-82 EDUI-8! EDU8-Bt EOU90-DA I:OU90 .. 08 EDU90.FA IDU90-F8 EDU90.JA -EDIJ90-JB EDUsT.OA EOUsT"DS EDU8T-El .. £OU81"[8 EDUCP-A EDur8"'lA EDUFS-AS EDULP""CI EDUtU"AA EOlJI'1 .. A8 EOU~2·AA EOUR2-AS EDUR1-AA EOUR7.A8 EDUR9.AA EOUR9 .. AB

ENG MGR

EM12 SNT EP12 8NT

FKtl .. A FM11 .. Ul 80 YMtl.U8 iD 'M11.UC 8D FP11-B FP15 FPPt2.A8 8,.T FPP12-AE SNT P'PPI2-AN sNT rpP12.AP tiNT

DESIGN PROD ENGR ENGft

RHN RHM RHM RHM RHM RHM RHM RNM RRM RHM RHM RHM AHL ARL AHL AHL AHL RHM RHM RHM RHM RHM

RHM RHM RHM RHM

RRM RNM ItNN RHM RtfM RHM RHM RHM RHM RHM RHM RHM RnM RI AWRI

8R VB V8 VB L8H ERK RI RI RI RI


3 9172 E 3 9/72 E 3 3/73 E 3 3/73 E 1 9/72 £ 1 9/72 E ] 3/73 E :I 3/73 E ) 3/73 E 1 3/73 E 3 9/72 E 3 9/72 E 6 9/72 8 6 S/72 B 6 S/72 B 6 8/72 B 6 S/72 B 3 3/73 E 3 3/73 E 3 3/73 E :I 3/73 E 3 9/72 E

E 3 9/72 E 1 9/72 E 3 9/72 E 3 9/72 E

E 3 9/72 E 3 9/72 E 1 3/73 E 3 3/73 E 3 9/72 E 3 3/73 E 1 3/73 E 3 1/73 E 1 3/73 E 1 3/73 E 1 3/73 E 1 3/73 E 1 3/73 E 5 3/71 E 5 l/71 E

4 6/73 0 3 10/73 B 3 10/73 B 3 10/7l 8 3 1172 E 4 5/71 E 5 1/7l E 5 1/71 E 5 1/73 E 5 1/73 E

USED ON DESCRIPTION

16 USER RSTSI 11/40-RE, ME11-~A, 3 UD1t-A,_ D811-A, lt5V 60HZ 16 USER RSTS. 11/'O.RF; MEl I-LA, 1 0011-A, 0811-A, 230V 50H~ EDUIO-DC w 16 USERS, 115V 60HZ tDUIOwDO W 16 UjiRS, 230V 50HZ 8 USER RSTS, 1l/40.RC, OD11 wA, 115V 60HZ 8 USER RSTSC 11/40-RD, DOll-A, 230V 50HZ EOU81-0A W PCll IN PLACt OF PRll, 115V 60HZ EPU81-0S w PC11-A IN PLACt OF PRI1-A, 230V 50HZ £oU81-DA W DECTAPE IN "ACE or PAPER TAPE, 115V 60HZ EDU81-08 W OECTAPE IN PLACE OF PAPER TAPE, 230V 50HZ 8 USER MINI RSTS, 11/40~RA, 2 DOll-A, 115V 60HZ 8 USER MINI RSTS. 11/40-RS, 2 DOll-A, 2l0V 50HZ liE SOFTWARE , TEXT800KS FOR HIGH SCHOOL 10. $Ys SIE EDUSYSTEM 10 C4K) BASIC TAP~ i M'~UAL S/E EDUSTY8T~M 20 (SK, 1-' USiR) tAPE--, MAN~A~ Iii EDUSY$TEM 10 (4k 8ATCH)8ASIC O~CK , MA~UIL 8/! EoUSYSTEM 40 (SYS 20 + 40) TAPE, DECK, , MANUAL 8 USER Sl/45 RaTS, l2K, RBll, TUS6, RK05, 115V 60HZ 8 USER 11/45 *STa, l2K, RiIS, TU56, RKO$, 2l0V 50HZ EOU90-0A FOR 16 USERS, 115V 60HZ toU90-0S rOR 16 USERS, 230V 50H~

46

32 USER RiTSI ll/tS.RA, 2 Mfll-LP, MM11wLP,- ItSll, RKOI"AA, 6 DOll-A, OBll.A, H960-0A, 115V 60HZ . £DU'O-JA EXCEPT 11/45-RB, Rill-A, R~05-88, H960-Da, 230v 50HZ 8/t8ATCH TERM, POPaE.SE DK8.EA OP8.EA KGB-EA CR8.FA ~T33.DC grEST-S8 115/60 8'i BATCH TERMI PDPeE-SF OKa-EA D,e-£A K~e-EA CRS-Fa LTl3-PO grist-is 230/50 11/40 BATCH TiRM' 11/40wC',-KW11-L, K~11-A, Dpt'-DA~ CRll, DD11~A; -QJC26.A8, 115V 60HZ ., . EOUeT-EA iXCEPT tl/40-Ce, CRll-A, 230V 50HZ COMMUNICATION PACKAGE, KG11-A, DPI1-DA, -QJC26.AB EOUiYS fORTEI EDU~5.SA W FPP12-AP, RTP8 FORTRAN 4, 11SV 60 HZ EDUSYS fORTE. EUU2s.se w fp'12-AP, RTf! FORTRAN 4, 230V 50HZ LOGIC AHD INTERFACING LEARNING KIT 8K OS/S SYSTEM W OECTAPE, 11SV 60HZ 8K OS/8 SYSTEM w OECTAP!, 230V 50HZ EDUR1~AA W 12K MEM, LOADER, 1.58, 115V 60HZ EDU~l·Aa w 12K MEM. LOADER, ~i8, 230V 50HZ EOUR1.AA W OECTAP~ & D'32.0', 115v 60HZ EOUkl.A8 W DECTAP~ & O'32.EP, 2l0V 50hZ EOUR1-AA W12K, LSI, RFOS, RSOS, 115V 60HZ EDURI-Ai W 12K, L&S, RYOS, R8Qa-A, 2l0V 50HZ 12 MEMORY PANE~ , MODULES 12 PROCESSOR PANtL , MOOULiS

11 32 KEYS & LIGHTS H754 & HARNESSES ,o~ M'11-U FIELD ADD-ON FOR OLD 11/4Q H754 , HARNESSES FOR 2 Mrl1-U 'lE~D ADD-ON FOR 0'0 11/40 HARNESS-FOR 2ND Mfl1-U rI~LO ADO-eN FOR QLD 11/40 Kall-A F~OAT1HG POINT (23 + 9 OR 55 + 9) P~OCESSOR 15 MEM BUS 'LOATING P01Nf (27+~ OR 36+18) OR DOUSL' PRiClSiON PRUCESSOR 8 paS FLOATING 'OINT 24+12 OR DoueLE ,RECISlON PRoe SP fOR 60+12 FPP12-A8, -AN, -AP MODULE SEt TO EXPAND TO 60 + 12 8 NEG FLOATING p01NT 24+12 OR ~OUBLE PREsClalONPROC SP FUR 60+12 12 FLOATING PoINT 24+12 OR DOUaLE PR~CISION PROC Sf rOM 60+12

MODEL NO

ENG MGR

'FPP12.a SNT FPP12-N SNT FPP12-P iNT

GCC10.A "LM GM11·A GMtl-S GM1i·C GM11-0 GMtt·! GMll-r GPto GPtO.A GP10.L GP10·M Gpl0-Ml GPAOI GPA01·A GpA01-S GT15.LA LG GftS-L8 "'G (iT1S.SA LG GTlS.S8 LG GT40 LH GT40-Ai 11M GT40-Ae lIH GT40-AC LH GT40-AD LH GT40-AE LM O,40-AF LR GT40-SA LK GT40-S8 11M GT40.ac LH GT40-aD LH GT40-SP; LH GT40-Sf' 1"H GT44-AA LH GT44-AB 1"H

HT)2

IAAII-AA RS lAll1-SA RS IAllt-ss RS lAAlt-aC RS IAll1.SD R8 IAAI-AA R8 IAlS.SA RS IAA8-S8 R& IAAS-SC flS lAl8.SD fl. • 1'\ •• 1_ •• D.


Rl RI RI

SPRY AW AW lw AW Aw AW KE KE KE KE KE RVN RVN RVN LH LH LH LH If 11 HI" Ht. Ht. HI" HI" HL HI,. HL HI, Ht. HL HI" JE JE

G8

FE ,.e: FE Fe: FE FE FE FE FE FE ....

MFGR STATUS CATEGORY AREA MO/¥R

css

MOD MOD MOO

6 10/72 E 6 10/72 E 6 10/72 E

) 10/72 L 6 10/72 E 6 10/72 E 6 1173 B , 1/73 B 3 4/73 B 1 4/73 B 5 8 5 8 5 B 5 B !S B 5 3/72 0 5 3/72 0 5 3/72 0 3 5/72 V 3 5112 V 3 5/72 V 1 5/72 V 4 8/73 V 4 8/73 V 4 8/73 V 4 8/73 V 4 8/73 V 4 8/73 V 4 S/73 V 4 8/73 V 4 8/73 V 4 8/73 V 4 8/73 V 4 8/73 V 4 8/73 V 2 8/73 E 2 9/73 E

3 R

3 9/73 B 3 9/73 B 1 9/73 B 3 9/73 B 3 9/73 B 3 9/73 8 3 9/73 B 3 9/73 B 3 9/73 a 3 9/73 B " 9/71 B


8 pas 8 NEG 12

FLOATING POINT (24+12, OR DoueLE PRECISION ~ROCESSOR FLOATING POINT (24+12) OR DOUaL, PRECISION PROCESSOR FLoATING POINT (24+12) OR DOUBLE fRiel.loN PROCESSOR

10 1/0 • DFI0 OR DM10 INTRFC fOR GOULO ~LECTROSTATIC PRNTR 4800 W CHAR GEN GAMMA 111 POP11 8K R~05.AA AAI1-A -OA VTOlS_AA NC11-A CU-4 GMil-C 115V 60HZ GAMMA 111 POP1! SK RKOS-88 AA11-A -OB VT01S-AD NCll.A CU-4 GMlt-C 230V 50HZ GMI1-A, GM11-a FAB PARTS' COSMETICS 'OR GMit-A, w8 GM1l-A, GMI1-1 GM11.C W NO END PANELS OR SCOPE SHRUUD 11/40 PROC CAS GAMMA 11 COLOR KIT 11 OPTION CAB GAMMA 11 COLOR KIT 10 ' GP10-M + GP10-L 10 GpI0-MA + GP10-L 10 1/0 INTERfACE LOGIC 10 1/0 CAB W POWER' POWER CONTROL, 11~V 60HZ 10 50 HZ GPI0-M RTM GENERAL PUR'OSE-ARITH UNIT MODULE SET, 16 81TS RTM la iIT GPAOI -RTM 8 BIT GPAOI 15 INTERACTIVE GRAPHICS STATIOH VT15.A VV15 VT07.SA VL04 115V 60HZ 15 INTERACTIVE GRAPHtC$ STATION VT15_A VV1S VT07wS& VL04 230V Soriz 15 INTERACtIVE GRAPHIC I STATION VT1S.A VV11 VT04-A'VL04 11SV"·66H~ 15 INTERACTIVE GRAPHICS STATION V!lS_A VV15 VT04-a V~04 alOV 50HZ ASYNC ASCII UP TO 9600 BAUD INTERACTIVE GRAPHICS TiRMIH1L-SERIES DITTO VT40-1A, 31S, VRI4-LC, LK40, OLll-E, 11$~ DITTO VT40-18, 370. VRI4-LD, LK40, OL11-E, a30V OllTO VT40-AA, 375, VRI4-Le, LT33-0C,OL11.E, 115V 60HZ DITTO VT40-AI, 37$, VRI4~LO, LTl1-OO, DL11.~C 2l0V 50hZ DXTTO VT40-11, 375, VR14-Le, LA)O-CA, D~11.i, 115V 60hZ DITTO VT40-A8, 175, VRI4-LO, LAlO-CO, DLII-£, 2lov 50HZ DITTO VT40-SA, 375, VRI4-LC, LK40~ OLI1-E, 115V DITTO VT40-B6, l75, VR14-LD, LK40, DL11-E, 23QV D1TTO VT40-8A, l7~, VRI4-LC, LTl3-DC,-DLll-i, 115V 60HZ DITTO VT40.8i, 3'S~ V~1.-LD, LT33.00, 0~11-E, 2l0V 50hZ DITTO VT40-8A, 375, VR14-LC, LA30wCA, OLll-!, li5V 60HZ DITTO VT40-88, 375, VR14eLO, LA30.CU, O'11_i, 230V ~OhZ 11/40-CU, VT11 11/40 BASED GRAPHICS IY$TtM, VH11-LC, 115V bONZ 11/40.CV, VT11 11/40 BASED GRAPHICS SYSTEM, vR17.Lb, 230v 50HZ

0,3a

uDell UDell UDell UDe11 UDC11 uoce UDe. UDCe UDCI UDel UDell

HElD TESTER

MULTI-RANGE AID CONVERTER W SCR~W TERMS, (A001, A002, Se40C-') OIA CONVERTER FOR 0 TO +10V, SC~Ew TERMS (A633, A233, BC40C-6) D/A CONVERTER FOR +1 TO +~v, $CREW TE~M& (A633, A2lt, 8C40C e 6' OIA CONVERTER FOR 4 TO 20MA, SCREW TERMI (A6l~, A335, &C40C-&) D/A CONVERTER fOR 10 1050 MA, aCREW T'RMINAL$ (lill, A~lb,-BC40C.6) MULTI.RAH~! AID CONVERTE~ W SCREW TERMS (AOOl, AOO~, 8C40C-b)" D/A CONVERTER 'O~ 0 TO +10V, aCR!W TERMINALS (A633, A~3l,-BC40C_6) OIA CONVERTER FOR +1 TO +5V, SCREW TERMS (A633, A234, BC40C-6) D/A CONVE~TIR FOR 4TO 20 MA, SCREW T&R~S(A613, A2l5, 8C40C-6, OIA CONVERTER fOR 10 TO SO MA, $CAEW TeRMINALS (A63l, Aalb,-sC40C.6) CONTACT IENSE W ISOLAtED PWM ~ ~CREw TERM$ (W14i,-W400, BC40C~6)

MODEL NO

ENG MGR

IOAlt"AS RS IOA11-SA RS IOA11.S8 RS IOAlt-CA Ri 10A11.DA RS 10Al1.,£:A RS 10Al1.,FA RS IOAI1-GA RS IDA11"HA RS 10111-JA RS IOA8""AA RS IOAS-AS RS IOA8""8A RS IDA8-SB RS IOA8-CA RS IOAS-OA RS IOA81111EA RS IOAS"FA RS IOA8"GA RS IDAS.HA RS IOAS'"JA RS IDC11.AA RS 10C11.A8 RS IOC8.AA RS IOCS-AS RS IDCS"CA RS IOCe-C8 RS IDCe-DA IOC8·-D8 RS INDtt-SA RS INOII-SB RS tNDAC.S2

JAHOt-A JAH03.A JAH04-. JAHOS.A JAH06-A JAH01.A JASOI-A J'AS02-A J1S02-8 JAS03-A JA504-A J8S01-1 J8S02.A J8S0l-' J8S04-A JaSOS.A Ja506-A JP'H01"A JP'H02-A JFH03-A JGH034J8


FE FE FE FE Fe: F'E FE FE FE FE FE FE FE FE FE FE FE FE FE FE FE FE FE FE FE P'E FE RS

FE FE HS

DE DE DE DE DE DE DE DE DE DE DE DE DE DE DE DE DE DE DE DE DE


IPG IpG

3 9/73 B 3 9/73 B 3 9/7) B 3 9/73 8 3 9/7) B 1 9/7318 3 9/73 B 1 9/73 8 3 9/73 B 3 9/73 B 3 9/73 B 3 9/73 B 3 9/73 B 3 9/73 8 3 9/73 8 3 9/73 B 1 9/73 B 3 9/73 8 3 9/73 B 3 9/73 8 1 9/73 B 2 4/73 E 2 4/73 E 5 5/73 E 5 5/73 E 3 6/73 E 3 6/73 E 2 12/73 E 2 12/73 E 3 11/73 E 1 11/73 E 3 4172 Q

3 11/73 J 3 5173 J 3 11/73 J 3 11/73 J 3 11/73 J 3 11/73 J 3 5173 J 6 11/73 J 3 11/7l J 3 11/73 J 1 11/73 J 3 5173 J 3 5/73 J l 5/71 J .) 5/73 J 3 5/73 J 3 5/73 J 3 5/73 J 3 5/73 J 6 11/73 J 3 11/73 J

USED ON 48

uoel1 CONTACT BENSE W Hl.~EVEL ACloe PWR & SCREW TERMS (W741 W410 BC40C-6) uDell CONTACT INTERRUPT WISOLATED PWR • sCREw TERMS 'W14~,W400, BC40C-6) UDell CONTACT l~TRPT W HI-LEVEL AelPC PWR, ICREW TERM$ (~'41 W410 IC40C-6) UDell 1/0 COUNT&R W SCREW TERMINA~S CW7~4, W400, iC40C-6)' UDCll SOLID STATE AC/OC DRIVER,lSOLA~EO, SCREW TtRMI (Meal W400 SC40C-6) UDe!l rr DC DRIVER W SOLIg jTATECOMM • scREW TERMS (M6S5, w400, &C40C-') Upel! SS DRIVER W SOLID STAT! COM~ '. SCREW TERMS (M687, W400, 8C40C~6) uoell LATCHING RELA¥ OUTPUT W ISOLATED PWR SCREw TERMS (Mi03 W4QO 'BC40C.6) UDell Fr RELAY OUTPUT W l§OLATEO pw~, ·SCREW TERMS (M80S, W400, aC40C.6) UDCll SS RELAY OUTPUT W ISOLATED PWR, SCREW TERMS (Meo?, w400, $C40C.6) UOCe CONTACT SINSE W ISOLATED PWR, SCREW TERMS (W140, W400, aC40C-6) UDCS CONTACT SENSE W HI-.fJEVE£, AC/OC PWR, SCRI:;W TERMS (*740, w4iO-SC40Cw6) UDCS CONTACT INTERRUPT W ISOLATED PWR, SCREW TERHS (W742, W400, ~C40C.b) UDC8 CONTACT INTRPT W HI-LEVEL AC/DC PWR, SCREw TERMs tW74~ W410-SC40C.6) uDe8 1/0 COUNTER W SCREW TERMINALS CW7l4, W400, 8C40C-~) UDCS SOLID STATE ACIDC DRIVER, ISOLATED, SCREW TERMS (M681 W400, BC40C-6) UDCS Ff DC DRIVER W SOLID STATE COMM, SCREw TERMS (Mb84, W400,8C4~C.6J UDCS 85 DRIVER W SOLID STATE COMH, SCR~W TERMS (M686, W400, aC40C-6) UDC8 LATCH RELAY OUTPUT W ISOLATED PWR, SCREw TERMS tMij02, W400,-SC40C.6) UDCS FLIP FLOP RELAY OUTPUT W lSOLATED PWR, SCR TMS (Me04, W400, BC40C.6) UDC8 SS RELAY OUTPUT W ISOLATED PWR, SCREW TERMS CMSQ6i W400, BC40C-6) • INO DATA AQUISITION BASE SYS, 11/l0.AC, UDCll, H9b4.EA, li5V . • I~O DATA AQUISITION BASE SYSI 11/10-AD, UDCll, h964.Eb, 230V • INO DATA AQUISITION BASE sIS. POP8F-AE, UOC6.P, H964.EA, 11SV • INO DATA AQUISITION BASE SYSI POPaF.Af, uocs"P, hi64_£B, ~30V • IDCS-AA + Toe-EM, LT33.0C, Q090.AC, 115v 60HZ • IDCS-AB • TOS.EM, LT3l-00, Q090.AC, 230V 50HZ POPSE-Ai HM8-~J RKS-EA TAS-AA UDCS-' DKS-£A KA8-EH~60-8A H964.~A 115V60HZ POP8£_AF MMS_EJ RKB_ED TAB.AS UDCS.P OKS"EA KA8.E H960.SA H964_ES 230vsoHz • llEOS-SA, 115V 60HZ - 11E05.88, 230V 50HZ 8 QrINA.A + IN-HOUSE TRAINING & SOFTWARE SUPPORT

• --• • ----• • • II -• -----•

INTROOUCTION TO LOGIC COURSE PDP16/M '~OGRAMMING & MAINTENANCE COURSE VT05 , CENTRONICS 101, lOlA LAlO , PC05 COUSE AiR33 '-PCOS COURSE LINE PRINTER (8 & 11) COURS, FORTRAN 4 COURSE INTQODUCTORl PROGRAMMING COURSE INTRO·P~OGRAM ON tHE pope COURSE MINICOMPUfERS FOR MANAGER~,COURS, INTRODUCTlON TO MINiCOMPUf~RS, COURSE COMMERICAL PROGRAMMING CONctPTS'CpURSE COS.300 OPIRAtO~ COURSE COS-lOO MANAG£MENf ,OURiE COMMERCIAL OPERATING Sys-300 COURSE MUMPS.l1 fOR DATA'MANAGEMENT COURSE COMMERCIAL OPiRAT'H~ 6fS-SOO COOR$E TIPESET-8DIAGNOSIIC COURSE PDPS/E, 8/F, 81M FAMILY AND INTERFACE COURSE PopelE, I/r, 81M HAPDWARE 'AMILIARZATION AND MAINTENANCE COURSE pDpS/E, " M HARDwARE, MAINTENANCE COURSE

MODEL ENG DESIGN PROD MFGR STATUS CATEGOR¥ USEO ON DESCRIPTION 49 NO MGR ENGR tNGR AREA MO/YR

JFH04-A DE 1 5/73 J - POPS/It, 8/r, 81M OPTIONS MAINTENANCE COURSE JrHOS-A DE 6 11/71 J - PDP8/E, 8/r, 81M DECTAPE MAINTENANCE + t;AI!; COUR~E JrHOS-& DE 3 11/71 J - PDP8/E, 8/F, 81M OECTAPE MAINTENANCE COURSE JFH06-A DE 1 5/7) J - PDp8/l HARDWARE COURSE JFH07-A DE ) 5/7) J - POP8/L hARDwARE COURSE JrHOS-A DE 6 11/71 J - POPS/I, 8/L 5YSTEMS-MAlNTENANCE COURSE JFH09-A DE ] 5/73 J - INTERFACING THE POPS/E, 8/r, 81M COURSE JFlil a-A DE 1 5/73 J - RKS-E PACK MAINTENANC~ COURSE JrH12-A DE 1 11/71 J - POPS/I, 8/L SYSTEM MAIN1ENANCE COURSE JrH14-A DE 3 11/73 J • OF32 DISK MAINTENANCE COURSE JFsOt"A DE 3 5/73 J - POPS fAPER TAPi SOFTWARE (A) COURSE JF501.8 DE 3 5/71 J • PDP8 PAPER TAPE SOFTWARE (S) COURSE JrS02"A DE 6 11/73 J " OS/8 SOFTWARE CA) COURSE JFS02-S DE 1 '5/73 J - OS/8 SOFTWARE CI) COURSE JFS01-A DE ) 11/73 J - PROGRAMMING THE POPS, COURSE JFS04-A DE 3 11/73 J • OS/8 SOFTWARE EXTiNSION, COURSE JFSOS·A DE 3 5/73 " - PUP8 CA5S~TTE OPERATING COURSE JFS06111A DE 3 tl/7) J - INDUSTRIAL BASIC, COURSE JHSOt-A DE 3 5/73 J - DEC SYSTEM-l0 MONITOR COURSE JHS02-A DE 3 5/73 " - DiC SYSTEM-10 TIMESHARING USERS COURSE JHS02.S DE 3 11/73 " .. DECSYSTEM.to TIME$HARING USERS COURSE -.lNSOl"A DE 3 5/73 J .. DEC S¥STEM.l0 ASltMiLY ~ANGUAGE-PROGRAM COURS, JRS04-A DE 3 5/73 " • DEC SYSTEM-l0 PERFO~MANCE A6A~YSIS COURSE JHSOS"A DE ) 11/73 -.I • D£CSYSTEM.I0 ADMINISTRATION COURSE JLH03-A DE 1 11/73 J - POP14/l0, .35 SySTEM , MAINTENANCE COURSE JLH04.A DI 3 11/73 J .. POP14-30, -35 CQMP BASED PROG CUURSE J~HOl·A DE 3 5/73 J .. PDP11/20 HARDwARE COURSE JJH02·A DE 3 5/73 -.I • KEII ~AE ~ITH PCll COURSE J"HOl-A DE 1 5/73 J • TCI1/TU56 DECTApE MAINTENANCE COURSE J"H04.A De: 1 11/73 J - Rfl1/RS11 DISK MAIHTE~AHC~ COURSE JJHOS.A DE 3 5/71 J " TMI1/TU10 MAGTAPE MAlhTENANCE COURSE JJH06-A DE ) 5/73 J • RKI1-C/RK05 DlSK PACK COURSE JJH06,,8 DE 1 5/73 J - RK11"O, "E/RK05 DISK PACK MAINTENANCE COURSE JJH07-A DE 1 5/73 J - POPl1/20 PROCESSOR DIAGNOiT1C~ , AD~USTHENTS COURiE J"HOI.A DE 3 5/73 J .. "INTERt"'ACING THE PDPil COURse; JJH09.A DE 1 5/73 J • RC11/RSi4 DISK MAINt!NANC£ COURSE JJH10-A DE 3 11/73 J - POPll/20 HARDWARE SPECIAL COURS~ JJHlt-A DE 3 11/73 J - OPTlO~A~ RK11-C !XTLNTION, COURSE JJH12"A DE 3 11/73 J • RP11.C, RPOl DISK COURSE JJH14-A DE ] 11/73 J - OPTIONAL RK09 EXT~NSION, COURSE JJ801-A DE 3 5/73 J III INTRODUCTION TO THE PDP11, COURSE JJ502-1 DE 1 5/73 J - POPll PAPER TAPE SOFTWARE (A) COURSE JJS02-S DE 3 5/73 J - POP11 PAPER TAPE SOFTWARE CSl COURSE JJSO) .. A DE 3 5/73 J - PROGRAMMING THE pOP11, COURSE JJS04-A DE 6 11/73 J - POP11 DISK OPERATING SYSTEM (DOS) COURSE JJS04-S DE l 5/73 J • POPt1 DISK SYSTEM SOFTWARE (DSS) COURSE JJSOS-l DE 6 11/73 J - eOMTEX.l1 2780 ETAP COMM ORIENTED MULTI TERMINAL EXEC CQURSk; JJSos-e DE 6 11/7) " • COMTEX-l1 2848 ETAP COMM ORIENTED MULTI TERMINAL EXEC COURSt; JJSOS·C DE 1 11/73 J - PDPt1 Doa, COMTEX, COURS! JJS06-A OE 3 5/73 J - PDPtl RESOURCE TIMESWARING SYSTEM SOfTWARE COURSE JJS07-A DE 1 5/13 J " POPl1 REAL TIME EXECUTIVE SOFTWARE (RSX,,11C/B) COURSE JJSOS-A DE 3 5/73 J - POP11 CASSETTE OPERATING SYSTEM COURSE JJS09-A Dit 3 5/73 J • PDP11 REAL TIME OPERATING SYSTEM COURSE JJ810lllA DE 6 11/71 J - PDP11 REA~ TIME EXECUTIVE (RSX 8 11A) COURSt .T.l~t1"a. DE 3 5/73 J • DOS GRADUATE SCHOOL

MODEL ENG DESIGN PROD Mf'GR STATUS CATEGORY USED ON DESCRIPTION 50 NO MeR tHGR !NGR AREA MO/YR

JJSl2-A DE 1 5/7'3 ,J - RSTS USER'S COURSE JJS14-A DE 1 5/73 " - RSTS SYSTEM MANAGERS COURSE JJS1S-A DE .3 11/73 " - PDP11 RSTS/E SYSTEM MANAGER, ADVANCED COURSE JJS16-A DE 1 11/73 J • PDP11 RSTS/E UPDATE, COURSE JJS1'·A DE 3 11/73 J - PDP11 DISK OP USERS B¥S COOS) COURSE JJSlS-A DE 1 11/73 J - PDP11 PAPER TAPE USERS ~OURSE JJS19 1ll1 A DE 3 11/73 J - PDPtl FUNDAMENTALS' INSTRUCTION, COURSE JI(HOI-A DE 3 5/73 J • POP12 HARDWARE COURSE JKS01.A DE 3 5/73 J - PDP12 SUFTWARE COURSE JLHOt-A DE l 5/73 J - PDP14/14L BASIC PROGRAMMING COURSE JLH02.A DE .) 5/73 J • PDP14/14L BASIC PROGRAMMING, ADVANCED COURSE JMHol.A DE 3 5/73 J - POP1S HARDWARE FAMI~IARIZATI0N COURSE JMSOt-A DE ] 5/73 J - POP15 SYSTEMS SOFTWARE COURSE JMS02-A DE 6 11/73 J • RSX15 COURSE JMS02.S DE ) 11/73 " • RSX-t5 + 3, COURSE JMS01-A DE 3 11/73 J - INDTRODUCTION TO THE PDP1$, COURSE JNHot-A DE 3 5/73 " - PDPI1/0$, 11/10 HAROWARE FAMILIARIZATION COURSE JNH02-A DE 1 11/73 J - POP11-05, -10 HARDWARE SP~CIAL COURSE "PH01-A DE 3 5/73 " - POP11/40 HARDWARE FAMILIARIZATION COURSE JPH02-A DE 3 5/73 J - POP11/40 OPTION MAINTENANCE COURSE JpH03-A DE :3 5/73 J - POP11/40 PROCESSOR DIAGNOTISCS , AD"MUSTMENT COURsE "RH01 .. A DE 3 5/73 J - POP11/45 HARDWARE I COURSE JRM02-A DE 3 5/73 J - POP1l/45 HARDWARE II COURSE JRH03-A DE 3 5/73 J - POP11/45 HAROWARE III COURSE JRH04-A DE 3 11/73 J - PDP11-45 HARDWARE SPECIAL COURSE JRS01-A DE 3 5/73 J - POP11/40, 11/45 RSX-I1D USERS COURSE JRS02-A DE 3 5/73 J - POP11/40, 11/45 RSX-11D ADvANCED USERS COURsE

KA10-A KE 5 K to PDP10 ARITHMETIC PROCESSOR, 60 HZ 115V KAI0-B KE 5 l( to POP10 ARITHMETIC PROCESSOR, 50 HZ 115V KAtO-C K&: 5 K 10 POP10 ARITHMETIC PROCESSOR, 50 HZ 230V KA10-P RBH R"S DAS 3 4/72 I< KAIO-A, -a, -e pOWeR rAIL RESTART OPTION-KA10-S RBH RJ8 DAB 1 6/73 I< I(AlO, 1(110 STALL ALARM KAtO-UA K!! - 8/71 J( 6 KA10-A (W TRADE-IN or 166) KA10.U8 Kit • 8/71 I( 6 KA10-8 (W TRADE.IN or 166) I(AI0·UC K! -, 8/71 K 6 KA10-C (W TRADE.IN ur 166) KAll "0 5 3/71 K 11/20 16 SIT WORD PROCESSOR KAII-YA ..10 4 3/72 K 1'1/20 KA11 w KH11.A OPTION JeAI. AR 5 12/Lt K PDP14-L PoP14-L PROCESSOR UNIT KA15 FA 5 3/71 I< 15 AUTO PRIORITY INTERRUPT KI'70-A RR 6 It '7 BOUNDARY REGISTER , CUNTROL KA71-. RR 6 K 7-A 1/0 PACKAGE KA72-S RR 6 I< 7-A DEVICE SELECTOR EXTENSION KA71-A RR 6 K 7-. CENTRAL PROC (INCLUDES 148-S) KAB-! LT 5 B/71 K 8/E, BIM POsITIVE 1/0 BUS lNTERFACE FOR PO~8.E KAa-EA liT S 8/71 K B/E, 81M OEM2 KAa-t -KAS-r MA 5 I( 8/1 POSITlvt SUS KIT KAC16 JlIE 5 8/71 K 16 GENERAL PURPOSE ARITHMETIC UNIT CUNTROL M7300 KACt6-A Jr..E 2 3/72 K 16 ARU DECODER (M7331) I<AR11 KH 2 4/71 K ltR20 RUGG£O KA11 KAR16 JLt: 4 8/71 K 16 GENERAL PURPOSE ARITHMETlC UNlT REGISTERS M7301 K801-A RR 5 K B SERIAL TO PARALLEL BurFE~ K801-8 RR 6 J( '7 S~RIAL TO PARAr..LE~ BufFER KB02-A RR 5 I( 8 SlGNA~ CONVERTER surFER

MODEL NO

i<802·S K803 KBlt-l KSt6-A K816-8 K88 .. 1A K88-I8 KB9.LA K88-L8 1<BMt6 KBS16 KBS16-A KCOl KC09-A KC09-C KC11 KC11-YA KC1S-A KC1S.B KCe.EA

ENG MGR

KCe .. EB KCBIIIEC KC9.EO SNT KCe.EJ RS KC8111EL KCe.FJ RS KCe .. 'L Kce-M KC9~.ML KD09-A K009 wC KDtl-A K011-a K08.E KD9"r., KDL2 KE09-A KEO'·C KEtO J<El1-A KE11-E KE11-' 1(£:12 SNT KE15 KE8-E KEg-I K!IH 1-A KEV16 KY01 KrO) KrOg-A KF09-C KFtl-A Kr12-a SNT KF12-C SNT

DESlGN PROD ENGR ENGJit

RR RR BO Jt"E 't.E Jot JOt. JOt. JOt. JLE JLE JLE RR Ml Ml JO JO FA FA PC; PC; PG AW ptE PC; P'E PC; PG PC; Ml MI .10 SNT LT WH LG MI Ml KE SR JO JO Rt FA GHL RR KH .1L! RR RN MI MI CMD RI RI


TPt. TPt TPt. TPL

CSS

6 K 6 K 4 5/73 K 5 8/71 K 5 8/71 K 6 8/71 K 6 8/73 K 6 8/73 K 6 8/73 K ) 8/71 K 5 12/71 K 5 12,71 K 6 K 5 K 4 K 2 K 4 3/72 J(

4 K 4 K ~ 10/71 J(

!j 10/71 K 5 10/71 K 1 1173 K 2 10/73 K 2 1172 K 2 10/73 K 4 2172 K 4 2/72 K 4 '2/72 K ! K 4 K 5 7171 K 2 1/72 K 5 10/72 K 5 K 3 K 5 J(

4 K 5 K 4 K 4 5173 K 4 5/73 K S K 5 1< 5 10/72 K 5 K 3 1172 K 5 8/71 K 6 K 3 K 5 K 4 K 4 8/71 K 4 6/71 K 1 9/71 K

7 7 11/45 16 16 811 8/1 BAoa 8A08 16 16 16 5, 8 9 9/1" 11/15 11/15 15 15 AlE 8/E S/E 8/E 8/E 8/E 8/F 8/F 81M 81M 9 9/L

USED ON

11/35, 11/40 11/05 all! 8/L X,lNC/8 9 9/1.1 10 11 l1/l5, 11/40 11/35, 11/40 1a 15 alE lit l1R20 16 , 15 9 9/t. I(Cl1 12 12

Dr;SCRIPTION

SIGNAL CONV~RTER BUfFER DiVICi SE~E~TOR EXTENSION 16 SIT PROCESSOR TWO WAY8RA~CH M7l04 EIGHT WAY BRANCH M7314 M107, M718 sUS TRANSMITTER, BCOaA@15 M737 BUS RECEIVER, BC08A-is M107, M738 BUS TRANSMITTER, BC08Ae15 M7l7 BUS RECEIVER, 8C08A-15 BUS MON1TOR M7322 8US SENSE (M7l04) BUS CONTROL (M7332) ADAPTER CONNECTOR PDP9 CENTRAL PROCESSOR PDP9-L CENTRAL PRoCESSOR

16 BIT PROC (KA11 W NO PWR FAIL, 1 BR PRI~R~T~) KC11 W KH11-A OPTION KEY BOARD CONSOLE FLAT CONSOLE CONSOLE WITH SWITCH~S , L~GHTS BLANK FRONT PANEL TURN-KEY FRONT PANEL GREEN KCS.EA FOR LABSwE

RED, WHITE 6 BLUE KC8~EA FOR IPG ~Ce-EA W LEOS (LIGHT EMITTlNG DIO~E~)

RED, WHlTE & BLUE KCe-FL FOR IPG -KC8.EL W 8/r LOGO

MINIMUM FUNCTION CONSOLE (2 LIGHTS, 2 SWI!C~ES) KCe-EL WITH 81M LoGo -. . -PDP9 1/0 SECTION POP9-L 1/0 SECTION 16 8IT PROCESSOR 16 SIT PROCESSOR, M7260 + M7261 DATA BR£AK DATA BREAK LINC TAPE IBZ INTERRUPT EAt PDPi-L EAt !XTENDEO ORDER CODt EAE, BUS MOUNTED

EXPANDED INSTRUCTION SEt (MUL, DIY, AaH, ~SH.C) STACK ORIENTED fLOAtINGPUIHT EAE EXTENDED ARITHMETIC ELEMENT EXTENDED ARITHMETIC ELEMENT EAi: RUGGED KE11-A EVOKE UNITS M7310 1/0 INTERfACE FoXBORO 1/0 INTERFACE, FOXBORO AUTO PRIORITY INTERRUPT AUTO PRIORITY INTERRUPT AUTO PRIORITY (4 LEVELS, lNtERRUPT (M7218)

15 LEVEL AUTO PRIORITY INTERRUPT W PUSH, POP ~ PUSH· JUMP KF12-! PLUS NEW EP12 PANEL

MODEL NO

K'15 KP'Lt6 KG09-A KG09-B KG09"C KG09-0 KGtl-A KGS.EA KKil-A KIlO KIlO-A

ENG MGR

KltO-M FW KII0-U KIT01-AA RJM KITOt-AB RJM KITtl-0 RJM KITll-,. RJM KITI1-H RJM KIT11-JoIT RJM '<ITltwJ(' RJM KITtl.M RJM KJtl-A KJ(8.E KL11-A KLtt"'S KL11-C '<1111"'0 '<Lil·E; KL11·r KLS';"E J('L9.EA KL9""gB KLS-EC KL8_EO KL9"P';E KL8"EF KL9.EG JeLe-" KL8.FA JeLR, .. FB K"L8 .. rC KL8.FO KL9 .. FE '<L8""FF KLR.FG K.LI)';FH KLA"F'J KL9_FJ( KLS.JA JC KL8"M KLJ11-A CA KLR11.A KLR11-AA KLP1'·B KLR11-C

DESIGN PROD !NGR tN"GR

FA JLt MI MI Ml RR RL RSR JO KE Kit KE KE RF RF RF Rr Rr RP" RF RF PJ GHL PJ PJ PJ PJ PJ PJ RBR RaR RBR RBR R8R RBR RBR RBR RBR RBR RBR RBR RBR RBR RBR RBR RBR R8R ReR RBR RBR

KH AS KH KH


TPL

5 3171 K 5 8/71 K 6 K ! K 4 K 6 9/71 K 5 3/72 K 4 5111 0 5 1/72 K 1 1/72 K - 11/73 K 4 5172 K - 8/71 K 3 5/73 B 1 5/73 B 2 11/73 e 3 11/72 B 3 11/72 B 1 '1173 K ) 11/72 8 3 11/72 B 2 '1172 K 5 1/72 K 6 8/72 K 6 8/72 K 6 8/72 J(

6 8/72 K 6 8/72 K 6 8/72 K 4 K 4 6/71 K 4 6/71 K 4 6/71 K 4 6/71 K 4 6/71 K 4 6/71 K 4 6/71 K 4 8/73 K 4 10/71. K 4 10/71 K 4 10/71 K 4 10/71 K 4 10/71 K 4 10/71 K 4 10/71 K 4 10/71 K 4 10/71 K 4 10/71 K 4 10/73 0 2 9/71 K 3 6/72 K 3 1/72 K 3 2/72 K 3 1/72 K 3 1/72 K

15 16 ME09-A ME09.S ME09.C 9 t 1 9/i:

USED ON

KA11, Kelt 10 10 KIlO

Of!;SCRIPTION

POWER FAIL OPTION 1 FLAG-FLIP FLOPS M7306 PDP9 MEMORY EXTENSION CUNTROL PDP9 MEMORY EXTENSION CONTROL MEMORY EXTENSION CONTRO~ MEM EXT CONT TO 641< (NO MP09, KX09) XOR , CRe (18M 16, IBM 12, CCITT)-

52

REDUNDANCy CHECK eVRC + LRCOR eRe) (M884) SYSTEM EXPANSION CLATiNCY"REDUCTION) IIC ARITHMtTIC PROCESSOR " DUMMY NUMBER FOR OLD KIlO fLOWS

MEMORY BUS ADAPTER (MAlO, M8l0, MDlO TO KI.l0) KIlO (W TRADE_IN Of KA1Q) 10

ASYNC AaYNe 11

ASCII UP TO 4800 8UAO 8 CM +1-l0V AID CONY, SHV R£SOLUT10N, 115V ASCII uP TO 4800 SAUD 8 eM +1-10V AID CONy, 5MV RESO~UTION, 230V

11 11 KIT11.H 11 11 8811eM 11/35, 11/40 S/E KA11 KA11 KA11 KA11 KAtl KAt1 8/E alE e/E alE e/E e/E 8/! e/E 8/E 8/E S/E 8/E liE s/l! 8/B; alit 8/E 8/E 8/E

OR 0011 OR 0011 OR 0011 OR 0011 OR 0011 OR 0011

DNA INTERfACE W 1 UNWIRgOQUAD SLOT -8611-F BUS INTRFC W 3 WORDS IN, 1 WORO OUT, 4 INT~RRUPTS 9811-H 8US INTRFC W 4 WORDS IN, 4 WORPS OUT, 4 INtERRUPTS

CHECKOUT OPTION, BC08R-Ol + DIAGNOSTICS S811-K sus INTRFC W 8 WORDS IN, 0 WO~OS OUT

aus INTRFCFOR M1621, M1623, M1S01, spe ~XCEPT DR11~B, DL11 PROGRAMMA8LE STAC~ LIMIT REGISTtR-(M7237) PROCESSOR FOR POPS-E -TELETYPE CONTRO~, t10 BAUD (M780) 150 BAUD KLI1-A (M'180wY8) 300 BAUD KL11.A (M780wYC) 600 BAUD KL11-A (M780.YO)

1200 BAUD SEND' 110 BAUD RECEIyE KL11-A (M780-yE) 2400 BAUD KLll.A (M780-YF> ASYNC DATA CONTROL, 110 BAUD, MQ6S0, 20 MA ASYNCH DATA CONT, 110 BAUD, M8650~ ~lA ASYNCH DATA CONT, 150 BAUO, M8650.YA, EIA ASYNCH DATA CONT, lOO BAUO, M8650~YA, ElA ASYNCH DATA CONT, 600 BAUO, M8650.YA, EIA ASYNCH DATA CONT, 1200 BAUD, M8650-iA, EIA

ASYNCH DATA CONT, 150 BAUD REC/1200 BAUD SEND, M~650-YA, EIA ASYNCH DATA CONT, 150 BAUD REC/2400 SAUD SEND, M8650.YA, EIA

DoUaLE SUFrgRED KL8-E " DOuBLE SUFFERED KL8.EA (M8652) DOUBLE SUfFERED KL8.ES (M8652~YA) DOUSLE BUFfERED K~8.EC (M¥652.YA) DOUsLE SUFFERED KL8.EO (Me6~2.YA) DOUaLE BU'FERED KLS-EE (M~652.YA) DouaLE BUfFERED K~8.EF (M8652-YA) DOUBLE sUFfERED KL8.EG (M8652_YA)

DouaLE aUF ASYNC CaNT 1~4,5 BAUD 7 BIT tl$M) CM8652-yB) DOUSLE Bur ASyNC CONT-liOO BAUD (MSiS2eYCj

alE OBI,. Bur ASyNC OOUBLE SUf ASYNC CONT 2400 8AUD CM8652-YA)

SiR CONT 110 TO 9600 BAuD; 20MA OR EIA RDR RUN (M8655) ANY KL8.E OR KL8.r KA11 OR 0011 KARll, DORt1 11/01 KAR11, OORtl KARtl, ODR11

MODEM CONTROL FOR KL8'S --SYSTEM TESTED Ku11-A RUGGED {(Ll1-A RUGGED KL11-A (8 1T CABLE) RUGGED KL11-a RUGGED KLI1-C

MODEL ENG DESIGN PROD MFGR STATUS CATEGORY USED ON DESCRIPTION 53 NO MGR tNOR ENGR AREA MO/YR

KLR11-0 KH 1 1/72 K KARl1, OOR11 RUGGED 1'.L11-0 KX,Rl1-E KH 3 1/72 K ~AR11, ODR11 RuGGED l<.Ll1.E KX,Rl1-,. KH ] 1/72 K KARI1, ODRtl RUGGED KL11.r KX,S16 JLE 3 9/72 K 161M LIGHT SwITCH MOOU~E (M7l3~) KM09.A 141 5 K 9 HOLD OOwN EQPT CP PAN~L KM09-a 141 5 K 9 HOLD DOWN EQPT MEM PANEL KM09·C MI 5 K 9 HOLD DOWN EQPT 1/0 PANE~ KMtO WW 5 K 10 FAST ACCUMULATOR f(Mtl-A JO 5 K KAil MAINTENANCE MOOULE, LIGHTS & SWITCH~S KM14-A 5Z 3 1/72 K 14 SEVERE ~NVIRONMENT KIT/&TABILIZER-I(M15 .1ti: 5 K 15 MEMORY PROTECT OPTION KMR-e: LN 6 6/72 K RIE, 81M MEMORY EXTENSION , TIME SHARE CON'fROL KMQO-A CA 5 J( 8 HOLD DowN BARS, LONG KM80·a CA 5 K 8 HOLD DOWN 8ARS, SHORT KM80-C CA 5 K 1, 4, 8 HOLD DOWN BARS, SHORT KMT JLE J B 8/L K SERIES MODULE T~STER KNP16 JLE 4 8/71 K 16 NO UP MODULE M7l21 KOR16-A Jt.E 5 8/71 I( 16 10 ~.lNPUT OR GATES MilO] KOR16-a JLE 5 8/71 K 16 6 4.INPUT OR GATES M1l07 I(P01 RS 5 K 6 POWER FAIL DETECT OPTION KP09-A "11 5 I( 9 POWER rAIL OPTION W AUTO RESTART KP09-C MI • K 9/1" POWER rAIL OPTION W AUTO START I(Pt1-A CMD 4 8/71 K Kell POWtR FAIL , AUTO RESTART 1('12 8NT RI 5 K 12 POWER FAIL OPTION W AUTO START KP15 FA 5 K 15 )ROCESSOR AND 110 I<P15-A P'A :I K 15 PROC & 1/0 W SEP HEM BUS fOR EACH K,70 RR 6 K '.A POW€R FAI~ OPTlo~ W AUTO ~ESTART KP8.E LN S 10/71 K 8/E POWER FAIt. , AUTO RESTART-K'8-1 RR 5 K 8/1 POWER FAIL. OP KPQ.L RR TPL 5 K SIL POWER rAIL DET OP KROl RR 'PI., 5 K a AUTO RESTART OPTION KR09 BV css 6 K 8 AUTO PROGRAM RECOVERY (ARO-,) KR09 8V CIS 6 K 9 AUTO PROGRAM RECOVERY (ARO-9) KR19 SG css 6 K 9, giLt KR09 WITH API KIll BMW CSS 2 7/71 K 11/20 MEM PROTECT & RELOCAT~ KSM16 JLE 1 9/72 K 161M SERVtCE MODUt.E (M7llS) KafU6 Jt.E 5 8/71 J( 16 SUBROUTINE RETURN M1315 K1'08 RL 6 K 8 TIME SHARE OPTION I<T09 BV cas 6 K 9 TIME SHARE OPTION KT10 K£ 5 K 10 TIME SHARING OPTION KT10-A KE 5 K 10 PROTECT~RELOCATE OPTION KT11-At 8MW CSS 3 3/72 K I(Tl1"'8 ASCOCIATIVE M~MORY EXPANSION KT11-8 BMW CSS 3 K «All PAGING OPTION (PROT~ct , RE~OCArE) KT11-C sa 4 5/73 J( 11/45 MEMORY MANAGEMENT (PROTECT & RELOCATE) KT11-0 PJ 2 7/72 J( l1/l5, 11/40 SEGMENTATION (PROTECT , RtLocAT~)- -KT12 SNT RI 5 1/73 K 12 TIME SHARt OPTION I(T15 JE 5 K 15 MEMURY PROTECT-RELOCATE OPTION KT8-1 S 10/72 K 8/1 TIME sHARE OP KTM16 JLt: 5 8/71 K 16 BUS TERMINATOR M963 KV1, 8M CIS l 3/71 I( 15 ARBITRARY VECTOR DIsPLAY CONTMOL, HARDWARL ARC GEN KV8 8M ess 5 J( va08 ARBITRARY VECTOR DISPLAY CONT~OL Kve.EN 8M css :. 3/71 K 8 NEG ARBITRARY ViCTOR DISPLAY CONTROL, HAROWAR~ ARC GEN Kve-EP 8M css 3 3/71 K 8 POS ARBITRARY V~CTOR DISPLAY CONT, HAROWARE ARC'GEM KV8-L 8M CIS 5 J( BA08 ARBITRARY V~CTOR OlSP~A¥ CONTROL - . I(va.t 8M css 5 K 8/1 ARSIT~ARY VECTOR DISPLAY CONTROL

MODEL ING DESIGN PROD MFGR STATUS CATEGORY USED ON Oe;SCRIPTION 54 NO MGR iNGR '!!NGR AREA MOIYR

KWOS-S AS 5 K 8, 8/5 . REAL TIME CLOCK I(W09-L MI 2 K K009-C LINE t'REQUENCY INTERVAL Cl"OCK I(Wl1-' DOM 4 1/72 K KW11-P FRONT PANEL FOR H945 IN LAS"'l1 KW1I-L BDW 4 K KAtl, KIH1-A, Ketl, K011-A LIN~ rR~QUENCr INTERVAL CLOCK KW11-P BOW 4 12/71 I( 0011 PROGRAMMAiLE INTERVAL CRYSTAL CLOCK Kwtl-W JM DEB 2 4/73 K 0011 WATCHDOG TIMER

..

KW12-A SNT RI 5 K 12 SUPEJt CLOCK KW12-8 SNT RI 5 1/73 K 12 SIMPLE CLOCK CR-C asc) KW12-C SIT RI 5 1/7l t< 12 SIMPLE CLOCK (CRYSTAL OSC) KW15 FA 5 3/71 K 15 LINE FR~Q INTERVAL CLUCK KW8-1A RR Tft 5 K 9/1 LINE ,.'REQUENCY INTERVAL CLOCK I(W8-18 RR TPL 5 K 8/1 VAR1A8L£ FREQUENCY CLOCK Kwe_IC RR TPL 5 K 8/1 CRYSTAL CLOCK KtHhwID RR Tft 5 K ell KW8-IA WITH PRESET AND RLADQUT Kwe-IE RR TfL 5 K 8/1 KWS-I8 wITH PREsET ANO READOUT KW8.IF RR TPL 5 K 8/1 Kwe.IC WITH PREseT AND READOUT KW9-LA RR TPL 5 K 8A08 LINE fREQUENCY INTERVAL CLOCK I(W8.L8 RR TPL 5 K 8A08 VARIABLE fREQUENCY CLOCK KW8_LC RR TPL 5 K 8A08 CRY~TAL CLOCK KW9.LD RR TPL 5 K BAoe KW8iLA witH PRESET AND READOUT f(we-LE RR TPL 5 K BA08 Kwe.L8 wITH PREsET AND READOUT Kwe.Lr RR TPL 5 K BA08 Kwe-LC WITH PRESET ANO READOUT KWL2 LG 3 K LINe/8 ONE stCONO INTERRUPT CLOCK KWRI1-L KH 2 4/71 K KARt! RUGGEO KWI1-L KX09 ... A Ml 5 K ME09-S MEMORY PROTECT OPTION KX09-C Ml 4 K "'J;09·e MEMORY PROT~CT OPTION Kxe.!: JC LK 1 7/72 J( e-t INDEx REGISTER OPTION (148301) KYtt-A JO 4 K KAll, BAtl.ee, BA11.CS STANDARD 11/20 CONSOL~ KY11-AA SNT AW 3 1/73 K KA11, BA11-CC, -cs GREEN K*11~A FOR LAS-lt )(YI1-8 JO 3 1/12 I( Kel1-A TURN KEY CONSOLE FOR 11/15 CM82 8) KY11-C JO 3 1/72 K Ke11-A STAflIDAR{) 11/1$ CONSOLe; KYI1-0 PJ 4 10/73 K KDI1-A 11/40 PROGRAMMER & MAINTiHANC~ CONsULt; KYll-OJ RS POE 2 10/73 K KOi1_A REO, WHITi • SLUE KYI1-0 FOR lPG KY11-£ J(H '2 K KARl!, BARtl STAHOARD 11R20 CONSOLI!: KY11-' KH 3 1/72 J( KA11, KARlt REMOTE ItR20 CONSOLE KI1I-JA SNT RAA 5 7/73 K KD11-8 11/05 PROGRAMMER CONSOL~ :re-"B 5NT RAA 5 1/73 K K011-8 11/10 PROGRAMMER CONSOLE

tl-"C ML 5 7/73 K VT40 VT40 CONSOLE KY11-\1" aNT RAA 5 7/73 K K011-a (11/05) KY11-JA + HAROWARE FOR 10.5"Il~ 80X Kytt-"E SNT RAA 5 7/73 K K011-S (11/10) KYI1-JS • HARDWARE FOR 10.5.IN SOx KYtl-.,r so so 2 10/72 K )(011_8 KY11-JA FOR UNICHANNEL 15 KY11-.,H BD BG 2 10/72 K K011-8 KYI1-Jr + HARDWARE FOR 19.5"I~ sox KYlt-"J RS FE 2 10/73 K K011-8 INDUSTRIAL PRODUCTS RED, wHITE & BLUEcotOREO KY1'l-..1A KYJ11 .• A CA 1 6/72 K KAtl, BA11 .. CC, 8Al1.CS SYSTEM TESTED KY11-A KIJ11-"A ST RAl 3 8/72 K K011 SYSTEM TE5TEO KY11-vA

LA1OA-PA EC AtW 1 2/72 L MANY LAlO-PA, NO KEYBOARD LA1OA-PB EC AEW 1 2112 L MANy LASo .. PB, NO KEY80ARD LA1OA-PC Ee AEW 1 2/72 L MANY LA30-PC, NO KEYSOARD LA1OA-PD ec AEW ) 2/72 L MANY LA30-PD, NO Kt:YBOARO LA30A-PE EC AEW 1 2/72 L MANY LAlO-PE, NO KEYBOARD LA)OA-PF EC AEW ) 2/72 I" MANY LAJO-pr, NO KEYBOARD LA1OA-PH EC AEW 3 2/12 L MANy LA30-PH, NO KEY80ARD LAlOA-PJ EC lEW 3 2/72 L MANY lIAlO-PJ, NO KEYBOARD

MOOEL ENG DESIGN PROD MFGR STATUS CATEGORY USED ON DESCRIPTION 55 NO MGR ENGR ENGR AREA MO/YR

1,A30A"SA EC lEW 3 2/72 L MANY LAlO-SA, NO KEYBOARD LA30A-S8 EC AEW :. 2/72 L MANy LA30-S8, NO KEYBOARO LA)OA.SC EC AEW 1 2/72 L MAN¥ LA30-SC, NO K»;YHOARD tAlOA-SD EC lEW 3 2/72 L MANY LA30-6D, NO KEYBOARD J.JA30A .. SE . EC AEW 3 2/72 L MANy LA30-SE, NO KEYBOARD LA lOA-SF EC AEW 1 2/72 L MANY LA30-Sr, NO KEYBOARD fJA]OA-SH EC AEW 1 2/72 L MANY LAlO-SH, NO KEYBOARO ~AJOA-SJ EC AEW ] 2/72 L MANY LA10-SJ, NO Ke;YBOARO '..lA30-CA EC AEW 3 2/72 L MANy LA30-SA + Dfl1-((. (115V 60HZ 20 MA CURRE~T LOOP) [,A30-Ca EC AEW 3 8/72 L MANy LA30-SB ... DF11-1{ (230V 60HZ 20 MA CURRENT LOOP> LA30-CC EC AEW 3 8/72 L MAN¥ LA30.SC + Di"11-K (11SV 50HZ 20 MA CURRENT LiJOP) J..IllO.,.CY'} EC lEW 1 2/72 I" MANY I"A30I!PSD + Dfll-K (230V 50HZ 20 MA CURRENT L~O~) TJA30-EA EC AEW 3 2/72 L MANY LA30",SA ... DF11.A (115V 60AZ EIA) LA30-EB EC AEW 3 8/72 L MANY LA30.SB + Dfl1-A (230Y 60HZ ElA) tJA30-gC EC AEW 3 8/72 L MANy LA30",SC • Ofll-A (t15y 50HZ Ell) LA~O-EO EC AEW 1 2/72 L MANy LA30"SO • Of11-A t230V 50HZ EIA) lJA30f!fllP~ EC AEW 4 8/71 L MANY Df;C 30 CHARISEC PRINTER , KEYBOARD PARALLEL INfC ~l~V 60HZ llAlO·fa EC AEW 4 8/71 I" MANY 230V 60HZ LA30"PA LA10-PC EC AEW 4 9/71 L MANY 115V 50HZ LA10-PA '",AlO-PO EC lEW 4 8/71 L MANy 230V 50HZ I"A30.PA LA)O·PE EC AEW - 8/71 L MANt LA30-PA, NO INSTALLATION LA1O·PF EC AEW - 8/71 I" MANY LA30.PB, NO INSTALLATiON LA1O .. PH EC AEW - 8/71 L MANY I"A10.PC, HO INSTALLATION LA 30-PI' EC ~e;W - 8/71 I" MANY LA1O-PO, NO IN5TAI..LATION f.JA.3 0 -J< A LG LH 1 5/72 L 15, 8/L Lee-I" + LAlO-PA, 115v"60HZ LAJO-R8 LG LH 1 5/72 I" 15, 8/L Lee-I" ... Ll30 wPO, 210V 50HZ LA30-SA EC AEW 3 2/72 L MANY DEC 30 CHARI SEC PRINTER , KEYBOARD SERIAL INFC 115V 60HZ NEED$ Dfl1 J.lAJO-S~ EC AEW 1 2/72 L MANy 230V 60HZ LA30-SA LA30-SC EC AEW 3 2/72 L MANY 115V 50HZ LA1O.SA J.A30'!.SO EC AEW ) 2/72 L MANY 230V 50HZ LA30-SA LAlO-Sf: EC AEW 3 2/72 L MANy LASO-Sli NO INSTALLATION LAlO-SF EC AEW 1 2/72 L MANy LA30.SB, NO INSTALLATION LA1O-SH EC AEW ) 2/72 L MANY LA10-SC, NO INSTALLATiON l,A1O-SJ EC AEW 1 2/72 L MANy LA30.8D, NO INSTALLATION tAlO-UA BALL l 9/72 E 05500 SERIES Ll30.PA , LCtl-A IN PLACE or VT05S-AA , DI..l1_C tAlO-US BALL ) 9/72 E D5500 SERIES LA30-P8 , LC11-A IN PLACE or vi05S-AD , OLli-, J.,AB11.AA 8NT AW 1 1/73 E - ADVANCED PDPt! LAS SYSEM,'tlSV-60~Z-LARlt-AB SNT AW 3 1/73 E • DITTO 230V 60HZ LA811-AC SNT A'll 3 1/73 E • DITtO 115V 50HZ LA811-AD SNT AW 1 1/73 E • DITTO 230V 50HZ '..1AB It-SA SNT AW ] 4/72 E - PDPlt/2l LAS SYSTEM W LA30-PA, 115V 60HZ LA811-SB SNT AW l 4/72 E - PDP11/21 LAB SYSTEM W LA)0-P8, 2l0V 60HZ LAB11-SC SNT AW 3 4/72 E • PDP11/21 LAB SYSTEM W LA30-~e, 11~V 50HZ LAS11-S0 SNT AW ) 4/72 E - PDP11/21 LAS SYSTEM W LA)O-PB, alOV 50HZ tAB8E.05 SNT AW 3 6/71 E • BASIC ,OP8/E LAB SYSTEM LAasE-tS SNT AW 3 6/71 E • ADVANCED PDP8/! LAB SYSTEM ltARlO.PA EC 1 10/71 L tlR20 LAlO.PA·W MIL CONNECTOR· -LAR30.PB EC 1 10/71 L 11R20 LA30.P8 W MIL CONNECTOR tARlO-PC EC ) 10/71 L 1tRaO LAJO.PC W MIL CONNECTOR LARlO.PD EC 3 10/71 L tlR20 LAlO-PO W MIL CONNECTOR LASlO-!:A 8M CL SSCAN 1 1/73 L - LA30.EA W OPTIONAL LEFT MARGIN AT COLUMN ~4 LCit-A JFe 3 1/72 K KAtl OR 0011 PARALLEL CONT rOR LA30-P Lca-.:: JK 1 1/72 L BIE PARALLEL CONT 'OR LA30.P LC8.L "0[,- TPt ] 1/72 L S/L, 15 PARALLEL CONT FOR LA30.P },CRtt-A Jrs 2 10/71 L KARll, DOR11 PARALLEL CONT FoR LARlO.'

MODEL ENG DESIGN PROD MFGR STATUS CATEGORY UUD· ON DESCRIPTION 56 NO MGR !NGR ENGR AREA MO/IR

LE8-'A LN 4 I" ' S/E: LP01-fA " CONT M841 LEg·'B LN 4 L 8/E LP01-f'B " CaNT M841 LE8.HA LN 4 I" 8/E LP01-HA " CONT 14841 LE9"H8 LN 4 L 8/E LP01-HB " CONT "841 LE8-.JA LN 4 11 alE LP02-.}A " CONT M841 LE9.JB LN 4 L 8/E LP02·"8 " CONT M841 LE9wl(A LN 4 L ~/E LP02·KA & CONT MS4! r.,E9-KB LN 4 L e/E LP02-KB , CONT MI41 LES.MA AP SPRY css 3 2112 L 8/E LPOl·MA & CaNT 14'41 r.,£8.M8 AP SPRY CSS 1 2/72 L 8/E I"P03·MA , M841 CONT LE8.Ql AP SPRY CSS 1 2/72 L 8/E LPOl.QA " MS4! CONT LE9-O'B AP SPRY CSS 1 2/72 L 8/E LP03·Q8 , M841 CONT LEe-ftA A. SPRY css 3 2/72 L e/E LP04-RA " MS41 CONT LE'htRS AP SPRY CBS 1 2/72 L 8/E LP04.RB " MS4! CONT LE8.SA AP SPRY css 1 2/72 L S/E 1IP04·5A " M841 CONT LE8 .. 58 AP SPRY CBS 3 2/72 L alE LP04-88 " 14841 CaNT LINC MI 6 E CLASSICAL LIlIIC LINce MI 6 )/71 E LINe + pope FUNCTIONS LKOI EC PN 4 3/72 L 1.A30, VT05, LK35 KEY80ARD (54-09945) LK35 LH 5 3/71 t. vt04 LKOl KEYBOARD + VT04 MTNG HARDWAR~ LK37 LH 2 12/71 1. VT01 REMOTE KEYBOARD (LK35 IN A SOX) LPO}.FA EC AEW 4 I" LE8-FA LPoe.fA .rc LP11-FA LP12.P'A LP1S.FA )$6LPM 80 COL 64CH OA PR 2310 60HZ LP01.'B EC AEW 4 L LEe.fS LPoe.'B .FD LP11."B LP12.fB LP1S.FB 356LPM 80 COL 64CH OA PR 2310 50HZ LP01-HA EC lEW 4 L LES-HA, LPOS-HA, -HC, LP11-HA, LP12.HA 251LPM SO COL 96 eH DA pR'2310 60HZ LP01·HB EC AEw 4 L LEa.HS, LPoe-H8, _HD, LP11.HB, LP12-H8 253LPM 80 COL 96 eM DA PR 2)10 50HZ LP02-JA EC AEW 4 L LES-.,JA, LPoe·JA, -.;sc, LP11"JA, LP12-.)A 245LPM 132COL 64 eH DA PR 2410 60HZ LP02-,,8 EC AEW 4 L LE8-JB, LP08-"B, .130 , LP11-J8, I"P12.JB 24SLPM 132COL 64 CH DA pR 2410 50HZ LP02·KA EC AEW 4 L LE8_KA, LP09.J(A, -KC, LP11_KA, 1.P12.KA 171LPM ll2COL 9bca OA PR 2410 60HZ LP02.K8 IC AEW 4 L LEa-KB, 1"P08-K8, -KD, 1"P11-1<8, LP12 .. KB 171LPM 112COL 96CH DA PR 2410 50HZ LP03-MA FA CSS ] 2/72 L LEa.MA, LPoe.MA, -Me, LP11-MA 132 COL 64 CHAR OA PR 2440 700 LPM bOHZ LPOl"M8 FA css 3 2/72 I" L£;8"MB, LPOS-MB, .MD, LP11-M8 132 COL 64 CHAR OA PR 2440 700 LPM 50HZ LP01-QA FA CBS 3 2112 L LEe-al, LPoe.QA, aQC, LP11.QA 132 COL 96 CHAR DA pR 2440 460 LPM 60HZ LP03.Q8 'A ess l 2/72 L LEe.Q6, LPoa.QB, .QD, ,LP11.Q8 132 COL 96 CHAR DA PR 2440 460 1"PM 50HZ LP04.J1,l Ie lEN 3 2/72 11 LEI-RA, LPOS-RA, -RC, LP11·RA SCI 132 COL 64 CHAR DA PM 2470 12S0"LPM 60HZ LP04.RB EC lEW 1 2/72 L LE8-RB, LPoawRB, -RD, LP11·RB SCI 132 COL 64 CHAR DA PM 2470 1250 LPM 50HZ LP04-RE EC AEW 3 8/73 L LP11 e RE EDP 132 COL 64 CHAR OA PR 2470 1250 LPM 60HZ LP04-RP' EC AEN ] 8/73 L t"P1t-RF tDP 112 COL 64 CHAR DA PM 2410 1250 LPM 50HZ Lp04.SA EC AtW 3 2/72 1" LEa_SA, LP08.SA, .se, 1"P11-5A SCI 1)2 COL 96 CHAR DA PM 2470 925 LPM 60HZ LP04-8B EC AEW 3 2/72 L LEe.S8, LP08-88, -so, LPll-sa SCI 112 COL 96 CHAR DA PR 2470 925 ~PM 50HZ LP04-SE !e AEW 3 8/73 L LP11wSE tDP 132 COL 96 CHAR DA PR 2470 925 tPM 60HZ LP04.sr £C AEW .J 8/73 1" LP11·SF EDP 132 COL 96 CHAR OA PR 2470 925 LPM 50HZ LP09.'. 4 L 8 pos LP01.FA & LPoe.p CONT LPoe.'8 4 L 8 POS LP01.FB & LPoe-p CONT LPOa-re 4 L 8 NiG I"P01-FA , LP08·N CONT LP,08-FI) 4 L 8 NEG LP01-r8 , I"P08.N CaNT LP08-HA 4 L 9 POS LPOI-HA 6'. f.,Poe-p CaNT LPoe-HB 4 L 8 pos I"P01-H8 , LPOS.P CONT LP08.HC 4 L 8 NEG LP01-HA " LP08.N CONT 1.P08·HO 4 L 8 NEG LP01-HB , LPOeeN CaNT LPoe-JA 4 L 8 POS LP02·'}A & LpOS-p CONT 1.P08.J8 4 1" 9 pos LP02-JB & LPOS.P CONT I"poe-J(! 4 L 8 NEG LP02-"A " LPoe"N CONT LPOS.JO 4 L 8 NEG LP02.uB , LPoe.N CONT 1.P08-)(A 4 L 8 POS LP02-KA & LPOa.p CONT Lp08~J(8 4 I" 8 pos I"P02-1<8 & Lp08-P CONT

MODEL ENG DESIGN PROD Mf'GR STATUS CATEGOR¥ USED ON DESCRIPTION 57 NO MGR tNGR ENGR AREA MO/YR

tPOS·KC 4 11 8 NEG LPO~.KA , LPOa-N CONT LP08·KD 4 L e NEG LP02-K8 " LPoa-N CaNT LPOS.LA AW 6 6/73 L 8 pas WHITE lIP02.JA W vru , LPoa.PF CONT 60HZ LPOS-LA AW 6 6/73 11 a pos WHITE LP02.,,8 W vru , lIPOi-PF CONT 50HZ LPoe-LC AW 6 6/71 L 8 NJi;G WHITE LP02.JA W vru " LP08-Nr CaNT 60HZ LPOS"'Lt) AW 6 6/73 L 8 NEG WHITE r"P02-\JS W Vfo'U , LPOY-Nr CONT 50HZ LPOS.MA JLM FA Css 3 2/72 L 8 POS LPOj-Ml " LPoe-p CONT LPOS-MS JLM FA CSS ! 2/72 L 8 POS LPOl.M8 , LPOe-p CONT J-,POB-Me JLM FA CSS l 2/72 I. 8 NEG I"P03-MA , LPoe.N CONT LPO~_MD JLM FA css ! 2/72 11 8 NEG LP01-MB , f.,POS.H CONT LPOa-N MI TPL 4 6/71 L 8 NEG CONTROL FOR lIPOl , LP02 Lpoa.NF' AW 6 6/73 L 8 NEG LPoe.N W fORM FEEo LPoe-p MI TPL 4 6/71 L 8 POS CONTROL FOR lIPOl " ~P02 LP(\S·PP' AW (; 6/71 L 8 POS LPOS.P wITH fORM FEED LP08.0l JlIM FA CSS 3 2/72 L 8 pos LPOl-QA & LPoa-p CONT LP08l!11Qa JI.,M FA CSS 1 2/72 L a POS LPOl-Q8 , LPoe-p CONT LP09"'QC JLM FA css 1 2/72 I., 9 NEG LP03-QA , Lpoe-N CONT LP08 .. QO JLM FA CSS ] 2112 L a NEG J.,P03-Q8 , LPoa-N CONT LP08-Pl JLM LO CBS 3 2/72 L 8 POS LP04.RA , LPOS-P CONT LPOS-RB JLM to CSS 3 2112 I" 9 pos LP04-RB & LPoe-p CONT LPoa .. RC JLM LO CBS 1 2112 L 8 NEG LP04-RA , LPOS-N CONT LPoe-RD JLM LO CBS 3 2/72 I" 8 NEG LP04-RB , LPOS-N CONT tPOS-SA JLM 1,,0 CSS 3 2/72 L I POS LP04-SA , LPoe.p CONT LP08.SB JLM LO CSS 1 2/72 L 8 pos LP04-SB , J.,poe-p CONT 'A~08·SC JLM to css 3 2/72 L 8 Nt;G LP04-SA , LPOe-N CONT LPOS-SO JLM LO CSS ) 2/72 L 8 NEG LP04-S8 , LPOS-N CONT LpOg""rC Ml TPL 1 L 9 LpOi-fA , CONT LP09."D Ml TPt. 3 L 9 LP01.F8 & CONT LP09""HC' "'1 TPL 1 I" 9 LP01-HA , CaNT LPOq.HD "'1 TPL 1 L 9 LP01-HB , CaNT LP09""JC Ml TPL 1 L 9 LP02-JA , CONT J.JPOg-JO M1 TPL 1 I" 9 LP03-JB , CONT LP09-KC Ml TPL 1 L 9 1"P02-KA , ceNT LP09-l<D Ml TPL 1 L 9 LPO;&-KB , CONT LP10·AA KE 6 5/72 L 8Al0 300·LPM 64 CHAR MOS4000 , CONT 60 HZ LPtO.AB KE 6 5/72 L BA10 300 LPM 64 CHAR MDS4000 , caNT 50 H~ l"p10-CA KE 6 10/72 L 8Al0 1000 LPM 64 CHAR MDS5000 , CONT 60 Hz LP10.ca l(E 6 10/72 L 8Al0 1000 LPM 64 CHAR MDS5000 , CONT 50 HZ LPtO"OA tep; 5 L BA10 600 LPM 96 CHAR MoS5000 , caNT 60 Hi LP10-08 KE 5 L BA10 600 LPM 96 CHAR MDS5000 , CONT ~O HZ IJP 1 O.EA KE 5 I" BAlO 500 LPM 132-CHAR MDS5000 , CONT"60 Hz LPtO-E8 Ke; 5 L SAIO 500 LPN 132 CHAR MDS5000 , CONT 50 HZ LPtl CA S 7/71 L 0011 LINt; PRINTER CONTROL MODULE, C.SLE-KIT LPtl"'t'A CA S 7/71 L DDll LP01-rA , LP11 CONT '.JP11 .. F8 CA 5 7/71 L DOll LP01-'8 , LPll CaNT LP11-HA CA 5 7/71 I" 0011 LP01-HA , bPll CaNT LP11·H8 CA S 7/11 1" 0011 LP01-HB , LP11CONT LPll·JA CA 5 7/71 L 0011 LPoa-~A , LPlt CONT LPtl--,1B ~A 5 7/11 1" 0011 LP02-J8 , LP11 CONT LP11-K.A CA 5 7/11 L 0011 LPoa-KA , LPtl CONT LP11-KB CA 5 7/71 I" 0011 LPOa-KB , LP11 CONT LP11-MA 'A C5S ] 2/72 L 0011 1"POl-MA , LP11 CONT LP11-MB FA CSS 3 2/72 L DOll LPOl-M8 , LP11 CaNT LP11·QA FA CSS 1 2/72 I" 0011 LPOl-QA , LPll CaNT LP11-Q8 FA CSS 1 2/72 L 0011 LP01-QB , LP11 CONT

MODEL ENG DESIGN PROD MFGR STATUS CATEGORY USED ON DESCRIPTION 58 NO MGR ENGR tHOR AREA MO/YR

I,Ptl-RA 8D LC 5 7/73 L 0011 LP04.RA & LV11 CONT LPft-R8 80 LC 5 7/73 L 0011 LP04-R8 6 LPil CONT LP11"'RE _ 80 LC 3 8/71 L 0011 LP04.RE & LP11 CONT LPtl-RF 8D LC 3 8/73 L DOll LP04-RF & LPll CONT LPtt-SA BO r.Je 5 7/73 L DOll LP04-SA " LP11 CONT LPtl .. S8 80 LC 5 7/73 L 0011 LP04-SB & LP11 CONT LPtt-SE 80 LC 1 8/73 L DOll LP041!1!SE , LPll CONT LPtt"S' 80 LC 1 8/73 L 0011 LP04-SF , LP11 CONT LPtl"U~ BALL 3 9/72 L 05500 S~RIES LP11-JA IN PLACE OF LS11 ... A LPtl-US BALL 3 9/72 L 05500 SERIES LP11"118 IN PLACE OF 1,,811"8 LP12-Al SNT RI 5 I" 12 300 LpM 64 CHAR M054000 , CONT 60 HZ LPt2-AS SNT Rl 3 1/72 L 12 )00 LPM 64 CHAR MOS4000 , CONT 50 HZ J-,PI a-CA SNT RI 2 L 12 1000 LPM 64 CHAR MOs5000 & CONT 60 HZ tPI2-CB SNT RI 2 L 12 1000 LPM 64 CHAR M085000 " CONT 50 Hz LPtS-CA BO sw !5 4/71 L BAIS 1000 LPM 64 CHAR MOS5000 " CONT 60 HZ LP1S.CB 8)) sw 5 4/71 L BA1S 1000 LPM 64 CHA~ M055000 & CONT 50 HZ LP15·'l 8D sw 5 3/71 L 15 LP01.FA & CONT 60HZ LP1S-F8 8)) sw 5 3/71 L 15 LP01-fa , CONT 50HZ t"PtS-Hl 80 Sir 5 7/71 L 15 LP01-HA , CONT 60HZ LPtS-Hf3 80 sw S 7/71 L 15 LP01-HB , CONT 50HZ JJP!S-JA SO SW 5 7/71 L 15 LP02-~A , CONT 60HZ LPtS-J8 80 sw 5 7/71 L 15 LP02-~8 & CUNT 50HZ r.,P15"Kl 80 sw 5 7/71 L 15 LP02.KA , CONT 60HZ LP1S-K8 80 SW 5 7/71 L 15 LP02-KB , CONT 50HZ LP1S"IU BD sw 3 3/73 L 15 LP04-RA , CONT 60HZ l,P! 5IPRB 80 SW l 3/73 L 15 LP04.RB , CONT 50HZ {,PtS-Sl 8D sw 1 3/73 L 15 LP04-SA , CONT 60HZ LP1S .. S8 80 SW 1 3/73 L 15 LP04-SB , CONT 50HZ J.JP4j-.AP Rw CSS 3 2/72 L 8 pos INTERFACE TO Mes 4310 CHAlN PRINTiR lOO LPM LPC01--lA JW 2 11/73 L LP01!, LP08 UNIVERSAL INTERfACE TO PHOTON 71)-10 TO -lOOC 115V 60HZ J.JvCO t .AS Jw 2 11/73 L LP011, uPOS UNIVERSAL INTERfACE TO ~HOTON 71]-10 TO -100, 230ij 50HZ LPCOt-8A JW 2 11/73 L LPD 11, LP08 UNIVERSAL INTERfACE TO PHOTON 713.200, 115V 60HZ '. -

LPC-Of-RR JW 2 11/73 L LPD11, LPOg UNIVERSAL INTERFACE TO PHOTON 713-200, 230V 50HZ ' ... PC' 0 t.c A Jw 2 11/73 L LPD11, IIPD8 UNIVERSAL INTERrACE TO PHOTON 7000, 115V 60HZ LPC01.CB JW 2 11/73 L LP011, "poe UNIVERSAL INTERFACE TO PHOTON 7000, 230V 50HZ J.JPC01.-0A JW 2 11/73 L LPD11, I.,P08 UNIVERSAL INTERFACE TO PHOToN PACtSETTER, "tiSV 60HZ LPCot-08 JW 2 11/73 L LP011, l..poe UNIVERSAL INTERFACE TO PHOTON PACESETTER, 2l0V 50HZ LPcot-€A J'N , 11/73 L LPD11, LPOB UNIVERSAL INTERfACE TO HARRIS INTERTYPE TXT, 115V ··60HZ LPC'Ol.EB JW 2 11/73 L LPD11, LPD8 UNIvERSAL INT~RfACE TO HARRIS INTERTYPE TXT, 210V 50HZ LPCOt-FA JW 2 11/73 L LP011, JJP08 UNIVERSAL INTERFACE TO COMPSTAR 19t, 115V 60HZ I,pcot.YS JW 2 11/73 L tP011, ,-poe UNIVERSAL INTERfACE TO CO~PSTAR 191, 230V 50HZ LPC01-RA JW 2 11/73 L LPD11, LPDB UNIVERSAL INTERfACE TO kERGENTHALER, 115V 60HZ LPCOt-"'8 Jw 2 11/73 1" LPDll, ,",poe UNIVERSAL INTERFACE TO MERGENTHALER, 2l0V 50HZ LPcot-JA Jw 2 11/73 L Lf011, ,",POB UNIvERSAL INTERFACE TO VIOEO SEtTER, 115V 60HZ LPCOt--J8 JW 2 11/73 L LP011, l"P08 UNIVERSAL INTERfACE TO VIDEO SETTER, 230V 50HZ J.JPCll-AA JW 1 10/73 L 11 INT~a~FACE TO PHOTON 113-10 TO-looe 115V bOHZ LPClt-AB Jw 3 10/73 I" 11 INTERFACE TO PHOTON 713-10 TO .100, 2l0V 50HZ LPClt-RA JW 3 10/73 L 11 INTERFACE TO PHOTON 713.200, 115V 60HZ LPCtt.SB Jw 3 10/73 L 11 INTERFACE TO PHOTON 713-200, ~30V 50HZ (,PCt t-CA JW l 10/73 L 11 INTERFACE TO PHOTON 7000, 115V 60HZ LPC11-CB JW 3 10/7] L 11 INT~RFACE TO PHOTON 7000, 230V 50HZ LPClt-DA \.lw 3 10/73 L 11 INTERFACE TO PHOTON PACES~TTER, 115V 60HZ LPClt-08 JW :I 10/71 I" 11 INTERFACE TO PHOTON PACESETTER, 2l0V 50HZ J.JPC11-F.A Jw 1 10/73 L 11 INTERFACE TO HARRlS INT£RTYPE TXT, 115V'60HZ LPCtl-'-=8 Jw 1 10/73 L 11 INTERFACE TO HARRIS INT~RTYPE TXT, 230V 50H~

MODEL ENG DESIGN PROD MFGR STATUS CATEGOR~ USED ON DESCRIPTION 59 ! NO MGR ENGR tNGR AREA MO/~R

LPC11-P'A JW 1 10/73 L 11 INTERfACE TO COMP5TAR 191, ll5Y 60HZ LPC11-rS JW 3 10/73 L 11 INTERFA<:E TO COMPSTAR 191, 23QV 50HZ LPCS-AA JW 3 10/73 I" 8 POs INTERfACE TO PHOTON 71]-10 TO -100, 115y 60HZ LPCe-AB JW 1 10/73 L 8 POS INTERFACE TO PHOTON 713",10 TO -100, 2l0V SOHZ LPCS.AC JW 1 10/73 L 8 NEG INTERFACE TO PHOTON 713-10 TO -100, 11SV 60HZ LPCe-AO JW 3 10/73 L 8 NEG INTERFACE TO PHOTON 713.10 TO -100, 2l0V ~OHZ LPC8"BA. JW 1 10/73 L Q pas INTt;RFACE TO PHOTON 713 .. 200, 115V 60HZ LPC8-SB JW 3 10/73 L 8 POS INTERfACE TO PHOTON 71)-200, 2l0V 50Hz LPCQ-BC JW 3 10/73 L 8 NEG INTt;Rfo"ACE TO PHOTON 713"'200, 11SV 60HZ 1"PCe-SD Jw 3 10/73 L e NEG INTERfACE TO PHOTON 713,,200, 430V 50HZ t.pce",CA JW 3 10/73 L 9 POS INTERFACE TO PHOTON 7000, 115V 60HZ LPCS-CB JW 1 10/73 L 8 POS INTERFACE TO PHOTON 7000, 210V 50HZ LPC8-CC Jw 3 10113 L 8 NEG INTERfACE TO PHOTON 7000, 11Sv 60HZ LPCS.CO JW 1 10113 L 8 NEG INTERFACE TO PHOTON 7000, 2l0V 50HZ LPCS-OA JW ) 10/73 L 8 POS I~TERFACE TO PHOTON PACESETTER, 115V 60HZ LPce-OB JW 3 10/73 I" 8 PUS INTERFACE TO PHOTON PACESETTER, 2l0V 50HZ LPce"'oc JW 3 10/73 I" 8 NtG INTERFACE TO PHOTON PACESETTER, 115V 60HZ LPCS-OD JW 3 10/73 L 8 NEG INTERFACE TO PHOTON PACt;SETTER, 2JOV 50HZ LPCS-EA JW 1 10/73 L 8 POS INTERfACE TO HARRIS INTERTYPE TXT, 115V 60HZ LPeS-EB .,lw 1 10/73 L 8 PQS INTERfACE TO HARRIS INTERTYPE TXT, ~lOV 50HZ LPce-EC JW 3 10/73 L I) NEG INTERfACE TO HA~RlS IHTERTYPE TXT, ltsV 60H~ LPeR-ED JW 1 10/73 11 8 NEG INTERFACE TO HARRIS IHTERTYPE TXT, 210V 50HZ LPCS-FA Jw 3 10/73 L e pos INTERFACE TO COMPSTAR AI, 115V 60HZ LPce-FB JW 3 10/73 L 8 POS INTERFACE TO COMPSTAR AI, 2l0V 50HZ LPce-,c JW 3 10/73 L 8 NEG INT~RfACE TO COMPSTAR Al, 115'1 60HZ LPC8.FO JW 3 10/73 L 8 NEG INTERFACE TO COMPSTAR At, 2l0V 50HZ LPC8"'Hl JW l 11/73 I" B pas INTERP'ACE TO MERGENTHAL~R, 115V 60HZ LPDt'-AA Jw 2 11/73 L 11 CONTROL FOR LPC01, 11SV 60HZ [,PI)11-A8 JW 2 11/73 L 11 CONTROL FOR LPC01, ~30V 50HZ LPDS-NA JW 2 11/73 L 8 NEG CONTROL FOR LPC01, 11SV 60HZ LPDS.NB JW 2 11/73 L 8 NEG eONTROL FOR LPC01, 230V 50HZ LP08-PA JW 2 11/7] L 8 Pos CONTROL FOR LPC01, 115V 60HZ LPD8·PB JW 2 11/73 L 8 POS CONTROL FOR I"PC01, 230V 50HZ LPS1!-EA AW AHS 2 11/73 a LPS11·S EXP BOX, 48 MORt: A/O CH, 8 MORE D/A CONY, 115~ LPS11.J!:8 AW AHS 2 11/73 B r.,PSll·S EXP BOX, 48 MORt AID CH, a MORE O/A CONY, 230V LPS11-SA AW ERK 3 9/72 B 11 LPS MTNG eox, PS, FRONT PANEL, UNIBUS INTf'CE, RACK MOUNTASL£, 115V LPS11-S8 AW ERK 1 9/72 B 11 LPS MTNG BOX, PS, FRONT PANEL, UN 15U8 INTf'CE I RACK MOUNTAf:\L~, 2l0V LPS11·SC AW ERK 3 9/72 B 11 LPS MTNG SOX, PS, FRONT PAN.€L, UNIBUS INTFCE, RACK MOUNTA8LB, 100V LPS11-SD AW ERK ] 9112 8 11 LPS MTNG BOX, ps, FRONT PANEL, UNI8US INTrCE, TABLe: TOP, il~V LPS11.SE AW ERK 1 9/72 B 11 LPS MTNG BOX, PS, FRONT PANEL, UNIBUS INTrCE, TABlI~ TOP, 210V LPS11·SF AW ERK 6 9/73 B 11 LPS MTNG BOX, PS, FRONT PANEL, uNIBUS INTFCE, TAB~E TOP, lOOV LPSAD.t2 AW F.RK 1 9/72 A LPS11.S 12 8IT AOC , S'H, 8 CH MUX, 6 DIGIT ~ED OlSP~AY LPSAO-15 AW ERK 3 9/72 A LPS11-S 15 BIT ~PSAO.12 LPSAO-NP AW ERK ] 9/72 0 LPS11.S DNA OPTION TO LPSAD LPSAG AW ERK ) 9/72 A LPS11-S 4 PREAMPS (A242) LP5AG-VG AW !!RK 3 9/72 A LP811.S 4 PREAMPS W VARIA8LE GAIN (A241) LPSAM AW ERK 3 9/72 A t"PS11.S 8 CH ANALOG MUX (A407) LPSAM_E AW AHS 2 11/73 L LPS11.E 8 C·ANA~OG MUI (A407) LPSDA AW AHS 2 11/73 8 LPS11.E DUAL 12 BIT OAe (A625) LPSOR AW ERIC ] 9/72 0 LPS11·S DIGITAL 1/0 M7017 LPSKW AW ERK ) 9/72 0 LPS11.S PROGRAMMABLE REAL TIM~ CLOCK, 2 SCHMI'fTS, M7016 LPSSH AW ERK 1 9/72 A LPS11 S,H A406 LPSVC AW ERK ] 9/72 V LPS11-S DlSPLAY CONT , 2 oleS LS01-EA EC AEW 5 1/73 L Le8-E, ~P08-N, -p CENTRONICS 101 132 COL 165 CH/St;C 5X7 DOT, 115V60HZ LS01"'E8 EC AEW 5 1/73 L Lea-E, LP09-N, .p CENTRONICS 101 132 COL 165 CH/St;C 5X7 DOT, 210VSOHZ

MODEL ENG OESIGN PROD MP"GR STATUS CATEGORY USEr ON Ot;SCRIPl'lON 60 NO MGR F~NGR FNGR AREA MO/YR

[.SOl·EC EC AEW 5 1/73 L VI'S.EA, VTS-ge LSOl wEA W CAB1Jh: 70088~9 LSOt .. EO Ee AEW 6 1/73 L VT~h'Eb, v'ra-ED LSOlt!11f.o.:B iN CA81JE 7008859 {IS/') l-f' It EC AEW :2 1/73 L l,ca.E, LP8.,N, ... p CEN'IRQN1CS lOlA 132 COL 165 Crt/SEC 9X7 OU1, 115'V60HZ 1 ... 501-1'13 EC AEW 2 1/73 L LCallF., LP8 .. N, .. p C£o.NTRONICS lOlA 132 COL 105 CH/SEC ~X7 I)O'!' , 23QV50HZ LS01".JA F;C AEiV ~ 4/73 L LC~lIg, l"P8t!11N, ... p C~NtRONICS lOlA w JAPANES~ CHARAel'E~5 , 100V 60HZ t~SI') l-Jij EC AEW 2 4/73 L Lea.E, LPS.N, ... p CEN'tRONICS lOlA w JAPANESf. CHARAC1ERS, 10QV 50HZ LS04-A PH ess 6 L 9, 8/5, SII ~ONRO£ 4600 PkIN'H .. R CONTHUL T ... S07-AA BM ('55 3 L 8 PUS FRANKLIN 2016 NU~r.;RIC CONT 16-20 COLUMNS LSOA-NA Ml ER TPL 3 6/72 L ~ Nt:G LS01 .. fA " LPOij.N CONT 60H.Z rJSOR-N~ MJ r;:R TPL 3 6/72 L @ NE:G LSO 1 .. ~·8 & LPOS .. N CONT 50Hz J.lSO~·P' MJ f.R TPL 3 6/72 L R POS LS01-£fA " LP08.,P CONT 60Ht.. LSOR-PR PAl KR TPL 3 6/72 L R PQS LS01·F8 & LP08""P CONI 50HZ LS11-A CA I·e .3 10/72 L t 1 LS01·fA & M7258 CONT, 115 ~ 60HZ tJS 11-8 CA LC 3 10/72 L 11 LS01·r8 &( ""7258 CUNT, 230V 50HZ LS11-C BALL, ) 6/73 L 11 LS11·A w CE:NTRONICS S'IA(I!D, 115V oOHZ TJS11·lJ J3ALL 3 6/73 L t 1 LS11-t.i iN CENTRONICS Sl'AfIlO, 210V 50HZ LS8-EA JK 6 4/7J L alE LS01·tA Iff IJC S-g CuNT, 115V bOHZ J. .. SR .. F.H 1,.1 t<: 6 4/73 L Rig L~Ol""e:B w t~C8",E CONT, 2JOv 50hZ LSf:!-F'A JC JK II) 4/73 L ~/E LSOlwfA w Lca .. E CONT, J.15V 60HZ LSA-JI"R JC .JK 5 4113 1"" R/e t,SO 1.f8 w LCe-g CONT, 2l0V 50HZ LgP10-JA ~lllM 9· V CBS 3 4113 L 8Al0 CAt; CDC 9362 TRAIN PR 1 N'l'ER " CONT (OP TO 128 CHAR) 60HZ L5PI0.JB JLM cv ess ~ 4/73 L SA10 CAS C~C 9362 'IRAIN PRI N'l'EH 60 CONT (UP TO 128 (,;HAR) !)O.HZ l,,5PIO-LA RW RM LVP ] 7/72 L 8AI0 CA~ LP02-LA w CoNT, 60HZ TJSP 1 O .. JA\ FW AM T,lVP "3 7112 L ~Al0 CAti LP02·ilB W CUN'f, 50 kiZ LSPtt-AA JLM CV cs~ 3 4/73 1" 11 cue 9362 TRAIN PRINTER &, CONT CUP TO 128 CHAR) , 60HZ tlS P1 t -AS JLM CV CSS 3 4/73 L 11 ,CDC 9362 TRAIN PRINrEf< &, CONT (UP TO 128 CHAR), 50HZ L5Pl' ·,JA JLM FA RW CSS 3 311 "3 L 1. 1 LP11-JA W 9 CH VFU, 130 COL, ZONE Sr.;Lt;C't, 60Hl. ,,J5Pl1-,18 JLM FA QW CSS 3 3/73 J", 11 LP11""JS w e CH VFU, 136 COL, ZON~ SEL£CT, 50HZ JJSPI t -KA JLM FA Rill CSS 3 3/73 L 11 LP11 .. KA w 8 CH VFU, 136 COL, zo",r; SE~LECT , 60 HZ L5Pi"t ilKS JLM F'A RW C5S 3 3/73 L 11 LP11 .. Ka W 8 CH VFU, 136 CUL, ZONE Sr.;LECT, 50HZ t,SP 11-RA JLM FA RW Css 1 3/73 L 11 LP11",}>tA w 8 CH yFU, 1.36 COl., , ZONE SELECT, 60HZ LSPt1-RA JLM FA PW CBS 3 3/73 L 11 LP11- k 8 w 8 CM VFU, L~6 COL, ZON~: SELd:'~C!r , 50 HZ LSPtt.SA JLM FA RW C5S 1 3/73 L t 1 LP11-SA W 8 CH VFU, 136 COL, ZONE SEI"ECT, 60HZ '-,SPtt-SB JLM FA RW C5S 3 3/73 L t 1 LP11-S8 W 8 eM VFU, 13b COL, ZONE St.:LEC'f, 50HZ LSStt ... FA JLM SPRY CSS 3 3/73 L 1.1 CI::NTRONICS lOlA w CON't &, OIFr SKND/RECEI VI.'.., 115V bOtiZ tJSS 1 t .F8 JLM SPRY CSS 3 3/73 L 11 CENTRUNICS lOlA w eONT fir DlfF Sf!;ND/RECEIVf!;, 230V 50riZ LT08-A va 5 L 8 CONTROl. w SPACE FOR 5 I.IToS-a LT08-S VB 5 L (JTOij-A CONTROI.I fuR ASR31 OR ASR15 LT()S"C VB 1 L llToa-A ElA MOOI.'..M tNT£RFACE LT09·A MI 5 L 9 CONTROL FOR UP TO 5 LT09·~ LT09-A MI 5 L LT09-A TELI::TYPf!; CONTi<OL LT09.(' MI 5 L LT09.A EIA MUDEM INTt:;Rf"ACE LTtO·A PW C5S 6 7/71 L to TELETYPh: INTEi<FACt-. (SVt:CIAL) LTtS-A FA 4 L RAtS ONE TTY INTI.'..RfACE LTt9-A FA 6 0 9 API CON T R 0 LP" 0 R UP 'Ia 5 LI'19.8 OR .C LTt9-S FA 6 0 LT19-A TELc;T'tPt: CfJN'IROL MOOUlIE 5r..T LTt9-C F"A 6 0 J.JT19.A Ll'19-S PLus ElA CONvERTt;RS Lt19.D FA 5 6/71 0 9, 9/1", DW1S.A LT19",A W SEPARA'fE CLOCK PER TRANSM I'l'Tt:;R t,lT t g-r. FA 5 6/71 0 Ll'lg"'o TELETYPt:,; COf.JTROL MOl)ULE SET LT19.' FA 5 6/71 0 LT19-0 LT19.£; PLus EIA CONvERTt:.:R8 LTI9.iotA FA 5 6/71 " LrI9.F, PToa .. f CA81JE 51.'..T FOR INTiRPROCr.;SSOR BU1"t'~R, 50 (O"T LTtg-H8 FA 5 6/71 0 LTlg"'f", PTOij-F CABlJE SET FOR INTt;RPROCt;5S0R BUf'f'~R , 100 t'T fJT' q-f.lC FA 5 6111 D J,,119.r, PT08-f' CAf.ilJE 5I::T FOR INTt.RPRUCESSOR 8Uf'Fb.:R, 150 1"T LT' 9.fm FA 5 6/71 0 LT19.r, ptoe.r CA8J..,E S~T FOR INTERPRUCr.;SSUR tWff'}!;R, 200 fT tTtg-HI!. rrA 5 6111 D Ll19"'F, PTOS"'Y CABLE Sr.:T FUR INTERPROCr.;SSOR 8Uff'toR, 250 ft'T

MOOEL NO

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STATUS CAT~GORr MOI'tR

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Dt;SCRIPTION

KSR33 FRICTION fE~O 115V bO MZ KSR33 FR.ICTION l"El!.D 230V ~o HZ

ASR33(TX) SPROC~Er FE~U W XON , XUff 11~V 60 HZ ASRJ3(T¥) SPROCKET rEED W XON , XOfr 230 V 50 HZ ASR33 FRICTION rEED W XON & XUff, 115v 60hZ ASR33 FRICTION fEED W XON , XOff, 230V 50riZ

KSR33 TS DEC MODlrI~D 115V bO HZ, WQ7i KSR33 T5 DEC MODIfIED 230v ~O ~z, w01S KSR33 DEC MOOlflEb 11~V 6U HZ NO wole KSR33 TS OEC MODU'lI!;O 230V 50 HZ, NU w018 KSR33 T5 DEC MODIfIED lOOV 50 HZ, NU w07R ASR33 TV SYNC READ' PUNCh 115V 60 HZ, W018 ASR33 TSP SyNC RD, PU~ 23tiv 50 HZ, ~018 ASRJ3 TU SYNC RD, PU, 115V bO H~, NU w078 ASR33 Tap S~NC RD, PU, 230V 50 HZ, NO wo7~ A5R33 TbP SYNC RD, PU, lOOV 50 HZ, NO W018 ASRJ3 TU ~ON·S'tNC RD, PU, 115V bO ~~, W01~ ASR33 T~P NON~S'tNC RD, PU, 230V 50 hz, w078 L'f33.BA iN W01S LT33.aa. w wo7e Li33-be W W01t:i LT33-s0 W w07S MODIFICATION KIT fOR 8, 8/1, 8/~, 8/5 MODIFlCATION kIT fOR S/E, 11, 15 MODIFICATION KIT FOR 8, 8/1, 8/L, 8/5, 9 MODIFICATION KIT fOR 8/~, 11, 15

ASR)3(TU) DEC MODIFIEo SHIELDED CA8~E MIL CUNN bOHZ ASR33(TbP) DEC MODIfIED SHILLU~D CAbL~ MI~ CONN 50HZ

SPARE PARTS fOR ASR33 TOOL KIt FOR MOD 33 TlY KSR35 D~C MoDIFlED 115V 60 HZ KSR35 DEC MODIFIED 230V 50 HZ KSR15 DEC MODIFIEO lt5V 60 HZ W078 KSR35 D~C MOO 210V 50 HZ w078 KSR)5 DEC MODIFIED 115 V 60 HZ NO wo78 KSR35 D~C MODIfIED 230V 50 HZ NO w018 KSRl5 D~C MOOIF1ED lOOV 50 HZ, NO WQ78 ASRlS SYNC RD, FU, 115V 60 HZ, w018 ASR15 SyNC RD, PU, 230V 50 HZ, w018 ASRlS S'tNC RD, PU, 115V 60 HZ, NO Wa78 ASR)5 SYNC RD, PU, 23QV 50 HZ, NO W07S ASRl5 S'tNC RD, PU, lOOV 50HZ, NO,W018 MODlFICATION KIt fOR 8, SII, aIL; 815, 9 MODIFICATION KIT fOR 8/~, 11, 15 72 COu TO 80 CO~ CONVERSIUN

ASR35 D~C MODIFIEO SHIELDED CA8LE Ml~ CONN bOHZ ASR15 D~C MoDIfIED sHIELD~D CABLE MIL CoNN 50HZ

KSR37 Y£i,;SU8Q7 KSRl7 DEC MODIFIED W 31/37 MODE, 11~V 60HZ KBR37 DEC MODIFIED w 33/37 MOOE, 230V 50 HZ INTERFACE FOR IBM 735 S~L£CTRIC INTERFACE FOR ISM 735 S~L~CTRIC IMPROVED INTERFACE fOR IBM 715 S~LECTRIC IMPROVEO INTERFACE fOR IBM 735 SE~ECTRIC 8 NEG

LVii, LV12 a.s" VERSATEC PRINTIPLOT SX7 DOT, 96 CH, 11SV

MODEL NO

ENG MGR

LVOt-AS EC LVnt"'Sl EC fJVOI-BR EC LV11 CA LVtl-AA CA Lvtl-AS CA LVtl""Sl CA LVI1-S8 CA LV12 SNT l,V 12""AA SNT {.vt 2-A8 SNT f,V12 .. SA StlT LV12-SR SNT

~AI0 MAIO-A ~BtO

'1C08 MCn9 MCtO ~CtO-E MC10-Y ~Ct 1 MC12 MC70·a MC71-A MC71"'8 MC71-C MC71-D MC8-E MCIJ-EH MCA",EJ MCA-tA MC9-IS MCq.I~A

\fCS-La MCA",LC MCq.IJD ¥.CA"S ~Otn.A

M010-8 MOlO-E MOI0.CA MOtO"'GI3 MD10.pA MDto·R8 114[09-A ~E09 .. B ME09-C MEtO MEIO·X ~El1"LA

ME11·'.JR "E'S-AA

ATT

5MT

FW yw


lEW AEW AEW AEW AEW AEW AEW AEW lEW AEW AEW AEW AEW

SU SU SU MI Ml SU SU 8U SKJ Rl Ml MI MI 1141 "'1 WI" WI. WI., RR RR RR RR RR RR AS SU SU 8U SU SU SU SU MI M1 MI SU SU SR SR JE

MFGR AREA

CSS

TPL TPL TPL TPL TPL TPL


3 10113 I., 1 10/13 L l 10/73 L 4 10/73 I., 4 10/13 L 4 10/73 L 4 10/73 L 4 10/71 L 2 12/72 L 2 12/72 L 2 12/72 L 2 10/72 L 2 10112 L

6 7172 M 6 1112 M 5 M 2 M 5 M· 5 M 1 1/72 M 5 2113 M 2 1/13 M 5 M 5 M 4 M 4 M 4 M

4 M • 2 2 5 5 5 5 5 5

8/71 M 4/73 M 7112 M

M

M M M M M

5 M 5 M 5 M 5 M 6 3/73 t4 6 3/73 M 1 10112 M 1 10/72 M 6 5 2· 5 5 2 2 4

M

M M

5171 M 4/72 M 3/72 M 3/72 lot

12,/72 M

USED ON

LV11, x.,V12 x.,Vl1, x.,V12 LV11, LV12 11 LVII LVII LVII x.,Vl1 9 POS A POS 8 P08 9 POS a POS

6, 10 6, 10 6, 10 e 9 MAIO MEto M£I'10

DESCRIPtION

8,5" VERSATEC PRINT/PLOT 5X7 DOT, 96 CH, ~30V 11" VERSATEC PR1NT/PLOT 7X9 DOT, 96 CH, 115V 11" VERSATEC PRINT/P~OT 7x9 DOT, 96 CH, 2l0v

62

CONTROL FOR x.,VOl ELECTROSTATIC P~INTER/px.,OTIER 8,5" LV01.AA PRINTIPLOT W LVII CO~T; 115' 8,5" LVOlwAS PRINTIPLOT W LVII CONT, 230V t1" LV01~BA PRINTIPLOT WLV11 CONI, 115V 11" LVOlwSB PRINTIPLOT W ~Vl1 CONi, 210V

CONTROL fOR LVO! ELECTROSTATIC PRINTER/PLOTTER 8,5" LVOlwAA PRINT/PLOT W·CONT, 115V 8,5" LV01-AB PRINT/PLOT W CONT, 230V 11" LV01.aA PRINTIPLOT W COHT, 115V· 11" ~V01·BB PRINT/PLOT W CONT, 430V

16 K 31 BITS 1 USEe M~MORX 8 K 37 8ITS 1 USEC MEMORY 16 K 37 BITS S.65USEC MEMURY POPS TO MM01 INtERrAC~ CONTROL MEMORX EXTRA MEMORY PORT EXTRA MEMORY PORT EXTRA MEMORY PORT

11 2 PORT MEMORY CONTROL, INCLUOES M7801, M780a, M7803 \2 9 9~["

Me11-A, MC7l-C, MC71-0 Me71-A, MC71.0 MC7t_A S/E, 81M 8/E, 81M 8/f;, 81M 8/1 8/1 BA08, BM08 SAOa, SMOg 8H08 SMOS SiS 10 10 MOIO-A, MDI0-S 10 10 1040-A 1040.8 9 9 9/1" 10 10 11 11/05 11 11/05 15

4 K 12 aXT MEMORY W EXTENSION CONTROL 8 K 18 SIT 1 USEC MEMORY 4 K 18 elT MEMORY, SPAC$ fOR 8 K 4 K EXPANSION, STACK + MOOUL!S 4 K 18 8IT MEMORY, sPAC~ fOR 8 K 4 K 18 BIT MEMORY, SPAC~ fOR S K KMS.E + MMS.E (MEM EXT CONT + 4K HEM) KHae' + MM8-EH (MEM EXT CONt + 4K M~M) KM8wE + MM8_~v (HEM ExT CONT + 8K MEM) 4K 12 BIT MEMORX W EXTENSION CO~TROL 4K 13 alr MEMORY W EXtENSION CONTRO~ 4K 12 BIT MEMORY W ~XTENSXOH CONTRO~ 4K 11 BiT MEMORY W EXTENS10H CONTRO~ 4K 12 BIT MEMORY W EXTENSION CONTRO~ 4K 13 BIT MEMORY W EXTENSION CONTROL MEMORY ~XTENSION CONTROL & 4K MEMORY 32 K 37 aIT 1,8 usEe MiMORY 60 HZ" .. , 3a K)7 BIT 1.8 USEe MEMORY 50 HZ 12 K 37 BIT EXPANSION UNIt MOI0-A + MD10.E (o5K) M010-S + MD10"t (65K) MD10-GA IN pLACE of 2 Mtl0 MD10.GB IN PLAC, or 2 M~10 MEMORY EXTENSION & PA~lTY CHASSlS MEMORY EXTENSION, PARITY, , PROTECT CHASSIS MEMORY EXTENSION PROTeCT CHASSIS -16 K 37 BIT 1 USEe MEMOkY ME10 MINUS COSMiTICS

BOX • ~Ml1.L, SPACE FOR 2 MURE 115V SOX. MMI1-L, SpACE FOR 2 MORE 230V

8K 18 Bl! MEM SP fOR 24K 1ST UNIT, 115V

MODEL NO

MEtS-AS ME1S.S ME1S-C ME1S·0 ME1S-EA ME1S-EB MEI5e" ME1S-H ME1S-J MF.S.S MFtO"'A MF10.£ Mrto-c MF10-'" MF11·L MF11"LP MF11-M MF11-MP MF11-R MFll-RP MF11,,5 MF11-SP MFI1-U MF11·UP MIS.E MIA.EA MI9.F.C M18",EO MI8·gE MI8.EF r.1I8.EG MI9.EH MIe.F.J MI9wEK MIS.!:L MIA.EM MKtS·A MK15-B MJ,,11-R ML11-RP Mf.,11-S MLt1-SP MM09-A. MM09-S MM09.C MMtl-E MM11-gX MM11-P' MM l1-P\.7 MM11·FP MM11·FX MMtl·H MM11·J MM11-K MM11-L

ENG MGR

LG LG LG t"G lIG

FW FW FW

CA CA CA CA CA CA CA RS R5

BALL EAS JC MI

SO BD BO BO

RS R5 RS

RS RS RS RS RS RS


JE JE JE JE JE JE JE JE JE AS SU SU SU SU JO MOOR MOOR MOOR MOOR MOOR MOOR MOOR DWS DWS LT LT LT LT LT liT LT LT NR Kg JK JOL FA FA DV OV OV DV MI MI Ml PO PO PO SPF PO pO PO PO PO Po

MFGR AJ~,EA

STATUS CATEGQR¥ MO/YR

4 12/72 M 4 12/72 M 4 12/72 M 4 12/72 M 4 12/72 M 4 12/72 M 4 12/72 M 4 12/72 M 4 12/72 M 5 M 5 2173 M 5 2113 M 5 2/73 M 5 2/73 M ) 4/73 M 3 4/73 M 1 4/73 M 3 4/73 M l 4/73 M 3 4/73 M 1 4/73 M 1 4/73 M 3 11/73 M 1 11/71 M 4 5111 M 1 1/72 M 1 1/72 M 3 1/72 M 2 6/71 M 2 9/71 M 2 9/71 M 2 1t/71 M 3 3173 M 1 3/73 M 3 4/7) M 1 8/73 M 4 M 4 M 2 8/73 M 2 8/73 M 2 8/73 M 2 8/73 M 5 M 5 M 5 5 )

4 3 2 2 )

3 2 4

M M M

7111 M 3/72 M 7/71 M 5/72 M 1/72 M 1/72 M 9/71 M 7/72 M

USEO ON

15 M~15.AA, wAB, we, .0 ME1S.AA, wAB, .0 15 15 15 15 15 ME1S-AA, .AS, .e, -0 8/8 10 MEM SUS MF10.A 10 MEM eus

DESCRlPTION

. 8K 18 81T MEM SP fOR 24K 1ST UNIT, ~30V 8K 18 B1T M~M ADD.ON 8K 18 BIT MEM Sf FOR 24K 2No OR 4TH U~IT 8K 18 BIT HEM SP fOR 24K JRD UNIT ME1S-AA + ME15 .. ~, 10K HEM 115V 60HZ ME1S-AB + M£15-8, 10K M£M 230V ~OHZ ME15eC + ME1S"S, 16K HEM ME1S-D + ME15.S, 16K HEM 2 ME1~ .. 8, lbK M~M TOTAL MEMORY EXPANSION MOUNTING HAROWAR~ 32K 31 8IT MEM, 1 UsEe 32K 37 BIT EXPANSION 1 US~C MEM MF10-A + Mrl0~E' 65K 37 BIT 1 us~c MEM 8K 19 BIT MOOUL~ sET

63

MF10-A, .E, "G 11/35, BAll-DA, 11

_DB BACK PLAN~, MM11--L, SPACE FOR 2 MOR~

11/40 11/40 11/40 11/40 11/40 11/40 11 11 Ale; AlE 8/E AlE e/E

BACK SACK

BACK PLANE, PARIT¥ CONT, MM11-.LP, SPACE YOR 2 MOR~,' 1 USEe 8K EXPANDABLE MEMI MF11 e L + KT11-0 SEGM~NIATION 8K EXPANDABLE PARITY MEMI Mfl1-.LP + Ktl1.U SEGM~NTAIIUN 16K EXPANDABLE MEMI Mfl1.L + MM11.L + KTll--0 SEGM~NTAtlON 16K ExPANDABLE PARIlY MEMI MF11.LP + MM11-LP + KTll~D 24K EXPANDA8LE HEMe Mfl1-L + 2 MM11-L + Kll1 .. 0 SEGM~NTAIION 24K EXPANDA8LE PARtTY M~MI MF11-LP + 4 MM11-LP + KT11--0

PLANE & 16K MM11.U MiM, SPACE fOR 1 MORE, 1 US~c PLANE, PARITI CONT, 16K MM11-UP MEM, SPACE fOR 1 MoR~, 1 USEe

12 wORD 12 BIT ROM, ALL ZEROS HIGH/LOW SPEED PAPER TAPE RIM (M847 .. YA) TCOS BOOTSTRAP (Mi47--YC) RK8 BOOTSTRAP (M847.YO) TYPSET RIM LOAD~R (M847.Y~)

alE CEDUtO, 20, 30, 40) alE: (EOUSO)

EDU SYSTEM BOOTSTRAP, LOW SPEED (M847.YF) EOU SYSTEM BOOTSTRAP, HIGH SPEEU (Mij47.YG)

alE e/P; OC72 8/E B/E MM1S.AA, wAB, -AC, .AD MM15-BA, -BS, .ac, .SD Mrl1-L M'll.LP Mrl1.L MF11·I"P 9 9 9 11 11 11 11/20 11 11 11 11 11/05, MEll-L 11/05, Mf;11 .. L

T08/E BOOTSTRAP (M847~YH) RK8/E BOOTSTRAP (M847.YJ) CRe BOOTSTRAP FOR DC7l (M847.XK) TU60 BOOTSTRAP (M847.~L) TYPSET OECTAPE BOOTSTRAP LOADER (M847.YM) 4K 18 BiT EXPANSION KIT 4K 19 BIT EXPANSION KIT

MM11.~ + KT11--D (SK w MEM MANAG~M~NT) MM11.LP + KT11-0 (8K pARItY w MEM MANAG~M~NT) 2 MMtl-L + KT11",D (16K W MEM MANAGEMENT) .. -2 MM11-LP + KT11.0 (16K PARITY W MEM MANAuEHE~T)

8 K 18 BIT 1 USEC MEMORY 1ST EXTENSION 8 K 18 BIT 1 vs~c MEMOR~, 2NO EXT~N~lON 8 K 18 SIT 1 USEe MEMORY, JRO EXT~N~ION 4 K 16 BIT 22 Ml~ MEMOR¥, 1,2 USEe 8 K X 16 BIT INTERLEAVEO 1.~ USEC-M~M 4K 16 BIT 22 MIL MEMORY, 980 ~SEC

MM11.F MODIfIED TO BE 2K 8ETWEEN 28 & 30K 4K 18 BIT 22 MIL MEMORY, 980 NSEC 8K 16 BIT INTERLEAVED 22 MIL MEM, 9~O NSEC lK 16 BIT 22 MIL 1.2 US~C M~M 2K 16 SIT 22 MIL 1,2 USEe MEM 4K 16 81T 18 MIL MEMOR¥ MODULE SET, 890NS~C 8K 16 BiT 18 MIL HEM MODULE SET, 900 NSEC

MODEL ENG DESIGN PROD M~"GR STATUS CATEGORY' USED ON Of:SCRIPTION 64 NO MGR ENGR tNGR AREA MO/YR

MMtt·LK CA 2 10/72 M MEtl-L, MFI1_L 12K 16 SIT HEM, MM11t!1!L + MM11-K MM11-LP CA MOOR 2 8/72 lot M'11-LP 8K 16 BIT PARITY (18 SIT) MEM MODULE SET MMtl-M RS PO 2 9/11 M 11/3S, 11/45 4K 16 SIT 18 MIl" HEM, 900NS (MM11·K IN SY'S UNIT) MM11·S RS PO 4 7/72 M 11/)5, 11/45 8K 16 BIT 18 MIL MEM, 900NS (MM11"',t, IN SY$ ~N~T) MMtl·SP RS PO 2 9/71 M 11/)5, 11/45 8K 18 aIr PARITY " CONT 18 MIl" MEM, 980 NS~( MMtl tJ11 ty RS PO ] 11/13 M MFtl·U 16K 16 SIT 1 USEC MEM MM11·UP RS PO l 11113 M Mrl1·UP 16K 18 BIT'PARITY 18 MIL MEN, 1 USEe MM14,.A LO 5 4113 M 14 MM11'!!: w PS, 14 INTERfACE MM1S.AA Hl" 5 M 1S 4K 18 BIT Mt:M, SP 8K, 800 NSEC, f"RONT MM1S·AB HL S M 15 4K 18 BIT MEM, SP 8K, 800 NSEC, 1ST flACK ~MtS·AC HL S M 15 4K 18 BIT MEM, SP 8K, 800 NsEC, 2, 1 SACK MMtS.AD HI" 5 M MX.15 4K 18 BIT MEM, 5P 8K, 1,2 USEe MM1S-SA HI" 5 M 15 41<. 19 aiT MEM, SP 8K, 800 N5EC, f'RONT MM1S·S8 HI" 5 M 15 41\ 19 8lT ME~, sP 8K, 800 NSEC, 1ST BACK MM\S ... SC HlJ 5 M 15 41< 19 BIT Mt;M, SP 8K, 800 NSEC, 2, J BACK MM15.SD HL 5 M MX1S 4K 19 8lT Mt;M, SP SK, 1,2 USEC

..

MMtS-CA HI" 5 M 15 81<. 18 81T MEM, 800 NSEC, fRONT MMtS-CB HL 5 M 15 8K 19 81T MEM, ijOO HSEC, 1ST BACK MMtS.CC Ht" 5 M 15 9t( 18 BIT MEM, 800 NSiC, 2, 3 BACK MM1S.C" HL 5 M MX15 8.1( 18 BIT MEM, 1.2 USi;C MMtS-OA HI" 5 M 15 81<. 19 BIT MEM, 800 Nste, fRONT MMt5-08 HI" 5 M 15 9K 19 BlT MEM, 800 NS£C, iST BACK MM1S·0C HI" 5 M 15 81<. 19 BIT MEM, 800 NS~C, 2, l BACK MM1S-00 Hr., 5 M MX15 8K l' 81T MEM, 1.2 USEe MMtS.ES LG HI" 3 5/72 M IS MM1S·C8 ... MM1S"CC, 16K TOTAL MM1S"gC LG HI" 1 5/72 M 15 2 MMtS.CC, 16K TOTAL. MM8-.e: we 5 9/71 M 8/E 4K 12 BIT MEMORY ~M8·EH RS we 2 4/13 M 81E, 81M 41<. X 12

.. BIT 18 MIL MEMORY, 1.2 usc.:c

MMR-"EJ RS WC 5 4/73 M 8/E, 81M 8K X. 12 BIT 18 MIL MEMORY, 1.2 USEC MM~ .. tA PR TPL 5 M 8/1, 12 4K 12 B1T MEMORY MM9 .. ts RR TPL 5 M 1)/1, 12 8K 12 BIT MEMORY ~MA.IC RR TPL 5 M 8/1, 12 4K 1) B4T MEMORY ~M9.tD RR TPL 5 M 8/1, 12 9K 13 BIT MEMORY MMQ .. IE RR TPL 5 M MM8"IA 4K 12 BIT MEMORY EXPAHilON MMq.tF RR TPL 5 M MM9-IC 4K 13 BIT MEMOR¥ EXPANSION MMB.LA RR TPL 5 M BMOi 4K 12 BIT MEMORY ~MBwLB RR TPL 5 M 8M08 4.1( 13 81T MEMORY M"H~·S AS 5 M ME8-5, OM08,,5 41<. 11 BIT Mb;MORX MMJ11 .. F CA ) 6/72 104 11 SYSTEM TEsTED M~U ,-F MMJI1-L PO 1 8/72 M 11/05, 11/10 S¥STEM TESTED MM11 .. L MM~11-F.: KH 1 1/72 M l1R20 1.5 USEe .RUGGED MM11",a; MMR11.EX KH ] 1/72 M l1R20 RUGGEO MM11-EX (8K 16 81T INTERJ"EAVC:O, MP09"A Ml 6 M ME09-A PDP9 PARlTY OPTION, 1ST B K MPOg·a MI 6 M 9 PARITY OPTION, EACH ADDEO 8 K MP,09 wC MI 5 M ME09.S POP9 PARITY OPTION, 1ST 8 K MP11_A EM CSS 2 4/72 M 11 MEMORY PARITY CONTROL ~Pt5 FA 5 3/71 M 15 PARITy CONTROL MPe-E 8T 4 M R/E PARITY OPTION FOR 12K, POps.£ MPq"t RR 1PL 5 M 8/1 PARIT:! OPTION, 1ST 41< MP9·L RR TPL 5 M 8/L PARIT~ OPTION, 1ST 4K MRt)2 stir Al 2 M 9/1, 8/1", 12 MEM 8US 128 WOROS 12 SIT OlODk: MEMORY, Al"L. ZEROS MR02"'D SNT RI 1 M ell, s/L, 12 MEM 8US RKO& LOADER MR11 .. 08 8D 2 3/72 M 11/45 BOOTSTRAP LOADER, 64 WORD 16 SIT DIODE ROM (M792""XO+Yt::) MRt4 AR CON 6 1/73 M 14 11'\ 12 BIT READ ONl"Y MENORX' MR14-a AR 6 1/73 M 14 1i<. BRAID WITH KEEPER

MODEL NO

MP\4.n MRt4wE MR14·Y MRt4.H MR14·J MR14-t< MR15.A MRI6·A MRlb.a MR16·C MR16""O MR16 .. E MRt6-r MRt61!11SL MRS ... EA MRS",EC MRR",SL MS11-ac M811-ao MS11-SM MS11"ap MSlt-SR M511-8T MStt-CC MS11·CM MS11-CP MS16.A MS16-a M516.C MS16-CA M516.D MS16-E MX10 MX10.C MX15 MX1S-A MXtS.S MWS.E MY10-A

NC 11.A NF'Ol "'F02 NFl1 NF'2 NFll "1'14 NF21 N'22 NFl1 NF32 NHt4-A NH14-S NH14-C

ENG MGp

JM JM JM JM JM JM LH

JC BO SO SO SD BO BO SO SO 80

RLD

BO

OESIGN PROD ENGR F,NGR

LF LF LF LP' LP' LF AA JLE JLE JLE JLE ..fLI! JI.,E JLE we we DA JZ JZ JZ JZ LBH LBH SW SW SW JLE JLE JLE JLE JLE JI"E AJ SRH BG BG BG RH cv

wr JJ JJ JJ JJ JJ JJ Jv JJ

'JJ JJ cv cv cv

MFGR AREA

css

CSS

CSS CSS CSS


14 MR14-f 14 14 MR14-H 14 BA15 1b 16 16 16 161M 161M 161M AlE

USED ON

3 1/73 M 3 1/73 M 1 1/73 M 1 1/13 M 3 1/73 M 3 1/71 M 2 6112 M 4 8/71 M 1 8/11 M 5 9/71 M 1 9112 M 3 9/72 M 1 9112 M :4 9/72 M 1 9/71 M 3 12/71 M 3 11/73 M 3 3172 M 3 3/72 M 6 11/73 M 6 11/73 M ) 11113 M 3 11113 M 3 3112 M 1 3/72 M 1 3/72 M 5 8/71 M 4 9/71 M 4 9/71 M. 1 6/72 M 4 8/71

. alE, Toa"E

3 1/72 M M M S

1 5 5 5 2 2

10/73 M M

4/71 M 5/7] M 5113 M 4/72 M

4 9/72 N 6 N 6 N 6 N 6 N 6 N 6 N 6 N 6 N 6 N 6 N 6 7/71 N 6 7/71 'Ill

6 7/71 N

SIP.:, MR l6X MR8.!" 11/45 11/45 M511.SC, !!IBD MS11-SC, .EW MS11-SC, -so MS11-SC, "so 11/45 MS11-CC MS11-CC 16 16 16 161M 16 16 10 10 15 MX15 11, 15 AlE 10 MEM 8US

11 8, 9 8, 9 Nrol, Nf02 Nf01, NF02 Nf01, N"02 Nf02 NfOl, NF02 '!liFO 1 Nf'O 1, N(o~02

N;'Ol, NF02 9, DWlS 9, OW15 9, oWlS

DESCRIPTION

1K 12 BIT RUM, OA1A.PAC 1K 12 BIT BRAID WITH KE~P~R MR14"O W HO 8~AID lK 12 BIT RUM, MTI 1K 12 SIT BRAID W KEEP~R MR14-H w NO 8RAID BOOTSTRAP LOADER CM1012"YA) CONSTANTS GENERATOR M7l07 lK 16 BIT ROM ]2X16 DIODE ROM (M792) 24X16 BRAID ROM (M7325) 8X256 PROM (PCS16.a +Oblo-A) 16X256 PROM (2 PCS16-S + 1 DM16.A) INTERfACE, ROM sIMULATING & LUADING 256 X 12 BIT READ"ONLY MEMORY (h241) 256 X 12 BIT BRAID ROM, Tu8.E HANDL~R

INTERFACE, ROM SIMULATING & LOADING riRST MOS M~M CUNT (INT~L 1103.1) SECOND MaS MEM CONT (lNTE~ 1103~1)

450NS 4K 16 BIT Mas MEM MATRIX (INTEL 110l-1) 450NS 4K 18 81T MOS M~M MATRIX (lNT~L 1103-1) 490HS 4K 16 BIT MOS HEM MATRIX (INTEL 110).1) 490NS 4K 18 8IT MOS MtM MATRIX (lNT~L 110j.1)

BIPOLAR MEM CONT (lNT~RSIL 5533) lK 16 BIT BIPOLAR HEM MATRIX (INT~RblL 5533) lK 18 8IT BlPOLAR M~M MATHIX (INT£R~I~ 55J3J TRANSFER REGISTER M7305 BYT~ REGISTER M7320 lbX16 SCRATCH PAD MEM M7318 16 RIGISTER OPTION (M1118 + M7328) 1bX256 SCRATCH pAD HEM M7J19 lKX16 MUS RAM 2 USEC (HONOLYTHIC)

19 BIT MULTIPLEXER 18 OR 22 SIT MULTIPLEXER

MEM 8US MULTIPLEXER, W CAB, 3 poRTS ~ND MULTIPLEXER LOGIC

M~M 8US MOX, 1 PDP15 PO~T, 1 UNIBUS PORT, 15 HEM ~U~ UUTPUT 256 X 12 SIT READ/~RITE CURE MEMOHY CONTROL fOR 32 BIT AMpEx 16184.~Z~64

INTERrACE TO GAMMA CAMERA 2 MHZ Tor DIGITIZER " BUFt'ER 10 MHZ Tar OIGITIZER , aUr'FER BuFFER OVERfLOW 'DETECTOR DEAD TIME CONTROL SYNCHRONOUS TRIGGER OUTPUT SQURCt 10 INPUT SYNC START MAST~R CLOCK 8 MHZ esC, CONTROL & PR~SCALE~ 2 MOR~ ~EVE~S Of SUfFERIN~ 4 MORE ~EVELS Of 8UfF&RING RtPACKA~ED NH04pA WITH APl REPACKAGED NHQ4.A WlTH API REPACKAGEO NH04-C WITH API

MODEL NO

NKOI-A NK01"'B NK01·C NK<)4-A NK04·S Nf(04"'C NN01-A NNOt"'B NP02·0P NP02.LA NP02·L8 NP02·L~ NP02-LN NP1t-A NPtt ... M NP11·LPt4 NPA-EA

OMoe .. s 05/8-10 05/8·20 05/9-)0 08/8·70 05/8-80 05/8-90

ENG MGR

PA60.A Ml PA60--B MI PA(,O.C MI PA61-A MI PA611"'AA MI· PAf;11.AS MI PA61t"'8A MI PA61t-S8 MI PA';11-CA MI PA611-C8 MI PA611.CC RBH PA6tt-OA MI PA611-0a MI PA611-DC RBH PA611"EA MI PAfH l-E8 MI PA61t.P MI PA,,11toR Ml PA611.JH~ RBH PA62 M1 PA63 MI PA6S.A MI PA6S-r MI PC/) 1 l!:C PCOI-A EC PC02 EC peo3 EC


cv CV cv cv cv cv EW EW ev cv cv cv CV JTN RW PR or

RR

ER ER ER ER ER ER ER ER ER ER TO !:R ER TO ER ER ER €R TO ER ER ER !R AEW AEW AEW AEW

Mfo"'GR AREA

CSS CSS CSS CBS CSS C58 CSS CBS ess CBS CBS CSS CSS Css CSS SSMU SSCAC

TPL

DAS

DAS

STATUS CATEGORY MO/~R

6 7/71 N 6 7/71 N I) 7111 N '5 7/71 N 6 7/71 N 6 7/71 N ') N 1 7/71 N ] N 1 N ) N 3 N 1 N :2 10/73 N 3 N 1 1172 N 1 11/71 N

5 B 1 3172 E 1 3/72 E 1 3/72 E 3 1/72 E 1 1/72 E 3 3/72 E

5 4 4 5 )

1 )

1 1 1 1 1 3 1 )

1 ) )

1 3 S 5 5 5 5 5 5

p p

P P

1/72 P 1/72 P 1/72 P 1/72 P 1/72 P 1/72 P 6/73 P 1112 P 1/72 P 5/7] P 1/72 P 1/72 P 1/72 P 1/72 P 5/73 P

P P p P P p P p

8 8 9 8 ~ 8 8 POS

USEO ON Ot;SCRIPT10N

lDC TRANSFERS 1 12-S1T WORD TO Ace NKOI-A + lNCREMENT MODE NK01-a + LIST MoD~ 2 ADC TRANSFERS 1 12.81T WORD FROM ~ACH NK04-A + INCREMENT MODE NK04-a + LIST MODE

ADC TRANSFERS 1 12.alT wORD TO Ace w VR018A CONT NN01-A WITH NO VR01-A CONt

60

9 POS NP02.x"A, 15

-LB, -LM, -LN DISPLAY PANEL

15 9 9 t 1 11 11 alE

SIS • '" '" '" --8 NEG 8 NEG PR6S-A PA60.A, PA60_B 11 11 11 11 11 11 11 11 11 11 11 11 11 11 11 8 NEG 8 POS 8, 8/1, 8/S NEG 8 POS 904, 10

2 AOC D~PENDENT/IHDEP£NDENT LIST ~oq! ON~¥ 2ND NPO,-LA .. NEG BUS NP02-LA NEG BUS NP02-I"B PHA INT~RFACE, MEM INCR & LIST MODE PHA INTERfACE, MEM INCR MoDE

PHA INTERfACE, ME~ INCR, LIST, MULTISCALER MODES PHA INTfC, MEM INCRi a WORD PAIR, ACC MODE

OPTION MOUNTING HARDWARE 8K 8/E, T08-EM, LAlO, OS/8 (OFSS-8) 12K 8/E, Toe-EM, Lsa-EA, VT05, OS/8 (QrS8 wS) 16K 8/E, TC08, TU56, LEe-" VT05, 05/8 (QrSSw8) 8K 8/E, TOS-EM, Rf08, RSOS, Lse.EA, VTOS,OS/8 (Qrsawa) l~K B/E, TD8.~M, DF32wEP, OS32-D, LA30, O~/8 (QfSS.S) 16K 8/E, TOB-EM, RK8-A, "Lte-F, VTOS, 08/8" (QFS8=sj -

PI CONTROL FOR 2 PA61_A DRIVERS PA60-A CONTROL EXTENSION FOR 2 PAbl-A NON-TORE TApE ALLOTMENT DRIVER fOR 4 READER5 & 4 PUNCHES PA611-R + PS & MTNG HOW 115V 60HZ PA611-R + PS , MTNG H~W 230V 50HZ PA611-P + PS , MTNG HOW 115V 60HZ PA611.P + fa , MTNG HOw 230V 50Az PA611"R + PA611-P + PS & ~TNG HOW 115V 60HZ PA611-R + PA611-P + PS , MTNG HOW 2l0V 50HZ

PA611.CA W PA611-RC lNSTEAD or PA611-R 2 PA611-R + 2 PA61t.P + CAB + PS , MTNG HOW 11SV 60HZ 2 pA611.R + 2 pA611-p • CAB + PS , MTNG HOW 230V ~OHZ PA61t.DA w 2 PA611.RC INSTEAD or 2 PA611-R 4 PA611.R + 4 PA611-P + CAB + PS , MTNG HOW 11SV 60HZ 4 PA611-R + 4 pA611-P + CAB + PS , MTNG HOW 230v 50HZ

2 CH PUNCH CONT FOR 6 OR a-LEVEL PUNCH 2 CH PR68 READER CONT

PA611-R MODIFIED FOR TTy-eX READERS DUAL COMPUTER 1/0 SWITCH 16 CHANNEL MUX FOR TYP~$ETTING READER , PUNCH CONTROL READER & PUNCH CONTROL SPARE PI READER , PUNCH ASS~MiLY' 60 HZ SPARE PT READER, PUNCH ASSEMSL¥, 5Q ~z SPARE PI READER (DEC MFG) sPARE Pi PUNCH (ROYAL MCB~E), 60 HZ

MODEL NO

ENG MGR

PCOl.A EC PC04lfB EC PC04-BA EC PC04 lf BB EC PC04.eC EC PC04-SL EC PC o 4 "'EH4 EC PC04-C EC PC04.CA EC PC04-Cl, PC04-CM PC04 .. P EC PC04-PA EC PC04-PJ.J EC PC04.PM EC PC04wR EC PC04-RB EC PCOS-C EC PCOSwCA EC PCOS-CB EC PCOS"CC EC PCOS.p EC peOS.PA EC PCOS-PB EC PCOS-PC EC PCOS.R EC PCOS-RD EC PC09 PC09.A PC09 .. S PC09·C PCtO PC10·A. PClt pelt-A. PC12 PC12·A PCl5 PCtS·A Pce.E PC8.EA PC {hiEB pce.EC PCg.t PC8 .. tA PCS.IJ PC {h!lLA PCRtl PCRt1.A PCR11-C PCR11.CA PCS16.A PCS16.S PCS16.AA PCS16.BB


AEW lEW AEW AEW lEW lEW lEW lEW AEW KE KE lEW lEW lEW lEW AEW AEW AEW AEW lEW lEW AEW lEW AEW AEW AEW lEW EC EC MI MI OG DG PJ PJ ODM DOM FA FA LN LN !IN LN RR RR RR RR CR8 CRB AS AS JLE JJ"E JJ"P; JLE

RR RR

RR RR

RR

Mf"GR AREA

TPL TPL TPL TPL


5 P 4 P 4 P 4 P 4 P 4 P 4 P 4 P 4 P 2 P 2 P 4 P 4 P 4 P 4 P 2 P 4 P 2 P 2 P 3 P 1 P 2 P 2 P ) P 3 P 2 P ) P 5 P 5 P 4 P 4 P 6 8172 P 6 8/72 P 5 3/72 P 5 3/72 P S 3/71 p 1 1/72 P 4 P 3 1/72 P 4 P 4 P 1 1/72 P 2 5/71 P 5 P S P 5 P S P l 8/71 P .J 8/71 P 1 1/72 P 3 1/72 P l 1/72 J(

) 1/12 I(

:I 9/72 K ] 9/72 K

USED ON

NEG l"OGIC NEG LOG1C pea·t PC8~IA

PC8~L, PCS.E, pca-EB PCB-LA, pca.EA, -EC NEG LOGIC NEG LOGIC 10 10 NEG LOGIC NEG LOGIC PPS .. L, PP8.E PP8.LA, PPS.!A NEG LOGIC PRe.l, PRS-L, PRS.E pos LOGle POS LOGIC pos LOGIC

DESCRIPTION 67

SPARE PI PUNCH (ROYAL MCB~E), 50 HZ PT PU, RDR & POwER SUPPLY (NEw pe01), 60 HZ PT PU, RDR & PowER SUPPLY (NE~ PCOlwA) 50 HZ pC04-a fOR POP8/I, 60 HZ PC04-SA FOR POPS/l, 50 HZ PC04.a fOR POP8/L, 60 HZ PC04.~A FOR PDPH/L, 50 HZ PT PU, RDR, PS, SeR (NEw PC09), 60 HZ PT PU, ROR, PS, SCR (NEw PC09~A), 50 HZ PT PU, RDR, ps, seR pus LOGIC, 60HZ PI pu, RDR, ps, ScR POS LUGIC, 50HZ PT PUNCH, PowER SUPPLY ,NEw PC03), bO HZ PT PUNCH, POWER SUP~L¥ (N~W PC03 .. A)' 50 HZ PC04.P fOR PDP8/L, 60 HZ PC04wPA FOR PDP8/L, 50 HZ PT HEADER, POWER SUPPL¥ (NEW PC02) pe04-R FOR POP8/l & PDPY/L

PT PU, RDR, PS, SCR (FREE STANDING PCQ4.C), 60 HZ PT PU, RDR, ps, SCR (fREE STANDIN~ PC04.CA), 50 HZ

OtM peos.c OEM Pe05-CA POS LOGIC

POS LOGIC pus LOGIC POS LOGIC pos LOGle

PT PUNCH, POWER SuppLY (FRE~ STANDING PC04.P), 60 HZ PT PUNCH, POWER SUPPLY (FREE STANDING pe04 .. PA), 50 HZ

OEM PCos.p

POS 1I0GIC POS LOGlC 9 9 K009-C K009.C 10 10 11 11 BA12 BA12 SA15.A BA1S.A 8/E 8/E 9/£ 8/E 8/1 8/1 8/f.J 9/1" tlR20 11R20 11/07.AA, \!!I8A 11/07.A8, .. a8 16 16 161M 161M

OEM peOS.PA PI READER, POWER SUPPLY (fREE STANDING PC04~R)

OEM PC05-R peOl MODIFIED FOR PDP9 50 HZ PC09 PC09 , MODULES FOR PDP9/L PC09.A , MODULES FOR PDP9/L peOl W MOD aUCK~TS , $CR CONTROL, 60 HZ PC01-A W MOD BUCKETS & seR CONTRO~, 50 HZ PT RDR.PUNCH (PCOS-C , CONTROL), bOHZ (M7S1) PT ROR.PUNCH (PCOS-CA , CONTROL) ~O~Z (M7al) PT ROR.PUNCH ePcos-c ~ CONT~OL), bO-HZ PT RDR~PUNCH (PCOS-CA , CONTROL),-SO HZ peos-c , CONTROL, 60 HZ PCOS-CA , CONTROL, 50 HZ PT READ~R & PUNCH (pC04-SL & CONT) 60HZ PT READER, PUNCH (PC04.SM , CONT) 50HZ TABlJE TOP pca.£: TABlJE TOP PC8.EA PAP~R TAPE READ£R , PUNCH (PC04_B~ • CONT) PT READER, PUNCH (PC04~BC , CO~T) ~OrtZ PT READER, PUNCH (PC04~BL , CONTROL), 60 H2 PT READER, PUNCH (PCOt-8M , CONTRO~), 50 H2 PC 11 ADAPTED FOR RUGGED 11 (60HZ)' "" PC11-A ADAPTED FOR RUGGED 11 (50HZ) PCR1l IN H957 CAB (60HZ) PCR11.A IN H957 CAB (50HZ)

PROGRAM CONTROL SEQUENCER (pes) CONTROL (M7326) pcs SEQUENCE CONTROL (M7327) 8X~56 fROM POPt6-M DIAGNOSTIC ROM 0 PDP16-M D1AGNOSTIC ROM 1

MODEL NO

ENG MGR

pCSt6 .. ac PCS16 .. RD PCSt6 .... RE PCS16-SE PCSt6.eF PCS16-SG PCS1&·SR PCS16-C PC S16-0 POM70.AA RJM

PDM70.AB RJM POM70.SA RJM POM70 llll SB RJM PDM70"'CA RJM POM70 .. CB RJM POM70." RJM POM70-P; RJM PD M70.F RJM PDM10.H RJM PD M70.1N RJM POM70"J RJM POM10-K RJM POM10.L RJM POM70.M R"M POM70.N RJM PDM70.P RJM PDM70 .. R RJM POP1 POP1-0 PDP10 PDP11.05 ST POPtl.07 PDP11-tO ST PDPl1·1S PDP11-20 POP11-1S POptl.40 CA POP11-45 POP12-10 SNT PDP12.20 SNT POP12.l0 SNT POP12.40 SNT POP12-A SNT POP12-a SNT P-DP 12-e SNT POP14-t"P Jr.1 PDP14·LK JM PDPt4-J( JM PDP14-P JM PDP14-PX JM POP15-to POP1!';w20 PDPt5-JO POP1S-)5

DESIGN PROD ENGR 1!:NGR

JLE JLE JLP; Jr"E JLF.:: JLE JI.,E JLE JLE PDM

POM .PDM POM PDM POM POM PDM PaM PDM POM PDM POM PDM POM pOM POM PDM RR RR KE RAA PHG PAA CMD JO JO JO Cx., Rl RI RI RI Rl RI RI AR AR AR AR AR FA FA FA fA

WLS

WLS wLS WLS WI,S WLS wr"s WLS WLS WLS WLS WLS wLS wr.,S wr"B WLS WLS wr.,s

Mf'GR AREA

MAY

MAY MAY MAY MAY MAY MAY MAY MAY MAY MAY MAY MAY MAY MAY MAY MAY MAY


3 :. 1 1 1 3 1 3 3 1

:)

1 ) 1 1 1 1 1 1 3 J l 3 1 :4 3 )

6 6 5 4 2 4 4 5 2 2 1 5 5 '5 5 6 6 6 '5

" ) 5 5 5 4 4 l

9172 K 9112 K 9/72 K 9112 K 9/72 K 9/72 K 9112 K 1/72 K 1/72 K 9/73 E

E 9/73 E 9/71 E 9/73 E 9/71 E 9/73 E 9/73 0 9/73 0 9/73 A 9/73 A 9/73 8 9/73 0 9/73 0 9/73 D 9/13 0 9/73 D 9/73 0 9113 D

E E E

8/72 E 1/72 E 8/72 E 3/71 E 6/71 E 1112 E 1112 E 4/73 E 1/71 E 1/73 E 1/73 E 1/73 E

E E E E

1112 E E E

6/71 E E E E E

161M 161M 161M 161M 161M 161M 161M H> 16

WI

----PoM70",A, PDM70.-A, POM70"'A, PDM10.A, PDM70 POM70-A, PDM70wA, PDM70",J( POM70-A, POM10.A, PDM70",A, POM70-A,

• ---

--

USED ON DESCRIP'l'ION

PDP16-M DIAGNOSTIC ROM 2 PDP16.M DIAGNOSTIC ROM 3 PDP16wM DIAGNOSTIC ROM 4 POP16~M ROM SIMULATOR PROGRAM PDP16~M ROM LOADER PROGRAM PSP16 wM ROM LISTtR PROGRAM PROM ERASE ~ RELOAD StRYICE pes DECODER (M7J28) PCS BOOLEAN MUX CM7329)

68

SERIAL PROGRAMMED DATA MOVER 8ASIC BOX W PS, MOTH~R BOARD, K~YBOARD, CLOCK BOARD, 5" HIGH RACK MOUNTABLE, 115V

-a, ~c .. B, we -S, ~C

-s, -e

"8, we "s, .e -a, ItC -s, .e .. 8, .e ~8, we

PDM70I!!AA, 230V PDM70wAA wITH 32 CHAR BURROUGHS OISPLAY, 115V POM70~A6 WITH 32 CHAR SURROUGHS otSPI.,AY, ~JOV PDM70-AA w NO K~Y80ARD , PLAIj fR0NT aEZE~,11SV POM70-AB W NO K£yaOARO & PLAIN tRONt BE~E~, 2jOY

32 BIT INPUT (M7l81) l~ 81T OUTPUT (M7l8~) 4 CH ANALOG INPUT (M7381) 2 CH ANALOG OUTPUT (M7l84) SXSTEM INSTALLATION FeE BIT SERIAL 1/0, EIA OR 20 MA (M73ijS, 16 KEy KEyBOARD (M7l86) 32 CHARACTER BURROUGHS ~l~PLAY G~N PURPOSE CHAR SERIAL 110 (M7388) 64 CHAR PROM READ IN OPTION, M7381 PROGRAMMABLE sus CONTROL BIT seRIAL sUS INTERFAC&, 20MA 18 6IT SYSTEM MODuLES POP1 WITH MEMORY sus 16 alT COMPUTER PDP6 PROGRAMS (US~S KA10) KD11w8 PROCESSOR. OEM IDlCS 11/07, SEE 11/07 K011-8 P~OCESSOR, END USER SEE t1/IS.XX

KA11 PRoe, PS, MM11-E, aAl1.Ci, KX11-A, Lt3J-O KOI1-A PROC~SSOR, O~M KOI1-A PROC, IN 11/45 sox HIGH SPEED PDP11 fAMILY MACHINE POP12wC· W AD12, DR12 12/10 W VC12, VR14j TC12, TU56, Kf12 12/20 W MC12, KW12.A 12/30 W FpP12 PDP12wa W AID, RELAYS POP12-c W TAPE, DlSPLAY BASIC LINC8/l KAt4, BEl4 & POwER SUPPLY POP14"LP, aX14, 8Y14 POP14-P~ BX14-DA, BY14-0A 12 8IT MACHINE CO~TROLLER (PROCESSOR ONLY) PDP14-P W EXTRA POWER SUPPLy BASIC Pop,s SYSTEM ADVANCED MONITOR SYST~M BACKGROUND/fOREGROUND SXSTEM

SPECIAL CONFIGURATION FOR REAL TIME EXECUTIVE SYSTEM (RSX)

MonEL NO

ENG MGR

PDP1S,,40 PDP1S .. S0 PDP16 PDP16·~A POP16 .. M8 POP16 .. MC JC PDP16 wMD JC PDp16-ME JC PDP16-Mf JC POP16-MH JC PDP4 POPS poP7 PDP7.A PDPS PDPQ-E PoP8E-AA POP8E-AB PoPS!-"E PDP9EwAF PDP8E.AS JC PDPer-.AT JC PDP8E-SA POP8E"eS PDP8E-SE PoP8E-SF PDPQE-SS JC PoPBE.ST .,IC POP8E.CA PDP8E"CB PDPBE·CE PDP8E-CF PDP8E"nA POP8E-OB PoP8E-OC PDP8E-DD POP9E-ot POP8E-OP' PDPSE-OS JC POP8E-OT JC PDP9E-!A PDPSE-E8 PDP8E.EC POP8E-ED PDP8E-EE POPSE"EF POP8E-ES JC POPSE-ET JC PUP8E-FA POP8E-"B ,PDP8E"rC POPSE-FD PoP8E-FE PDPeE"P'P' POP8E.FH JC


FA FA RVN JLE JlIe: JLP; JLIt JLE JLE JJ.,E RR AB RR RR RR JI( JK JI( JK JK JK JK JK vK JK JK JK JK JK JK JK JK JK JK JK JK JK JK JK JK JK JK JK JI< JK vI< JK JK JK JK 'JK JK JK JK PG

MFGR AREA

CON


4 1 1 1 1 :3 3 1 2 2 6

E 6171 E

3/72 3/72 6113 6/73 6/71 6/73 6/73

E E E E E E E E E

6 E 6 E 6 E 5 E 4 E 4 E 4 E ] 9171 E 1 9/71 E 3 10/73 E 3 tO/73 E 4 E 4 E 1 9171 E 3 9/71 E 3 10/73 E 1 10/73 E 6 6172 E 6 6/72 E 6 5/73 E 6 5/73 E 6 8/71 E 6 8/71 E 4 8/71 E 4 8/71 E 3 9/71 E 1 9/71 E 1 10/73 E 3 10/73 E 6 8/71 E 6 8/71 E 4 8/11 E 4 8/71 E 3 9/11 E 3, 9/71 E ) 11/73 E 1 11/73 E 6 8171 E 6 8111 E 6 5/73 E 6 5/71 E & 5/73 p; 6 5/73 E 3 12113 E

-'I .. • .. • -

• .. • ..

• .. •

• ..

• • -..

• .. • •

• -•

USED ON DESCRIPTION

8ACKGROUND/rOREGROU~D D1S~ SYSTEM ·PDP1S.40 + BATCH

COMPUTER MADE "ROM~ REGISTER TRANSfER MODULES PDP16 IN'j/M 12 INCH BOX W PRiD~FIN~D INSTRUCTION SET 115V POP 16 IN 81M ·12 INCH 80X W PREDEFINED INSTRUCTION SET. 2l0V PDP16.MA W NO 81M BOX, 115V PDPI6.MB ~ NO 81M BOX,"210V POP16-M W NO 81M BOX, NO PWR SUPPLY POP16.MA IN IS-INCH 81M BOX, 115V POP16.MB IN 1S-1WCH 81M BOX, alOV

18 aIT SYSTEM MODULES 11 sIT SYSTEM MODULES Ie BIT fLIP CHIP MODU'ES POPD4 COUE IMPROVED PDP? 12 8IT FLIP CHIP MODULES POP5 COO~ PDPe-1 ON BIG CARDS, iXPANDiD ORO~R CUDE 4K 8/E RACK MOUNTA8LE (RM) 115V 4K 8/E RACK MOUNTABLE (RM) 210V 9K PDP8~.AA 8tt. PDP8E.AB

16K POPSE, RACK MOUNTABLE, ~L8.~, KC8.E CONSOLt, 11SV 16K PDP8E, RACK MOUNTABLE, KL8.~, Kce"E CONSOLE, ~lOV

4K alE TABLE TOP (TT) 115V 4K 8/E TABLE TOP (TT) 230V 81( 8/E TT 115V 81<. HIE TT 230V

16K POPSE, TABLE top, KLS-E, Kca.E CONSOLE, 115V 16K POp8E, TABLE TOP, KL8.E, Kca.E CONSOLE, 210V

41<. alE CAstNET MOUNTED (CA8) 11SV 4K 8/E CABINET MOUNTED (CAB) 230V 8K 8/~ CAB 115V ' 9K BIt.: CAB 210V 4K 8/E RM, oEM, 115v 4K 8/E RM, OEM, 2l0V 4K 8/E RM, OEM2, 115V 4K 8/E RM, OEM2, 210V 8K 8/E RM, OEM2, ltsv 8K S/E RM, OEM2, 230V

l&K POPS!, RACK MOUNTABLE, KL8~~, KC8-! CONSOLE, 11SV O~M 16K POP8E, RACK MOUNTABLE, KL8.E, KCS-E CONSOLE, ~lOV O~M

4K 8/E TT~ OEM, 115V 4K alE TT, OEM, 2l0V 4K 8/E TT, OEM2, 115V 4K 8/E TT, OEM2, 230V 8K 8/E TT, OEM2, 115V 8K 8/g TT, UEM2, 2l0V

16K POPSE, TABLE TOP, KLS-E, Kca-E CONSOLt.:, 115V UEM 16K pOP8E, TA8LE TOP, KLS.E, Kce .. E CONSOLE, 2l0V OEM

41<. B/E CAS, OEM, 115V-4K 8/E CAB, OEM, 230V 4K Q/~ CAB, OEM2, 115V 4K alE CAB, OEM2, 2l0V 8K 8/E,-CAB, OEM2, 11SV 8K 8/E, CAB, oEM2, 230V

4K PDP8E, RACK MOUNTABLE, KC9~EA CONSOLE, 115V

69

MOOEL ENG DESIGN PROD MFGR STA'rUS CATEGORY USED ON Of;SCRIPl'lON 70 NO MGR ENGR ~NGR AREA MO/YR

PDP8E"FJ JC PC; ] 12/73 E • 41\ POP8E, RACK MOUNTABLE, Kcel!!lEA CONSULI!;, 2l0V POP8E.FK JC PG 1 12/73 E • 81<: ·PDPRE, RACK MOU NTA8LE, KC8"EA CONSUL!!:, 115V PDP8E-P'L JC PC 1 12/73 E • 8K POPBE, RACK' MOUNTABLE, KCeeEA CONSOLE, 230V POP8E.FS· JC PG 1 12/71 E • 16K PDP8E, RACK MOUNTABJ.,E, KCS"EA CONS01.lE, 11SV POPBE.FT JC PG 3 12/73 E - 16K PDP8E, RACK MOUNTA8LE, KCe.EA CU NS01"E, 230V POP8E-I.TA JI< 6 5/73 E 4K 8/E, RM, Kce.EC, «pe.t, 115V POP8E.JB JK 6 5/73 E 4K 8/E, RM, Kca.EC, «peeE, alOV PDPBE.MA JI< 6 5/73 E OEM 4K alE, RM, KCS"EC, KP8.E, 115V PDP8E.~B JK 6 5/73 E OEM 4K B/E, RM, KCS-EC, KP8 .. ';, 230V POP8E.MC JK 6 5/71 E OEM2 4K 8/E, RM, i\Ca-EC, KPSwE, 115V PDP8E.MD JK 6 5/73 E OEM2 41< 8/E , RM, KCS-EC, KPij_e; 2loV .. , POPI:H>·NA SNT AW ] 1/72 E LABS·E 4K GRt:EN S/f: W KC8.gD, RM, 11'5V PDPlH::.N8 SNT AW 3 1/72 E LAB8.E 4K GREEN 8/E W KC8_ED, RM, ~lOV POP8E",NE GPB 3 12/72 E LABa.E 8t<. GREEN 8/E w Kca.EO, RM, 11.5V POP8T!:wNF CPS 1 12/72 E J.JAB81!!J£; 8K GReEN 8/E l'I KCS-ED, RH, 2l0V PDP8E-pA SNT AW 1 1/72 E LA8S.E 4K GREEN 8/E W Kca.t;O, TT, lt~V POPBE-PB SNT AW 1 1/72 E LA8S"E 4K GREEN 8/E w KCS-ED, TT, 23QV PDP9ro:·PE GPB 1 12/72 E LAse·r; 81< GREEN €lIE w KCa·ED, TT, 11SV POP8E.pF GpB l 12/72 E LA8s.r; 8K GREEN e/E w Keg_ED, TT, 230V PopeF' PG • 2/72 E • BASIC popa.&; IN S.HORT BOX W KL8.E, KCihfi'L CONSOLE PDP IH'·"'A A PG 6 4/73 E • 41< POPSY RACK MOUNTABLE 115V IN 12" BOX PDP8F·AB PG 6 4/73 E • 4K popsr RACK MOUNTABLE 2l0V J.N 12 " BOX POPSF.AE PG 6 4/73 E • 8« PDPSF RACK MQUNTABIJE lt5V IN 12" BOX POP8F'-AF PG 6 4/73 E • 8K PDPer RACK MOUNTABIJE 2l0V IN 12" SOX POP8F.AH JC PG ) 4/73 E - 4K POP8r~, RACK MOUNTABLE, IN 15" BOX, 115V POPBF-AJ JC PG 3 4/73 It - 41< popsr, RACK MOUNTABLE, IN 15" BOX, 2l 0Y POl'9F·AK JC PG 1 4/7l E • 8K POPS" RACK MOUNTABLE, IN 15" BOX, 115y POP8F'wAL JC PG 3 4/73 E • Sf< PDP8F, RACK MOUNTA8LE, IN 15" BOX, 230V PDP8.FwCA PG 6 5/71 E • 4K POPS" CABINET MOUNTED, IN 12" BOX, 115V PDP8f"-CB PG 6 5/73 E .. 4K POPS" CABINET MOUNTED, IN 12" BOX, 230v POP8F-CE PG 6 5/7) E • eK PDPer, CABINET MOUNTED, IN 12" BOX, 125V POP8F'·CP" PG 6 5/71 E • Sf<. PDP8F, CABINET MOUNTED, IN 12" BuX, 2l0V PDP9-I RR TPL 5 E BASIC poPS-X, 12 BIT M.$ERIES MODULI!;S POPS·IC RR TPL 5 E POPS"l lN CABINI::T POPS-ID RR TPL 5 E POPS-I IN H950 CABINET pops-xp RR TPL 6 E Pope.l ON PEDEstAL POP A-I" RR TPL 5 E BASIC PDPe-L, MINIMUM AND COMPACT POPS-I pope-LA RR TPL 5 E 8/L W S,(,IDES, SERVICE, TTY POPB.LB RR TPL 5 p; B/L W SLIDES, SERVICE, NO TTY POPS-Le RR TPL 5 E IlL W 81,,10E8, TTY, NO SERVICE PDpg.Ln RR TPL 5 E B/L W SJ.,lDEs, NO TTY, NO sERVICE popa.L! RR TPL S E BIL W H950, SERVICE, TTy PDPS"'LF RR. TPL 5 E 8/L W H950, SERVICE, NO TTY POP8.LG RR TPL 5 E 8/L W H950, TTY, NO SERVICE POP8wLH RR. TPL 5 E S/L W H950, NO TTy, NO SERVICE PDPS.L,' RR '1'PL 5 r. 8/1" w COVER, TTY, SERVICE POPR ... LK RR TPL 5 E 8/L W COVER, SERVICE, NO l'TY PDPS-LL RR TPL 5 E 8/1" W COVER, TTY, NO sERVIce; PDPR-LM RR TPL 5 E elL w COVER, NO TTY, NO SERVICE POPBM PG 4 2/72 E - BASIC POPS-M, 8/E IN SHORI' BOX PDP8M.OC PC; 6 4/73 E • 41< POPSM, RACK MOUNTA8LE, KlJ8t!11E, Kca-Mll CONSOllE, 12" 80X, Ot:M, 115V POP~M",[)O PG 6 4/73 E - 4K POP9M, RACK MOUNTASLt, KL9.E, KCa-MlI CONSOLE, 12" 80X, OEM, 230V POPRM·OE PG 6 4/73 E - 8K PDPSM, RACK MOUNTABLE, KLS .. E, KCS-ML CONSOLE, 12" BOX, oEM, 115V PDP8M .. Of' PG 6 4/73 E • 8K PBP8M, RACK MOUNTABLE, Kl,,8-E, Kca .. ML CONSOllE, 12" aox, Or.;M, 230V POP8 M"OH JC PG 1 4/73 E "" 4K PDPBM, RACK MOUNTABLE, KLS·E, Kca-ML CONSOLE, 15" eOx, Of;M, 115V

MODEL ENG OESIGN PROD MFGR STATUS CATEGORY USED ON DESCRIPTION 71 NO MG~ ENGR ENGR AREA MO/YR

PDP8M-DJ JC PC 1 4/73 E - 4K PDPS"', RACK MOUNTABLE, K1I8-E, KCS"ML CONSOLE, 15" BOX, Ot.;M, 230V PDP8M-DK tJC PG 1 4/73 E - 8K PDP8M, RACK MOUNTABLE, KL8-E, KCS-ML CONSOJ.,E, 15" BOX, O£M, 115V PDP9M-PL JC PG 3 4113 E - 81< POPS,." RACK MOUNTABLE, KI;,8-E, KC8"ML CONSOLE, 15" BOX, Ot;M, 230v PDP9M_DS JC PC 3 10/73 E - 16K PDPSPA, RACK MOUNTABLE,. KL8-~, KCB .. ML CONSOLE, 115V OEM PDPeM-DT Je PC 1 10/71 E - If.tK POP8M, RACK ~OUNT~8J.,E,.KLS-~, KcawML CONSOLE, 230V OEM PDP8M.-EH JC PG ] 12/73 E • 4K PDP9M, RACK MOUNTABLE, Kce-ML CONSOLE, 115V POP8M.F.:J JC PO ) 12/11 E - 4K PoPS,." RACK MOUNTABLE, Ke9.ML CONSOLE, 2l0V POP8M-EK JC PG 1 12/7] E - 8K PDP8M, RACK MQUNTABLE, KCe-MI" CONSOLE, 115V PDP8M_EL JC PG 3 12/73 E - 8K PDPSM, RACK MOUNTASLE, KCQ_HI" CONSOLE, 230V PDP8M-P;S JC PG 3 12/73 E • 16K PDP8M, RACK MOUNTABLE, KCS-lt\1" CONSOLE, 11SV PDP8M-ET JC PG 3=12/73 E • 1bK POP8M, RACK MOUNTA8LE, KC8 .. ML CQNSOllE, 230V POP8M.MC PG 6 4/73 E - 4K PDP8M, RACK MOUNTABLE, KC9 .. M, 12" SOX, OEM, l1bV PDP8M.MD PG 6 4/73 E " 4K PDP8M, RACK MOUNTABLE, KC8 .. M, 12" BOX, OEM, 23QV POP8M_ME PG 6 4/73 E " 8K POP8M, RACK MOUNTABt.E, KCSw"', 12" BOX, OEM, 11SV PDP8M""MF PG 6 4/73 E - 8K POPSM, RACK MOUNTABLE, Kce-M, 12" BOX, OEM, 2l0V POP8M-MH JC PC 3 4/73 E - 41< PDP8M, RACK MOUNTABLE, Kce-M, 15" SOX, O~M, 115V popeM.MJ tJC PG 1 4/73 !: • 41< PDP8M, RACK MOUNTABLE, Kce"M, 15" SOX, OEM, 210 V PDP8M-M.K JC PG ] 4/73 E - IK PDPBM, RACK MOUNTABLE;, Keg"M, 15" SOX, OEM, 11SV PDP8M.ML .;Ie PG 1 4/71 E • 81< PDP8M, RACK MO.UN'l'ABLE, Kca .. M, 15" BOX, OEM, 2JOV PDP8M-MM JC PG 3 11/73 E - 11< PROM POPeM, RACK MOUNTABLE, KC8-M, 15" BOX, 11SV OEM PDP8M_MN JC PG 1 11/73 E - 11< PROM PDP8M, RACK MOUNTABL.E, KCS .. M, 15" BOX, 230V OEM POP8M_MP JC PG 3 11/73 E " 2K PROM POP8M, RACK MOUNTASL.E, KcewM, 15" BOX, 11SV OEM POP8M-MR JC pc; 3 11/73 E - 2K PROM POPSM, RACK MOUNTABlIE, Kce-M, 15- BOX, 230V OEM PDP8M_MS JC pc; 1 10/7) E - 16K POP8M, RACK MOUhTABLE, KCS-M CONSOLE, 115V OEM PDP9M-MT JC PG 1 10/73 E - 16K POPSM, RACK MOUNTABLE, Kce-M CONSOLE, 210V OEM PD"8·S RR 6 E 12 BIT SERIAL, FLIP CHIP MODULEs PDP9 Ml 5 E 18 8IT ft.lP CHIP MODULES PDP7 COD~ PDP9.F MI 5 E PDP9 W CA89~A fOR FOXbORO POP9-L MI 5 E 41<. PDP9, 1,5 USEC MEMORY PDP9.T t41 ) E TIMt SHARING PDP9 PHA15 DO " E 15 POP15~BASEO PULSE H~IGHT ANALYSER ''HAS 00 • E 8 POPS, 8/1, S/L 8ASED PULS~ HEIGhT ANAL.YSER PHASE-tO EW 1 6/71 E • 15 PDP8e:.CA + LT]3.0C + vce-! + VR03-A + NN01-A + KAS-E + Q,'PO 1.A PfofA8E",20 EW 3 6/71 E - PHA8gwl0 + MMe.E PLS.AA JC PG 3 10/73 L filE LA10·PA + PCStlE, RACK MOUNT, 115V 60HZ PL~",Aa JC PC; 1 10/73 L 8/E t"A30.~8 + PCS_EA, RACK MOUNT, 230V 60HZ PLS.AC JC PG ) 10/73 L alE LA30.PC + PCS .. E, RACK MOUNT, 11!;V50HZ PL~-AD JC PG 3 10/73 L 8/E LA1O .. PD + Pca",EA, RACK MOUNT, 2jOV 50HZ PLS",BA '"'C pc; :2 10112 L 81E LA1O"PA + Pce wE8, TA8LE TOP, 11SV 60HZ PL8 ... RB JC pc; 2 10/72 L 8/E lIA30-PB + pe8-Ee, TA8LE TOP, 210V 60HZ PL8",BC JC PG 2 10/72 11 8/E LA30-PC + PCS_Ea, TA8LE TOP, i15V 50HZ PLS.SD JC PG 2 10/72 L S/E LA30.PD + PCSwEe, TABLE TOP, ~lOV 50HZ PMK01-AA OZ 6 5/73 8 8/E PROCESSOR MAINTENANCE KIT W PTR FOR lIE, 115V PMK01-AB DZ 6 5111 B 8/E PROCESSOR MAINTENANCE KIT W PTR FOR alE, 230V PMK01-SA Dz 6 5/73 8 11 PROC MAINTENANCE KIT W PTR fOR 11, 115V PMKOt"'BB DZ 6 5/73 B 11 PROC MAINTENANCE KIT W PTR fOR 11, 210V PMJ(Ol·CA DZ 6 5/73 8 8/E, 11 PROC MAINTENANCf:: KIT W PTR '·OR 8/~ , 11, 11~V PMK01-CB DZ 6 5/73 8 lilt, 11 PROt MAINTENANCE KIT W PTR FOR 8/~ , 11, 230V PMK02"'A 1MS 6 5/7) B " S/l, 8/L, 12 PROC MAINTENANCE KIT w CASSETTE PMK02-S FMS 3 10/71 8 8/E PROC MAINTENANCE KIT W CASSETTE PMK02-C rMS 3 10/71 B 11/05, 11/15, 11/20, 11/35

_. PROC MAINTENANCE KIT W CASSETTE

pptt-s RSH RJS 1 1/71 P 11 INTERFAC! TO 6 ~EVEL 300 LINESISEC SOROBAN ~UNCH PP12 SNT RI 5 3/71 P 8A12 PT PUNCH (Pcos .. P , CONTROL.), 60 HZ -

PP12-A SNT RI 5 ]/71 P 8A12 PT PUNCH (PCOS-PA & CUNTR~L), 50 HZ J)P67·A MI ,5 P PA61wA, PA6S-A PT PUNCH 6.~EvEL, 60 HZ

MODEL £;NG DESIGN PROD MrGR STATUS CATEGOR¥ U$ED ON OJ:;SCRIPTION 72 NO MGR ENGR ENGR AREA MO/YR

PP67·AA MI 5 P PAil·A, PA68-A PT PUNCH 6-I"EVE1", 50 HZ PP67-S NI 5 P PA61-A, PA68.A P1' PUNCH 8-I"EVEL, 60 HZ PP61-S-A Nt 5 P PA6t.A, PA68",A PT PUNCH e",I"EVEL, 50 .HZ PP61·C MI 5 P PA6S.', PA6l PI PUNCH 6-LEVEJ", 60 HZ PP67.CA Mt 5 P PA68 ... F, PA6) PT PUNCH 6",J.,EVEL, 50 HZ PP67·0 Ml 5 P PA6a.r PT PUNCH a-LEVEL, 60 HZ PP61.DA MI 5 P PA68-F PT PUNCH a-I"EVEI", 50 HZ PPS .. E LN 4 P S/E PT PUNCH (PC04-PL " CONTROL) 60HZ PPA.F.A LN 4 P alE PT PUNCH (PC04-PM " CUNTROL) 50HZ PP9 .. EB J"N 1 1/72 p e/E TABLE TOP PP8-E-PPA""r.C LN 3 10/72 P S/E T~aL~ BOP PPS-EA PpA-EF BY PKM SSMU 3 1112 P 8 POS FACIT 4060 PTP " CONT ppg.t RR TP-L 5 P 9/1 PT PUNCH (peo) " CONTROL.) PPA.r., RR TPL 5 P 811" P1' PUNCH (PC04.PI" & CONTRUL) {)O HZ, PP9-LA RR TPL 4 P 8/L PT PUNCH (PC04.PM , CONTROL) SO HZ PPJ.40t·p Ml 3 9/72 P - HAND PAPER TAPE PUNCH, 8 LEVEL PpH01-1( . 141 1 9112 P . ppH01.P REfILL KIT FOR PPH01.P PRt 1 PJ 5 3/72 P 11 PT REAOf,;R CPCOS.R , CONTROL) PRt2 SNT RI S 3/71 P BAt2 PT READt.R (PC05~R & CONTRUL) PR68-A Mt ER 5 P PA60wA, PA68.A PI' REAO~R (6",I"EVEL " a-LEVEll) PR68-8 NI ER 1 12/71 P PA68"'1", PA63 Pl' REAOr.:R C6"'LEVElJ " S-lJEVfo.;J.,) PR68·C MI ER 1 12/71 P pA60.A, pA68.A PT READt.:R (6", , e"LI::Vt:L, PHOTOTRANSISTOR) PR68.0 141 ER 5 P PA63 PT READER (6. & a .. LEVEL, PHOTOTRANSISTOR), NTTA PR68"OA MI ER S P pA63, PA6S-F "T R~ADER (6· & a"LEViL, PHOTOTRANS~StOR) PF6S-t: MI ER 3 9/72 P PA611""R, PA6e.F PT READER (6 " 8.I"EVEL, PHOTOTRANSISTOR, NTTA) PF68·Y Mt RR l P NONE OEM PR68"'O PR69.FA 141 RR 1 P NONE OEM PR68.0A PRQ.E LN 4 P B/E PT READER CPC04.RB & CONTROL) PR9~EB LN 1 1/12 P alE TAB,t.,E TOP PRS-! PRA .. Ef BV PKM SSMU 1 7/72 P 8 POS FACIT 4001 PTR , CONT PPA .. I RR 5 P 8/1 PT READER cPC04",Re " CONT~OL) PR8-L WH 5 P 8/I" P1' READ~R (PC04.RB , CONTROL) PT09 5 D 9, 8/5 TTY INTERFACE FOR ASR33 PTOe-A s D -sIS PT08 IN ASR33 BASE, 12 f'T CASJ,..ES PT08-S 5 0 8/5, 8/1 PT08 IN 19-1N RACK, 6 F'T CABLES PTOS.C 5 D £lIS, 8/1 2 PTOB.S ON SlNGI"E 1943 PToe-OA SSUK 3 1) 8 NEG CPO ASYNC MODEM INTERfACE W 1 CLOCK PTOS-OB SSUK l D PT08'OA 2 CLOCK OPTION FOR PTQ8.0A PTos-r MI 4 0 PTOgeS, PT08-e EIA AOAPTER W 2$ FT CAB~E' PT08-X Ml 4 0 PTOSeS, PTOS.C CRYSTAL CLOCK PTtl-AA JEH SSUK 1 12/71 P 11 TREND ROR , BURPE 11 PUNCH W CONT 115V 60HZ PT11-Aa JEH SSUK 1 12/71 P 11 TREND ROR " BURPE 11 PUNCHW CONI' 2l0V 50HZ PT11-SA JEH SSUK 3 4/72 P 11 TREND READER" CONT, 115V 60HZ PTt1-~8 JEH SSUK 1 4/72 P t 1 TREND READER , CONT, 210V 50HZ PTtl-Cl JEH SSUK 3 4/72 P 11 SRPE 11 PUNCH '-CONT, 115v 60HZ PT'1.C8 _JEH SSUK 1 4/72 P 11 BRPE 11 PUNCH" CONT, 2l0V 50HZ PTtt-OA JEH SSUI< 1 811-} p 11 TREND RDR " FAClT PUNCH W CUNT, 115V 60HZ PTtt-OB JEH SSUK 1 8/73 P 11 TREND ROR " FACIT PUNCH W CONT, 2l0V 50HZ PTtt-EA JEH SSUK ) 8113 P 11 FAClT PUNCH , C~NT, 115V 60HZ PT11-E8 JEH SSUK 3 8/73 P 11 rACIT PUNCH' CONT, 230V 50HZ PTll-'- BY PKM SSMU 3 7/72 P 11 FAC1T 4001 PTR, 4010 PTP " CONT PT84 .. AA JF.K SSUK 1 8/71 p S/E TREND RDR & BRPt; 11 PUNCH W CONT, 115V 60HZ PTPE .. AB JE"f SSUK 1 8/71 P 8/E TREND ROR " BRP(!; 11 PUNCH W CONT, 230Y 50HZ PT9t-Sl JF.H SSUK 3 8113 P S/f: TRENO REAOER , CONT, 115V 60HZ PT9E.S8 JEH SSUK 3 8/73 P 8/E TREND READER" CONT, :alOV 50HZ

MODEL ENG DESIGN PROD MFGR STATUS CATEGOR~ USED ON DESCRIPTION 73 NO MGR ENGR tNGR AREA

PT84-CA JEH SSUK PT8E-CB JEH SSUK PTaE-O. JEH SSUK PT9E-OB JEH SSUK PT8E-fA JEH SSUK PT9';-EB JEH SSUK PTS9_EA MI ,rM PTse-EB MI PFM

Q=SOFTWARE, GENERAL FORM ----2ND LETTER (C) •• ~·-

IS QCP99"KD lRD (P) I

A=APpLICATION C=COMM D=COMM. E=EDUCATION L=LAB

A=pDp! J=POpl1 (ALL) 8=PDP4 K=PDP12 C=PDPs L=PDP14 D=pDp6 M=pDP15 E=PDP1 P=PDP11/40 ,=POPS (OR HIGHER) G=PDP9 R=PDP11/45 H=PDP10 (OR HIGHER)

GFOOt-A8 GT aroot-AC GT Q'004 QF006-AB GT or006-AC GT oro07.A GT OF001.B GT QrOOS-AS GT OFooa-AC GT Qr008.!A GT Qr009"EC GT Qr008-FZ GT QrOoe.MC GT QrOOg.AS GT QrOog .. AC GT QJnog .. MC GT QF010wMC GT gFOlt ... MC GT QF012-MC GT Qr014"AB QF014-AC QF014.MC Qr01-A QF01-a QFOt·C orol-0 OrOl-! orOl-'

Drp

Df'P DfP OFP OFP DFP Drp BW BW BW BW BW BW

BrB 8Fe BrB BFB are arB BFB BF'B AFB SFB ArB BFB BFB RFB BFB ArB RFB Bra BrB BFB Bf'B srB

K.SfTWR SUBS R-INOUSTRIAL 5=CSS T=TYPSETTING

1 3 3 3 3 3 3 )

HO/X'R

8/73 P 8/E IBRPE 11 PU~CH , CONT, 11SV 60H~ 8/73 P 9/E BRPE 11 'PUNCH , CONT, 230y 50HZ 8/73 P 8/E TREND RDR , FAC1T PUNCH W CONT, 115V 60HZ 8/73 P 8/E TRE~D ROR , FAel! PUNCH w CONT, 210V 50HZ 8/73 P 8/E rACIT PUNCH' CONT, 115V bOHZ 8/73 P 8/E FACIT PUNCH' CONT, 2l0V 50HZ 7/73 E PDP8E-AE MMS-EJ SEB .. A DKS.EP KEa-£ H9f>0.BC BAa-AA SXS T1:;S'1' " INST, 11~V 7/73 E PDPSE-Af MM88EJ BEB-A DK8-EPKEa-E K9t>o-ao BA8-AS SYS T~ST " INST, 23QY

LETTER (K)I~.- .. J."tTTtR (O).~-"," A D=LICENSE ONLY

•••• 1ST VARIATION 2=sU8S SERVICE PLAN 3=SUBS S~RVICE PLAN

BINARY UPDATES 4=SU8S SERVICE pLAN B

SOURCE UPDATES

---.2ND VARIATION A::LINC TAPE a=PAPER TAPE C=OECTAPE

J=RPOl Ol~K PACK K=RP04 DISK PACK N=TU60 CASSI!;TTE R=MICi<O-.FiCHE

8 ~=SOURCE KIT

5=8U85 SERVICE PLAN 8 BINARY , SOURCE UPDATES

A=LICENSE, SOFTWARE KIT

'=LISTINGS KIT G=PRE.DELIVERY KIT H-UPDATE KIT J=START-UP SERVICES

(H+B=A) K=SU8SCRIPTION/MAIN

TENANe£: PACKAGE L=LICENSE+INSTALLA.

D=9 TRACK MAGTApE E=RK03/5 CART~IDG£ F-' TRACK MAGTAPE GcCARDS H=RKOl/5 CARTRIDGE

60HZ Z=NQ HARDwARE DEPENL>ENCY

50HZ , SERVICE

B=LICENSE, SOFTWARE KIT FOR LESS THAN MIN HOW

C=LICENSE, SOFTWARE KIT NO SERVICE

1 2/73 0 3 2/73 Q 1 10/72 Q 1 2173 0 3 2/73 0 ) 2/73 Q 3 2/73 Q 3 1/73 0 1 2/73 Q 2 $/73 Q 2 5/73 Q 2 5113 Q 2 6/73 Q 3 10/72 Q 1 2173 Q 1 12/71 Q

2 6173 Q 2 6/73 Q 2 6/73 Q 3 10/73 0 3 10/73 0 1 10/73 0 6 Q 6 Q 6 Q 6 0 6 9171 Q 6 1/72 Q

8 8 8 8 8 9 8 8 8 8 8 a 9 8 8 a 8 a 8 8 8 8 elL aiL 8/L 8/L B/L all"

TION, NO SUPPORT M=SOURCE + LISTINGS N=ALTERNATE SOURCE

DEC/xa, POP8 SYSTEM EXERCiS£R, PAPER TAP~ DEC/xe, POP8 SYSTEM EXERCISER, DECTAPE £:OU50, TS8 OS.8 BATCH, BASIC, TEca, PAPER TAPE OS/8 BATCH, BASIC, TECO, DEC TAPE CAPs-a, CASSETTE SYSTEM WITHOUT CORRECT HAROWAR~ CAPS-$, CASSETTE SYSTEM WITH CORRECT HAROWARE dS.a fORTRAN IV, PAPER TAPE-OS/8 fORTRAN IV, DEC TAPE OS/8 FORTRAN IV SOURCE, LINCTAPE OS/8 FORTRAN IV SOURCE, DECTAPE 05/8 FORTRAN IV LISTING pACKAGE OS/8 OT8 SOURCE & LISTINGS, DtCTAPE LABS/E MASS STORAGE SYSTEM, PAPER TAPE LAB8/E MASS STORAGE SYSTEM, D~CtAPE LABS IE MASS STORAGE SOURCE, DECTAPE, QF009 wA REQUIRED OS/8 FORTRAN IV LIBRARY, SOURCE + LISTINGS, DtCTAPE OS/8 fORTRAN IV COMPILER, SOURCE + LISTINGS, OECTAPE aSIa RALF, LOADER, LIB' MISC, SOURCE + LISTINGS, OECTAPE OS/8 FORTRAN IV PLOTTER, LICtNSt, SOFTWARE, SERVICE, PAPER TAPE 08/8 FORTRAN IV PLOTTER, LICENst, SOFTWARE, S~RVICE, OECTAPi OS/8 FORTRAN IV PLOTTER, SOURCE' LISTINGS, O£CTAPE

QUICKPOINT MA1N PROGRAM 5w08 OUICKPOINT MAIN PROGRAM 8-69 QUICKPOINT MAIN PROGRAM, REVIsEc ~F01.B (,3U, ,31) OUICKPOINT MAIN PROGRAM REVISED QfOl.~ (,J2) QUICK POINT MAI~ PROGRAM, REVISED QfOl.0 (,33) QUICKPOINT MAIN PROGRAM, REVISED QFOlwE .

MODEL NO

Qf01-(; OrOl-H OrOl-1 or02-1 or02-8 Of02-e OF02-D aF02-g Or02-Y Qf02-G OF02-H Of 02-1 or02·" or02-1( QF02 .. L OF02-M QF02·N OF02·0 or02·p OF02 .. Q OF02-R OF02"S OF02-T QF02"U or02"v QF'02"w QF01·A OF03-8 oro 1..,("

ENG MGR

OF03-0 QF03.E QrOl-f" QF03.G QF01-H or040-AS GT or050.AR GT 0,.05-A QrO()O.AB GT 0,070.A8 GT QF070-AC GT or080-AB OrOqOwAC BLe QfOq5 .. AC BLC Of095.EC BLe QF095"'FZ BLe orl0",8 AF O'20-A orlOO"AC OWe QF300.AE OWB QrlOO-SC OWB or300 .. RE OWB OF100"RQ HA QF100.0C HA orlOO-Of. HA OF10illlAC owe

DESIGN PROD ENGR €NGR

SW Rw BW RW B\,r BW BW BW BW BW BW Btl BW 8W BW BIN Bw BW BW SW BW BW BW BW BW BW Bw 8W BW Btl BW BIN RW 8W

8W

OFP OFP DFP orp GWD OM DFP DFP OFP DFP DFP Dfo"P DFP OFP

BFB Sf"S

BFB Bf'B BFB BFB AfR RFB RFB BfB

era BFB BFB RFB

BFB

MrGR AREA

STATUS CATEGORY MQ/XR

6 6 4 4 4 6 4 4

1172 Q 1/72 Q 9/71 Q

4 4 4 4 4

" 4 4

" " " 4 4 4

" 4 4 4 4

" 4

" " 4 4

" J 1

"

9171

9/71 3/71 3/71 3/71

9/71 9/71

3/71 9/71 9/71 3/7] 2/73

1 2/73 1 2/73 3 2/73 3 2/73 5 11/71 5 11/73 5 11/73 5 11/73 2 4 5 5 5 5 6 ) ]

5

)/71 11/73 11/73 11/73 11/71

4173 1/71 1/71

11/73

Q

Q Q

Q Q Q

Q

Q Q

Q

Q Q Q

Q Q

Q Q Q

Q Q Q Q Q

Q Q Q

Q Q Q

Q Q

Q Q Q Q

Q

o Q Q

Q Q Q

Q Q Q Q

Q

Q Q

Q

Q

Q

SIL 8/L 8/E, 8/L orol-1 QF01-1 Of'01-A arOl-1 orol",l Q'01·1 QfOl-1 orOl-1 Q'01-1 Q"01-1 QrOl-I GrOl-I OYOl-X Of'01-1 QrOl-1 OF01-1 Qf'Ol-1 orOl-1 orOl"1 orOl-1 Qfol·1 Qrol.1 orOl-1 OrOl-1 Q"01-1 orOl-1 OrOl-1 QrOl.1 orOl-1 orOl-1 QrOl-1 8

USED ON DESCRIPTION

QUICKPOINT MAIN PROGRAM, REVISED ~F01-F QUICKPOINT MAIN PROGRAM, REVISEp QF01-G QUICK POINT MAIN PROGRAM REVISED QrOl_H post PRoe, PRATT & WHITNEY A, B & e POST PRoe, wIEDEMAN W CUTLER-HAMM~R 902 POST PRoe, JONES & LAMSON DRILL W GE MK2 POST PROC WiEDEMAN w GE120 -POST PROC CIN DRILL & MILL W ACCROMATIC 220 POST PRQC eLE~REMAN DRILL' MILL w GE120

74

POST fRoe, wHITNEY TURRET PUNCH PRESS W WESTINGHOUSE POST PROC, 8EHR~NS TURRET PUNCH PRESS, GE- 1~O.11.500 POST fRoe, 8URGMASTER 28HT6 TURRET DRILL w GE 120-11 PQ5TPROC, WIEDEMANN A-IS W GE MK2 PQSTPROC, WIEDEMANN 'S~152B W WARNER & SWAS~Y CONT POSTPROC, BROWN & SHARPE MODEL A-lile w G~ MK~S POSTPROC, SURGMASTER 2BHTL W GE 120_11 POSTPROC, MOOG MOOEu 83-500

POSTPROC, WIEDEMAN 5-2540 TURRET PUNCH PR~SS W GE Me 100 POSTPROC, W~STINGHOUSE 20 W BEHRENS TURRET PUNCH PR£S$ POSTPROC, PRATT & WHITNEY CONT FOR TH~lR 1000NC JIGBoRER PQSTPROC, SPERRY RAND UMAC6 w a,s HYDROCUTT MACHINING-CENTER POSTPRC, wESTINGHOUSE-22 W SURGMASTER 2$ CHT ~CON li25 DRiLL POSTPROC, GE MC120 w ~XCELLON 1225 QUADRAMATIC ORILL . POSTPROC, GE 7522 W W.A.WHITNEY 6361, 647A POSTPROC, HOUDAILLE 8$190-300 W STRIPPIT 40/30 TURR~T PRESS POSTPROC, HUGHES NC-221.8 W 5TRIPPIT 3611~ fABRICATOR

POST PROC, SUPERIOR ELECTRIC CONTROL POST PROC CIMX-300 MACHINING CENTER POST PROC, aURGAASTER 3sHTL TURREt DRILL W ijE 103P

'OSTPROC, BRO~N , SHARPE HYOROTAP£ 234 12-STATION W-GE 103P PQ8TPROC, CINCINNATI TAPAC4 w DEVLIEG SPIRAMATIC K ~IGMIL

PDSTPRQC. ACROMATIC 3)0 W elNTIMATIC SPINDLE OR TURRET DRILL ~ MILL POSTPROC, SIEMENS CONT ~ HELLER saR~2 BORING MACHrN~ POSTPROC PLESSE¥ 8UNKER RAMO 2210 CONT w MILWAUKE~-MATIC H60

8K BASIC, PAPER TAPE .. - -BINAR¥ , MANUAL, 8K PTS.' FORTRAN II 8

DHC02 e

THRU ONe3) ONe FORGROUND BACKGROUNo jOFT~ARE

a 8 e 8 9 A 8 OLc.a 6S0.1

LABS/E, PAPER TAPE 05/8 RTPS TSAR (TIME SERIES ANALYSIS), PAPER TAPE 05/8 RTPS TSAR (T1ME S!RIES ANALYSIS), DECTAPE 4K PAPER TAPE SOFTWARE KIT . 08/8 INOUSTRIAL BASIC, LICENSE, SOFTWARE, SERVICE, D!CTAPt REAL TIME BASIC, LICENSE, SOFTWARE, SERVICE, DECTAPE' . REAL TIME BASIC, SOURCE, OECTAP£ REAL TIME BASIC, LISTING PACKAGE

GLc.e VERSION 2 SOFTWARE COM5YT-& SOFTWARE

8, 08320, 330 8, D5320, 330

COS,LIC, SOFTWARE, SERVtCE, DECTAPE COS, LIC, SOFTWARE, SERVICE, RKOS CARTRIOyE

8, 05320, 330 8, 05320, 330 9, 12, 08320, D5330, D5340 OS130, OS340

COS, LIC, SOFTWARE, NO SERVICi, <MIN HOW,-OECTAPE cos, LIC, SOfTWARE, NO SERVICE, <MIN HO~,RK05 CARTRIDGE

30, 40 QF300-S, rouRTH OR MOR~ PURCHASE DATA ENTRy, BINARY OE¢TAP~

8 COS 300, LIC, DATA ENTRY, BINARY OECPACK (RK02-K)

SOfTWARE, SERVICE, DECTAPE

MODEL NO

ENG MGR

QrlOl-AE OWS QF10l-eC OWB QF30t-aE DW8 QF30S-AC OW8 Q"30S-AE OWe 0"400-AB GT OF400-AC GT QrEOS-SB OrEtO-Sa g'E1S-S8 OFE20-EC QfE20·FZ QFE20-Sa QFE2S-SC OFE30-S8 QFE40·SB QFE50.S8 QFE50·PB QF'EBT.sa afEBT"sS OFEOP"SC OFELP·Ol QFELP-El QFELP-Ml QFELP-Sl QFINA-A QFINB.A QFINC-A Q"J~50-A8 GT QFL50-EC GT QFLSI-AB GT QFL55.A8 GT QFL56-AB (;T QFPOt-A QFSS.A QFS8"B QHOOt. QM002-AD ReH OH010 QH01S-CC QH01S-CD QK01S.CF QHAPL-B QHAPL-C QHAPL-E QHAPL-' OKC01-AO RBM QHC02.J.JZ prc QHDBM_tO QHOIS·tO CHOCO-tO QHSRT-10 QHSYS·l0 QJOot-AC QJ001-AE

DESIGN P~OD !NGR ENGR

OFP OFP OFP Drp OFP

RHM RHM RHM OFP OFP RHM RHM RHM RHM RHM RHM RHM RHM RHM RHM RHM RHM RHM HS HS HS

EW GT GT

WU

FSB 'S8 rS8

WU DAL

GaM

ars BFB ~FB RFB ara ~rB BFB

arB eFa

BFB BFB BF8 BFB era

BFS ArB BrB arB BFB BFB

BFB

BFB BFB

MFGR AREA

DAS

DAS


5 11/7] Q 5 5173 Q 5 5/73 Q 1 12/73 Q 1 12/73 Q 3 2173 Q 3 2/73 Q 3 9/72 Q 3 9/72 Q 3 9/72 Q '1. 6/73 Q 2 6/7) Q 1 9/72 Q 1 9/72 Q 1 9/72 Q 3 9/72 Q 1 9/72 Q 1 9/72 Q 3 9/72 Q 3 ]/73 Q 1 9/72 Q 3 9/72 Q 3 9/72 Q 1 9/72 Q 1 9/72 Q 1 4/72 Q 3 4/72 Q 3 4/72 Q 3 10/73 Q 3 10/73 Q 3 10/73 Q 3 10/73 Q 1 10/73 Q 3 6/71 Q 3 1/72 0 1 1/72 Q 3 10/72 Q 2 6173 Q 3 12/72 Q 1 3173 Q 3 3/71 Q 3 3/71 Q 1 12/72 Q 3 11/73 Q 1 12/72 Q 3 11/71 Q 2 617) Q 3 10/73 Q 1 11/73 Q 1 7172 Q 2 12/72 Q 3 9172 Q 3 7/72 Q 5 3/73 Q 5 3/71 Q

USED ON OESCR1PTION 75

8 COS 300, ~IC, SOFTWARE, StRVICE, RK05 CARTRIDGE 8 COs 100, ~IC, SOFTWARE, NO sERVICE, <MIN HOW, OECTAPE 8 COS 300, ~IC, SOFTWARE, NO SERVlCE, <MIN HOW, RK05 CAkTRIDG~ 8 cos 300 FOREGROUND/8ACKGROUND, ~lC, SoFTWARE, S~RVICE, DECTAP~ 8 cos 300 FOREGROUND/BACKGROUND, LIC SOfTWARE S~RVICE, RKQS-CARtR1DGE 8 05/8 COGO-S, PAPER TAPE 8 OS/8 CDGO-I, DEC TAPE EOU5 SOFT WARt FOR EOUS¥STE~ 5 EOU10 SOFTWARE FOR EDUSYSTEM 10 tOU15 SOFTPARE FOR EOUSYSTEM 15 8 EDUSYSTEM 20 SOURCE, DECTAP£ 8 EDUSYSTEM 20 ~ISTING PACKAGE EDU20 SOFTWARE FOR EDUSXSTEM 20 EOU25 SOFTWAR~ FOR EDUSySTEM 25, INCLUO~S 05/8 EOUlO SOFTWARE FOR EDUSYSTEM 30 EOU40 SOFTWARE FOR EDUSXSTEM 40 EDU50 SOFTWARE FOR EDUSYSTEM 50 (TSS/S) EDU50 QrE50.S PUCHASED wITH QrEDP"S EOUBT-OA, -DB POPS REMOTE BATCH 2180 EMULATOR EDUBT-OA, -DB QFEBTvSB W SOURCES 8 AOMINISTRATIV~ SOFTwARE SYSTEM, INCLUDES US/S EDUSTSTtMS TEXTBOOK KIT (FQRMERLX ~OU8.A) EOUSYSTEMS LEARNING PACKAGE • ~NGLISH !OUSYSTtMS ~EARNING PACKAGE • MATH-EOUSYST£MS LEARNING PACKAGE ~ SCIENCE 8 INDAC-82 PACKAGE (INCLUDES QFIN~.A , GFINe-A) 8 PAPER TAPts 8 DOCUMENTS , LISTINGS 8 8K PAMILA/50, LICENSE, SOFTWARE, SERVICE, PAPbk TAP~ 8 8K PAMILA/50, SOURCE, DECTAPE, REQUIRES QfL50 OR 51, QF~S5 OR 56 16K LAB8-E 16K PAMILA/50, LICENSE. SOFTWARE, SERVICE, PAPER tAPE B 8K PAMILA/55, LICENSE, SOFTwARE, SERVIC~, PAP~~TAPE 8 16K PAMILA/55, LICENSE, SOfTWARE, SERVICE, PAP~R TAPE PHA8E.l~, -20 PHASE SOFTWARE 8 OS8 OPERATING SySTEM fOR PAPER TAPE 8 ass OPEkATING SYSTEM fOR DECTAP~ 10 TOPS-lO, LEVEL-O, DISK sERVICE MONITOR OA28.C DA28.C DEVtCE HANDL~R, LICENSE, SOFTWARE, SERVICE, 9 lR MAGTAPE 10 TYPESET.tO 10 1401 SIMULATOR. ~lCENSE, NO SUPPORT, DECTAPE 10 1401 SIMULATOR, LICENSE, NO SUPPORT, 9 TRACK MAGTAPE 10 1401 SIMULATOR, LICENSE, NO SUPPORT, 7 TRACK MAGTAPE 10 APL CoMPILER- BASIC VERSION 10 AP~ COMPILER. BASIC VERSION ~ DOUBLE PRECISION 10 APL COMPILER. EXTENDED VERSION 10 APL COMPILER.:EXTENDEO VERSIO~ + DouBLE PRECIsION DC7S, OC79 IBM 2780 EMULATOR, LICENSE, SOFtWARE, SERVICE, 9 TR MAGTAPE DC16 OC16 SOFTWARE LICENSE + INSTA~LATI0N, NO SUPPURT 10 oaMs, PDP10 DATA 8ASE MANAGEMENT SYST~M 10 ONE YEAR SOFTWARE DISTRIBUTION SUBSCRIPTION 10 FORTRAN-tO OBJECT CODE OPTIMIZER 10 QSORT • HIGH SPEED SORT ROUtINE 10 SOFTWARE ~lCENSE, MAINTENANCE, SUPPORT & QHOIS-l0 11 DOP2/TCDP DECTAPE DIAGNOSTIC PACKAGE 11 RKDP DECPACK DIAGNOSTIC PACKA~E

MODEL NO

ENG MGR

QJ001.AB GT QJ003-AC QJ003-AE QJOO]-AN GT QJ001.EC GT QJ001-FZ GT OJOOS-AS QJ005.AC QJOOS.AD QJ005-A£ QJOOS"AF QJ005wAH QJ006-AB QJ006.E8 QJ006-F'Z QJ007-88 QJ001-FZ QJOOS-AB QJ009-AL OJ008-AT QJOOS.EB GT QJ009""EC GT QJOOa..-FZ GT OJ009.AC QJ009-AE QJOlt.AB OJ011.AC QJ011"AE QJ01t .. AN OJ030.AT QJ030-AV OJ030-AI OJ031.AT QJ03t-AV OJ03t-A¥ OJ03t.AW QJOlt-MC OJ031.MO 0"031."1£ QJOll."1F QJ03t.FZ QJ03]-AT QJ033.AV QJ033·AY OJ031.AW OJ'03l.MC QJ033-MO QJOll-ME QJ031.MP' QJ033"FZ QJ03S.AC OJ035.AO ,OJO)5.Ar QJ01S.OZ 01.1040

DESIGN PROD ENGR !:NGR

GT GT

REN

GT GT

GBfi GSH GBH GSH

DMD GSH GSH GBM GBH

OMD

SFS BFB RrB Rre arB AFB 8FB ~FB

BFB BFB RFB BFB BFB BFB BFB BFB BFB BFB BFB BrS BrB BFB BrB ar8 RP"8 SFa BFB RrB BFB efB AFe ,ra BFa aFB BFB AFB BFB efS ArB BfB RFB aFS BrB BF8' BFB BFB RFS BFB SFS RrB BFB BFS 8F'8 BFB BF'B

MFGR STATUS CAT~GORY AREA MO/YR

2 6173 Q 2 6/73 Q 2 6/73 Q 2 6/71 Q 2 6/73 Q 2 6/71 Q 3 2/7) Q 3 2/73 Q 1 2/73 Q 3 2/73 Q 1 2/73 Q ) 2/73 Q 1 2/73 Q

" 8/73 0 2 8/73 Q 2 $/73 Q 2 8/73 Q 1 )/7] Q 6 6113 Q 6 6111 Q :I 8/73 Q 1 5/73 Q 3 5/7] Q 2 3/73 Q 2 3/73 Q 1 11/71 Q 3 11/73 Q 1 11/73 Q 3 11/73 Q 1 12112 Q 3 12/72 Q 3 12/72 Q S 11/73 Q S 11/7) Q 5 11/71 Q 5 11/73 Q 5 11/7] Q 5 11/73 Q 5 11/73 Q 5 11/11 Q 5 11/73 Q 5 11/73 Q 5 11/73 Q 5 11/73 Q 5 11/73 Q 5 11/73 Q 5 11113 Q 5 11/71 Q 5 11/11 Q 5 11/71 Q 3 11/73 Q 3 11/73 Q 1 11/7.1 Q 3 11/73 Q 1 1173 Q

11 11 11 11 11 t 1 11 11 11 11 11 11 11 11 11 11 11 11 11 11 11 11 11 11 11 t 1 11 11 11 11 11 11 11 11 11 11 11 11 11 t 1 11 11 11 11 11 11 11 11 11 11 11 11 11 11 11

USED ON DESCRIPTION

RTII OPERlTING srs, LIe, SOfTWARE, SERV1C~, PAPiR TAPE RT~11, OPERATING SYSTEM LICENSEO, DECTAPE RT.l1 OPERATING SYS1EM LICENSED, 60HZ DECPACK RT.l1 OPERATING sYa, LICENSE, SOfTWARE, SERVICE, CASSETTE RTtl OPERATING SYS, SOURCE KIT, DECTAPE -RT1! OPERATXNG SYS, LISTING KIT PHA, PU~SE HEIGHT ANALYZER, PAPER TAPE PHA 8 11, PULSE HEIGHT ANALYZER, OECTAPE PHA-Il, PULSE HEIGHT ANALYZER, 9 TRACK MAGTAP~ PHA-ll, PULSE HEIGHT ANALYZER, OECPACK PHA-tl, PULS! HEIGHT ANA~¥ZiR, 7 TRACK MAGTAP~ PHA811, PULsE HEIGHT ANALYZER, 50HZ DECPACK FOCAL-tl, PAPER TAPE FOCAL"11, SOURCE, PAPER TAPE rOCAL-tl, LISTINGS FOCAL/RT, LIC, SOFTWARE, ~O SgRVtCE, <MIN HOW, PAPER FOCAL/RT, LISTINGS FOCAL GT LICENSED, PAPER TApE FOCAL GT LICENSE' LISTING PACKAGi FOCAL GT LICENSE , SOURCE, DECTAPE FOCAL GT, SOURCE, PAPER TAPE FQCAL GT, SOURCE KIT, OECTAPE FOCAL GT, LISTINGS KIT RT.l1 PLUS BASIC LICENSED, OECTAPE RT-l1 PLUS BASIC LICENSED, 60HZ OECPACK SASIC/OT LICENSE, SOrTWARE,' SERVICE, pApER TApE BASIC/GT LICENSE, SOFTWARE, SERVICE, DECTAPE BASIC/GT LICENSE, SOFTWARE, SERVICE, DISK PACK BAsIC/GT ~ICENSE, sOFTWARE, SERVICE, CAsSETTE FORTRAN IV SOURCE DECTAPE AND LISTING PACKAGE FORTRAN tV SOURCE MAG TAPE (9 TR) & LISTING PACKAGE FORTRAN IV SOURCE MAG TApE (7 TR) , LISTING pACKAGE FORTRAN 4 VSA COMPILER SOURCE, DECTAPE FORTRAN 4 V8A COMPILER SOURCE, 9 TRACK MAGTAP~ FORTRAN 4 VSA COMPILER SOURCE, 7 TRACK MAGTAP~ FORTRAN 4 veA COMPlLER SOURCE, DECPACK

76

FORTRAN COMPILER SOURCE, LISTINGS, DECTAPE, QJ250 e A , QJ2~O.H REg'D fORTRAN COMpILER SOURCE, LISTlNGS, 9 TR MAGTApE, QJ~508A , .H REQtO FORTRAN COMPILgR SOURCE, LISTINGS, DEC PACK, QJa50-A , QJi50.H REgtD FORTRAN COMPILER SOURCE, LISTINGS, 7 TR MAGTAPE, QJ250.A , .M REQtD FORTRAN COMPILER LISTINGS, BINARY LICENSE REQUIRED FORTRAN 4 V20A OTS SOURCE, DECTAPE FORTRAN 4 V20A OTS SOURCE, 9 TRACK MAGTAPE FORTRAN 4 V20A ors SOURCE, 1 TRACK MAGTAPE fORTRAN 4 V20A oTS SOURCE, DECPACK FORTRAN OTS SOURCt, LISTINGS, DECTAPE, Qu2S0-A, QJ250.H R~Q'D fORTRAN OT8 SOURCE, LISTINGS, 9~TR MAGTAPE, QJ250~A, QJ250-H REQ'D FORTRAN OTS SOURCt, ~lSTINGS, DEC PACK, QJ250-A, QJ250~H REQ'O FORTRAN OTS SOURCE, LISTINGS, 7 TR MAGTAP£, QJ250.A, QJ250.H REQIO FORTRAN OTS LISTING PACKAGE, BINARY LICENSE REQUI~Eo DOS/BATCH FORTRAN , OTS, QJ252-AC UPGRADE, DECTAP~ OOS/BATCH FORTRAN & OTS, QJa52-AD UPGRADE, 9 TR MAGTAPE DOS/BATCH FORTRAN , OTS, QJ252-AF UpGRADE, 7 TR MAGTAPE DOS/BATCH FORTRAN , OT8, QJ252.DZ UPGRAOE D~tl tSR (COMT!X SOFTWARE) ,

MODEL NO

OJ050 QJ090"A8 0,,090-£:8 QJ090.EC QJOgO"F'Z OJ100

QJ110 QJ'-2S-CS QJ12S-CC OJ125.CD QJ12S-CF QJ12S-EC OJ150

ENG MGR

OJ155 Q,,160-A8 OJ161-A8 OJ165-A8 GT QJI80-AN QJ190.EN QJ180-FZ 0"20-A8 OJ200.AB QJ200.AC Q"201_AB QJ201-A,C QJ202-A8 QJ202-AC OJ203",lC OJ220-A8 QJ220_AC OJ220-AD OJ220-A' QJ220-Alt OJ220-AM QJ220-AT QJ220.AV OJ220.AY 0"220.A,W OJ220-S8 QJ220.SC QJ220-AD OJ220.8F 0"221.A8 QJ221-AC QJ221-AD OJ221.AF QJ221-AT QJ221-AV OJ221-AY OJ221-AW OJ230-A8 GT QJ230.AC GT OJ230-AN GT OJ250-A8


REN REN REN REN

DSL EMA EMA EMA EMA EMA

DAS

GSH

GSH GSH GBH GSH GSH GSH GaH GaH

BF8 BFB SFS ars AFB ars

SF8 BFB f'FB SFS BFB BFB RFB BFB BFB BFB BFS Bra era BFB

BFB BrB BFS RrB RFB SFa RFB BFB SFB BFS BFB BFB BFB RrB BFB BFB BFB 8'8 8'B era BfB BFB RFB BfB BfS BFB RrB RFB RFB BFB BFB BFS erB

MFGR AREA


3 1173 Q 3 10/73 Q 1 10/73 0 1 10/7] Q 3 10/7) Q

l 10/72 Q Q

5 11/73 Q 5 517] Q 5 5/73 Q S 5/73 Q 5 5/73 Q 5 5/73 Q ) 10/72 Q

3 10/72 Q ) 2111 Q ) 2/73 Q 4 5/73 Q 2 6/73 Q 2 6/72 Q 2 6/73 Q ) 3/72 Q 3 6/72 Q 1 6/72 Q :I 6/72 Q 3 6/72 Q 1 6/72 Q 1 6/72 Q 1 6/72 Q 1 7/72 Q 3 3/73 Q 1 3/73 Q 3 12/73 Q 1 12/72 Q 3 12/72 Q 3 12/72 Q 1 12/72 Q 3 12/72 Q 2 3173 Q 1 3/73 Q 3 3/73 Q 3 3/73 Q 1 3/73 Q 2 3/7] Q 2 3/73 Q 2 3/73 Q 2 3/73 Q 2 3/73 Q 2 3/73 Q 2 3/73 Q 2 3/73 Q • 5/73 Q 4 5/73 Q 4 5/73 Q 1 11/73 Q

11 t 1 11 11 11 11

t 1 11 11 11 11 11 11 11 11 11 t 1 1 t 11 t 1 11 11 11 11 11 11 11 11 11 11 11 11 11 11 11 11 11 11 11 11 11 11 11 11 11 11 11 11 11 11 11 11 11 11

USED ON DESCRIPTION

2741 TAP (COMTEX SOfTWARE) PICTURE 800~, LIC, SOFTWARE, SERVICE, PAPER TAP~ PlCTURE BOOK, SOURCE, PAPER TAPE PlCTURE BOOK, SOURCE, DECTAPE PICTURE SOOK, LISTINGS KIT PApER TAPE SOFTWARE' pAL.11 ASS ASSEMBLER, EO.l1 ~O, ASS ~OADER

ODT, lOX, TTY OCTAL DUMP, ASS BINARY DUMP, FPP PDP11~05 BASIC SOfTwARE KIT ROLltIN UTILITY va?, LlC, SOFTWARE, NO S~RVICE, PAPER TAPE ROLLIN UTILIT~ V07, LIC, SOFTWARE, NO SERVICE, UECTAPE ROLLIN UTILITY V07, LIC, SOFTwARE, NO SERVICE, 9 tRACK MAGTAP~ ROLLIN UTILITY V07, LIC, SOfTWARE, NO SERVICE, 7 TRACK MAGTAP~ ROLLIN UTILITY V07, SOURCE KIT, DECTAPE SINGLE-USER BASIC e ... USER BASIC BASIC, PAPER TAPE (RENAMED QJ900.AS) 8ASIC/MU (MULTI USER PAPER TAPE SYSTEM) LPS~11 BASIC, LIC, SOFTWARE, SERVICE, PAP~R CAPS.l1, LICENSE, SOFTWARE, S~RVICE, CASS~TTE CAPS-it, SOURCE, CASSETTE CAPS ... 1l, LISTING PACKAGE, LICENSE REQUIRED SCIP (SIS CONT INTFC PROG) DOS FOR RFtl/RS11, PAPER TAPE DOs 'OR Rfl1/RS11, DEC TAPE DOS 'OR RKI1/RK02, PAPER TAPE DOS FOR RKtl/RK02 DECTAPE Dos FOR RK11/RK05, PApER TApE DOS FOR RK11/RKo5, OECTAPE DOS FOR Rell, OECTAPE DOS & FORTRAN V8A LICENSE & UPGRADE, BINARY PAP&R TAPE DOS & FORTRAN V8A LICENSE , UPGRADE, BINARY DECTAPE DOS & FORTRAN V8A LICENSE , UPGRADE, BINARY 9 TR MAG TAPE DOS , FORTRAN veA LICENSE & U~GRADE, BINARY 7 TR MAG TAPE DOS V8A SOURCE LISTING PACKAG~ DDS V8A MANUAL PACKAGE DOS VSA SOURC~ DECTAPE PACKAGt DOS V8A SOURCE PACKAGE 9 TR MAGTAPE DOS VSA SOURCE PACKAGE 7 TR MAGTApE DOS V8A SOURCE PACKAGE, DECPACK DOS & rORTRAN VeA L1CENSE, NON SYSTEM, SIN PAPER TAPE 008 & fORTRAN V8A LICENSE, NON SYSTEM, SIN DECTAP£ DOS & rORTRAN V8A LICENSE, NON SYSTEM, sIN 9 TR MAG TAPE DOS , FORTRAN ViA LICENSE, NON SYSTEM, BIN 7 tR MAG TAP~" OOS~11 V8A UPDATE 11, PAPER TAPE, QJ220.AB/BB ARE PREREQUISTE 00S-11 veA UPDATE 11 DECTAPE, QJ220-AC/SC ARE PREREQUISITE

77

DOS-Ii veA UPDATE 11, 9 TRACK MAGTApE, QJ220-AD/80 ARE p~iR~QUISITE DOS-11 V8A UPDAT! 11, 7 TRACK MAGTAPE, QJ220.AF/8f AR~ PRiR~QUISITE DOS-l1 vaA UPDATE t1 SOURCE, DECTAPE. QJ220-AT IS PREREQUislT~ 00S-11 vaA UPDATE .1 SOURCE, 9 TR MAGTAPE, QJ220-AV" IS PR~REQUISITE DOS-l1 ViA UPDATE .1 SOURC~, 7 tR MAGTAPE, QJ220-AY IS PR~R~QUISITE 00S-11 V8A UPDATE .1 SOURCE, DECPACK, QJ220.Aw IS PREREQU1SITE DOS F4/LPS, LIe, SOFTWARE, SERViCE, PAPER TAP~ DOS F4/LPS, LIC, SOFTWARE, SERVICE, DEC TAPE DOs F4/LPS, LIC, SOFTWARE, SERVICE, CASSETTE DOSIBATCH W FORTRAN, LICENse, SOFTWARE, SERVICE, PAPER TAPE

MODEL NO

OJ250-AC OJ250-AD QJ250-AE OJ250-A' QJ250-AL OJ250-AM QJ250-AN OJ250-AT OJ250-AV OJ2S0-AY QJ250.AW QJ250-SB oJ250-SC OJ250.-BD OJ250-8r OJ250.0Z OJ250-HS OJ250-HC OJ250"''''D OJ2s0.Hr OJ25t-AB OJ251.AC QJ25t-AD OJ25"I-AF QJ2S1-AT QJ25t-AV QJ'St-AY QJ251-AW QJ252-AC OJ252-Ao OJ252-AE OJ252.AF OJ252·AN oJ252-0Z QJ252.~C OJ252·"1D QJ252-ME OJ252-"'F QJ252-P'Z QJ25]-"'C OJ'S]wMD QJ25].ME OJ253-MF OJ2S]-rz OJ300-A8 OJ]OO-AC OJ101-A8 QJJOt-AC OJ302-A8 OJ102-AC QJ301-AB OJ303-AC OJ400-AC OJ400.AD OJ400-A£

ENG MGR


GaH

GBH GSH GsH GSH GBIi GBM GBM GaM

DMD

DMD

SFB BrB ArB BFB RFB RFB BF8 ~r8 RrB BFB ar8 BrB BFB RFB "FB BFB eFR BFB RrB AFB BFB AFB ArB BFB aFB AFB BF8 RFB RFB RF8 RFB IJF8 RFB BFB BFB BFS ars RYB 8'8 er8 srB B,e RrB BFB BrB BrB AFB Brs AFB 8rs arB Bra RFB ars ara


3 11/73 Q 3 11/73 Q 1 11/73 Q 3 11/73 Q 2 8173 Q 2 8/73 Q 2 9/73 Q 2 8113 Q 2 8/73 0 2 8/73 Q 2 8/73 Q 2 8/71 Q 2 8/73 Q 2 8/73 Q 2 8/73 Q 1 It/71 Q 2 8173 Q 1 lt/7] Q 3 11/71 Q 3 11/73 Q 2 1113 Q 3 11/73 Q 1 11/71 Q 3 11/73 Q 2 1/73 Q 2 3/7] Q 2 3/73 Q 2 3/73 Q 3 11/73 Q 3 11/73 Q 2 8/73 Q 3 11/73 Q 2 8/73 Q ) 11/73 Q 2 8173 Q 2 8/73 Q 2 8/73 Q 2 8/71 Q 5 11/71 Q 2 8/73 Q 2 8/73 Q 2 8/73 Q 2 8/73 Q 5 lt/73 Q 3 6/72 Q 3 6/12 Q :I 6112 Q 3 6/72 Q 3 6/72 Q 3 6/72 0 3 7/72 Q 3 7112 Q 1 8/72 Q 3 3/73 Q 1 3/73 Q

11 11 11 11 11 11 11 11 11 11 11 11 11 11 11 11 11 11 11 11 11 11 11 11 11 11 11 11 11 11 11 11 11 11 11 11 11 11 11 11 11 11 11 11 11 11 11 11 11 11 11 11 11 11 11


DOSIBATCH W FORTRAN, LICENSE, SOFTWARE, SERVICE, QECTAPE DOS/BATCH W FORTRAN, LICENSE, SOFTWARE, SERVICE, ~ fR MAG TAPE DOS/BATCH W FORTRAN, LICENSE, SOFTWARE, SERVICE, OECPACK DOS/BATCH W FORTRAN, LICENSE, SOFTWARE, S£RVICE, 1 TRACK MAG TApE DOS/BATCH W FORTRAN, SOURCE LISTING PACKAGE ~OS/BATCH W FORTRAN, MANUAL PACK~GE DOS/SATCH W FORTRAN, LICENSE, SOFtWARE, SERVICE, CASSETTE DOS/BATCH W FORTRAN, SOURCE PACKAGE, OECTAP£ " ~OS/BATCH W FO~TMAN, SOURCE PACKAGE, 9 TR MAG TAPE DOS/BATCH W FORTRAN, SOURCE PACKAGE, 7 TR MAG TAPt DOS/BATCH W FORTRAN, SOURCE PACKAGE, DECPACK DOS/BATCH W FORTRAN, LICENSE, NON SYSTEM, BIN PAP~R TAPE DOS/BATCH W FORTRAN, LICENSi, NON SYSTEM, BIN D~CTApE DOS/BATCH W FORTRAN, LICENSE, NON SYSTEM, BIN ~ TR MAG TAPE DOSIBATCH w 'ORTRAN, LICENSE, NON SYSTEM. BIN 7 TRACK MAG TAP~ DOS/BATCH W FORTRAN, LICENSE ON~Y DPS/BATCH W FORTRAN, LICENSE, UPDATE FROM QJ220.A, QJ250 wA, PAP~R DOS/BATCH W FORTRAN, LICENSE, UPDATE FROM Q~2aO.A, QH250"A, DECIAPE DOS/BATCH W FORTRAN, LICENSE, UPDATE rM QJ220.A QJ250.A 9 TR MAGTAPE DOS/BATCH W FORTRAN, LICENSE, UPDATE FM QJ220 MA, 250.A, 7 TH MAGTAPE BATCH"11 vaA UPDATE '1 pAPER TAPE, QJ250-A8/88 PR~REQUISITE' BATCH.11 V8A UPDATE .1, DECtAPE, QJ250-AC/BC PREREQUISITE-" BATCH-11 vaA UPDATE '1, 9 TR MAGTAPE, QJ250-AO/Bo'PREREQUIS!TE BATCH-ll vaA UPDATE .1, 7 TR MAGTAPE, Q~250.AtlaF PREREQUISIT£ BATCH-ll VaA UPDATE .1 SOURCE, OECTAPE, QJ250-AT 18 PREREQUISITE BATCH-l1 veA UPDATE '1 SOURCE, 9 TR MAG, QJ250-AV "Is PR~REQUISITE BATCH-II VeA UPDATE '1 SOURCE, 7 TR MAG, QJ~50-AY IS PRERtQUISITE BATCH-ll veA UPDATE .1 SOURCE, OECPACK, QJ2S0"AW IS PREREQUiSITE DOS/BATCH, NO FORTRAN, ~ICENSE, SOFTWARE, SERVICE, DECTAP£ . DOS/BATCH, NO FORTRAN LICENSE, SOFTWARE, SERVIC~, 9 TR MAGTAPi DOS/BATCH, NO FORTRAN, LICENSE, SOFTWARE, SERVICE, OECPACK DOS/BATCH, NO FORTRAN, ~ICENSE, SOFTWARE, SERVICE, 7 TR MAGTAPE DOS/BATCH, NO FORTRAN, LICENSE, SOFTWAF~t, SERV ICE, CASSj!;TtE"" DOS/BATCH, NO FORTRAN, LICENSE ON~Y ~OS/BATCH, NO FORTRN, SOURCE, LISTINGS, DECTAPE, QJ250~H, 5~~A REQID DOS/BATCH NO FORT SOURCE LISTINGS 9 TR MAGTAP~ QJ~50.H QJ252-A REGID DOS/BATCH NO FORT SOURCE, LISTINGS, DECPACK, QJ250-H, QJ252~A REQIO DOSIBATCH NO FORT SOURCE, LISTINGS, 7 TR MAGTAP~ QJ250eH, 52-A REQ'D DOSIBATCH NO FORTRAN MONITOR AND CUSP LISTINGS, BIN LICENSi R!QfD DOSIBATCH DEVICE DRIYER SOURC~, DtCTAPE, QJ250-H, Q~~$2eA R~QfD DOS/BATCH DEVICE ORIVER SOURCE, 9 TR MAGTAPE, QJ250-H, QJ25~-A REQ'D DOS/BATCH DEVICE ORIVER SOURCE, O~CPACK, QJ250-H, "QJ2S2-ARtQiD DOS/8ATCH DEVICE ORtVER SOUACE, 1 TR MAGTAPE, QJ2S08H, QJ2S2wA REQ'D DOS/BATCH DEVICE ORIVER LISTINGS, 8INARY LICENSi kEQUIREO FORTRAN IV 8K EAt, PAPER TAPE FORTRAN IV 8K EAE, OECTAPE FORTRAN IV 8K NON EAt, PAPER TAPE FORTRAN IV 8K NON EAt, DECTAPE FORTRAN IV 12K EAE, PAPER TAPE FORTRAN IV 12K EAE, DEC TApE FORTRAN IV 12K NON EAE, PAPER TAPE rORTRAN IV 12K NON EAE, DEC TAPE RSTS-l1 (INCLUDING Dos V4A) LICENSE & UpGRAOE, OiCTAPE RSTS.i! (INCLUDING DOS V4A) LICENSE' UPGRADE, 9 lR MAGTAPE RSTS-l1 (INCLUDING DOS V4A) LICENSE' UPGRADE, DECPACK

MODEL NO

ENG MGR

QJ400.AF QJ400-AM QJ42S·C8 QJ42S·CC QJ425.CD QJ425-CF QJ425.JZ OJ430·CB QJ430.CC QJ430-CD QJ430-CF QJ430.JZ QJ520-AE HA QJ550.AC OJ560-AB QJ560-AC QJ560.AT OJ560""p':C QJ560.HB OJ560.HC OJ570-AB QJ~'70-AC QJ570.AT QJS70-e;C QJ570.HB QJ570.HC QJ580.AC QJ580.AO QJ580-AE QJ580.AF QJS90.CC QJ580-CO QJ580""CE QJ580.CF QJ580-GZ OJ581.ED MW OJ581-EE MW QJIliB1-EF MW OJ582-EO MW QJ5R2-EE MW QJS82-Ef MW QJ583-EO MW QJ581",EE MW QJ581-EF MW QJ583-FR MW QJ583.FZ MW OJ584-EO MW QJ584"EE MW QJ584-EF MW OJ584-FR MW QJ584-FZ MW QJ585-FR MW QJ58S.FZ MW OJ590 OJ591-HB


JJM

PV PV PV PV PV PV PV PV PV DMD DMD DMD DMD OMD DMD DMD OMD DMO DMD OMO DMD OMO OMO DMD OMD DMO OMD

BrB BFB Sf"S arB '-'FB 'ArB af'S eFB Bf'B aFa BFB Sf'S

BFB RFB BFB erB SFS BFB SFS BFB eFa RrB BFB BFB BFS BFB RFB BFB SFB BFB BFB ArB SFS srB RFB RrB BFS BFB BFB BFB BFB SF'S BF'B SFB PFe BFS RFB AFB aFS eFa SFB ArB AFB AFB

MFGR AREA


1 3113 Q 3 12/72 Q 1 11113 Q 3 11/73 Q 1 11/71 Q 3 11/13 Q 2 6173 Q 2 6/73 Q 2 6113 Q 2 6/73 Q 2 6113 Q 2 6/73 Q 2 5112 Q 2 3/73 Q 2 5/73 Q 2 5/73 Q 6 6/73 Q 2 5/73 Q 2 5113 Q 2 5/73 Q 2 5/7l Q 2 5/73 Q 6 6/73 Q 2 5/73 Q 2 5/73 Q 2 5/73 Q 3 6/72 Q 3 8/72 Q 2 8/73 Q :I 8/72 Q 1 3113 Q 1 3/7l Q 3 8/7l Q 1 3/73 0 3 3/73 Q 1 11/73 Q 3 11113 Q 1 11/73 Q 1 11/73 Q 1 11/73 Q ] 11/71 Q 1 tl/7l Q ] 11/73 Q 1 11/73 Q 1 11/13 Q 3 11/13 Q 1 11/13 Q 3 11/73 Q 1 11/73 Q 3 11113 Q 3 11/71 Q 1 11113 Q 3 11/73 Q 3 8172 Q 2 5/73 Q

11 11 11 11 11 11 11 11 11 11 11 11 05520 11 11 11 11 11 11 11 11 11 11 11 11 11 11/40, 11/40, 11/40, 11/40, 11/40, 11/40, 11/40, 11/40, 11/40, 11 11 11 11 11 11 11 11 11 11 11 11 t 1 11 11 11 11 11 11 11

USED ON DESCRIPTION

RSTS~11 (INCLUDING DOS V4A) LICENSE & UPGRADE, 7 TR MAGTAfE RSTS8V4A MANUAL PACKAGE' RSTS-l1 SORT, LICENSE, SOfTWARE, NO SERVICE, PApER TApE RSTS.l1 SORT, LICENSE, SOFTwARE, NO SERVICE, DEC TAPE RSTS.l1 SORT, LICENSE, SOfTWARE, NO SERVICE, 9 TR MAGTAPE RSTS.ll SORT' LICENSE, SOFTWAR~, NO SERVICE, 7 TR MAGTAP~ RSTS.l1 SORT, START-UP SERVIC~

19

RSTS.l1 COMMERCIAL EXT, LIC~NSE, SOFTWARE, NO SERVICE, PAPER TAPE RSTSwll COMMERCIAL EXT, LICENSE, SOfTWARE, NO SERvICE, DECTip~ RSTS-l1 COMMERCIAL EXT, LICENSE, SOFTWARE, NO S~RVICE, 9 tR'MAG1APE RSTS-l1 COMMERCIAL EXT, LICENSE, SrFT~ARE, NO S~RVICE, 7 tR MAGTAPE RSTS.l1 COMMERCIAL EXT, START-UP SERVICE COS-S20 RK05 BINARY RSX11-A REAL TIME EXECUTIVE, DEC TAPE RSX w118 V6A, LIC, SOFTWARE, SERVICE, PAPER TAPE RSX.l1B V6A, LIC, SOFTWARE, SERVICE, DEC TAPE RSX811/8 WITH FORTRAN (SOURCE DECTAPE PACKAGE) RSX-l1B V6A, SOURCE KIT, DECTAP£ RSX-l1B V6A, UPDATE FROM RSX-118 V5A, PAPER TAPE RSX-l1B VeA, UPDATE FROM RSX-118 V5A, O~CTAPE RSX-l1C V6A, Ltc, SOFTWARE, SERVICE, PAPER TAPE RSX.11C V6A, LIC, SOFTWARE, SERVICE, DECTAPE RSX 8 11C WITH FORTRAN (SOURCE DECTAPE PACKAGE) RSX-11C V6A, SOURCE KIT, OECTAPE RSX-l1C V6A UPDATE FROM RSX~11C V5A, PAPER TAPE RSX-l1C V6A UPDATE FROM RSX~l'lC VSA, OECTAPE

11/45 RSX11 wD BIN ~lCENSE , SUPPORT, DECTAP~ 11/45 RSX11~D BIN LICENSE, SUPPORT, 9 TRACK MA~TAPE 11/45 RSXllD BtN LICENSE, SOFTWARE, SERVICE; ~E~PACK 11/45 RSXll~O 8IN LICENSE & SUPPORT, 7 TRACK MAGTAP~ 11/45 RSX11D SIN LICENSE, NU SUPPORT, DiCTAP~ 11/45 RSXllD BIN LICENSE, NO SUPPORT, 9 TRACK MAGtAPE 11/45 RSX11D BIN LICENSE, NO SUPPORT, OECPACK 11/45 RSX11D BIN LICENSE, NO SUPPORT, 7 TRACK MAGTApE 11/45 RSXllD PRE.DELIVERY DOCUMENT KIT

RSX-l1D SOURCE FOR EXECUTIVE, REQUIRES QJ580, 9 TRACK MAG~APE RSX-l10 SOURCE FOR EXECUTIVE, REQUIRES QJS80, DISK PACK RSX.l1D SOURCE FOR EXECUTIVE, REQUIRES QJ580, '7 TRACK MAGTAfE RBX-llD SOURCE FOR fORTRAN RUN-tIME, REQUIRES QJ5QO, 9 TR MAGTAPE RSX8110 SOURCE FOR fORTRAN RUN~TIME, REQUIR~S QJ580, DISK PACK RSX.l1D SOURCE FOR FORTRAN RUN"TIME, R€QUIR~S QJ5~O, 7 TR MAGtAPE RSX-11D SOURCE, UTI~ITY, REQUIR~S QJ580, 9 TR MAGTApE RSX_l1D SOURCE, UTILITY, REQUIR~S QJ580, DISK PAC~ RSX811D SOURCE, UTILITY, REQUIRES QJ580, 1 TR MAGTAPE RSX-llD MOCRO~rICHE LISTING, UTILITY, REQuIRES QJ5BO RSX-lID UTILITY LISTING, PAPER, REQUlRES QJ580 RSX-l10 SOURCE, FORTRAN COMPILER, REQUIRES QJ580, 9 TR MAuTAPE RSX-l1D SOURCE, FORTRAN COMPILER, REQUIR~S QJ580, O~SK pACK RSX8110 SOURCE, FORTRAN COMPILER, REQUIRES YJ580, 7 TR MAGTAP~ RSX-IID LISTING, FORTRAN COMPILER, QJ580 REQUIREO, MICRO·fl'H~ RBX-lID LISTING, FORTRAN COMPILER, QJ580 REQUIRED, PAPER RSX-I1D ~ISTING, FORTRAN RUN-TIME, QJ580 REQUIRED, MICRO·tICH~ RBX.l10 LISTING, FORTRAN RUN-TIME, QJ580 REQUIRED, PAPER RSX11 UPDATE (RSX11""C V4A TO RSX11-b V5A) RSX-l1B V6A UPDATE FROM RsX-l1C V5A, PAPER TAPE

MODEL NO

ENG MGR

QJ59t.HC QJ595 QJ';96-H8 QJS96.HC QJ'59S .. AB OJ600 OJ700-B QJ700.~Q

QJ100·S QJ710 OJ720·8E QJROO.8 QJ ROO.8Q QJQOO.S QJA20-AC QJ~20.AD OJ~20·AF aJA20.EC QJR20.ED QJQ20.r-:f QJA20 .. FZ QJ900 .. A.B GT QJ900.F;8 GT QJ900wF'Z GT QJ901-AB GT QJ902-AB GT QJ902.EB QJ9.o3.AB QJ90.1·AC OJ90J·EC QJ905.AB GT QJ90'5-AC GT QJ905-AE GT QJ90S.AN GT QJ905 .. EC GT QJ90S-EE GT OJ90S.FZ GT QJ910.AN GT QJ91t.AN GT QJ912.AN GT QJ91S-A8 GT OJ9t'5-AC GT OJ91S.AE GT QJ9tS-AN GT QJ91S.EC GT QJ91S-F;£ GT QJ91S.FZ GT QJ920-AB GT OJ920.AC GT AJ92n.AE GT QJ920-AN GT QJ920-e;C GT QJ920.yrZ GT QJ92S-A8 GT QJ925.AC GT

DESIGN PROD ENGR ~NGR

EPC

REN

REN REN REN pEN

RFB BFB arB RrB ~rB RrB BFB BFB BFB AFB BrB BrB SFS AFB BFB BFB AFB AFB BFB SFB B,B SFS BFB BFB BFS BFB ~FB

AFB BFB BF'S BFB AFB BFS BFB BFS RFB BFB AFB BFS SF"S Bf'B BFB AFA. BFB Bf'B BFB BFB B,a BFS aFS BFB AFB BFB BFB RrB

MFGR A.REA

STATUS CATEGORY MO/X'R

11 11 11 11 11 11 11 11 11 11 11 11 11 11 11 11 11 11 11 11 11 11 11 11 11 11 11 11 11 11 11 11

2 5173 Q 3 8/72 Q 2 5/73 Q 2 5/73 Q 2 6/73 Q 3 6/72 Q 3 9112 Q 3 9/72 Q 3 9/72 Q 1 6/72 Q 2 5/73 Q ) 6/72 Q 3 9172 Q 3 9/72 Q 2 11/73 Q 2 11/73 Q 2 11/73 Q 2 11/73 Q 2 11/71 Q 2 11/73 Q 2 11/73 Q 2 5173 Q 2 8/73 Q 2 8/73 Q 2 5/73 Q 2 5/73 Q 2 8/71 Q 2 9113 Q 2 9/73 Q 2 8/73 Q 5 11/73 Q 5 11113 Q 5 11/73 Q 5 11/73 Q 5 11/73 Q 5 11/71 Q 5 11113 Q 2 5173 Q 2 5/73 Q 2 5113 Q 5 11/13 Q 5 11/73 Q 5 11/73 Q 5 11/73 Q 5 11/13 Q 5 11/7] Q 5 11/73 Q 2 6173 Q 2 6/73 Q 2 11/71 Q 2 6173 Q 2 6113 Q 2 6/73 Q 5 11/73 Q 5 11/73 Q

- 11 11 11 11 11 11 11 11 11 11 11 11 11 11 11 11 11 11 11 11 11 t 1 11

USED ON DESCRIPTION

RSX-tIB V6A UPDATE FROM RSX-I1C V5A, OECTAPE RSxtl UPDATE (RSX11~C V5A TO kSX11-a VSA) RSX-l18 V6A UPDATE FROM RSX.I1C V6A, PAPER TAPE RSX-118 V6A UPDATE FROM RSX-llC V6A, DECTAP~ RSX-l1 SIC MAGTAPE HANDLER, PAPER TAPE RPG11 REPORT PROGRAM GENERATOR COMMERCIA~ RSTS, BINARY QJ700-B, FOURTH OR MORE PURCHAS~ COMMERCIAL RSTS, SOURCE & 81NARX CLINICAL LAB GAMMA-t1, RK05 CARTRIDGE MUMPS-l1 OATA MANAGEMENT BINARY MUMPS.11 OATA MANAGEMENT, 81NARX, 4TH OR MORE PURCHASi MUMPS-Ii DATA MANAGEMENT, SOURCE & BINARY MUMPS-l1 LICENSE, SOFTWARE, SERVICE, OECTAPE MUMPS-11 LICENSE, surTWAR~, SERVICE, 9 TR MAGTAPE MUMPS~11 LICENSE, SOFTWARE, SERVICE, 7 TR MAGTAPE MUMPS~11 40URCE, REQUIRES Q~820-A, OECTAPi MUMPS.l1 SOURCE, REQUIRES Q~820-A, 9 TR MAGTAPE MUMPS-It SOURCE, REQUIRES QJ820.A, 7 TR MAGTAPE MUMPS-lt LISTING PACKAGE, RtQUtRES QJ820-A 8ASIC PTS, PAPER TAPE BASIC PTS, SOURCE, PAPER TAPE BASIC PTS, LISTINGS BASIC PIS, MULTI USER, PAPER TAPE SASIC PTS, REAL TIME LPS, PAPER TAPE

80

BAsIC PTS, REAL_TIME LPS SOURCE, pApER, QJ902.A8, QJ90J.Ab REQID FORTRAN, DOS REAL_TIME LPS, LIe, SOFTWARE, SERVICE, PAPER FORTRAN, DOS REAL-TIME ~PS, LIC, SOFTWARE, SERVICE, DECTAPE FORTRAN, OOs REAL-TIME LPS, SOURCE, DECTApE; ~J90J.AC R£QWD FURTRAN/PTS EXT FORTRAN 4, LICENSE, SOFTWARE, S~RVICE, PAPE~ TAPE FORTRAN/PTS EXT fORTRAN 4, LICENSE, SO'TWAR~, S~RVIC!, DEtTAP~ FORTRANIPrs EXT FORTRAN 4, LICENSE, SOFTWARE, SERVICE, RKU5 DISK FORTRAN/PTS EXT FORTRAN 4, LICENSE, SOFTWARE, S~RVICE, CA~S~TTE 'ORTRAN/PIS EXT FORTRAN 4 SOURCE, REQUIRES QJ905~A, DEC TAPE FORTRAN/PTS EXT FORTRAN 4 SOURCE, REQUIRES QJ90S 9 A, RKOS DISK FORTRAN/PIS EX1 FORTRAN 4 LISTING, REQUIRES QJ90S-A BASIC CAPS_tl, CASSETTE BASIC CAPS-ll, MULTI USER, CASSETTE BASIC CAPS-l1, REAL TIME LPS, CASSETTE FORTRAN/CAPS-II EXT FORTRAN 4, LIe, SO'TWAR~, SERVICE, PAPER TAPE FORTRAN/CAPS_11 ExT FORTRAN 4, LIe, SOFTWARE, SERVICE, DECTAP~ FORTRAN/CAPS-11 EXT FORTRAN 4, ~IC, SOFTWARE, SERVICE, RKQS'OlSK FORTRAN/CAPS-il EXT FORTRAN 4, LIC, sofTWAR~, SERVICE, CASS~TTE FORTRAN/CAPS.11 EXT FORTRAN 4 SOURCE, REQUIRES QJ915-A, 'D~CtAPE FORTRAN/CAPS-l1 EXT FORTRAN 4 SOURCE, REQUIRE~ QJ91S-A, RKOS OISK FORTRAN/CAPS-lt EXT FORTRAN 4 LISTING, REQUIR~S QJ915.A .-BASIC/RT-l1 OPERATIHG SYS, LICENSE, SOFTWARE, S~RVICE, PAPER TAPE BA8IC/RT_l1 OPERATING SlB, LICENsE, SOFTWARE, SERvICE, OECTAP£ BAS1C/RT_l1 OPERATING SX'S LICENSE, SOFTWARE, SERVICE, DISR PACK BASIC/RT.l1 OPERATING SYS, LICENS~, SOFTWARE, SERVICE, CASS£TtE BASIC/ltT-i1 OpERATING SYI, SOURCE, DECTAPi -- - --BASIC/Rt.11 OPERATING SYI, LISTING PACKAGE 'ORTRAN/RT~11 EXT FORTRAN 4, LICENSE, SOFTWARE, S~RYICE, pApER TApE FORTRAN/RT_11 EXT FORTRAN 4, LICENSE, SOFTWARE, S~RVICE, DEC TAPE

MODEL NO

ENG MGR

QJ925.A~ GT QJ92S.AN GT QJ925.EC GT QJ925.EE GT QJ92S.FZ CiT OJ921 GT OJ930 .. A8 GT OJ930-AC GT QJ9JO!!ltAN GT QJ930.EC GT QJ930",e;N GT OJ931.A8 GT QJ911.AC GT QJ931-AN GT QJ931""ec GT QJ931.EN (;T OJC20",-,S QJC21",AB QJC2t.,AS QJC22-AB QJC22.AS QJC26-AB QJOOt"'CB QJD01",CC QJD01-CD QJD01 .. 0Z QJDOt.GZ QJD02"C8 QJ002·eC QJ002-CD QJ002.0Z QJD02",GZ QJ001-e8 OJDO).OZ OJD03.GZ OJ010-A8 QJIH O-AC QJD10-AD OJ010·DZ OJ010-GZ QJ010"JZ QJD14.AC OJD14.AO QJ014-0Z QJ014-GZ QJ014 .. JZ OJ020-A5 OJ021 .. A5 OJ022·A5 QJ023.A8 QJ030.AB QJO]O-AC OJ030-AO QJ030lll>DZ QJ010.CZ

DESIGN PROD ENGR [NGR

DAS DAS OAS OAS DAS DAS

DAS PAS DAS DAS

8FB BFB eFa 8f8 BFB eFa BFB SFa arB BF'B AFB BF'B BFB BFB BFB BFB

BFB RFB BFS BFB BFB BFB Bf'B Bf'B BF8 BFB 8FB BFB BFB BFB BFB BFB BFB BFB BrB aFB AFB Sf'S BF'B BFB

8F8 BFB Bf'B BFB BrB

MFGR AREA


5 11/73 Q 5 11/73 Q 5 11/73 Q 5 11/73 Q 5 11/73 Q 2 5173 Q 3 10/73 Q ] 10/73 Q 3 10/73 Q 1 10/73 Q 3 10/73 Q 3 10/73 Q 3 10/73 Q ) 10/73 Q .3 10/73 Q J 10/73 Q ) 3172 Q 3 3/72 Q 1 3/72 Q 2 5/72 Q 2 5/72 Q 3 5/73 Q 2 3/73 Q 2 9/73 Q 2 9/73 Q 2 3/73 Q 2 3/73 Q 2 3/73 Q 2 9/73 Q 2 9/71 Q 2 3/71 Q 2 3/73 Q 2 3/73 Q 2 3/71 Q 2 ]/73 Q 2 3/73 Q 2 9/7l Q 2 9/71 Q 2 3/71 Q 2 3/73 Q 2 3/71 Q ) 11/73 Q 3 11/73 Q 1 11/71 Q 3 11/73 Q 1 11/73 Q 1 3172 Q 3 3/72 Q ] l/72 Q 1 3/72 Q 2 3/33 Q 2 9/73 Q 2 9/73 Q 2 3/73 Q 2 3/73 Q

11 11 11 11 Jl 11 11 11 11 11 11 11 11 11 11 11 11 11 11 11 11 11 11 11 11 11 11 11 11 11 11 11 11 11 11 11 11 11 11 11 11 11 11 11 11 11 11 11 11 11 11 11 11 t 1 11


FORTRAN/RT.11 ExT FURTRAN 4, ~ICENS~, SOfTWARE, SiRVICE, MK05 DISK rORTRAN/RT-l1 EXT FORTRAN 4, LICENS~, SOFTWARE, SERVICE, CA~S~TT~ FORTRAN/RI.l1 tXT FORTffAN 4 SUURCE, REQUIRES QJ92S.A, Dt:Ci'APE FORTRAN/RT-l1 EXT FORTRAN 4 SOURCE, RiQUIRES QJ925~A, RK05 DISK FORTRAN/RT.11 ExT FORTRAN 4 LISTINGS, REQUIRES ~J925_A BASIC RT.11, MULTI USER LVII PLOT PKG, LICE~SE, suFTWAR~, S~RVICE, PAPER TAPE LV11 PLOT PKG, LICENSE, SOFTWARE, SERVICE, OECTAP£ LV1i PLOT PKG, LICENSE, SOFTWAR~, SERVICE, CASS~TTE LV11 PLOT PKG, SOURCE, DECTAP~, QJ910.A REQID LV11 PLOT PKG, SOURCE, CASSETTE, QJ930-A REQ'D LVII F4 PLOT OOS-11, LICENSE, SUYTWARE, SERVICE, pApER TApE LV11 PLOTNG DOS.11 ft, LIC, SOFTWAR~, SERVICE; DECTAPL LVII PLOTNG 005-11 F4, LIC, SOFTWARE, SERVICE, CA$S~TIE LVII PLOTNG DOS-l1 '4, SOURCE, OECTAPE LV11 PLOTNG 008.11 F4, SOURCE, CASS~TTE COMTEX W SCIP, TTY TAP,.DC11 ISR, QJE20 .. AB COMtEX.IBM 2780 EMULATOR BIN Q~C20-AS, QJD21.AS, Q~D52-AS, QJ051.AS, QJD54.AS, QJD57.AS 2848 OIAGNOSTIC/DiMO COMTEX-18M 2848 SOURCE, QJCaO-AS, QJ056-AS, QJD57~A~ 8INARY EMULATOR USING QJC21.AS COMTEX ASCII SUPPORT (ITTY TAP) SOFTWARE NO SERV1CE, PAP~R TAPE ~OMTEX ASCII SUPPORT (ITTY TAP) SOFTWARE, NO SERVICE, DECtAPE COMTEX ASCII SUPPORT (ITTY TAP) SOFTWARE, NO SERVICE, 9 TR MAuTAP~ COMTEX ASCII SUPPORT (IfTY TAP) LICgNSE OHL¥ COMTEX ASCII SUPPURT (ITTX TAP) PRE.DELIVgRY KIT COMTEX 18~ ASYNC $UPPORT (2741 TAP) SOFTWARE NO S~RYICE, PA~ER TAPE COMTEX IBM ASyNC SUPPORT (2741 TAP) SOFTWARE, NO SERVIC~, DtCT~P~ COMTEX IBM ASYNC SUPPORT (2741 TAP) SOFtWARE NO SERV, 9 TH MA~TAP~ COMTEX IBM ASYNC SUPPORT (2741 TAP) LICENSE O~LY COMTEX IBM ASYNC SUPPORT (2741 TAP) PRE=DELIVERY ~Il COMTEX SYNC SUPPORT LICENSE , SOFTWARE KIT, PAP~R TAPE COMTEX SYNCHRONOUS SUPPORT, LICENSE ONLy COMTEX SYNCHRONOUS SUPPORT PRE~DELIVERY KIT DECCOMM COMMUNICATION SYSTEM 8ASE LICENSE & SUPPORT, PAPE~ rAPE DECCOMM COMMUNICATION SYSTEM SASE LICENsE , SU~pORT, OECTAPi DECCOMM COMMUNICATION srs SASE LICENSE & SUPPORT,-9 TR MA~T~P~ DECCOMM COMMUNICATION SIS BASE LICENSE ONLY, FOR ~A ADOITloNA~ SIS DECCOMM COMMUNICATION srs BASE PRE-DELIVERY KIT" DECCOMM COMM SYS BASE INSTALLATION ONLY, FOR EA ADDITIONAL SYS DOS~COMTEX CSB, LICENSE, SOFTWARE, SERVICi, O~CTAPE DOS@COM1EX CSB, LICENSE, SOFTWARE, SERVlCE, 9 Tk MAGTAP~ D05.COMTEX CSB, LICENSE ONLY DOS-COMTEX CSB PRE DELIVERY KIT DOSwCOMTEX CSB WARRANTY , INSTALLATION oM (MUX) INTFCE SERVICE ROUTINE Of (S~NC) INTfCE SERVICE ROUTIN~ KL (TTY) SERVICE DC (MODE~) sERVICE DECCOMM REMOTE SYS BASE LICENSE' SUPPORT, PAP~R TAPE D~CCOMM REMOTE SYS SASE LICENSE & SUPPORT, DECTAPE OECCOMM REMOTE SYS ~ASE LIC~NSE , SUPPORT, 9 TR MAGTAPE D~CCOMM REMOTE SYS BASE, LICENS~ ONLY FOR EA ADDITIONAL SXSIEM DECCOMM REMOTE SYS SASE PRE-D~LIVERY KIT

MOOEL NO

ENG MGR

QJ010.JZ QJ040""AB QJD40-ACQJ040·AD QJ040.0Z QJ~40·GZ OJ040.JZ QJ050-AS QJ05t.AS QJ052.AS QJ053"AS QJ054-AS QJ05S·AS QJD56-AS QJ057-AS QJ060-AB QJD60-AC QJD60"'AO OJD60.0Z QJD60 .. GZ QJD60.JZ QJD~2-AB

QJ062·0Z QJ062·JZ QJD64.·A8 QJ064·AC OJD64.AD AJ064-DZ QJ06"4·JZ QJE20.A8 OJ~21·AS QJE70 .. SB QJF.80.C1 QJL01"A QJLOa .. W QJL03.CC QJSI0.Sa AP QJSI0"SC AP QJSI0.RD AP QJ8tO-AP' AP QJSll-S8 lP OJS11"SD AP QJS14-S8 AP QK001-AC OK006-AC OKOOe"AC OKOOA.MC OK010 .. MC GT QJ(Oll-MC GT OK012 .. "'C GT QK014 .. AA QK014.EA OI(070-4C 01(225 OK2)5


DAS DAS CAS CAS DAS OAS DAS DAS

DAS DAS RHM RHM ELL ELL REM OLN DI"N OLN DLN DLN DLN OLN

DP'P DFP OP'P DFP orp

GT GT

AFB BFB AFB BFB RFB AFB Sf'S

BFB BFB Rye BFB BFS Bf'B Brs RrB RFB BFB BFB BFB SFB BFS

BfB BFB BFB ara ~FB Bra ~'B SFB BP'B AP"S er8 arB BfB aFB ~FB ~P'8

~FB BFB AFB BFB


2 3173 Q 2 3/71 Q 2 9/73 Q 2 9/73 Q 2 3/73 Q 2 1/73 Q 2 3/73 Q 1 3/72 Q 3 6/72 Q ] 3/72 Q 3 3/72 Q ) 3/72 Q 1 3/72 Q 1 6/72 Q 3 4/72 Q 2 3/73 Q 2 9/73 Q 2 9/71 Q 2 3/73 Q 2 3/73 Q 2 3/73 Q 3 11/73 Q 1 12/73 Q 3 11/73 Q 3 11/73 Q 1 11/73 Q 1 11/71 Q 3 12/73 Q 1 11/71 Q 3 3172 Q 3 3/72 Q 1 9/72 Q 1 3/7) Q 1 1/72 Q 2 6/71 Q 2 5/73 Q 3 5/73 Q ) 5/73 Q 3 5/73 Q ] 5/73 Q ) 5/73 Q 3 8/71 Q 3 5/71 Q 3 'l./73 Q 3 2/73 Q 3 2/73 Q 3 9/71 Q 2 8/71 Q 2 8/73 Q 2 8/73 Q 2 6/73 Q 2 6/71 Q 1 2/73 Q 5 3113 Q 5 3/71 Q

11 11 11 11 11 11 11 11 11 11 11 11 11 11 11 11 11 11 11 11 11 11 11 11 11 11 11 11 11 11 11 !DU70 £OU80, LABl1 LA81! 10 11 11 11 11 11 11 11 1 :;J" 12 12 12 12 12 12 12 12 12 12 12

USED ON OESCRIPTION

OECCOMM REMOTE ays 8ASE, IN&TALLATION FOR EA ADOITIONAL S~STEM O~CCOMM FRONT END S¥STEM BASE LICENSE, SUPPORT, pApER TA~EOEceOMM FRONT END S¥STEM BASE LIC€NSE , SUPPORT, DECTAPE OECCOMM 'RaNT ENO SXSTEM SASE LICENSE' SUPPORT, 9 tR MAGTA~~ DECCOMM FRONT END sts BASE LICENSE ONLY rOR EA AOUITIONAL-s2sTEM OECeOMM FRONT END SXS BASE PR~-O~~IVERY KIT

82

OECCOMM FRONT END SIS BASE INSTAL~ATION ONLY fOR ~A APDITlONA~ SYS TTY TAP (TERMINAL APPLICATION PROGRAM) ISM 2741 TAP IBM BISYNC TAP CARD ~DR TAP LINE PR~NTER TAP ON Auto DIAL TAP IBM 2848 tTAP CONSOLE TTY TAP DECCOMM PDP11 2780 RJ~ TERMINAL LIC~NSE , SUPPORT, PAPER tAPE DECCOMM PDPll 2780 RJE TERMINAL LICENSE, SuPPORT, DECTAP£ O£CCOMM PDP11 2780 RJE TERMINAL LICENSE , SUPPO~T, 9 TR MAGTAPE OECCOMM PDP1! 2180 RJE TERMINAL LlCENSE ONLY FO~ EA ADDITIOiAL SYS OECCOMM POP11 2780 RJE TERMINAL PRE.DELIVERI KIT OECCOMM PDP11 2780 RJE TERMINAL lNSTALLAT10N, fOR EA ADOIIIUNAL SXS RCS HASP, LICENSE, SOFTWARE, SERVICE, PAPER TAPE Res HASP, LICENSE ONLY " RCS HASP, START-UP SERVICE RCS 00S.2780 LICENSE, SOFTWARE, SERVICE, PAPER TAPE RCS OOS-2780 LICE~S~, SOFTWARE, SERVICE, OECTAP~ RCS 00S-2780 LICENSE, SUFTWARE, SERVICE, 9 TR MAGTApE Res DOS_2780 LICENS~ ONLY ReS DOS-2180 START-UP SERVICE 16 TELETyPE EXECUTE PROGRAM ~780 EMULATOR APPLICATION PROGRAM SYSTEM SOFTWARE, £DUSYSTEM 70 crORMERI"Y !PU11-S)

81, 90 CAl AUTHOR I"ANGUAGE, RUNS UNO~R RSTS SIGNAL AVtRAGER PROGRAM REAL lIME LAB11 BASIC

GT40 SOFTWARE, LIC, NO SERVICi, DEC TAPE DOS ORIVER FOR TU66 PHASE ECCOOEO TAPE, PAPER DOS DRIVER FOR TU66 pHASE ENCODED TAPE, DECTApE DOS DRIVER FOR TU&6 PHASE ENCODED TAPE, 9 TRACK NRZI MAGTAP~ DOS DRIVER FOR TU66 PHASE ENCODED TAPE, 7 TRACK MAGTAPE COMTEX DRIVER FOR "TU66 PHASE ENCODED TAPE, PAPER COMT£X DRIVER FOR TU66 PHASE ENCOOED TAPE, 9 TRPE MAGTAPi Xlii GRAPHICS PLOT, FORTRAN CALLABLE, PAPER DEC/X8, 8 BYS EXERCISER, LIHCTAPE 08/8 BATCH, BASIC, TECO, LINCTAPE 08/8 fORTRAN IV, ~INCTAPE OS/8 FORTRAN 4, SOURCE + LISTINGS, LINCTAPE OS/8 FORTRAN 4 LIBRARY, SOURCE, LISTINGS, LINCTAP~ OS/8 FORTRAN 4 COMPILER, SOURCE + LISTINGS, L1NCTAPE 08/8 RALF, I"OAOER, 1,.18 , MIse, SOURCE + LISTINGS, LINCTAP~ 05/8 rORTRAN IV PLOTTER, LICENS~, SoFTWARE, SERV1CE, LINCTAPE OS/8 FORTRAN IV PLOTTER, LISTlNGS, LINCTAPE OS/8 FORTRAN 4 TSAR, TIME SERIES ANALYSES, LINCTAPE PDP-12 MASH SOFTWARE SYSTEM PDP-12 AIPOS SOFTWARE SYSTEM

MODEt" NO

ENG MGR

OK245 QKlOO.SA owe QKS9.B QI"Roe.A8 QM020.CC QM020l!llCO QM02o.cr QM020.EC QM012 QM040.EC QM040-ED QM040-EP' QM041·CC QM041.CD OM041·CF QM042-CC QM042·CD QM042.CF QM04).CC QM041-CO QM043.CF QM050"'CC OMOSO.CD QM050.CF QM800·AC QMKOO·2Z QMKOl-3C OMKOt-1Z QMK02.3C QMKO].3C QMKO)·3Z QMK04.3C QMf(OS.]C QMK06.3C QMKO'7.)C QMKOalllt]C QMKoe.1D OMKOQ·U' QMKOS,,4C QMKOS·40 QMf(Oe·4F QMK09.3C QMK09·1D QMK09",3F QM'<09-4C QMK09.4D QMK09lllt4' QMl<tO",)C QMK101113D QMK10.3F QMt<10.4C QMK10·40 QMK10-4F QMKlt·3C QMK111111D


GT DF?

!:DS CP CP CP CP CP Cp CP CP Cp CP CP CP CP CP CP CP CP CP CP CP

OMD OMD DMD OMD OMD DMD DMD OMO DMD DMO OMO DMO OMO DMD OMD DMD OMD OMO DMD OMD DMD OMD OMD OMD OMD 'DMD OMO DMO DMD OMO

s,s BFB ~P'8 BrB BFB arB BFB aFB BFB Sf'B ~FB erB BFB BFB BFa s,s are BFB ~rB

BFB BFB BFB BFB aFa BrB BFa SF'S S,B a,a Bra ,ara BrB BFB BFB BFB 8Fa BFB erB BFB BFa aFB BFB BFB BrB arB BF'B BrB BFB BFB SF8 BFB SFB BFB BFB SFS


5 3173 Q 5 5/73 Q 3 2/7J Q 3 12/71 Q 5 11/71 Q 5 11/71 Q 5 11/13 Q 5 11/71 Q '1. 8171 Q 2 11/71 Q 2 11113 Q 2 11/71 Q 2 11/73 Q 2 11/73 Q 2 11/71 Q 2 11/73 Q 2 11/73 Q 2 11/73 Q 2 11/7.3 Q 2 11111 Q 2 11113 Q 2 11/73 Q 2 11/73 Q 2 11/73 Q 1 10/72 Q 5 10113 Q 5 10/73 Q 5 11/73 Q § 10/73 Q 5 10/71 Q 5 tl/7l Q 5 10/73 Q 5 10/7] Q 5 10/73 Q 5 10/71 Q 5 10/1] Q 5 10/7) Q 5 10/71 Q 5 10/73 Q 5 10/7] Q 5 10/73 Q 5 10/73 Q 5 10/73 Q 5 10/73 Q 5 10111 Q 5 10/73 Q 5 10/7:1 Q

5 10111 Q 5 10/73 Q 5 10/73 Q ! 10111 Q 5 10/73 Q 5 10/71 Q 5 10/73 Q 5 10/73 Q

12 12 12 14 15 15 15 15 15 15 15 1$ 15 15 1S 15 15 15 15 15 15 15 15 15 15 9, 15 9, 15 15 9, 15 9, 15 1$ 9, 15 9, 15 9, 15 9, 15 9, 15 9, 15 9, 15 9, 15 9, 15 9, 15 9, 15 9, 15 9, 15 9, 15 9, 15 9, 15 9, 15 9, 15 9, 15 9, 15 9, 15 9, 15 9, 15 9, 15

USED ON Ot;SCRIPTION

PDPet2 DIAL SOFTWARE SYSTEM COS 100 SOFTWARE, LIe, NO SERvICE, <MIN HDW, LI~CTAPE 05/8 OPERATING SYSTEM, LINCTAPE INDUSTRIAL 14/30 SOFTWARE, SERVICE, BINARy PAPER TAPE ALGOL-15, LICENS!:, SOfTWARE, NO SERVICE, DECTAPE ALGOL~15, LICENSE, SOFTWARE, NO SERVICE, 9 TR MAGTAPE ALGOLe15, LICENSE, SOFTWARE, NO SERVICE, 7 TR MAGTAPE ALGOL-1S, SOURCE, DECTAPE RSX PLUS l OOS@15 SOURCE, REQUIRES QM041, 42, 43, DEC TAPE DOSw15 SOURCE, REQUIRES QM041, 42, 43, 9 TR MAGTAPE 00S.15 SOURCE, REQUIR~S QM041, 42, 43, 7 TR MAGTAPE DOS-15 8INARY FOR RrlS, DEC TAPE 005-15 BINARY FOR RFI5, 9 TM MAGTAP~ 005-15 Bl~ARY FOR RflS, 7 TM ~AGTAPE DOSw15 BINARY FOR RP02, DECTAPE 00Sw15 BINARY VOR RP02, 9 TR MAGTAPE 005-15 BINARY FOR RP02, 7 TR MAGTAPE DOS-15 BINARY FOR RKOS, OECTAPE DOS-15 BINARY FOR RK05, 9 TR MAGTAPE 00S-15 8INARY FOR RK05, 7 TR MAGTAPE SOSS.t5 BINARY, OECTAPE, REQUIRES QM041, QM042, QM043 BOSSw15 81NA~I, 9 TM MAGTAPE, REQUIRES QM041, QM042, QM043 BOSS-15 BINARY, 7 TR MAGTAPE, R~QUlkES QM041, QM042, QM043 MUMPS~lS, 8INARY DECTAPE PLAN A - SOFTWARE SU8SCRIPTIONeSOFTWARE DISPAtCH AOSS.PLANS SOFTWARE SUBS FOR 15 BlNARY. OECTAPE AOSS PLAN B 9/15 SUM8SCRIPTioN bINARY AOSS.PLAN S, SOFTWARE SUBS fOR 9 OR 15, 81NARY O~'TAPE

83

S/F-ADSS PLAN e SOFTWARE SUsS FUR 9 OR 15, PAGE MODE, SlNAR~ UECTAP~ S/F AOSS PLAN 8 9/1~ SUBSCRIPTION 81NARX B/F ~DSS PLANO B SOfTWARE SUBS ~'OR 9 OR 15 BANK MODE, alNAR~ DECTAP~ B/Y AOSS PLAN a SOFTWRE SUBS FOR 9 OR 15, DISK PAGE MODE ~lN OECTAPE B/F AOSS PLAN 8 SfTWR SUBS FOR 9 OR 15 W DISK BANK MODE, BI~ DECTAPt aIr AOSS PLAN 8 SFTWR SUBS 9 OR 15, Ra09 DISK SANK MODE, bl~ UECTAPE 00S-1S, PLAN 8, srTWR SUBS FOR 15 W RF MONITOR, BINAR¥ DECTAP~ 005-15 PLAN B SfTWR SUSS fOR 15 W Rf MONITOR, BIN~RY 9 TR-MAGtAPE DOS-15 PLAN B srTWR SUSS fOR 15 W RF MONITOR, BINARy 7 TR MAGTAPE DOS-15 PLAN S, sfTWR SUBS FOR 15 W Rf MONITOR, SOURCE OECIAPE 00SW15 PLAN B srT~R SUBS fOR 15 W RF MONITOR, SOURCE 9 TR"MAGTAPE 00Se15 PLANO B SrTwR SUBS FOR 15 w RF MONITOR, SOURCE, 7 TR-MAGTA~E 00511115 PLAN B SFTWR SUBS FOR 15 W RP MONITOR, B1NARX OECTAP~ DOS-15 PLAN B SrTWR SUBS fOR 15 W RP MONITOR, BINARY, 9 TK MAijTAP~ 005-15 PLAN B SFTWR SUBS fOR 15 W RP MONItOR, 8INARY 7 TR-M~GtAPE 005-15 PLAN B SrTWR SUBS FOR 15 W RP MONITOR, SOURC~ DECTAP~ DOS-15 PLAN B SFTWR SUBS fOR 15 W RP MINITOR, SOURCE 9 TR MAGTApE 00S.15 PLAN S SFTWR SUBS FOR 15 W RP MOhITOR, SOURCE 7 TR MAGTAPE 00S-15 PLAN B SFTWR SUSS FOR 15 W RK MO~ITOR, BINARY DECTAPt DOS~lS PuAN B SFTwR SUBS FOR 15 W RK MONItOR, bINARY 9 TR MAGTAPE OOS~15 PLAN B SFTWR SUBS FOR 15 w RK MONITOR, BINARy 1 lR MAGtAPE DOS-15 PLAN 8 SFTWR SUBS fOR 15 W RK MONITOR, SUUHCE DECTAPi OOS~15 PLAN B SrTWR SUBS fOR 15 W RK MONITOR, SUUHCE 9 1R M~GtAPE 00S-15 PLAN B SFTwR sues FOR 15 W RK MONITOR SOURC~, 7 TR MAGtAPE BOS-15 PLAN B 5FTWR SUBS fOR 15, BINARY O~CIApE BOS-15 PLAN B SFTWR SUBS fOR 15, BINARY 9 TR MAGTAP~

MOOEL ~O

ENG MGR

OM'<II"3F QMK11-4C OM1(11"40 QMKlt-4F QMK12-4C OMK12-4D OMK12 .. 4f QMKI3 .. lZ QMK11-5Z QMK14-5Z QM1(15",SZ QPS12-RB AP QPS12'J!1SC AP QPS12-SD AP QPS1!-RF AP QPSI ""SB AP QPS t 3\"F\C AP QPS13-RD AP QP-S13"SF AP QR430-AC OR410-AD QR410.AF QR410-CC QR430 .. CO QR4l0-CP' QR410.EC QR430"F;O QR4l0-€F QR430-NC QR430 .. ND QR430.NF QR431-e:C QR431.EO QR431-F.F OS22 QS90.A Q590-8 QS90-C 0590.0 OS90 .. £

RAOt RASP"iS RB09 RB09 .. A RC07 RC09 RCt 0 RC 11 80 RC~ l""A BD RC1t-B BO PDto RD!O-A

·RESI0-A


DMD DMD OMD DMD OMD DMD DMD OMD OMO DMO DMO DLN OLN DLN DLN DLN OLN DLH DLH

Of" DMD OMD DMD DMO OMO

BV

"11 1'011 RR Ml AJ Bpr ~PP"

RPF KE KF. RLE

aFa Bf'B ArB IU'S Brs RFB BF'B RFB BF'S arB are RrB Bf'B Bf"S BFS RFB eFS Rr8 RrB BFS 8F8 RFS BFB SFB BFS BFB RFS BFS aFS ~FB BFS BrB ArB RrB

MFGR AREA

TPL TPL

TPL

SSCAL

STATUS CATEGQRY MQ/YR

5 10/73 Q 5 10/73 Q 5 10/73 Q 5 10/73 Q 5 10/73 Q 5 10/73 Q S 10/73 Q 5 11/73 Q 5 11/73 Q 5 ll/7] Q 5 11/73 Q 3 517] Q :) 5/73 Q 3 5/7] Q l 5/73 Q 1 5/73 Q 1 5/73 Q 1 5/73 Q 1 5/73 Q ,1 8/72 Q ) 9/72 Q 3 9/72 Q 1 11/71 Q 1 11/73 Q 1 11/73 Q 3 11/71 Q .3 11/73 Q 1 11/73 Q 3 11/73 Q 1 11/73 Q 3 11/73 Q 2 6173 Q 2 7/73 Q 2 7/13 Q ) 9/71 Q 1 10/73 Q 1 11/73 Q 3 11/73 Q ) 11/73 Q 1 11/71 Q

1 R 3 8171 Q 6 7/71 R 6 7/71 R 3 R 6 7/71 R 5 R 5 1/72 R 3 3/73 P 1 3/73 R 5 R 4 R ) 8/73 R

9, 15 9, 15 9, 15 9, 15 9, 15 9, 15 9, 15 15 15 15 15 11/40 11/40 11/40 11/40 11/40 11/40 11/40 11/40 11/40, 11/40, 11/40, 11/40, 11/40, 11/40, 11/40, 11/40, 11/40, 11/40, 11/40, 11/40, 11/40, 11/40, 11/40, ANY • • • -• 7 RSX-t5 9 9 7 9 to 11 11 11

USED ON DESCRIPTION

80S-15 PLAN B srTWR SUBS FOR 15, BINARY 7 TR MAGTAP~ BOS-15 PLAN B SFTWR SuBS 'OR 15, SOURCE DEC TAPE 80S-15 PLAN B srTwR suss FOR 15, SOURCE 9 TR MAGTAPE 80S-15 PLAN B SFTWR SUBS FOR 15, SOURCE 7 TR MAGTAPE RSX PLUS 3 PLAN 8 SFTWR SUBS FOR 15, SOURCE DECTAP~ RSX PLUS 1 PLAN 8, SFTwR suss FOR 15, SOURCE 9 TR MAGTAPE RSX PLUS ~ PLAN B SFTWR SUBs fOR 15, SOURCE 7 TR MAGTAPE DOS-SOS P~AN 8 9/15 SUBSCRIPTION 8INARY oos~aos PLAN 8 9/15 SUBSCRIPTION BINARY AND SQURCi OOS~RSX 3 P~AN 8 3USS, DOS.15 BINARY' R$X SOURCES DOS-RSX 1 PLAN B suss, OOS~15 BINARY , SOURCES, RBX SuURC~S RSXI1-0 DRIVER FOR TRoe TAPE SYSTEM, PAPER RSX11-0 DRIVER FOR fR08 TAPE SYSTEM, DECTAPE RSX11-D DRIVER FOR TR08 TAP~ SYSTEM, 9 TRACK NRZI MAGTAPE RSXtl-0 DRIVER FOR TROS TAPE SYSTEM, 7 TRACK MAGTAPE DOS DRIVER FOR TROB TAPE SYSTEM, ·pApER 008 DRIVER FOR TRQe TAPE SYSTEM, DECTAPE DOS DRIVER FOR TROS TAPE SYSTEM, 9 TRACK NRZI MAGTAPE DOS DRIVER FOR TROS TAPE SYSTEM, 7 TRACK MAvTAP~

11/45 RSTS-E 32 USER EXEC BASIC., LIC, SFtWR, B~RVICE, UE~TAPE

84

11/45 RBTS-E 32 USER EXEC BASIC., LIC SFTWR SERVICE, 9 fR-MAGTAPE 11/45 RSTS.E 32 USER EXEC BASIC., LIC SFTWR SERVICE, 7 fR MAGTAPE 45 RSTS-g 32 USER EXEC SASIC. LIC, SFIWR, NO SERVICE, DBCTAPE 45 RSTS-g 32 USER EXEC eAsIC. LIC, sFTWR, NO SERVCE, 9 TR MAGTAPE 45 RSTS~E 32 USER EXEC BASIC. LIC, SFTWR, NO SERVCE, 7 TR MAGTAPE 45 RSTS-! SOURCE, DECTAP~ 45 RSTS~E SOURCE, 9 fR MAGTAPE 45 RSTS-E SOURCE, 7 TR MAGTAPE 45 RSTS-E 1/0 SOURCE, DECTAPE 45 RSTS.E 1/0 SOURCE, 9 TR MAGTAPE 45 RiTS.g I/O SOURCE, 7 fR MAGTAPE 45 D~VICE DRIVER SOURCE fOR RSTS.E, OECTAPi 45 DEVICE DRIVER SOURCE fOR RSTS~E, 9 TR MAGTAPE 45 DEVICE DRIVER SOUkCE ro~ RSTS-E, 7 fR MAGTAPE

SO'T~ARE DEV By PRoDUCT LINE 22 SOFTWARE CONSULTING, PEH CALL SOFTWARE CONSULTING, SCHEOULEO SOFTWARE CONSULTING, REsIOENT SOFTWARE CONSULTING, RESIDENT, DCIO SOFTWARE CONSULTING, ADOITIONAL EXPEHSES

TIPE 24 ORUM INTERFACE MULTIPROGRAMMING LANGUAGE RC09 " ROtO RC09 .. ROI0~A CONTROL FOR BURROUGHS DISK CONTROL FOR BURROUGHS DISK 01SK SYNCHRONIZER (RD10) DEC DISK CONTROL faR RS64 RC11 • RS64_A, 115V RC11 + R564-S, 2l0V

RC09, RC10 RC09, RC10

524K 35 BIT (1M 18 aIT) BURROUGHS DISK 50 HZ RDto

10 1/0 • MEM 8US CONTROL FOR DOC A7310 , 9110 SERl~S DISKS, 115V

MODEL ENG DESIGN PROD MrGR STATUS CATEGORY USED ON DESCRIPTION 85 NO MGR ENGR ENGR AREA MO/YR

RES10-a BLE! SSCAL 1 8/71 R 10 1/0 ... MEM BUS CONTROL FOR DOC A7110 , 9110 SERlaS DISKS, ~)OV RFOa GS 5 R 8 NEG DEC DISK CONTMO~ YOH MSoe WITH CAb RFOa",A GS 5 6/71 R 9 NEG RFOQ + RSOe-M + RSOS-P (Rlf08 + RS08) RFO€h,B GS 5 6/71 R 8 NEG Rf"08 + 2RS08_M ... 2RSOa",p (Rt'O~ + 2RS08) RFOS-C GS 5 6/71 R 8 NEG RfOa + 3RSOa-M ... lRSOa-p ... CAB (Rf'Oij + 3R~Oij + CAb) RFOS-O GS 5 6/71 R 8 NEG RYOS + 4Rsoa-M ... 4Rsoe-p + CAB (R!"OS + 4R~Oij +CAS) RFoe"M OS l R 9 NEG SPECIAL RF08 FOR MEDIDATA RF09 OV S R 9 NEG BUS DEC DlSK CONTROL FOR RS09 WITH CAB RF09-A OV 5 6/71 R 9 RF09 ... Rsoe.M ... RS09-P (Rl'09 ... RS09) RFOg-a OV 5 6/71 R 9 RF09 ... 2Rsoa-M + 2RS09-P (RF09 ... RS09 ... R~09~b) RF09"'C OV 5 6/71 R 9 RF09 + lRSOe-M + 3RS09-P + CAS (RF09 + RS09 ... RS09"'B ... Rsbg;D) RF09-O DV 5 6/71 R 9 Rf'09 ... 4Rsoa-M + 4RS09.p ... CAS (RF09 + RSo9 ... 2RS09w8 + RS11~O) Rrl0 J(U 2 3112 R 10 RP04 CONTROL RFtl SJ 4 R 11 16 BIt DEC DISK CONTROL FOR RS11 RFI1-AA SJ 4 6111 R 11 Rf11 + Rsoe.M + RS09-P , Ri"11 + RSll), 60HZ RF11·AB SJ 4 3/73 R t 1 RF11 + RS08 .. MA + R509.PA (RF11 ... RSil-A), 5uHZ RF11wS SJ 4 6/71 R 11 Rt"11 + 2RS08-M + 2RS09~P (Rfo~ 11 + kS11 + RSll",b) RFI1-C SJ 4 6/71 R 11 RF11 + 3Rsoa-M ... 3RS09.P + CAB (RF'11 + R511 + RS11-B + ~511.D) RFI1-0 5J 4 6/71 R 11 RF11 + 4RSoa .. M + 4RS09-P ... CAS (RF!1 + RS11 + 2RS11.a + RS11-U) Rrt5 DV 5 R 15 POS BUS DtCDlSK CONTROL R'lS .. AA OV 5 6/71 R 15 RF15 + Rsoa .. M + RS09-P (R(t1S + RS09), 60HZ RFtS-AB OV § 10/73 R 15 RF1S + RSOe-MA + RS09·PA (Rf'15 + RS09-A), 50HZ RF1S-8 DV 5 6/72, R 15 Rf'15 + 2RSOS.M +2RS09.P (R'15 + RS09 + ~S09.B) RFtS.C DV 5 6/71 R 15 RF15 + lRSoe.M + 3RS09.P + CAS (Rf15 + R509 + RS09.B + RS09.0) RF15-0 OV 5 6/71 R 15 Rr1S + 4Rsoa.M ... 4RSOg-P + CAS (RF15 + RS09 ... 2RSOg",a + RSO~~O) RF73·e OF SSCAL J 11/71 R 15 INTtRfACE TO DOC 73H13, 3.6M ~ORD-1~ ~ITS RGX1S-A GT CP ] 6/72 Q 15 RSX GRA~HICS SOFTWARE RK01·A "11 5 6/71 R RK01·X CMD DISK DRIVE, 60HZ RK01-AA MI 5 R RK01·X CHD DISK DRIVE, 1ST UNIT, 60 HZ RKOI-AB MI 5 R RK01-X CMD DISK DRIVE, 1ST U~lT, 50 HZ FU<O 1.8 Ml 5 6/71 R RK01-X CMD DISi<. DRlVE, 50HZ RK01-SA MI '5 R RK01.X CMD DISK DRIVE, 2ND UNIT, 60 hZ RK01-SB MI 5 R RK01·X CMO DISK DRIVE, 2ND UNIT, 50 HZ RK01-CA MI S R RK01-X CMD DISK DRIVt;, :tRO UNIT, 60 liZ RK01-CB MI 5 R RK01.X CMO DISK DRIVE, 3RO UNIT, 50 HZ RK01·0A MI S R RK01-X CMO DISK DRIVE, 4TH UNIT, 60 HZ RK01-0B MI 5 R RK01-X CMO DISK DRIV1l:, 4TH UNIt, 50 HZ RK01·K MX S R RK01"AA THRU "OS 8 SECTOR CARTRIDGE, RKOl OISKDkIVE~ RK01-X MI 5 R RKoa-N, RKoa",p INTERfACE FOR RKOl DISKS RK02-AA CA ORR 4 6/71 R RK11-CA LOW D~NSITY DIABLO DISK, 1ST UNIT, w PS, 11!)V RK02·AB CA ORR 4 6/71 R RK11-CB LOw DENSITY DIABLO DISK, 1ST UNIT, W PS, 2)OV RK02-SA CA ORR 4 6/71 R RK11·CA LOW DENSITY DIABLO DISK, 2NO UNIT, 115V RK02-S8 CA ORR 4 6/71 R RK11.CB LOW DENSITY DIAbLO DISK, 2NO UNIT, 230V RK02.CA CA ORR 4 6/71 R RK11-CA LOW DENSITY OlABLO DISK, 3RD UNIT, w PS, 11!)V RK02-CB CA ORR 4 6/71 R RK11-C8 LOW DENSITY DIABLO DISK, 3RO UNIT, W PS, 230V RK02.DA CA ORR 4 6/71 R RK11.CA LOW DENSIT¥ DIABLO oISK, 4TH UNIT, 115V RK02-DB CA ORR 4 6/71 R RK11-CB J.,ow D~NSITY DIA8LO DISK, 4TH UNIT, 230V RK02·EA CA ORR 4 6/71 R RK1111!!1CA LOW DENSITY DIABLO DISK, 5TH UNIT w CA.B " p~, 115V RK02-EB CA ORR 4 6/71 R RK11-CB LOW DENSITY DIABLO DISK, 5Trl UNIT W CAB , ps, 2JOV RK02-FA CA ORR 4 6/71 R RK11-CA LOW DENSITY DIABLO DISK, oTH UNIT, 115V RK02.P"8 CA ORR 4 6/71 R RK11-CB I"OW DENSITY DIABLO DISK, 6TH UNIT, 230V RK02-HA CA ORR 4 6/71 R RK11-CA LOW DENSITY DIABLO DISK, 7TH UNIT W PS, 115V RK02-H8 CA ORR 4 6/71 R RK11·CB LOW DENSITY DIABLO DISK, 7TH UNIT W PS. 230V RK02-JA CA ORR 4 6/71 R RK11-CA LOW DENSITY DlA~LO DISK, aTH UNIT, 115V RK02"JB CA ORR 4 6/71 R RK11·CB LOW DENSITY OIABLO DISK, 8TH UNIT, 230V

MODEL NO

ENG MGR

RK02-KA CA RKOJ-AA CA RK01"'AB CA RK01-SA CA RK01I!!JSB CA R}(Ol-CA CA RK03.C8 CA RK01.DA CA RK01 .. OB CA RK01.EA CA RK01-E8 CA RK03"'F~ CA RKO].F'B CA RK01",HA CA RK01.HB CA RK03 .. JA CA RK01"'JB CA RKO].KA CA RK01",K8 CA RKO].LA HI RK03.La fo11 RK05 .. AA GS RKOS-AR GS RKOS.SA e;s RK05-SB GS RKOS",CA GS RK05.CO GS RK 0'5 ",DE SD RK05~OF SO RK05.0H SO RK05.DJ BD RK05K-S GS RKOSK_11 CiS RK05J("'AC GS RK05 ... P GS RK08 RK08-N RKoa.p RKU.CA BD RK11.CB BO RKtl"O 80 RKII-0E aD RIOt.OF so RKtl-DH so RIU I-OJ 8D RKtl-E BO RKt5.FA BO RK15.",f'8 80 RK1S.FC aD RK1S.FD BD RK15wFE 80 RK lS-F'F' 80 RK1S-FH 80 RK15.FJ BD

·RKSwA

Df;SlGN PROD ENGR ENGR

ORR ORR ORR ORR ORR ORR ORR ORR ORR ORR ORR ORR ORR ORR ORR ORR ORR ORR Be JOL JOt. ES Es ES ES ES ES ORR ORR ORR ORR ES Es LAW ES HI MI HI ORR ORR ORR ORR ORR ORR ORR ORR 8G BG BG Be; 8G Ba 8G BG Ml

MrGR STATUS CATEGOR¥ AREA MO/YR

4 6171 R 4 6/71 R 4 6/71 R 4 6/71 R 4 6/71 R 4 6/71 R 4 6/71 R 4 6/71 R 4 6/71 R 4 6/71 R 4 6/71 R 4 6/71 R 4 6/71 R 4 6/71 R 4 6/71 R 4 6/71 R 4 6/71 R 4 6/71 R ) 6/72 R 2 1/73 R 2 1/71 R 4 7/72 R 4 7/72 R 4 7/72 R 4 7/72 R ) 4/73 R 1 4113 R ] 5/7) R ] 5/73 R ] 5/73 R 3 5/73 R 1 4/7] R l 4/73. 1 4/73 R 4 8112 R S 6/71 R 5 R 5 R 4 6/71 R 4 6/71 R 4 4/73 R ] 1/73 R l 3/7] R 3 3/73 R 1 3/73 R 4 4/73 R 5 6/73 R 5 6/73 R 5 6/73 R 5 6/73 R 5 6/73 R 5 6/71 R 5 6/73 R 5 6/73 R 5 6/71 R

USED ON

M1(02-AA THRU "'os RK11 ",CA RK11"'C8 RKtl"'CA RKll·CB RK11·CA RK11.CB RK11.CA RKtl-ce RK11-CA RK11-CB RK11",CA RK11.CB RKI1-CA RK11.CB RK11.CA RKI1-C8

DESCRIPTION

12 SECTOR CARTRIDGE FUR RKOa HIGH DENSITY DIABLO DISK, 1ST UNIT, w p~, 115V HIGH DENSITY DIABLO DISK, 1ST UNIT, w PS, 2l0V HIGH DENSITY DIABLO DISK, 2ND UNIT, 115V RIGH DENSITY DIABLO DISK, 2ND UNIT, 2l0V HIGH DENSITY DIABLO OlSK, lRD UNIT, W PS, 115V HIGH DENSITY DIABLO DISK, lRD UNIt, w Ps, 2l0V HIGH DENSITY DI,ABLO DISK, 4TH UN It, 115 v HIGH DENSITY OlAB~O DISK, 4TH UNIt, 230V

eo

HIGH DENSITy DIAB~O DISK, STH UNIT w CAS, PS, 115' HIGH DENSITY DIABLO DISK, STH UNIT W CAB , PS, alQ' HIGH DENSITY DIABLO DISK, 6TH UNIT, 115V HIGH DENSITY DIABLO DISK, 6TH UNIt, 230V HIGH DENSITY DIABLO DISK, 7tH UNIT ~ ps, 115V HIGH DENSITY DIABLO DIsK, 7TH UNIt w ps, ~lOV HIGH DEN~lTY DIABLO DISK, 8TH UNIT, 11'Y HIGH DENSITY CIABLO DISK, 8TH UNIT, 2l0V

RK01-A fHRU -J, RK05 12 SECTOR CARTRIDGE 'OR RK01, RK05 16 SECTOR CARTRIDGE FOR RK01, RKOS RK01-A THRU .J, RKOs (RK8"'E)

RKS",E H1GH DENSITY DIABLO DISK, 1ST UNIT W CAS, 'PS, 115V DENSITY DIA8LO DISK, 1ST UNIt W CAB, PS, 230V RK8.! RIGH

RK11-C, -0, .E RK l1-C, -[), .it RK 11.C, _0, .E RK11-C, -0, -~ RK11.C, .0, _t RK11-C, -0, -t RK11 RK11 RK11 RK11 RKOJ THRU RKOS RKO) THRU TKOS RK03, RK05

DEC PACK OISK TO REPLACE RK03 115v 60HZ DEC PACK OIsK TO REPLACE RKOl 230v oOHZ DEC PACK DISK TO REPLACi RKO~ J1SV 50HZ DEC PACK DISK TO REPLAC£ RKOl 230V 50HZ

RKOS_AA, H967.HA SHORT CAB, 115v 60HZ RK05·eB, H967 wHB SHORT CAB, 2l0V 50HZ

RKOS.AA, H9'O~CA TALL CAB, l15y-60HZ RKOS-AB, H960-CB TALL CAB, 230V 60HZ RK05 wSA, H960.CA TALL CAB, 115Y 50HZ RKOS.as, H960.CB TA~L CAB, 230V 50HZ

2200 BPI 16 SECTOR DISK CARTR1D~t (SAME A~ kKOl.KS) 2200 BPI 12 S~CTOR DISK CARTRIDGE (SAME A~ kKOl~KA) DIGITAL EQUIP CORP AulGNM~NT CARTRIDGi

RKOS-AA, -AB, -SA, -B8 8

POSITIONER (7008'02) .-CRKOS.N + RKOS-P) + RK01-X

8 NEG 8 pas 11 11 11 11 11 11 11 15 UNIBUS 15 15 1S 15 15 1S 15 15 8

CONTROL FOR RK01, RK02 & RKO) 01SKS CONTROL FOR RKOl, RK02 & RKO) DISKS

H950 CAB, PS , CONTROL FOR RK02 T~RURKbS; 115Y H9S0 CAS, PS , CONTROL rOR RK02 THRU RK05, 230V

16 BIT SYSTEM UNIT CONT fUR RKOS H960-CA CAB, RK11-D + RKOS-AA, 115V 6QHZ H960.CB CAB, RK11.0 + RKOS-AB, 236y 60HZ H960_CA CAB, RK11_0 + RK05",SA, 115V 50HZ H960.CB CAB, RK11-0 + R~O$.B8, 230V 50HZ 18 SIT SYSTEM UNIT CONTFOR RKOS RKOS-AA, RK11-E, UC1S.FA, 11SV 60HZ RK05-A8, RK11-E, UC1S_fS, 230V 60HZ RKOS-SA, RKlte!, UCIS.FA, 115V 50HZ RKOS-S8, RKII-E, UCtS.FB, 210V 50hZ RK05-AA, RK11.E, UC1S.F~, 115Y 60HZ RK05-AB, RK11.E, ue1S.Fr, 230V 60kZ RKO$-SA, RK11.E, UClS.FE, 115Y 50HZ RK05-SB, RK11.E, uets.Fr, 2l0V 50Rz (RKOI-A OR RKOI-8) + RKOB

MODEL ENG DESIGN PROD MFGR STATUS CATEGORY USED ON DESCRIPTION 87 NO MGR ENGR €NGR AREA MO/¥R

RKS.A MI TPL 5 6/71 R 8 (RK01-A OR RK01.S) + RK08 RK9~B MI 5 6/71 R 8 2(RK01-A OR RK01-S) + RK08 RK9~C MI S 6/71 R 8 lCRK01.A OR RK01-B) + RK08 RKlh,O Ml 5 6/71 R a 4(RK01.A OR RK01~a) + RK08 RKA.! sa 2 4/72 R 8/E CONTROL rOR UP TO 4 RK05 R'Oh,EA SO 4 10/72 R alE RKOS-AA " CONTROIJ, 115V 60HZ RKA.EB sa 4 11/72 R 8/E RKOS.AB " CONTROL, 210V 60HZ RKS·EC SCI 4 11/72 R e/E RKOS",SA " CONTROL, 115V 50HZ RKe·£D sa 4 10/72 R 8/E RKO$.S8 " CONTROL, 210V 50HZ RK8.EE MI JOt, 2 1/73 R B/E RKOl-IJA + RKS.E CONT, 115V R.K8.EF MI JOr" 2 1/73 R alE RK01-LB + RKe.E CONT, 230V RKA .. , MI SG 3 3/73 R OW8.! CONtROL rOR UP TO 4 RKOS RKA.FA MI SG 3 3/73 R owe-E RKOS.AA " RKa-, CONTROL, 11SV 60HZ RKA .. FB MI SG 1 3/73 R owe-E RKOS-AB " RK8-' CONTROL, 230V 60HZ RKa.poe MI SG 1 3/73 R DW9.E RKOS-BA " RK8 .. F CONTROL, _llSV 50HZ RK8-F'O MI SG 1 3/73 R DW8.E RKOS-SB , RKS.F CONTROL, ~lOV SOHi Rt<e.N MI 5 R • NEG RKOi-A, RKOI-X " RKOS.N

..

RK8"'P M1 5 R 8 POS RK01·A, RKOt-X " RKoa.p RKC01 MI ER TPL 1 10/72 R MOVING HEAD DISKS HEAD , DISK CLEANING KIT W 91% lSOPROPYL ALCOHOL RKROl M1 EA TPL 3 10/72 R RK01-K, 02wK, 0.j.1< RACK FOR STORAGe OF 4 DISK CARTRIOGES RKR02 MI Jor" 11'11 1 10113 R RK05K, RKOX-K ATTACHE CASE FOR 2 otSKS, 4 DEC TAPES OR 1 DISK, 11 IJECTAPt;S RKse-E ~LM Lo CSS 1 1/71 R SIE RK8.E W WORO COUNT CAPA81~ITY RMoa-A M! 5 R 8 NEG 8K 12 BIT DRUM & CONTROL RM08·S Ml 5 R 8 NEG lbK 12 81T DRUM & CONTROL RMoa-c Ml 5 R 8 NEG 32K 12 BIT DRUM & CONTROL RMoe-o Ml 5 R 9 NEG 651<: 12 SIT ORUM , CONTROL RM08·E "11 5 R 8 NEG 131K 12 81T DRUM " CONTRO~ RM08.F Ml 5 R (I NEG 196K 12 BIT DRUM , CONTRO~ RMOS-C; "11 5 R 9 NEG 262K 12 BIT DRUM , COHTRO~ RM09-A Ml 5 R 9 l2K IS aIT ORUM " CONTRUL RM09·S Ml 5 R 9 651<: 18 BIT DRUM & CONTROL RM09-C "11 5 R 9 131K 18 BIT DRUM " CONTRO~ RM09-D MI 5 R 9 262K 18 BIT DRUM " CONTROL RM09""E Ml 5 R 9 S24K 18 BIT DRUM , CONTkOL RM09-UC MI 5 R 9 RMO~, UCC SPECIAL WITH OATA PACKING RM09-UD MI J R 9 RM09-UC WITH NO DATA PACK~NG RM10-SA AJ 5 7112 R Re10 140K 36 8IT BRYANT DROM-6QHZ RM10-SB AJ 6 8/71 R Re10 340K 36 BIT BRYANT DRUM 50HZ RM10.GA AJ 5 8112 R 10 DRUM SYSTEM (OF10 + RC10 + RM10-BA) RM10-GB AJ 6 8/72 R 10 DRUM SYSTEM (OF10 + Re10 + RM10-8~) RPOI-A WFW ) R RP10-A MEMOREX 630 DISK PAC~ DRIVE~ 60 HZ RPol-e WFW 1 R RPlo-a MEMOREX 6]0 DISK PACK DRI~E, 50 HZ RP01-P WFW 1 R RP01-A, RP01-a SPARE DISK pACK RP02·A wrw S R RP10 Illt A, RPo9 .. A SM l6elT WORDS MEMO REX 660 DISK PACK ORl-Vt;, 60 HZ RP02-AM WFW 1 1/72 R RP1O-A, RP09",A FAST ACCESS RP02.A RP~2"'AS wrw 1 1/72 R RP10-A, RP09 .. A 3M 36BIT WORDS ISS DISK PACK URIV~, 60 HZ RP02-S WFW 5 R RP10-B, RP09-a 5M 36811 WORDS MEMOREX 660 oISK PACK DRIVE, 50 HZ RP02-SM W,W ) 1/72 R RP10-a, RP09-S FAST ACCESS RP02"8 RP02",BS WFW 1 1/72 R RP10-B, RP09·& 5M 3881T wORDS ISS DISK PACK DRlVE, 50 HZ RP02"CA FW WFW 1 8/72 R 10 DFtO + kPl0 ... CA, RP02-AS, bOHZ RP02 .. CB FW WP'W 3 8/72 R 10 01"10 + RP10.C8, RP02-BS, 50HZ RP02-GA wrw 6 7/72 R 10 0'10 + RP10 .. A + 2(RP02-A, -AM, OR -AS) RP02 .. GB wrw 6 7/72 R 10 OF10 • RP10-e + 2(RP02.S, -I'M, OR aSS) RP02"'P WFW 5 R RP02-A -AM -AS -8 -BM -as RP03-AS -as SPARE OISI\ PACK RP03·AS Wf'w 1 1/72 R RP10-CA, RP09-A, RP11",CA ISS DOUBLE IRK RP02-A5 10M 3681T ~OtWS, 60HZ

~ongl.J

'40 ENG MGR

PP01-fH5 RP03~CA t'w PP01-CB FW RPOJ-GA RP03-Ga ~P04-P

RPOS .. AA RP08-AR ~P08 .. RA RPoe.S8 PP05t-CA RPOS-CS RP09-A RP09-B RPI0-A RPtO-J:\ RPtO-CA "Pl0"C~ RPtO·UA RPfO.Ua RP11 ~Pf.l.CA BD RPtl""CB SD RPt1-CE SD RP1. t .. CJ BD RP11-DA RPtl-08 RP15-A RP15.-a Rpr;lt RS09 RSOH.A RSO~ .. M RSOij-MA RSOS-P RSI)H.PA R5t)9 RS09-A R509"r, RS09-BA RS09-( RS09-CA RS09-D PS09-OA RS09-P RS09-PA QSt1 RSt1-A AStt-t:\ RS1t-BA RS11-C RS1t-CA PS11-D RSlt-OA AS'. t -Ji:A


WFW Wf'W wrW WFW WFW DIJ JEH JEH JEH JEH SPRY SPRY L'Z JZ WFW WFW WFW WFW

DH Dl 01 Dl 01 SALL 8ALL JZ JZ eMS as as as as Gs GS DV DV OV OV DV DV DV DV OV OV SJ SJ SJ SJ SJ 8J SJ SJ BALL

MFGR AREA

SSUJ( SSUK SSUJ( SSUK CSS Css

LVP


1 1172 R 3 8/72 R 1 8/72 R 6 7/72.R 6 7/72 R 2 3/72 R 1 5/71 R 1 5/71 R 1 5/71 R J 5/71 R 1 4/72 R l 4/72 R 4 R 4 R 6 4/72 R 6 4/72 R 1 1/72 R :3 1/72 R - 8/71 R - 8/71 R 1 R 5 4/73 R 5 4/71 R 1 3/73 R 1 3/73 R 2 5/73 R 2 6/73 R ! 4/71 R 5 4/71 R 2 5/72 Q 5 R 5 R 5 it 5 R 5 R 5 R 5 R 5 R 5 R , R 5 R 5 R ) R 1 R S R 5 R 4 R 4 R 4 R 4 R 4 R 4 R 4 R 4 R 2 5/73 R


RP10-CB, RP09-S, RP11-CB 10

ISS DOU8LE TRK RP02-BS 10M 3681T WOkDS, 50HZ OF10 + RP10-CA, RP03eAS, bonz

10 D'10 • RP10-C8, RPO)-SS, $OHZ 10 DF10 + RP10-CA + 4 kpOl-AS,60HZ 10 Drl0 + RP10-CB + 4 RP03_S5, 50HZ RP04-A, -a, wC, wD 8 POS

SPARE DISK PACK . CONTROL FOR RP01-A, 60HZ

B POS 8 POS 9 POS a POS e POS 9 9 DF10 Dr10

CONtROL FOR RP01-a, 50HZ CONTROL FOR RP02-A, 60HZ CONTROL FOR RPOa-S, 50HZ CONTROL FOR RP02-A (15M 12B1T WUROS) oOHZ CONtROL FOR RP02-a (15M 1~81T WOROS),-50HZ CONTROL FOR RP02-A (10 M WORPS/DRIVE), 60 HZ CONTROL FOR RP02-a (10M WORDS/DRIVE), 50 HZ

CONTROL FOR RP01.A, RP02-A cSM WORDS/DRIVL), 60 H~ CONTROL rOR RP01-s, RPO,-S (5M WORDS/DRIV~), SO HZ

OF10 D.'10CONT FOR RP10-A RP10_S

CONT FOR RP01-A, RP02-A (5M WORDS/DR), RP01-AS (10M) bOHZ RPOl wB, RP02-S (5M WJRD8/DR), RP03-SS (10 M) 50HZ

t 1 11 11 11 11 DS$XX Ds5xx 15 15 11 RrOB Rr08 Rsoa, RS09 RSOe-A, RS09-A Rsoe RS08.A R'09, RF15 RF09, lU'l~ Rr09, Rr1S Rf'09, RF15 RF09, JU"15 Rr09, Rf15 R'09, RrtS RF09, Rr1S

RP10-CA CW TRADE-IN OF RP10.A) RP10-CB (W TRADE-IN or RPio.s)

CONTROL FOR 8 RP02 OR RPO] CONT, CAS FOR 8 RPoa-A OR RPO]-AS (20M 1681t WORDS) 11Sv6UHZ CONT, CAB FOR a RPoa-a OR RPO]-aS (aOM 16BIT WORDS) 2jOV50HZ

RP11-CA + RP03-AS, 115V 60HZ RP11-ca • RP03-SS, 230V ~OHZ

RPll-CA EXCEPT H967-HA SHORT CAB, 115V RP11-ca ExCEPT H967_HS sHORT CAS, 230V CONTROL FOR RP02-A, -AS (10M l88IT WORDS/DRIV~) 60 HZ CONTROL FOR RP02.S, .es (10M lR&IT WORDS/OR!VE) SO Hz

RPG-2 (REPORT PROGRAM GENERATOR} 262K 12 BIT D~C DISK, 60 HZ CRS08-M • RaOe-f) 262K 12 BIT DEC DISK, 50 HZ (RiOa-HA + RSQ8sPA)

MECHANICAL ASSEMBLY, 60 HZ MECHANICAL ASSEMBLY, 50 K~ POWER CONTROL & LOGIC, 60'HZ POWER CONtROL' LOGIC, 50 HZ

262K 18 BIT DEC DISK WITH CAB, 60 HZ (RSOe-M + RS09 wP) 262K 19 aIT DEC DISK WItH CAB, 50 HZ (RiOi-MA + RS09.PA)

2ND DISK IN ANY CAB, 60 HZ . - . 2ND DISK IN ANy CAB, 50 Hi 3RD DISK IN 2ND OR 3RD CAB, 60 HZ lRD DISK IN 2ND OR lRO CAi, 50 HZ tST DISK WITH 2ND OR jRO CAB, 60HZ

RSOg, R$09.S, RS09.C RS09.A, RS09.BA, RS09~CA

1ST DISK WITH 2ND OR lRQ CAB, 50HZ POWER CONTROL, LOGIC, 60-H; POWER CONTROL' LOGIC, 50 HZ

RF11 262K 16 81T DEC RFt! 262K 16 BIT DEC Ri'11 Rfl1 RF11 RF11 RF'11 RF11 Ds5XX

DISK W CAB, 60 HZ CRsoe-M + RS09-y) DISK W CAS, 50 HZ (RSOS-M + RS09-P) 2ND 'OlsR IN ANY CAB, 60 HZ -2ND DlS~ IN ANY CAB, $0 HZ 3RO DISK IN 2ND OR 3RD CAS, 60 HZ 3RD DISK IN 2ND OR lRD CAS, 50 HZ 1ST DISK wITH 2ND OR ~RO 9A8, 60 HZ 1ST DISK WITH 2ND OR 3R6 CAB, 50 ~Z RSll IN H967-HA SHORT CAB, 115V 60HZ

J40DEL NO

RS11 ... F8

t:NG MGR

RS64",A GS ~S64""a GS RS64""C RS64.0 RS64-M RS64-PA RS64-PB RSl?t~-.A GT RS.X.15 RSXt5.S (iT RT01""AA RT01""AB RT01·SA RTOt·B8 RT01""C.A RT01"'CB RT01-[)A RT01",,08 RTO l-E.A RJM RT01-y RT01 .. NA RTOt-NB RT01·NC RT02-AA RT02-AB RT02.SA RJM RT02",SB RJM RT02.CA RJM RTO'2-CB RJM RT02-£l RJM RT02.EB RJM RT90 .. AA OH RT90-AB DH RT90.8A OM RT90-SS OH RT90-C.A OH RT90""Ca OM RT90.0A OH RT90 .. 0B OH RT90-EA OH RT90""EB OM RTQO.FA OH RT90",F8 OH RT90""HA DH RT90",HB OH RT90-JA OH RT90"'JS OH R.T90-KA OM RT90 .. I(B OH RT90-LA OH RT90-L8 OH RT90-~U, OH RT90",MB oH RT90.NA OH

DESIGN PROD ENGR Ji::NGR

BALL PM PM M.l MI GS GS GS CP CP CP RJM RJM RJM RJM AC AC AC AC eYR RJM RJM RJM RJM AC AC AC AC AC AC AC AC JlIM JLM JLM JlIM JLM JI"M JLM JLM JLM JLM JLM JlIM JlIM JLM JLM "11M JLM JLM JLM JI"M JlIM JlIM JLM

RR RR

MFGR AREA

TPL 1'PlJ

ess CSS CBS CSS CSS CBS CSS CSS CBS CSS CSS Css CSS CBS CSS CSS CBS CSS CBS CSS CBS CSS CSS


2 5173 R 5 5/72 R 5 5/72 R 4 6/71 R 4 6/71 R 4 6/71 R 4 6/71 R 4 6/71 R 1 6/72 Q 3 8/71 Q 1 6/72 Q 5 3/72 0 5 3/72 D 5 3/72 0 5 3/72 0 ) 7/72 0 J 1172 0 1 7/72 0 1 7/72 0 1 10/72 D 3 3172 0 5 3/72 0 5 3/72 0 5 3/72 0 5 11/73 D 5 11/73 D 4 11/73 0 4 11/73 0 1 11/73 0 3 11/73 0 1 11/73 0 1 11/73 0 1 4173 0 3 4111 0 1 4/73 0 3 4/73 0 3 4/73 0 3 4/73 0 1 4/73 0 ] 4/73 D 3 4/73 0 3 4/73 0 1 4/71 0 1 4/73 0 3 4/73 0 1 4/73 0 1 4/71 0 ] 4/73 0 1 4/71 0 3 4/73 0 3 4/73 0 1 4/73 0 ) 4/73 0 ) 4/73 0 3 4/73 0

USED ON

DS5XX Rel1, ReS.E Ret1, RC9.E NONE NONE RS64.A THRU -0, .~ R.S64-A, we RS64I1!11S, .0 15 POP1S·15 15 -• • • ---• • -RTOI.A, .8 RT01-A, .S RT01-A, .8 lSYNC ASCII UP TO 1200 BAUD ASYNC ASCII UP TO 1200 BAUD ASYNe ASCII UP TO 1200 BAUD ASYNC ASCII UP TO 1200 BAUD lSYNC ASCII uP TO 1200 BAUD ASYNC ASCII UP TO 1200 BAUD lSYNC ASC1I UP TO 1200 BAUD ASYNC ASCII UP TO 1200 BAUD ASYNC ASCII UP TO 4800 BAUD AsYNC AsCII uP TO 4800 BAUD ASYNC ASCII UP TO 4800 BAUD ASYNC ASCII UP TO 4800 BAUD ASYNC ASCII UP TO 4800 BAUO ASYNC ASCII UP TO 4aOO BAUD lSYNC ASCII uP TO 4800 BAUD ASYNC ASCII UP TO 4800 BAUD ASYNC ASCII UP TO 4800 BAUD ASYNC ASCII UP TO 4800 BAUD AiYNe ASCII UP TO 4800 SAUD lSYNC AsCII uP TO 4800 8AUD ASYNC ASCII UP TO 4800 BAUD ASYNC ASCII UP TO 4800 BAUD ASYNC ASCII UP TO 4800 BAUD ASYNC ASCII UP TO 4800 BAUD ASYNC ASCII UP TO 4800 SAUD lSYNC ASCII UP TO 4S00 SAUD ASYNC ASCII UP TO 4800 BAUD ASYNC ASCII UP TO 4800 BAUD ASYNC ASCII UP TO 4800 BAUD AaYNe ASCII uP TO 4800 BAUD ASYNC ASCII UP TO 4800 SAUD

DESCRIPTION

RS11-A IN H967-H8 SHORT CAB, 230V 50HZ 65K 16 SIT DEC DISK 115v 6SK 16 SIT pEe DISK 2JOV OEM R564-A OEM RS64-B MECHANICAL ASSEMBLY POWtR CONTROL & LOGIC, 11~V POWER CONTROL & LOGIC, 230V RASP SOfTWARE REAL-TIME ExECUTIVE RSX "PLUSP SOFTwARE 16 KE¥ REMOTE TERMINAL, 110 BAUD, 11SV 16 KEY REMOTE TERMINAL, 110 BAUD, 230V 16 KE¥ REMOTE TERMINAL, 300 BAUD ~IA, 115y 16 KEY REMOTE TERMINAL, 300 BAUD ~IA, 230V RT01.AA W RT02 KEYBOARD RTOt-AS W RT02 KEYBOARD RT0111!11BA W RT02 KEYBOARD RT01.SS W RT02 KEYBUARD RT01-AA W H.KEY ROLLOVER SPECIAL FOR STRAND HOTEL 4 DIGIT NIX1E DlSP~AY 8 DIGIT NIXIE DISPLAY 12 DIGIT NIxIE DIsPLAY 16 KEY REMOTE T~RMINAL, 115V 16 KEy REMOTE T~RMINAL, 230V LK01.R REMOTE TE~MINAL, 115V LK01-R REMOTE TERMINA~, 2JOV RT02-AA + TyPE 1 8ADG~ READER, 11~V RT02_AB + TyPE J 8ADG~ READER, 230V RT02.AA + TyPE 1 CARD READER, 115v RT02 wAB + TYPE 1 CARD REAOER, 230Y BASIC PACKAGE, sOx, ~EYSD, ANHUNC~AIO~, 11SV BASIC PACKAGE, sox, KEYSO, ANNUNCIAioR, 230~ RT90.AA BASIC PACKAGE + BADGE R~AUER, 115V BASIC PACKAGE + BADGE READER, 2l0V 8AS1C PACKAGE. CARD READER, 115V BASIC PACKAGE + CARD R~AO~R, llOV BASIC PACKAGE + 16 CHARActER DlsP~AX, 115v BASlC PACKAGE + 16 CHARACTER DISP~A¥, 230V BASIC PACKAGE + 32 CHARACTER DISP~AX. 115v BASIC PACKAGE + 32 CHARACTER DlSP~A¥, 230V BASIC PACKAGE + BADGE' CARD REAO~R, 115V BASIC PACKAGE + BADGE & CARD READtR, 230V RT90.AA + BADGE ROR , 16 CHA~ DIS~LAY, 11~V RT90-AS + BADGE RDR & 16 CHAR DISPLAY, 230V RT90-AA + BADGE ROR , JZ CHAR DISPLAY, 11~V RT90-AS + BADGE ROR , ]2 CHAR DISPLAY, 230V RT90-AA + CARO RDR , 16 CHAR DIsPLAi, 115v Rt90.AB + CARD RDR , 16 CHAR D15P~AX, 230V RT90-AA + CARD RDR , 12 CHAR DISPLA~, 115V RT90~AB + CARD RDR , 32 CHAR OISP~AX, 230V RT90-AA, BADGE & CARD RDR, 16 CHA~ OISP 115 RT90-AB, ~ADG~ & CARD RDR, 16 CHA~ ulSP 230 RT90~AA, SAOGE & CARD RVR, 32 CHAR DISP 115

MODEL NO

ENG MGR

SC12.au SNT SC12·CL SC12.CR SNT SCI2-RO SNT SCMS.AA SC\1S"'A8 5C~S-BA SC~S.BB SCl,fS ... CA SCMS.C8 5CMS",OA SCMS·EA SCMS .. PA SCMS·PB SCMS!lPPC SCMS·PD SCMS-Pro: sc~s.prr

5KtSwA SKtS-S SMCll1. -A JM 5P09 ... A ~Ptl ... KA 5Pl1-r<8 SPlt .. KC ~Ptl ... KD SPlt-KE SPI1-KP' SPit-KG 8Ptl·M~ SPlt·MS SP11"'MC SpI1-MD SPit_ME SD SP!l",MR SPtl·PA SPlt_FB SPit-PC SP11·PO SPtt·PE 5Pl1 wPf SP11"'PH SPtl",PT ~Pll"PU SP11 .. UM SPI2.A SNT SP12-e SNT SP12-C SNT 5P12 .. D SNT SP12"E SNT SPt4-A SP12·C

DES1GN PROD ENGR ENGR

JLM

Rl AW RI RI CARN eARN eARN eARN CARN CARN eARN CARN AW AW AW AW Aw AW FA FA RTH Ml nJD DJD DJD OJD DJD DJD WOB DJD DJO DJD OJD SR DJD OJO OJD OJD OJO DJD 80 80 WOB wos WOB RI RI RI RI RI JM LG


CBS 1 4173 D

8 1 2 3 3 1 1 1 1 ]

9111 B a 8

l 1 3 3 1 3 1 3 1 1 3 3 S ]

1 )

1 2 2 1 )

1 3 1 ]

3

3/73 ]/13 3/72 3/73 3/71 3/73 3/73 3/73 4/73 4/73 4/73 4/71 4/73 4113

6/72

3/72 1/72 3/72 1/72 3/72 3/72 4/73 1/72 1/72 1/72 1/72 5/71

] 1/72 ) 1/12 1 1112 ] 1112 2 3/72 l 10/72 1 10112 3 3173 ) 3/71 1 3/73 5 5 5 5 !!i 3 5

1/72

8 B 8 B 8 8 B B B B B B 8 8 S S 8 S S S S S S 8 S S S S S 8 S S S S S S 8 S S S M S S S S S S S

USED ON Dt;SCRIPTION 90

lSYNe ASCII UP·TO 4800 BAUD RT90-A" BADGE , CARD ROR, 12 CHAR OlSP 2l0V

12 12 12 12 B/E

11/40 -12 12 8/E 15 11 OPTION CAB 11/-20 fROC 11/40 PROC tl/45 PROC

MEDICAL MEDICAL MEDICAL MEDICAL MEDICAL MEDICAL MEDICAL MEDICAL

CL12 OPTION CAB C1.I12 PROC CAB 15/20, 15/30, 15/40 15/10 -9 KAt! (11/20) KAt1 t KHll KC 11 (11/15) KCl1 + KHlt KD11.a (11/05, K011-A (11/15, 11140) 11/05 Mtot11-E MM11.r

COLOR SCHEME OPTION. bLUE COLOR SCHEME OPtION FUR CL12 (B~U~ , wHIT~)

COLOR SCHEME OPTION- CHIN~SE REO . COLOR SCHEME OPTION- RUSS~T ORANG~

S¥S COLOR KIT, H957 PROCESSOR CAS SXS COLOR KIT, H957 OPT10N CAB SIS COLOR KIT, PROCESSOR CAB Irs COLOR KIT, H9S0 OPTION CAi ara COLOR KIT, CLIN LAB 12 PROCESSOR CAS sys COLOR KIT, CLIN LAB 12 OPTION CAB SYS COLOR KIT, H950 PROCESSoR CAB SYS COLOR KIT, H950 PROCESSOR CAB

PHILIPS COLoR & LOGO KIt PHILIPS COLOR , LOGO KIT PHILIPS COLOR & LOGO KIT PHILIPS COLOR , LOGO KIT PHILIPS CoLOR , LOGO KIT PHILIPS COLOR , LOGO KIT SUPPLIE~ KtT fOR gECTAP~, TTY , P~l~ SUPPLIES KIT rOR TTY STEPPER MOTOR CONtROL, 11~V 60HZ SPARE PARTS FOR POP, SPAR! PARTS FOR KAll SPARE PARTS FOR KA11 W KH11 OPTION SPARE PARTS rOR KC11 SPARE PARTS FOR KCl1 W KNi1 OPTION K011-& ~P1R! pARTS KIT KDll-A SPARE PARTs KIT COMPONE~T SPARE PARTS SPARE: pARTS

MM11-K, -L, -M, -$, MfLw-L SPARE PARTS SPARE MODULiS COMPONENT SpARES MM11.S

MF11_LP, MM11-LP MR11 e A H720-A, -8 M720.e;, _r H142, H744, H7." H746 H742, H144, H745, H746

GlOW, M7259; G2Jl SPARE PART~ FOR MR11- A SPARE PARTS SPA~E PARTS SPARE SOARD ASSEM8LIES SPARE CUMPONtNT5 SPAR~ PART8FOR H740 M140

(11/40) (11/15) 11105 11/05

H742, H744, H745 SPARE PARTS

11/05 12 12 12 12 12 14 12

H744, 5409728-Y8 SPARE pARTS SPARE PARTS FOR H140 (11!!iV) S~AR! PARTA FOR H740 (2JOV) EXCHANGE 8K MM11-~ fOR 4K MM11-K

MODULE $PARES, POP12-A MODULE SPARES, POP1a-a MODuLE SPARES, pOP12-C SPARE PARTS, CIRU1T CUMPONENTs SPARt TTY PARTS & TOOLS SPARE PARTS FOR POP14 MODULE SPARES, PoP12-C

MODEL ENG DESIGN PROp MFGR STATUS CATEGORY USED ON DESCRIPTION 91 "0 MGR ENGR ENGR AREA MO/YR

SPt2-0 LG 5 oS 12 SPARE PARTS, CIRUIT COMPONENTS SP14-MR AR ) S MR14 SPARE MUDULES FOR MR14 SP1S-A FA ] S 1S/10 SPARE MODULES, COMPONENTS, TTY PARTS " TOULS SP15t!1B 'A 1 S 15/20 SPARE MODULES, COMPONENTS, TTY pARTS 6. '1'001.5 SP1S-C F'A 3 S 15/30 SPARE MODULES, COMPONf;NTS, TTY PARTS 6. TOOLS SP15-D FA 1 S 1S/40 SPA}{E MODULES, COMPUNLNTS, TTY PARTS 6. TOOLS SP16·A JLE 3 9/72 S 161M SPARE MODULES SP4S-KA SO ] 1/72 S 11/45 SYSTEM TOO1.S SP4S-J(B 80 1 1/72 S 11/45 PROCESSOR SPARE MODULES SP4S-KC 80 3 1/72 S 11/45 CONSOLE SPAR! BOARD ASSEMBLy SP45"KD BO 3 1/72 S KTI1-C MEMORY MANAGEMENT SPARE MODULES SP4S-KE SO 3 1/72 S ,Pl1-S FLOATING POINT SPARE MODULES SP4S.KF SO 1 1/72 S 11/45 sPARE COMPONENTS SP4S.MA BO :I 1/72 S MS11-8C, -SO, (118M MOS MEM SPARE MODULt;S SP4S-MB 8D 3 1/12 S MSll-ee, ·eM BIPOI"AR MEM SPARE MODULI:,;S SP4S·MC BD 1 1/72 S MS11-ac, -SO SPARE COMPONENTS 5P4S"MD eD ] 1/72 S MS11-CC SPARE COMPONENTS SPS-CR liT 3 9/72 S CRS.&, CMS-t; SPARE PARTS, 1ST LEVEl" SP~.CS LT 3 9112 S CRa-E, CM8-~ SPARE PARTS, 2NO LEVEl" SP88DB R8R 3 9/72 S DB8.E SPARE PARTS Spg"OK AOu 1 9/72 S OKS.EA, wEC 1ST LEVEL SPARE PARTS SP9 .. OL JC AOL ] 9/72 S OKS.EA, .,EC 2ND LEVEL SPARE PARTS SP9-EA. ~'K 3 1/72 S t<KSt!lE, MM8-!; 1ST LEVEL SPARE PARTS FOR KK8"'L, flP4!8"£' 5409728 SPS.ES 13K 1 1/72 S KKSeE, MMS-E 2ND LEVEL SPARE PARTS fOR KK8.E, wtJ_~, 5409128 Spe_EC JC JK 3 9/72 S 8/E, KK8"e:, MM8-EJ 1ST LEVEL SPARE PARTS SPq.ED JC JK 3 9112 S liE, K)(8-E, MM8"f;J 2ND LEV~L SPARE PART~ (COMPONENTS) Spa.FA JC JK 3 9/72 S 8/F, KI(.8.£, MMS.t 1ST LEVEL SPARE3 (It~) Spe.Fa JC JK \ l 9/72 S 8/', )(')(8eE, MMS_E 2ND LEVEL SPARES (4K, COMt>ONENTS) SPS.FC JC JK 1 9112 S alP', KKS-E; MM8",EJ 1ST LEVEL SPARES (81<.) SP~'h·FD JC JK 3 9/72 S 8/F, KKfh.E, MMe-E'" 2ND LEVEL SPARES (8K, COMPONENTS) 3PR~IA RR TPL 3 S ell, NEG BUS SPARE PARTS FOR POP8/l 6. tTY SPA",I8 RR TPt, 1 S 8/1, POS SUS SPARE PARTS FOR PDPS/l " TTy SPq.KA JC LT 1 9/72 S KA8-E SPARE PARTS SPR",KD JC LT 1 9/72 S KD9.E SPARE PARTS SP8.KE JC GHL 1 9/72 S KEg·! SPARE PARTS Spq",KG JC RBR 1 9/72 S KGB.E SPA~E PARTS SPg.KM JC 1,"1 3 9/72 S KM8-E SPARE PARTS SP9",J(P JC LN 1 9/72 S KP8"E SPARE PARTS SPQ".L RR TPL 1 S 8/1" SPARE PARTS f'OR POPS/I" " TT'i SPA "JJC JC ,jf( ) 9/72 S Lce-!: SPARE PARTS SPq.MA JC GHL 1 3/73 S 81M, KK8w£, MMS.E 1ST LEViL SPARES (4K) SPR.MB JC GHL 1 )/73 S 81M, KK8 e;:, MM8-E 2ND L~V~L SPARES (4K) SPS-MC JC GHL 1 ]/73 S 81M, KI<8-£, MMe-! 1ST LEVEL SPARES t 810 SPq.~D JC GMt 3 3/73 S 81M, KI<S-E, MM8-! 2NO LEVE.L SPARES (8K) 5P9.MI JC LT 3 9/72 S MIS-E SPARE PARTS SPR.MP JC ~T 1 9/72 S Mpa.! 1ST LEVEL SPARE PARTS ~PQ",MQ JC BT :. 9112 S MPa",e: 2ND LEVEL SPARE PARTS SPS",MR JC we 3 9112 S MRS.! SPARE PARTS spe.TD JC OA 3 9112 S TD8.E 1ST LEVEL SPARE PARTS SP9",TE JC OA 1 9112 S TOg.! 2ND LEVtL SPARE PARTS Spg .. XY JC LN 3 9/72 S Xya.E SPARE PARTS SPF't'·MM JO 2 4/73 S 11 SPARE MODULES FOR MM11~Y SPFt2~A DDM :3 5 12-A, ~B, ·.c QUIET FAN KIT SPF'12-S OOM 1 S 12 QUIET CARAV~L FAN SPF1'''C OOM 3 S 12 QUIET I MurrIN rAN KIT YUH OPTluNS

MODEtl "'0

SPM12·tO 5PM12·20 SPM12.JO 5PM12-40

~NG

MGR

SP~T2 RJM STOSE.CA JC 5TD8·~:C JC 5TORE-CC JC STf')SF:-CD JC 5·T08E-FA JC STD~E-F'B JC STORf.-F'C JC ST08E-FD JC SWSDP-I0 SWSTO .. I0

TAt')t .. A TA08"'NA BE TAOS.NB BE TAOe",PA BE TA08-PR BE TA t 1 ~D TA11-AA 80 TA11-AB BD TAB .. AA TAB .. AH TAlh,E Teflt TC020 TC02"",A TC02·S TC02·C Te08 TC08-A Tcoe .. HA TCOR-HB Tcoe-N Tcoe-NA tC09 TC10-CA JLM TctO.CB JLM TC10-CC JLM TC10"'CO JLM TCI0·CE JLM TC10 .. CF JLM TctO .. P JLM TC10.PN JLM TC10 ... N JLM TC 11 TC11""GA SO TC11"'G8 BO TCt2 TC t 2-'" TCt5

DESIGN PROD ENGR E~GR

DOM DOM OOM OOM AC PG PC PG PG PG PG PG PG J"IHD OHD

BV DPS DpS OPS DPS ORM ORM ORM LN LN LN M1 MI "'1 '11 1011 LN LN RHM RHM LN LN MI EM EM EM EM EM EM EM F.M EM PJ PJ PJ DOM OOM fA

MFGR AREA

CSS SSCAL SSCAL SSCAL SsCAL

TPL TPL TPL TPL TPL

TPL e5S ess Css CSS CSS ess CSS Css CSS

STATUS CATEGORY MOIYR

3 S 1 S 1 S 3 S ) 1173 S 1 12/73 E 1 12/73 E ] 12/73 E 3 12/73 E 1 12/73 E 3 12113 E 3 12/73 E 3 12/73 E 1 7172 Q 1 9/72 Q

2 T 2 1/73 T 2 1/73 T 2 1/73 T 2 1/71 T 3 8/73 T 3 9/73 T 1 8/73 T 4 12/72 T 4 12/72 T 4 12/72 T 6 7171 T 6 7/71 T 6 7/71 T 1 T ] T 5 T 5 T :I 9/72 T 1 9/72 T 5 T 5 T 1 7/71 T 1 6/73 T 3 6/71 T 3 6/73 T 1 6/73 T 1 6/71 T 3 6/73 T 1 6/73 T 3 6/73 T 3 6/73 T S 10/71 T ] 3173 T ) ]/73 T 5 T 5 T 5 3/71 T

USED ON DESCRIPTION

1~/I0 SPARE MODULES FOR 12/10 12/20 SPARE MODULES FOR 12/20 12/30 SPARE MODULES FOR 12/JO 12/40 . SPARE MODULES FOR 12/40 RT02 SPARE PARTS KIT PDP9E.FK, MIS.EL, TAS.AA, RK8.EA, LA30.PA, Lca-E, OS/8 H9bO.SC, 115V bOHZ PDP8E.FL, MIS-EL, TAS-AB, RKe-ED, LA10.fO, Lea-E, OS/8, Hg60-eO, ~lijv 50HZ PDP8!.rs, MIS.EL, TAB_AA, RK8.EA, LA30_PA, Lce-E, 05/8, H960.ac, il$v 60HZ POP8E.FT, MI9-EL, TAS-AB, RKS-EO, LAlo-PD, LCe-!, OS/8, H~60-BD, ~lOY 50HZ - OEM ST08E-CA, 115V bOHZ _ OEM STOSE-ca, 230V 50HZ • OEM STDSE-ce, 115V 60HZ - OEM STD8E-CD,230V 50HZ to DATA PRoe SUPPORT PKG. 20 WK SOfTWARE SUPPORT 10 STANDARD SUPPORT PACKAGEI 6 WEEK SOFTWARE SUPPORT

TM10-S 8 NEG 8 NEG 8 POS 8 pos 11 11 11 lIE e/E 8/E 9 9, 9/L 9, 9/L 9, 9/L 9, 9/L 8 pos 8 POS 9 pas 8 POS 8 Ni;G 8 NEG 9 10 1/0 + OF10 OR OMI0 10 1/0 + OFI0 OR OM10 10 1/0 + 0'10 OR DM10 10 1/0 + 0'10 OR OM10 10 1/0 + OF10 OR OM10 10 1/0 + OF10 OR OMI0 TC 1 O-CA, ·e8 TC10-CA, .eB TC10-CA, ·C8 11 11 11 12 TC12 15

INTERFACE FOR AMPEX TM16 TU60-AA + CONT, 115V TU60-AB + CONT, 2~OV TU60-AA + CONT, 11'Y TU60-A8 • CONT, 2)OV CASSETT~ CONTROL FOR TU60, M7892 TAll + TU60-AA, RACK MOUNT~ 115V TAll + TU60.AS, RACK MOUNT, 230V TAa.E. TU60-AA, "RACK MOUNT, 115 V TA8.t + TU60-A8, RACK MOUNT, alOV CASsEtTE CONTROL (M83l1) fOR TU60 DECTAPE-CONTROLCTU5SJ- " CONTROL WITH SPACE ,OR 4 TU55, 60HZ CONtROL WITH IPAct fOR 4 TU55, 50HZ TC02 IN Hg50 CAB, 60HZ TcOa-A IN H950 CAB, 50HZ POS BUSOECTAPE CONTROL, 60 HZ POSITIVE 8US DECTAPE CONTROL, 50 HZ TCOS W NO CA8INET, 60RZ TCoa-, W NO CABINET, 50HZ NEGATIYE 8US DICTAPE CONTROL, 60 HZ NEG 8US DEC TAPE CONTROL, 50 HZ DEC TAP! CONtROL W SPACE FOR 4 Tu55 TAPE CONT W FORMATTER-FOR TSU42~A; TSU43.A TAP~ CONT W FORMATTiR FOR TSU42wS, tSU43-S

2 T8043-A DUAL DEN MAGTAP£S + TC10 weA, TClO.PH, 60Hz 2 TSU4l.8 DUAL DEN MAGTAPES + TClo-ca, TCtO.PH, 50HZ 5 TSU43-A DUAL DEN TApEs + TC10~CA, 2 TC10-PN, 60HZ 5 TSU4].B DUA~ DEN TAPES + TC10-C~, 2 TCla_PH, 50HZ 150 IPS 1600 8pi PE FORMATER 150 IPs 1600 8Pl PE & 800 BPI NRZ FORMATT~R 150 IPS 800 BPI NRZl FORMATTER

DECTApE CONTROL , CAB fOR 8 D~CTApEs TCll + TU56, 11SV Tell + TUS6, 230V LINC TApE CONTROL OECTAPE/LINC TAPE FORMAT CONVERTER OECTAPE CONTROL W SPACE FOR 4 TUSb

MODEL ~O

TC50 TCSS TC59

ENG MGR

TC59.0 TC59-H BE TOtO-AA TDIO-AS T010-8 TOI0·CA TDI0·CB TOI0-GA T010-G8 TOe-E TDS",EH TDS.EJ TOB.EM TO~",ER

TLQ-AA JC TLS .. AB JC TLS.AC JC TLS.AO JC TM01·0 TM10.A TM10-a TMI0-C TM10.D JLM TMI0-E JLM TM'.OC .. EA TM10G.E8 TMtOG"'FA TMI0C-P"B TMI0-U TM11-A so TM11-S SO TMI1-EA SO TM11.EB 80 TMt1-EC BO TM11-ED BD TM11-f"A BO TMtl-FB BD TMI1-Fe SO TMt 1-'"0 SO TM12-EE SNT TM12.EF SNT TMt2.EH SNT TM12.£J SNT TMi2.FE SNT TM12-P"F SNT TM12.FH SNT TM12-rJ SNT TM9 ... E "C TMg .. EA JC 1M9",E8 JC TM9_EC .JC TMSJ .. ED JC

DESIGN PROD [NGR !NGR

JDL RF RF RWI DG DG DC DG DG DC DG OA DA OA OA DA PG PG PG PG WF JS JS Js WF WF' Js JS JS uS uS BPr BPr Bpr spr BPr SPF BPr BPF spr BPr RI RI RI RI RI ~l RI RI GHL GHL GHt GHL GHL

MFGR AREA

TPL

SSCAL

CSS

CSS cas


4 T 5 T 6 1173 T 5 T 1 5/73 T 5 T 5 T 5 T 1 1/72 T 3 1/72 T - S/7t T - 8/71 T 4 10/71 T -- 5/71 -• 5/71 2 10/72 2 10/72 2 10/72 2 10/72 l 2172 5 5 6 1 :I 6 6 6 6 -

7/72 5/72 5/72 7/72 7/72 7/72 7/72 8/71

) 5/71 3 1/72 J 3/7] 3 ]/73 1 3/7) 3 3/7] 3 3/73 1 3/73 3 3/73 3 1/73 3 10/72 3 10/72 3 10/72 1 10/72 3 10/72 3 10/72 3 10/72 1 10/72 4 S/73 --"

T T T T T T T T T T T T T T T T T T T T T T T T T T T T T T T T T T T T T T T T T T

8,9 8 9 OWlS OWlS 10 10 TD10.A 10 1U 10 10 8/E filE alE 8/E alE 8/E 8/E elf:: B/E TM10.0 10 Of10 TM10.A OF'10 10 10 10 10 10 TM10-A 11 11 lP 11 t 1 11 11 11 11 11 8 pos 9 POS 8 POS 8 POS 8 POS 8 POS 9 POS 8 POS 9/£ tiE 8/E B/E 8/E

USED ON DESCRIPTION

G~N~RAL MAG TAP~ CONTRO~ MAG TAPE CONTROL fOR TU20 MAG TAPE CONTROL FOR TU20 TC59 ON POP15

93

TC59 MODIfIED TO ACCEPT TU10 &/OR TU40 MAGTAPES CONTROL W SPACE fOR 3 TU55, 60 HZ CONTROL W SPACE FOR 3 TU5~, 50 HZ EXTENDER CAB FOR TD10~A CONTROL W SPACE fUR 3 tu56, 60 HZ CONTROL W SPACE fUR 3 TU50, 50 hZ TDIO .. CA + TU5& T010.CB • TU5b DECTAPE CONTROL, SIMP~E (M8b8l TDS",E + TU56 111 MH TD8111E + TU56-MJ (TABLE TOP) TDS.E + TU56 wM T08.£ • TU56-MR (TA8LE TOP)

TA8~AA, LA10-PA, RACK MOUNT, 115V 60HZ TAS.AB, tAlO-PB, RACK MOUNT, 230V 60HZ TAB-AA, LA10-PC, RACK MOUNT, 115V 50HZ TAS.A8, LA]O.PD, RACK MOUNT, 230V 50HZ

INTERFACE TO IBM 729-6 CONTROL FOR TU20, TU10 l/U CONTROL FOR TU20 OR TUlO CHANNE~ CONVERSION KIT, TM10.A TO·TM10.a CONTROL FOR 729-6 ISM MAG TAPE CONTROL FOR 729~6 ISM MAG TAPE

TM10.A + 2 TU10A-EE (9 TRACK 45 IpS 115V bOhZ) TM10eA + 2 TU10A.EJ (9 TRACK 45 IPS 2JOV ~OhZ) TM10.A + 2 TU10A-rE (7 TRACK 45 IPS 115V 60hZ) TM10_A + 2 TUlOA-FJ (7 TRACK 45 IPS 2l0V 50rlZ)

Ofl0 + TM10-a (w TRADE~lN Of iM10.A) MAG TAPt: CONT FOR TU 1 O-EA, wEe, --fA, .Fe, 1 i 5 V MAG TAPE CONT FUR TU10-gs, .EO, -~S, -ro, 2joV

TMtl-A + TUlO.EA, 115V bOHZ TM11-B + TU10.Ea, 2l0V 60HZ TM11-A + TUIO-Ee, 115V 50HZ TM11",a + TUlO-ED, 2l0V 50HZ TM11-A + TU10.FA, 115V 60HZ TM11.a + TU10.'8, 230V &OkZ TM11-A • TUIO-Fe, 115V 50HZ TM11"S + TU10.FO, 2l0V 50HZ Dwoa-A + TC58 + TutO-~E OWOS.A + TesS + TU10_EF Dwoa-A + TCSS + TUIO-~H OWOS-A + TCS8 + TUIO-EJ DWOS-A + TCS8 + TU10-YE DwOS-A + TCS8 • TU10-" OWOS_A + TC5S + TU10.fH Dw08~A + TCS8 • TU10-YJ

MAG TAPE CONTROL fOR TUlO.EA 1'tlHU '!lED, .fA THio<U -1'0 TMS-E + TU10-EA TM8-! + TU10-£8 TM8.E + TU10.EC TMS .. E + TUIO.ED

MODEL ENG DESIGN PROD MFGR STATUS CATE;GO~l' USED ON DESCRIPTION 94 NO MGR £NGR F.NGR AREA M01YR

TM9.FA JC GHL - T 8/t.: TMS-E + TU10·r~A TMq-FB JC GHL • T S/E TMB",E + TU10-(o'13 TMA .. FC JC GHL '" T 8/E TM8-!: ... TU10·fC TMS.FO JC GHL '" 'I 9/E TM8 ... E + TU10-fO TMS11-M JLM CV C5S 3 1Q/72 T 11 CONT FOR S CDC 9103 MAG TAPES, 7 TR, 112.~ IPS, 556 BPI TR02-NA RW LVP 6 8/73 T A N~G RI!:AOhHHTE INCR TAPE CONT, 1 TRAN$PURT TR02-NB RW LVP 6 8/73 T 8 Nr:G WRITE ONLY INCR TAPE CONT, 1 TRANSPORT TR02-NC RW IJVP 6 8/73 T Q NEG REAP/wRITE INCR TAPE CONT, 2 TRANSPURTS TR02-NO PW LVP 6 8113 T 8 NEG wRITE O",I"y INCH TAP~ CONT, a TRANSPORTS TR02-PA RW LV? 6 8/7,J T 8 pas READ/wRITE INCR TAPt; CaNT, 1 TRANSPURT TR02-PB RW LVP 6 8/73 T 9 POS WRITE ONLY INCR TAPE CONT, 1 TRANSPURT TR02-PC RW LV? 6 8/73 T 8 pos READ/wFUTE INCR TAPE CONT, 2 TRANSPUR'l'S TR02 .. PO Rw LVP 6 81'73 T 8 PQS WRI'rE ON.LY INCR TAP~ CONT, 2 TRANSPORTS TRO.h'OA r'lH css ] T 15 R~AO/tHHTE INCR TAPE CONT, 1 TRANSPURT TR01-08 Dii Cas 1 T 15 READ/wRITi: INCR TAPE CONT, 2 TRANsPUR'rs TR()3.0C OH CSS 3 T 15 REAO/WRIT&; INCR TAPt; CaNT, l TRANSPURTS TR01-OD DH css 3 T 15 READ/wRITE INCR TAPE CONT, 4 TRANSPORTS TROS.AA RW CSS 1 T 8 POB CONT ,'Of<. PEC 0000/7000 SYNC Rt;;AO/wRlTE, l·UNIT TPOS--A8 RW CS5 3 T 8 pas CO NT FOR PEC ~OOO/7000 SYNC RI:;AO/wRlTE, 2 UNITS TR05-AC RW CSS 3 T 8 NEG CONT f'OR PEC 6000/7000 SYNC ReAD/wRITE, 1 UNIT TROS.AO RW eBB 1 T 9 NEG CaNT FOR PEC bOOO/7000 SYNC Rti:AO/WR1TE, 2 UNITS TPOS·EA ABW css 3 5112 T 1.5 CONT fOR PEC 6000/7000 SYNC REAO/wRlTt:, 1 UNIT TROS-EB AaW CS5 3 5112 T 15 CONT FOK PEC bOOO/7000 SYNC READ/WRITE, 2 UNITS TROS!pEC' A8W CBS 1 5/72 T 15 CONT FOR PEe bOOOl1000 SYNC READ/wRIT!:., 1 UNI'l'S TROS",~1) l8W CSS 1 5112 T 15 CONT FOR PEC 6000/7000 SYNC RtAD/wRlTt;, 4 UNITS TR05""F' OF SSCAL ~ 9/72 T t 1 CONT, PEC 6000/7000 SYNC READIWRITE, 1""4 ur·f!Ts TRO&-AA CSS 1 T 8 pos CONT, pEC 6000/7000 SYNC READ Ai"T1',;R W.RI'l'E, 1 UNIT TP06-A9 CSS 3 T 8 POS CONT, PEe 6000/7000 SYNC READ AFTi!,;R WRITE, 2 UNITS TPO~.-A(" CSS .3 T e Nt:.:G CONT, PEe 6000/7000 SYNC READ AfTt;R WRITE, 1 UNIT TR06-AJ'I) Css 1 T 9 NEG CONT, PEC 6000/7000 SYNC READ A,'TER WRITE, 2 uNlTS TROe-E' -'8- css 1 3111 T tS CONT, PEC 6000/7000 SYNC READ Af'Tt;R WI< Iff;, 1 UNIT TROo·E8 ABW CSS 2 3/71 t 15 CONT, pEC 6000/7000 SYNC READ Af"Tt:R WRITE, 2 UN1TS TR06-EC ABW CSS 2 7111 T 15 CONT, PEC 6000/7000 SYNC READ Afi'TE;R WRITE, J UNITS TR06·ED APtw CSS 2 7/71 r 15 CONT, PEe 6000/7000 SYNC READ Ar'Tt;R WRITE, 4 UNITS TR06-F OF CSS .3 1/71 T 11 CONT, PEC 6000/7000 SyNC READ Af'Tt;R WRITE, 1-4 UNITS TR07-A SK CSS 1 2/72 T 8 CONT FOR PP.;C 6640 PHASE ENCODi;O TAPtt; & FORMATtER TR01-AC RW SK LVP .3 10112 T 8 Pas CONT & fORMATTER fOR 4 PEe 6640 p£ MAG TAPES TR07 .. AO RW SK LVP 3 10/72 T 8 POS CONT " 2 f'ORr.tATTERS FOR 8 PEC Ob4() p. E. MAG TAPES TR07-r JLM SK CSS 1 8/72 T 11 CONT P'OR PHASg t.;NcOOED f'ORMAT'J:ER TR07.fC JLM 51'. CSS 3 3/13 T 11 TAp6; CONTHOL 6i fORMATTER FOR 4 pEC 6640 PE MAG TApi:s TR07.F'O JLM SK CSS ) 3171 T 11 TAPf!: CONTROL &. 2 fORMATTERS FOR 8 PEC 6640 PE MAG TAPt;S TR07.FE MH MH ssnK ] 3/13 T 11 WIRr.; WRAP VERSION or TR07-FC TR07.FF MH MH SSUK 1 3/73 T 11 WIRE WRAP VERSION Of TR01.FD TR01-Fl.f UR 5SMU 1 7/13 T 11 TR07·FC IN ONE SYSTEM UNIT TR07.P\J UR SSMU 3 1/73 T 11 TR01.P'O IN T~O SYST£M UNITS TROS.F JLM DH CSS 1 12/72 T 11 CONT FOR ~ TC10.PN DUAL OE;NSITY FORMATTERS TROA-fo"C JLM OM css ] 12/12 T t 1 DUAL DENSITY 150lPS TAPE SY51 TROS-f' + TC10.PN + 'l'$U43"A, 60HZ TR09-YO JLM OH CSS 3 12/72 T 11 OUAlJ OENSlTY 1501PS TAPt.: SySI TROe-r + TClO-PH + TSU43-S, 50HZ TRoe-I"r. JLM OJ.{ CSS 3 12/72 T 11 DUAlJ DENSITY 150IPS TAPE SYSI TROS-F ... tCl0·PN + 2 TSU41"A, 60HZ TR09-f'F JLM OH CSS 3 12/72 T 11 DUAL DENSITY 150IPS TAPt: SYS, TROa.f + TC10-PH + 2 18U43-", 50HZ TROJh"FH JLM OH ess 3 1/73 T 11 TR08.,.f ... TC10-N + TSU41.A 150 IPS NRZI MAG TAPE, oOHZ TROe-FJ JLM OH CSS ] 3/7] T 11 TRoe-r + rC10 .. N + TSU41-8 150 IPS NRZI MAG TAPE, 50HZ TRoa-FK JLM DH cSS l 1/73 T 11 TROS-,. .. rCl0-N + 2 TS1141-A 150 IPS NRZI MAG TA'~, 60HZ TR09-,.T." JLM OM CSS ) 3/73 T 11 TROS.,. + TC10'!lN + 2 T5U41-8 150 IPS NRZI MAG TAPE, 50HZ TRoa-rr" JLM OH CSS 1 1/71 T 11 TRO 8 .1" + TC10·P + TSU42wA 150 Ips Pi: MAG TApE, flOHZ

MODEL ENG OESIGN PROD MFGR STATUS CATEGORY USED ON DESCRIPTION 9~ NO MGR ENGR ENGR AREA. MO/'iR

TR08·FN JLM OK CSS 1 3111 T 11 TR08-Y + 'Ie t O-P + TSU42'!!1A 150 IPS Pi; lt1AG TAPE, 50liZ TRoa·FP JLM OH Css 1 3/73 T 11 TRoa.F ... 'IC10 .. P ... 2 TSU42.A 150 IPS FE MAG TAP~, 60HZ TR09 .. FP JLM DH CSS 1 3113 T 11 TRoe_f + TCIO.P + 2 TSU42-S 150 IPS PE MAG TAPE, 50HZ TR19-F JLM MS CBS 3 9/72 T 11 CO,~T rOR HP7970 PHASE ENCOD~D MAG TAPE TSU42",A JLM EM CSS ) 8/72 T TC10"P, .PN 150 IPS 9 TR 1600 BPI pt; MAG 'rApE; UNIT, 60HZ T5U42-B JLM EM CSS 1 8112 T Teto.p, .PN 150 IPS 9 Tf!. 1600 8PI P1',; MAG l' APE UrU'I, 50HZ TSfJ43-A JtM EM CSS 1 8/12 T TC10.PN lS0 IPS 9 Tf!. 1600 BPI p~ OR 800 BPI NRZI MAG rAPt.; UNIT bOHZ TSU43.B JLM EM CSS 3 9/72 T TC10",PN 150 IPS 9 TK 1600 BPI pr; OR 800 BPI NRZl MAG '{APE U~ll 50HZ TIlt OA.EE RBt JS 1 2112 T tMI0 TUI0.EE w QUICK.LATCH CuNNECTUR (9 TRACK 45 IPS 115v bOHZ) TUI0A.EJ RBI., JS 3 2/72 T TM10 TU10lllEJ w QUICK.LATCH CONN (9 TRACK 45 lPS 230 V 5l)H~) TUtOA.FE RBL JS 1 2/72 T T/!tHO TU10lllrE W QUICK.LATC~ CUNN (7 TRACK 45 lPS 115V bOH~) TUI0A.'J RBI" JS 3 2/72 T TH10 TUI0-FJ w QUICK.LATCH CONN (7 TRACK 45 IPS 23QV 50 HZ) TUI0S·EA LH GOG 3 10/73 T GT44 TUI0·EA 1 H9b7"KC (9 TR 45 IPS MASTEk 115V 60HZ) TU10S-EO LH GOG 3 10/7] T GT44 TU101ll£0 IN rl9b1-KD (9 If( 45 Ips MASTER 230V 50HZ) TUI0 B",F;g LH GOG 3 10/73 T GT44 TUI0""EE IN H967.J<C (9 TR 45 IPS SLAV~ 115'1 60HZ) TUtOB-EJ I.,H GOG ) 10111 T GT44 TUI0'!!lEJ IN H9b7.J(D (9 TR 4S IPS SJ.,AVE 230V 50HZ TUtoa.FA I.,H GOG 3 10113 T GT44 TUI0 ... fA IN M967.KC (1 TR 451PS MASTER 115V 60HZ TUtOR-FO LK GOG 1 tO/73 T GT44 TUI0."-0 IN H967-KO (7 TR 4S IpS MASTER 210V 50HZ) TU108",FE LH GOG 3 10113 T GT44 TUI0·fE IN H957.KC (7 TR 45 IPS SLAvE 115V bOHZ) TU10S.'J LH GOG 3 10/73 T GT44 TUI0 ... fJ IN H951.KO (7 TI< 45 IpS SJ"AVE 230\1 50HZ) TUtOC .. EE RBL JS ] 8/72 T 10 TMI0l!l!A + TU10A-EE (9 TRACK 45 IpS MAG TAPt,;, 11SV bOHZ) TU10C.EJ RBL JS 3 8/72 T 10 TM10-A ... TU10A-J:;J (9 TRACK 45 IPS MAG TAPt., 2JOV ~OttZ) TU10C",FE RBI., JS 1 8/72 T 10 TM1O"A + TUIOA-f'E (7 TRACK 45 IPS t-\AG TAPr.., 115V 60HZ) TU10C.FJ flBL JS 3 8/72 T 10 TM10""A + TU10A"fJ (7 TRACK 45 IPS MAG TAPt;, 2jOV ~OttZ)

TU100-E:A BAL.L 2 9/72 T TM11·A, TMBwE TUI0·t,;A IN tt9b1.UA SHORt CA8 rUlon"ED BALI" 2 9/72 T TttHleS, TMS.E TUI0-eO IN H9b1",Ub gH(jR'l' CAS TU100",EE BALL 2 9112 T Tess TC59 TU10.EA .f'A TU1.0D.EA .FA TU10·r.;E IN H9b7.EA SHOR'I CAB TU100-EJ BALL 2 9112 T TC58 lC59 TU1O-ED -,'0 Tul0D-ED .FO rU10-£J IN H9b1.EB SHURT CAB TU100.FA BALI" 2 9112 T TMll-A, TMB",E TM10·"A IN H9b7.UA sHUR'i' CA8 TUton.yo BALL 2 9/72 T TM11 wA, TMS.E TM10.f'D I~ 11907.U8 SHUR1' CAS T"1100.FE BALL 2 9112 T TeS8 TCS9 TUtO-EA -fA TU100-£:A .FA TU10-fC; IN H9b7.EA SHUR'f CAB TU100.FJ BALL 2 9112 T TCS8 TC59 TU10",£D -fO TU10D.gO .YO TutO·fJ IN ri967.E8 SHUR'i CAB TutO·EA R8t JH 5 5112 T TM11·A TM8",E MASTE~ 45 IPS 9 TRACK DuAL HEAD

T DEC MAG TAPE UNIT, 60 HZ 115V TU10·EB RBL JH 5 5112 T TM11·a 1MS.E 60 HZ 2l0V TU10.EA TU10-EC RBI" JH 5 5/72 T TM11eA TM8 .. E 50 HZ 115V TU10.EA TU10 .. EO RBI., JH 5 S/72 T TM1111!1S 'HHhE 50 HZ 2l0V tUl0pEA TU10-EE RBI" JH 5 5/72 T TCS8 TC59 TU10",t;A, ",FA' SLAVE 45 IPs 9 TRACK QUAL Ht,;AD

T O(:;C MAG TAPE UNIT, 60 HZ 115V TUtO·EF RBJ., JH 5 5/72 T TCS8 TC59 TU10"'~B, .,FB 60 HZ 230V TU10.Et; TU10.f;H RBI" JH. 5 5/72 T TeSe TC59 TU10",EC, .FC 50 HZ 115V rU1O.Et; TUtO-El' RBI" JH 5 5/72 T TCSS TC59 TU10"'~D, "YO 50 HZ 2l0V lUl0 .. EE TU10.'A RBI., JH 5 5112 T TM1111!1A TM8 .. E MASTER 45 IPS 7 Tf(,ACK DuAL HEAD

T DEC MAG TAPE UNIT, 60 H~ 115V Tuto-n~ R8L JH 5 5/72 T TM11 .. a T~8·E 60 HZ 230V TU10",P'A TU10pFC RBJ., JH S 5/72 T TM11-A TMS.E 50 HZ 115V lUI0"FA TU10·FO R.BL JH 5 5112 T TM11 .. S n~8.E 50 HZ 230V TU1O.FA TU10-FE RBI., JH I) 5/72 T TCSS TC59 TU10",EA, ",FA SLAVE 45 IPS 7 TRACK LlUAL Ht:AD

T DEC MAG TAPr.; UNIT, 60 HZ 115V TU10-FF R8L lJH 5 5/72 T Te58 TC59 TU10.1:.:8 ·FS 60 HZ 2l0v TU10.FE TUtO",FH RBI" JH 5 5/72 T Tess TCS9 TU10-ti:C .Fe 50 HZ 115V TU1O-Ft; TU10-F,' RBI., JH 5 5112 T TCS8 TC59 TU10.EO ·FD 50 HZ 230V TU10 .. ft.: TU20·AA RBL HO 5 T TCS8 TC59 TM10 TU10.EA,B .FA,a DATAMt;C 9 TkACK 2020 DEC M(JU bOHZ TU20 .. A8 RBL HO § T TC58 rC59 TM10 TU1O .. EC,D .FC,O DATAMEC 9 TRACK 2020 DEC MOLl 50HZ TU20""SA RBI., HD 5 T TeS8 TCS9 TM10 T'Ul0.EA,B .FA,S DATAMEC 7 TkACK 2020 DEC MOO bOHZ

MODEL NO

ENG MGR

TU20-S8 RBL -TU22-A TU22·8 TU22·£ TU22-P TU2S·A TU25-a TU2S-g TU2S.F TU2S-A TU28,,8 TU29"'C TU28-0 TU'9.E TU28",r TU28-H TU29-J TU30·AA TUlO-AS TU30-SA TU30""'88 TU40-A TU40.8 TU40-CA FW TU40.C8 FW TU40-GA TU40-GB TU40·UA TU40-UB TU40 .. VA TU40·V8 TU41-A TU41.8 TU41"CA rw TU41",C8 rw TU41·GA TU41·GB TU41-RA TU41·RB TU41-UA TU41.U8 TU41·VA TU41-V8 TU55 RBr" TU.5S-A RBI., TU56 RBt, TU56"'C RBL TU56.H RBI" TU56-HC RBI., TU56-M RBI" TU56-MC RBI" TU56-MD RBI" TU56 .. MH RBL TU56-MJ RBI" TU56"MR RBL

DESIGN PROD tNGR ENGR

HD RW Rw RW RW RW Rvl RW Rw RW RW RW RW RW RW RW Rw DG DC DG DG RLD RLD RLD RLO RLO RLD RLO RLD RLO RLD RLD RLD RLD RLD RLD RLD RLD RLO RLO RLD RLD RLD HD HD HD MI HD MI HO Ml MI HD HD HD

RR

RR

RR RR

MFGR AREA

LVP LVP LVP LYP LVP LVP LVP LVP LVP LVP LVP LVP LVP LVP LvP LVP


5 T 6 8173 T 6 8/73 T 6 8/73 T 6 8/71 T 6 8/73 T 6 8/73 T 6 8/71 T 6 8/73 T 6 8/73 T 6 8/7l T 6 8113 T 6 8/7) T 6 8/73 T 6 8/71 T 6 9113 T 6 8/73 T 5 T 5 T 5 T 5 T 1 1/72 T 1 1/72 T 1 S/72 T :3 8/72 T 6 7/72 T 6 7/72 T - 8/71 T - 8/71 T - 8/71 T .. 8111 T 1 1/72 T 3 1/72 T 1 S/72 T ] 8/72 T 6 10/72 T 6 10/72 T - 8111 T - 9/71 T • 8/71 T - 9111 T • 8/71 T • 9/71 T 5 T 5 T 5 T J T 4 2/71 T ) T 2 T J T :I T 2 T 2 5/71 T 2 5111 T

USED ON

Tess TC59 TM10 TU10.EC,D .re,D TR02-PA, PC, NA, NC, TRO] TR02-PB, PO, NS, NO, TROl TR02-PA, pc, NA, He, TRO] TR02.PB, PO, NS, ND, TR03 TR02-PA, PC, NA, Ne, TRO] TR02-PB, PO, NS, NO, TRO) TR02-PA, PC, HA, NC, TRO] TR02.PB, PO, NS, NO, TRO] TR02-PA, PC, NA, NC, fPO) TR02-PB, PO, NS, NO, TRO] TR02-PA, pc, NA, HC, TRO) TR02wpB, PO, NS, NO, TRO] TR02wPA, PC, HA, NC, TRO) TR02-PB, PO, NB, NO, TRO) TR02wpA, PC, HA, NC, TRO] TR02wPB, PO, NS, NO, TRO) TCS9 TC59 TM10 TU10-EA,a -FA,a TCS8 TC59 TM10 TU10.EC,D -re,D TCSS TC59 TM10 TUlo.EA,e -'A,a Te59 TC59 TM10 TU10-EC,0 -Fe,D TMtO TUlO-EA, .gB, .FA, -FS TM10 TUlO-Ee, .EO, _Fe, .YO 10 I/O + 10 HEM BUS 0'10, 10 1/0 + 10 MEM BUS or10, 10 10 (10) TUlO-AA, -SA (10) TU30-AS, -S8 (10) TU20-CA, _DA (10) TU20-ca, -DB TM10 TUlO-EA, -EB, .FA, -FS TM10 TU10-EC, _EO, wFC, .FO 10 1/0 + 10 MEM BUS or10, 10 1/0 + 10 MEM BUS OF10, 10 10 1040-A, 10S0-A 1040-8, 1050-a (10) TUlO-AA, -SA Cl0) TUlO-AS, .S8 (10) TU20 wCA, -OA (10) TU20-ca, -08

OESCRIPTION 96

OATAMEC 7 TRACK 2020 DEC MOD 50HZ PiC INCR TU 200 SPI, 7 TRACK, READ/wRITE PEC INCR TU 200 BPI, 7 TRACK, WRIiE ONLY TU22-A wITH 8,5 INCH REtLS TU22.6 wITH 8.5 INCH REELS PEe INCR TU 556 BPI, 7 TRACK, READ/wRITE PEC INCR TU 556 8PI, 7 TRACK, WRITE ONLY TU25-A wITH 9,5 INCH REEL$ TU25-a wITH R,5 I~CH REELS PEe INCR TU 800 BPI, 7 TR~CK, READ/wRITE PEe INCR TU 800 BPI, 7 TRACK, WRItE ONLl PEC INCR TU 800 BPI, 9 TRACK, R~AD/WRITE PEC INCR TU 800 BpI, 9 TRACK, WRItE O~LY TU28~A ~lTH 8,5 INCH REJLS TU28-B WITH 9,5 INCH REELS TU2i.C wITH 8.5 tNCH REELs TU28-0 wITH 8.5 INCH REELS

OATAMEC lOlO 9 TRACK UEC MOD bOHZ OATAMEC l030 9 TRACK DE,C MOO 50HZ OATAMEC l030 7 TRACK DEC MOV 60HZ DATAM£C 3030 7 TRACK DEC MOD 50HZ

150 IPS 9 TRACK MAG TAPE UNIT, 60 HZ 150 IPS 9 TRACK MAG TAPE UNIT, 50 HZ

TM10.S, TU40-A (9TR 150 IPS TAPE, fiost) TMI0"a, TU40-B (9TR 150 IPS TAP~, 50HZ,

OF10 + TM10-S + 2 TU40.A OF10 + TM10.S + 2 Tu40-8 TU40-A (W TRADE-l~ OF TUlO-AA OR -SA) TU40-8 (W TRADE~IN TU30.AS OR -ss) TU40-A (W TRADE. IN OF TU20-CA OR .O~) TU40-8 (W TRADE-IN or T020-CB or .D~) 150 Ips 7 TRACK MAG TAPE UNIT, 60 HZ 150 IPS 7 TRACK MAG TAPE UNIT, 50 HZ

TM10-S, TU41-A (7 TR 150 IPS TAPE, 60HZ) TM10-a, TU41-a (7 TR 150 IPS TAPE, 50HZ)

OFto + t Ml0-! + 2 TU41-A . OF10 • tMl0-& • 2 TU41-a TU41-GA IN PLACE OF TM10G.EA OR TMI0G.FA TU41-GB IN PLACE OF TM10GwEa OR TM10G.FS TU41-A (W TRADE-lN or TUlO-AA OR .SA) TU41-a (W TRADE_lN or TU30-AS OR -sa) TU41-A (W TRADE-IN OF Tu20-CA OR wOA) TU41-8 (W TRADE_IN OF TU20-C8 OR .DS)

T010, TCO', 02, OS, 09, 550, TDtO, TeOl, 02, 09, 09, 550, TD10, TeOl, 02, 08, 09, 550, NONE

551, 552 60 HZ DECTAPE .

T010, TC01, 02, OS, 09, 550, NONE TOS-E NONE NONE T08·£ T08-! TDa.E

551, 552 50 HZ DEctApE 551, 552, T08_E DOAL DECTAP~

OEM TU56 551, 552 DiCTApE (HALF TU50)

OEM TU56-H MASTER DUAL DEC TAPE (READ~R/WRITiR) OiM TU56-M OEM TU56.MH HALf 'l'U56-M TABLE TOP Tu56-MH TABLE TOP TU56-M

MODEL NO

ENG MGR

TU56--V RBI" TUS6.W RBJ., TU'S6.Y RBI" TU56.Z RBL TU60.AA RBL TU60"AS RBI" T1.160-J<. RBI" TtJ60.LH MI TU60.R RBL TU66 RW TU66-AC RW TU66-AE: RW T1.166-Af RW rU68"A TU6S-S TU6S.C TU68-0 T1168-0A RW T1.16S.E TU69.EA RW TU68-" TU68-FA RW TUCOl

UC1S.FA SO UC1S-F'B SO Uels-FE: SD UC1S-" SD TJOC 1 , UDCll.01 lJDC 11-,A "M UDCt5 UDCS-N UOCs-p UDce-PA voce-Xl UDca-XB

VAle VA39 VBOS VS08-A VB10-C VBtl VB11-A VB11-C VB', l-CS VB11-CG V.Bll-' VSll-1<. V8l1-PM V8l1-R VBil-S


HD HO HO HD MOL MOL MOL JOL MOL SK SK SK 51<. RW RW RW RW 8M RW 8M RW 8M HD

BG Be BG BG MORO PHG RG POM MORO MoRa MORQ MORO MORO

LH LH JJL JTN JJI. JJL JJL JJL JJL JJL JJL JJL DH JJL JJL

MFGR AREA

LVP LVP LVP LVP CSS CSS CSS CBS LVP CSS LVP CSS LVP

IPG

CSS CSS CSS css CSS CBS CSS CSS CBS CBS CSS CSS CBS


1 4172 T 3 4/72 T 3 4/72 T 1 4/72 T :. S/73 T 3 8/73 T 2 10/72 T 2 2171 T 1 1/73 T 3 2/72 T 1 10/72 T 3 3/13 T 3 31'73 T 3 1/11 T 3 7/71 T 3 1/71 T 1 7/71 T 3 12/72 T ) 1171 T 1 12/72 T 1 7171 T ) 12/72 T 1 3172 T

5 5/73 E 5 5/73 p; 2 10/72 E 2 10112 E 5 10/71 0 2 )172 0 :3 3/73 E 1 5/7t 0 5 5/71 0 5 5/71 0 1 1171 0 5 5/71 0 5 5111 0

6 V 6 V 6 7/71 V 1 1113 V 3 V - 6/71 V 1 6/71 V 1 6/71 V 3 7/71 V 3 6111 V 1 6/71 V ] 6/71 V 3 1/7) v 1 6/71 V 3 6/71 V

USED ON DESCRlPTION 91

TU56 (2), TU5&.H (1) TU56

MOTOR sua ASSEMSL¥ MTG PAN~L SUS ASS£M8~Y CHASSIS SUB ASSEMBLY TAP~ GUIDE sUB ASSEMBLY

TU56 TU56 (2), TU56"H (1) TA8.E, TAll DUAL CASSETTE, PHILIPS CARTRIDGE RACK MOUNTABLE 115V TA8.E, TAll DUAL CASSETTE, PHILIPS CARTRIDG~ HACK MOUNTABLE 230V

1U60 CASSiTTE TU60 lU60 TU60 TR07 TR07 TR07 TR07 TR05 TROS TRO! TR06 TROtt TR06 TR06 TR06 TR06

HAND CARRYING CASE rON 12 CASSETT£S REFERENCE CASSETTE

pEe 6640 25 IPS 1600 CPI pE MAG TAPE UNIT PEC 6640 25 IPS 1600 CPI PE MAG TAPE IN CAB

PEe 6640 45 IPS 1&00 BPI PE MAG TAPE IN CAB pEe 6640 15 IPS 1600 BPI pE MAG TAPE IN CAS

PEe 6860.12 37.5 IPS 7 TRACK 800 UR 200 BPI PEC 6860 p 7S 37,5 IPS 7 TRACK 800 UR 556 BPI p~C 6860-9 31,5 Ips 9 TRACK 800aPI PEe 6840-72 37,5 IPS 7 CH'800/200"R ArT~R w

.ERTEC 6840-12 75 IPS 1 CM 800/200 SPI RAfTER W PEC 6840-15 37~S IPS 7 CH SOO/556 RAfTER W

PERT!C 6840.75 75 IPS 7 eM 800/s5b 8P1 R ArTE~ w PEC 6840-9 31,5 IPS 9 CM 800 8PI R AYlER W

PERrEC 6840~9 15 IPS 9 CH 800 SpI R AfTiR W ALI" TAPE DRIVES TAPE UNIT CLEANING KIT

15

l' 15 15 11 11/01 11 8015 8 NEG 8 pos 8 POS UDCS-N, OOCS-N,

338 339 8 PCS

PERIPHERA~ PROC, ll/0S.FA, 2 DRll.C, DRISwC, MX1S-S, 115V PERIPHERAL PROCI 11/05-FB, 2 DR11-C, DR1'.C, MX1S-S, 210V PERIPHERA~ FROCI 1t/os-rE, 2 DRll-C, OR1S-C, MX1Swa, 11sV PERIpHERAL ,ROCI 11/0s.rr, 2 DRll-C, OR1S wC, MXls-a, 210V

UNIVERSAL DIGITAL CONTROLLER, usti DD01.D, ~D02 DIGITAL 1/0 CONT MOOU~E SiT • D002

VDe, 0001-0, BF02, H726.E UNIVERSAL DIGITAL CONTRULLER

UNIV DIGItAL CONTe ODOI-AN, SF02 & ~s UNlV DIGITAL CONTI OD01.A~, 8'02 , ~S UDC, D001.AP, 8F02, H726.S

-P, UOCll 8F02, 0002, SHORT CABLES -P, UOCll 8F02, 0002, LONG CABLES

20 USEC CHARACTER GENERATUR 20 USEC CHARACTER GENERATOR DATA BREAK DISPLAY CONTROL

POS 8 BUS, DATA BREAK 10 1/0 , MEM 8US

INTERACTIVE DISpLAY SYS YuR POP8 DISPLAY PROCESSOR (1/C ~O~IC VSiO) SYSTEM NAME, INTERACTIVE UISP~AY SYSTEM DISPLAY CONTROL W CRT

• 11 V811-A VB11·S VB11-A VB11-A V811-A V811·A val1·A V811·A

COLOR OPTION TO VB11-A SCOPE COLOR vall-55 CHARACTiR GENERATOR FUNCTION BOX , INTERFAC~ KEYBOARD , INTERFACE MEMORY PORT MULTIPLEX~R RASTER OPTION SLAvE SCOpE INTERfACE CUP TO 4)

MODEL NO

Y811-SS Y811"'T VBII-XY VC12 VC12-C VC12-N VC12-S VC20-A VC20-s VC38 VCe ... E VC9-1 YCS .. L Y"12-A VF18 VK9 .. EA VK9 .. EC VK9 .. EE YK9.EH VL04 VL07 YL09 YL18 YMOI YMOt-A VMOteS VMOleC VMO] VMOt VMtS VPOI YP02"N VP02"'P VP09 YPtO YPIO-A VP12-AA VPf2 e AS VP12-AC VP12-SA VP12-SB VP12-SC VP12-CA VPf2-CB VP12-CC VP't5-A VP15.8 VP1S.SL VP1S-C VP1S.CL VP15.MA YP9-I VP9"tA VP9_18 VPS-r.,

ENG MGR

aNT aNT aNT 8NT SNT 8NT

aNT

SNT

gNT aNT SNT $NT aNT aNT SNT aNT SNT


JJL JJL JJL RI RI RI RI AW AW LH AW RR RR ON LH PK PK PK PK LH DC '41 00 MI Nt Ml MI AW Mt LH KS 8T ST FA DG DG RI RI RI RI Rl RI RI RI RI LH LM LK LH LH SKJ RR

RR

MFGR STATUS CATEGOR~ AREA MO/YR

cas CBS CSS

TPL TPL

TPL

TPL

TpL

CSS cas

CSS 1P1.

1PL

1 1 3 5 5 3 6 1 ]

6

6/71 V 6/71 V 6/71 V 1/73 V 2/73 V

5172 1/73 1/73

V

5 tO/71 5

V V V V V V

s 2 6 4 4 4 4 5 2 6 3 3 1 3 3 4 6 S 2 2 2 4 4 4 5 )

1 5 )

3 5 1 3 5 5 5 '5 1 )

5 5 S 5

2/73 2/71 2/73 2/73 4/71 3112 7/72

10/71

5/71

7/71 7/71

6/71 1/71 1/73 6/71 1/7) 1/7) 6/71 1/73 1/7]

6/71 2/72 3/72

V V V V V V V V V V V V V V V V V V V V V V V V X X X X X X X X X V V V V V V X X X X


V811"S V811-A VSI1-A 12 VC12 VC12 VC12 11 11 138, 339 S/E 8/1 BA08 VR12, VR12_A, 338, 319 alE lIE alE S/E VT04 VT07 9 8 34 34 34 )4 VCS-! 8/1, VS08 VT1S' LINe/s 9 WITH API 15 WITH API BA09 10 10 Xl12 Xl12 X112 X¥'12 XI12 XI12 XX12 Xll2 XY12 BA1"A 8A15-4 BA1S_A 8A1S-A 8A15-A VP1S-A 8/1 SII 8/1 SAoe

DESK MOUNTED SLAVE SCUP~, BLACK , WHITE TABLET & INTERFACE CALCOMP 565 PLOTTER & INTERFACE DISPLAY CONTROL MODULE SEt COLOR ADAPTER FUR VR20 (M7601) NEG I~TENSIFY ADAPTER FOR TEK 503 TEK 601 OR VT01-A ADAPTER (M7&01 + CABLE)

All1-0A + AA11-E + AAlt_FA + 2 A614 VR20 CONTROL AA11"DB + AA11-E + AA11"FA + 2 A614 VR20 CONTROL

CHARACTER MODE OPTION POINT PLOTTING OISPLAY CONTROL DISpLAY CONTROL MODUL~ SET DlSPLAY CONTROL MODULE SEt

S, C, D, E GRA~.GREEN FACEPLATE fILT£R SEARCH l,OGIC CONTROLFQR VTS.EA, -Ea, b4 CHAR, 60HZ CONTROL FOR VTepEC, -ED, 64 CHAR, 50HZ CONtROL FOR VIS-EE, _iF, '2 CHAR, 60H~ CONTROL FOR VT8.~H, -EJ, 32 CHAR, 50HZ 370, CABLE, MODULE, VT04 'T PiN INT~RtACE 370-C, CABLE, MODULi, VT07 LT PEN INTERFACE INT~RrAtE FOR 338 INTERFACE FOR 10-N TEK 503/5&4 SCOPE MOUNTING HARDWA~E VMOI , LIGHT PEN MOUNTING-VMOI FOR H950 CABINET VM01-S PLUS LIGHT PEN MOUNT MTNG HARDWARE FOR T£K 602, 604 IN H945-AA MUX CoNTRoL + LINt DRIVER fQRUP TO~8-VT02 MULTIPL~XER FOR 4 VT04, VT01, ETC· TEK 564 SCOPE ON LINC/S POINT PLOT DISPLAY CONT W PROG CHAR G~N POINT P~OT DISPLAY CONT W PROG CHAR GEN POINT PLOTTING DISPLAY CONTROL ~ 9T01-POINT PLOTTING DISPLAY CONTROL, 60 HZ POINT PLOTTING DISPLAY CONTROL, 50 HZ HOUSTONCQMPLOT 12-1N PLO~TiR 10 MIL STEP HOUSTON COMPLOT 12-IN PLOTTER, S MIL STEP HOUSTON COMPtOT 12-1N PLOTTER, 100 MIL ST'P CALCOMP 565 PLOTTER (la.IN) to MIL iTiP CALCOMP 565 PLotTER C12.XN), $ Ml~ iTtP CALCOMP 565 PLotTER Cl1.I~), 100 MIL iT'P CALCOMP 563 PLOTTER C)O-IN) 10 MIL ~T'P CALCOMP 563 ."OTTiR (30-1tO 5 MlI.I-·STEP CALCOMP $6) PLOTTER (~O_IN) toO-MIL-STEP POINT DISPLAY CONtROL W 1 T8 VTO 1 .. POINT OISPLAY CONTROL wITa TIK RM50J VP1S.& ~lTH LIGHT Pj;N ,- . -POINT DISPLAY CONTROL WITH VR14 VP1S-C WITH LIGHT P~N MUX, ALLOWS VP1S-A TO CONTROL 8 TEK 611 ,,,,OTTER CONTROL CALCOMP 563 PLOTTER , CONTROL CALCOMP $65 PLOTTER , CONTROL PLOTTER CONTROL

MODEL ENG DESIGN PROD MFGR STATUS CATEGORY USED ON Ofi;SCRIP'l'ION 99 WO MGR ENGR ENGR AREA MO/YR

VP8-LA RR TPL 5 X 8A08 CAl"COMP 56) PLOTTER , CONTROL VP9 .. LB RR TPt. 5 X 8Aoe CALCOMP 565 PLOTTER , CONTROL VR01-A RR TPL 6 5/12 V vce .. l, vce-.L TEK 50), vM01.e VROt-a RR TPt. 5 V vcawI, yea .. L Ttl< 501, YMOt.C &. 3708A VR02-A RR TPL 6 5112 V VC8·I, Ye88I" TEK 504, VM01.S VROl-A 8NT AW 6 11/11 V vcs.! TEK 602 W VMOl VROl .. B 8MT AW 6 11/71 V vea.&; TEl< 601 W VMOl VRI4 SNT LH 5 2/71 V MANY 7X9 OlSPLAY, RACK MOUNT, 115Y VR14.A 8NT LH 5 2/71 V MAN¥ 7X9 DlSPLAY, RACK MOUNT, 210V VR14·S SNT I"H 5 2111 V "'ANt 7X9 DISPLAY, RACK MOUNT, 100V VR14-C 8NT LH $ 2/71 V MANX '7X9 DlSPLAY, TA8LE TOP, 115y VR14-0 8MT LH '5 2/71 V r.1ANY 7X9 DISPt.AY, TABLE TOP, 2~OY VR14.P; SNT r.,H 5 2/71 V MANy 1X9 DISPLAY, TA8t.E TOP, 100V VR14.LC SMT J.,H 1 6/72 V GT40.Al, .AC, .AE, .SA, .BC, .BE VRI4-C M001,'IED FOR 115Y yT40 VR14-LD SNT LH 3 6/72 V GT40-AB, ·AD, ",AF, "S8, wBD, .8F VR14-0 MODlf'IEO FOR 210V GT40 VR14.V SMT LH 2 1/72 V ANY VR14 2.81T INTENSITY CONTRoL (VIDEO) VR20 SNT LH 6 3111 V MANY 2 COLOR VR14, RACK MOUNT, 115V VR20-A 8NT LH 6 3/71 V MANY 2 COLOR ViC14, RACK MOUNT, 2l0V VR20·S 8NT LH 6 3/7) V MANy 2 COLOR VR14, RACK MOUNT, 100V VR20.C SNT LH 6 3/73 V MAN¥ 2 COLOR VR14, TABJ.,E TOP, 115V V.R20-0 8NT LH 6 3/73 V MANY 2 COLOR VR14, TABLE TOP, 230V VR20-E 8NT LH 6 3/71 V MANy 2 COLOR VRi4, TABLE TOP, 100V VR20-LC 8NT LH 6 3/71 V GT40·SA VR20.C MODI'I~D FOR Gt40.SA VR20-LD SNT LH 6 3/73 V GT40·SB VR20-D MODIfIED FOR Gt4o-sa VR)O MI TPI" 6 7/72 V RACK MOUNTED )0 FAMILy VR10-D 1011 TPL 6 7/72 V 4, 1, 9 lo-INCH POINT PLOTTING DISPLAY VR10-<; MI TPL 6 1112 V 4, 7, 9 VR10-D ~ 13 SYM80L GENERATOR VR1O.N MI TPL 6 7/72 V 5, 8 NEG 16-1NCH POINT PLOTTING OlSP~A~ VSOI LH 2 S/71 V VT1S, V104 VT01.A INTERFAC~ Tovi15 , VT04 vsoe.N ADL 5 V e NEG INT~RFACE & MTHG PANEL fOR KY8 vsoe-p AD[" s V 8 pos INTERfACE & MtNG PANEL fOR ~V8 VS18 LH 6 V 3J8, 119 SLAVE CONTROL LOGIC FOR 343 VTOl SKJ 1 8/71 V V$08, KY.",]:, KV8, Kve.E, I(V15 TEK 611 SCOPE DEC MODIFIED (DOU8~~ t";NOED) VT<H·A SKJ 1 1/72 V - TEX 611 SCOPE (SINGLE END~D) VT01-1( SKJ 1 V OLD TEK 611 SCOP! MOO KIT TO MAKE VToi fROM-OLD TEK 611 VT01-KA SKJ ] 8/71 V N8:W TEI< 611 SCOPE MOD KIT TO MAKE VTOl FROM NEW TEf( 611 VT02 Ml TPL 6 V vsoe, VS09, Kie-l, vse-, KEYBOARD " INTERfACE tOR VTOI VT04.A LH 5 V VT09, V't15 DISPLAY· TERMINAL, 60 HZ VT04-8 LH § V VT09, VT15 DISPLAY TERMINAL, SO HZ VT05 DOANE 5 1/72 V ALPHA_NUMERIC TERMINAL VTOSA-AA DOANE 5 3/72 V A$YNC AiCII UP TO lOO BAUD VTOS W NO PARITy, HALf ASCII, 115V oOHZ VT05A.AB DOAN! 5 3112 V A$YNC ASCII UP TO lOa BAUO VTOS W NO PARITY, HALf' ASC 1 I, 230V 60HZ VT05A-AC DOAN! !J 1112 V A$YNC ASClI UP TO lOO 8UAO VT05 W NO PARITY, HALl'; ASeIl, 11·5V 50HZ VT05A-AD DOANE 5 1/72 V ASYNC ASCII UP TO 300 BAUD VT05 W NO PARITY, HALt A5(;;11, 230Y 50itZ VTOSA-AE DOANE 5 1112 V ASYNC A$CII UP TO 300 SAUl) VTO~A-AA, NO IN&lALl..A'l'ION-VT05A.-AF DOANE 5 1/72 V AIYNC ASCII UP TO 300 BAUD VT05A.AB, NO INSTALLATION YT05A.AH DOANE 5 3/72 V ASYNC ASCiI uP TO 100 BAUD VTO$A-AC, NO INSTALLATION VT05A·AJ DOANE 5 3/72 V AIYNe: A$CII UP TO 300 BAUD VTOSAI!IAD, NO INSTALLATION 'T05A-SA DOANE 5 3112 V ASYHe: ASCII UP TO 300 BAUD VTOS w NO PARIT~, FULL AS,lI, 11SV ttOttZ YT05A-S8 DOANE 5 3/72 V AiYNC ASCII uP TO 300 8AUO VTOS W NO PARITY, fuLt ASCII, 230v 60hZ VT05A-BC DOANE 5 3/72 V ASYNC ASCII UP TO 300 BAUD VT05 W NO PARITY, FUL~ ASCII, 115~ 50HZ YT05A-SO DOANE 5 1112 V ASYNC ASClt UP TO 300 BAUD VTOS W HO PARITY, fULL ASCII, 210V $OHZ VTOSA.CA DOANE 5 3/72 V ASYNC AiCII UP TO 100 BAUD VTO$ W PARITY, HAJ.,F ASCII, 115V 60HZ -

YT05A·C8 DOANE 5 3/72 V ASYNC ASCII UP TO 300 BAUD VtOS w PARITY, HAll' ASCII, 230V 60HZ 'T05A-CC DOANE 5 3/72 V AIYNe ASCII UP TO 300 BAUD V105 W PARITY, HALF ASell, 115V 50Ht

MODEL NO

ENG MGR

VTOSA·CO VTOSA.DA VTOSA.oe vrOSA.DC VT05A.OD VTOS8 VTOSS-AA VTOSS·A8 VTosa.AC VTOSS.AO YTOSS·AE VT058.AF VT05S-AH VTOSS.AJ VT05S.SA VTOSS"88 VTOSS.Be VTOSS-SO VTOSS-CA VT05S .. CB VT05S·CC VTOSS.CO VTOSB·DA VT05S.08 VToSS.DC YTOSS·OO VT06.A 8NT VT06.AP 8NT VT06.S 8NT V106.8P SNT VT06.C 8NT VT06.CP 8NT VT06.0 SNT VT06.0P 8NT VT09 VT14.Al JM VT14.A8 JM VT1S·A VT15.8 VT20.SA 141 V120.88 Nt VT20.I(1 MI VT]O NUT VT40.Al VT40.A8 VT40·SA YT40·S8 V'1'8.EA JC YT8.[8 JC VTe.a:c JC YT •• EO JC YTa.£E JC V1a.!,. JC VT8.EH .IC VTe.!!_J JC

DESIGN PROD tNOR I!:NGR

DOANE DOANE DOANE DOANE DOANE DOANE DOANE DOANE DOANE DOANE DOANE DOANE DOANE DOANE DOANE DOANE DOANE DOANE DOANE DOANE DOAN! DOANE DOANE DOANE DOANE DOANE LH LM I"H LM LH LH LH I"H ~I MORO MORO LH I"H sa sa SG 8MP HI" HI.. Hr., HL PK PK PK PK PK PK PK PK

"'rOR _TATUS CATeOORY AREA MO/lA

TPL

SSUl(

5 )/72 V S )/72 V S )/72 V 5 )/72 V 5 )/72 V 4 1/72 V 4 5112 V 4 5112 V 4 5/72 V 4 5/72 V 4 5/72 V 4 S/72 V 4 5112 V 4 5112 V 4 5/72 V 4 5/72 V 4 5/72 V 4 5/72 V 4 5112 V 4 5/72 V 4 5/72 V 4 5/72 V 4 5/72 V 4 5112 V 4 $/72 v 4 5/72 V 6 5112 V 6 5/72 V 6 5112 V 6 5112 V 6 5112 V 6 5112 v 6 5/72 v 6 5112 V ) 5/71 V 1 10113 V 3 10/7) V S 3171 V S 3/71 V 4 6/71 E 4 6/73 E 2 6111 V 1 8/72 V 2 t/7l V 2 1/11 V 2 1/7) V 2 1/71 Y .. 111) v 4 1/1) V 4 1/73 V 4 1/11 V 4 1/11 V 4 1/71 V 4 1/11 V 4 211) V

USED ON OESCRlPTION 100

ASYNC AICII lSYNC l$CII ASYNC A&CII ASYNC AaCII ASYNC A$Cll ASJNC ASCII ASYNC A,elI ASYNC ASCII ISYNC ASCII AITNC ASCII AltHC ASCII ASYNC ASCII ASYNC ASCII ASYNC AICII ISYNC ASCII ASYNC ASCII lSYNC AsCII AIYNe ASCII ASYNC ASCII ASYNC ASCII ASYNC ASCII ASYNe: ASCII ISYNC ASCII ISYNC A$C1I ISYNC ASCII ASYNC ASCII DC10, DCOI, DClO, Dcoa, OCiO, DC08, oCto, oe08, octo, OC08, DCIO, Dea8, OCI0, DC08, oCto, De08, 9, 9/L 14 14 15 15 • • VT20-B 11 GT40 GT40 GT40 GT40 8/E (VKS.t:A) 8/E CYKS-EA) 9/E (YKS.EC) 8/! (YKi-Ee) 8/t tyKs.eE) ele: (YKe-E!) lIE (VKi-EM) liE (VKe.tH)

UP TO 300 BAUD uP TO )00 BAUD UP TO ]00 BAUD UP TO 100 BAUD UP TO 100 BAUD UP TO 2400 BAUD uP TO 2400 8AUO uP TO 2400 BAUD UP TO 2400 BAUD UP TO 2400 BAUD UP TO 2400 B1UD U~ TO 2400 8AUD UP TO 2400 BAUD UP TO 2400 BAUD UP TO 2400 BAUD UP '1'0 2400 BAUD uP TO 2400 8AuD UP TO 2400 BAUQ UP TO 2400 BAUD UP TO 2400 BAUD UP TO 2400 BAUD uP '1'0 2400 BAUD UP TO 2400 BAUD UP TO 2400 BAuD UP TO 2400 BAUD UP TO 2400 8AUD I.IT08 LTO& LToe LT08 I"TOa LT08 LT08 LToe

VT05 W flRITY, HALF A$Cll, 230V 50K' VTO, W PA~ITY, ruLL AiCXI, 11$V 'OH~ VT05 W PARITY, rULL AiCtI, a30V 60HZ VTOS W PARITY, rULL A$~~l, 115V ,gHZ VT05 W PARITY, rULL Atgll, 210V 'OH~ VTO$ W 2400 8UAD CAPASI~ITY VTO$8 W"NO PARITY, KALF"A$Cll, 111V 60HZ VTO$8 W NO PARITY, HALF AiCII, 2l0Y 60HZ VT058 W NO PARITY, HAL' AiCII, lilY 50Hz VT058 WHO PARITY, HALF AiCII, 230V 50HZ VT05S-AA, OEM VT058-A8, OEM VT058-AC;, aiM VTOS8.AO, OEM VT05B W NO PARITY, rULL AiCII, 115Y 60HZ Vi05B W NO PARIty, 'U" Aacll, a30V 60H~ VTOS8 ~ NO PARITY, tULL A~Clt, "'V SOMZ VT058 W NO PARITY, FU~L ASCJI, 230V 50HZ VTOS8 W PARITY, HALf ASCI1, 115Y 60MZ VTO,8 W PARITI, HALt ASCII, 330Y 60HZ VT058 W PARITy, HALf ASCIl, 115V $oHZ VTose w PA~lTY, HALF ASCII, a30Y toRz VT058 W PARITy, rULL ASCII, liSY 60HZ VT058 W PARITY, FULL ASCII, 230V 60Hz VTOSS W PARITY, FULL ASCII, l1SV 50HZ VTOS! W PARITy, FULL ASCII, 230Y 50KZ CtC-K~YiOARD OI~P~A¥ TERMlNAL, 11$Y-60 HZ VT06.A w PARITY eTC KEYBOARD OX~PLAY TERMINAL, alOV 60 HZ VT06.8 W PARITY eTC KEY80ARD DISPLAY T'RMtNAL, 11tV 50HZ VToe--e W PARItY CTC K£Y80ARO DISPLAY TERMlNAL, alov 50HZ VT06.0 W PARITY BUFfERED DliPLAr CONTROL (LJKt YilS)

PROGRAMMING PANEL W 12" DISPLAY, 8/~ PROC, CONSOLt 115V PROGRAMMING PANEL W 12" DISPLAY, 8/£ PROC, CONsOLt 230V

1ST BurrERED OISPLAX PRUC~$$OR 2ND BOFfER!D DISPLAy .~~CtS$O~

2 CRT.S, a DLlt-e, 11/0$ W 8K, 2 r Kil.A, ~RT ~ONT, 11~V 2 CRT'S, 2 OL11-a, 1110, w SK, 2 FKlt-A, CRT CONT, 2JOV EUROPEAN CHARACTER OPTION, I(£T8 + SgF-TWARt CONT fOR COLOUR MONITOR, 64 ASCII +64 CUstOMER ~HARACT'RS It/OS"NA C4K) W GRAPHICS BACK PLANE, MOOULE" lllv tl/oS.Me t4K) W GRAPHICS SACK PLANE, MOOULE$, 2*OV 11/05-PA elK) W GRAPHICI BACK PLANE, MOOU"5, lliV 11/05.P8 (IK) W GRAPHlCS 8ACK PLANE, MOOULE$, 230V VIDEO DISPLAY W 64CH I-LINE BUFfER, UPP£R"CASi $X7, VIDEO DISPLAY W 64CH I.LINE BurrER, UPPtR CASE 'X1, VIDEO DISPLAY W 64CH I-LINE surrEA, UPPtR CAS! $11, VIDEO DISPLAY W 64CM I-LINE BUFrER, UPPtR CAS, 5x1, v1D£0 DISPLAy w 3aCH '-LINE BurrER, UPPER CASE 5X7, VIDEO DISPLAY W 12CH ,-LINE surrER, UPPER CASE 5x1, VIDEO DISPLAY W l2C~ I-LIN! BUFrER, UPPER CAIE IX1, VIDEO DISPLAY W l2CH ,-LINE 8urrER, UPPER CAIE 5X?,

ll5Y60HZ 2iOV60HZ 11sV50HZ 2loV50HZ 11Sv60H, 230V60HI 115VSOHZ 230V50HZ

MODEL ENG DESIGN PROD MrGR STATUS CATEGORY USED ON DESCRIPTION 101 NO MGR tNGR ENGR AREA MO/XR

YT90-AA BE St.E SSCAL ] 5/7l V ASYNC • .sCII UP TO 2400 BAUD V1058 + BAOGi READER ~ $W'TCHiS, 11$V 60HZ VVIS LK 6 10/73 V VT15 ARBITRARY VtCtOR OPTION VV1S-. LM HL 1 10/73 V VT1S ARBITRARY VECTOR OPTION, lMPROVt;D VV1S 'V1S-K LH HI" 1 10/73 V VV1S UPDATES VV15 TO Vv158A ",'lOt-AN GOG 5 6/71 V 8 Ni;G WRITING TABLEt, SPARK DIGITIZER VWOI-AP GOG 5 6/71 V 8 POS WRITING TABLET, SPARK DIGITIZER ,WOt-aN GOG 5 6/71 V 9, 9/L WRITING TABLET, SPARK OlGITIZ!R VW01-SP GOG 5 6/71 V IS WRITING TABLET, SPARK DIGlTIZER YWOt-'A AP M$ CSS ) 8/73 V 11 IlXll WRITING TABLET, SpARK DIGITIZt;R VWOt-Fe AP MS CSS 3 8/73 V 11 24X24 WRITING TABLET, SPARK DIGIT1Zi!;R VW01-FD AP MS CSS ) 1/71 V 11 30X30 WRITING TA8LET, SPARK 01GIT1Zt:R VW01-'! lP M$ CSS 3 8/73 V 1S 36Xl6 WRITING TABLET, SpARK DIGITIZER 'W01." AP M$ CSS I 1/7) V 11 6QX60 WRITING TABLET, SPARK DIGITIZER VW01-MA GOG 5 6/71 V VW01-MX SINGLE TA8t~T ASSEMBLX VW01-MX GOG 5 6/71 V VW01-A, vwOl-S 4 CHANN~L MULTIPLEXtR VW01-PS GOG '2 1/72 V ViliOl-A' POINT SELECTOR 'W01-SP GDG 5 6/71 V VW01-A, YW01-S, VW01-M SpARK PEN VW01·we AP MS CIS l 8/73 V 11 24X24 SPARE TABLET VW01-WD AP MS ess 1 8/7) V 11 lOX30 SPARE TABLET YW01-WE AP MS CSS ) 8/73 V 11 3&X)6 SPARE TABLET VW01-WP' AP MS CSS J 1/71 V 11 60X60 SPARE TABLET VwOt-wT CDG ! 6/71 V VW01-A, VW01-a, VW01-M WRITING TABLET vwoa-A GP. ] V AVO! GRAfATRAN TRACING DEVIC~ VW01 RW BM LV' 1 6/71 V 8/E INTERfACE FOR BOICE )eAXlS DIGITIZ,ER VZI8 LH 6 V 338, 339 ZOOM LOGIC -

XLOt AW 5 X HJ04 ONE CHANNEL 8RISTOL R~COROt.R INTfC KIT XT10-A KE 6 3/72 X KA10 CONSOLE PERfORMANCE ANALYZER XY10 KE S X 8Al0, TOtO.A CALCOMP pLOTTER CONTROL XY10-A KE $ X Bll0, TOtOwA CALCOMP 565 PLOTTER , CONTROL IY10-8 KE 5 X 8A10, T010"A CALCOMP 563 PLOTTER , CUNTROL Xll1 FtW LV' 3 X tl, DOtl INCREMENTAL PLOTTeR CONTROL lY12 SNT RI S X 12 INCREMENTAL P~OTTER CONTROL XliS P'A 5 X OWI$ CALCOMP PLOTTER CONTROL XY1S.AA FA S X DWlS CALCOMP 565, 10 MIt" STEP, 18K/MIN XY15-A8 'A S X 01'115 CALeOMP 565, 5 MIL STEP, 18K/MIN XllS-SA FA S X OWlS CALCOMP 563, 10 MIL STEP, 12K/MIN XY1S-SB FA S X DwlS CALCOMP 561, 5 MIL STEP, 18K/MIN XI31t-AA "LM 1,,0 C:ss ) 7/73 X 11, 0011 ,05M,., STiP CALCOMP 936 l PEN PLOTT~R , CO~TROL, IlSV 60HZ XY)11-A8 JLM LO CiS 1 1011) X tl, 0011 ,05MM STEP CALCOMP 916 1 PEN PLOTTi;R , CONTROL, 2~OV 50HZ X1311-AA "LM LO CIS 1 10/73 X 11. DOll .002 INCH STEp CALCOMP 936 1 pEN PLOTTER' CONT, ll!aV'60H~ IIl11-88 JLM La ess 3 7/7l X 11, 0011 ,002 INCH STEP CALCOMP 9]6 3 PEN PLOTtER ~ CONT,:~30V 50HZ XYI.! LN 5 10/71 X 8/e: M84a PLOTTER CONTROL XY8-EA LN , 10/71 X 8/E CALCOMP 565 PLOTTER , Ma4~ CONTROL Xl8·p;a LN 5 10/71 X lIE tALCOMP 563 PLOTT£R , Me4a CONTROi" XY8.EH LN 5 1112 X lIE HOUSTON Dp.10 PLOTTtR , M842 CaNT, 115V xye.ltJ LN 5 3/72 X 9/E HOUSTON OP-l0 PLOTTER , M842 CONT, alOV xyrhllEK ~N '5 1/72 X lIE TlBt..; TOP XYI"Eli Xye-EL LN 5 3/72 X 8/E TABLE TOP XY8"E~ IYA-' 'WK SSMU :2 6/11 X I/~ CONtRoLrOR CALCOMP 9li PLOTTj;R

M M 0000 ODODO ." U

'" tEE!!! SSSSS 102

14M MM 0 0 D 0 U U L t $ M M M M 0 0 D D U U '" E ~ M M M 0 0 0 D U U L EEE! SSSS M M 0 0 0 0 U U L E S M M 0 0 0 D U U L E S M M 0000 Dnnna UUUU LLLLLL ~F.EEEE sssss

LISTING O~ MOUUL~S

THIS IS A LISTING OF MODULES DESIGNED OR MANUrACTUR~D B¥ DEC, ARRANGED ALPHABETICALLY BY SERl~S. THE FOLLOwING SE~lES ARE INCLUDED: 100, 800, A, S, CAB" C, 0, E, F, G, H, K, M, R, 5, w, X, y. TH~ "PRODUCT LINE" IS THE GROUP WITH THE fINAL R~5PONSIBILITY FOR THE MODULE. THe "OgSIGN ENGINEER" HAS DESIGN RESPO~SIBILITY FOR THE MODULE, ANn IS AVAILABLE TO HELP SOLVE PRuBLEMS

THE CODES AREI

PRODUCT LINE STATUS coo~

S = POP8 10 = PDPlO, ETC,

810 = ~IOMEDICAL CAT = IN CATALOG CLP = COMPUTER LOGIC PROOUCTS CO~ = CO~MUNICATIO~S, POP1t cpt = COMMERCIAL PRO~UCT LINE CSS = COMPUTER SPECIAL SIS OAS = DEC SYSTEM 10 AOVA~CEO SYST~MS EDU = 9 & 11 FOR sCHoOLS

1 = 2 = 3 = 4 = 5 = 6 = 7 = 7 =

IN DESIGN, NUMBER ASSIGNED IN DESIGN, PPOD RELEASE S'rART~D

CUSTOM aUU/I RELEASED TO 8UILO RELEASED TO PRODUCTION OBSOL&:TE, CAN STILL 8t: BUILT OBSOLETE, CANNOT 8E BOILT 08S0LtTE, CAN'~OT BE BUILT

FS = FIELD SERVICE NUMBERS AfTER COD~ INDICATE MONTH/YEAR or LATEST CHANGE IN IPG = INDUSTRIAL PRODucts GROUP LPP = LAB 8, LAB 11 STATUS OR DESCRIPTION LOGIC = LOGIC PRODUCTS LVP = LOW VOLUMN PRODuctION, PARKER Sf MS = MEDICAL SYSTEMS ~TST = MeMORY TFoST (DISCONTINUED PROD LIN~) PERIPH = PERIPHERAL PRODUCTS PROE = PROCESS ENGINggRING PS = POWER SUPPLY GROUP QC = QUALITY CONTROL (TESTERS) SSCAL = SPECIAL SYSTEMS, CALIfORNIA SSCAN= SPECIAL SYSTEMS, CANADA SSMU = SPECIAL SYSTE~S, MUNICH SSU = SPECIAL SYST!MS, U. K. TPL = TRAOITIONAL PRODUCTS TIP .= ~YPSETTING XMb .~ CRQSS PROD LtNE MEMORY

tr ANYtiNE FINDS INCORRECT OR MtsSING l~rORMAT'ON CONCERNING THESe MOOULtS, PL!AS£ CONTACT DICK BEST, EXT 2213,

IN ORDER TO FIND THE PRODUCTION STATUS O~ aNY MODULE CALL JOHN GROAK, 426b

MODEL ~O

PROD LINE

DES ENGR

POWER SUPPLlES

700 700.S 700.0 700""DA 'Ot 102 '02.A 70.1 '704.A 704""e 704.C 705 705.8 70~ 70'1 708 70A-A 709 710 711 712 713 714 715 '16 716 ... 8 716.C 717 71e 719.8 '19 720 721 721""A 722 '22-A '23 724 725 125wA 126 127 729 129.A 728.8 728.C 129 710 130wl 111 712 112.A 713

CAT CAT CAT CAT

'7 10 SU 10 su 10 ww 8 $3 e '0 PERIPH GS 10 Q MA 8 9 9 CAT

9/L nv t~ 14 AR 1S 15 DV 1~ JZ BlO Al a WH 8 WIi ~

CAT CAT CAT CAT CAT

12 PE:RIPH liD PERIPH HO

CAT CAT t 10 DREW CAT CAT CAT MTST CAT CAT t

STATUS MO/¥R

6 6 6 6 (,

6 6 6 6 '7 6 5 7/72 6 6 , 11/66 6 6 6 6

6 ~

., 5173 5 5 5 t 10113 6 6 6

7 7 '7 6 6

Ot.;SCRIPTION

CLASSROOM RACK MTO PWR SUP ~ sw , PILOT LIGHT 700 + 4 PUSHBUTTON SWITCHES 700.8 + TELEPHONE DIAL (USES 900 CONTROL PANEL), 3~wO~1, l-R401 50HZ 700.0 POWER SUPPLl REGULATOR USED ON CR01.S, .e MARGINAL CHECK SUP. 728 w SMALL~R CAPS & REMOTE VARIAC AND POLARITY swITCH 115V 60Hz 50HZ 702 FAST MEM PWR SUP~ +1.8V 6A. wlV 6A REGU~ArOR fROM A 128 PO~~R S~URC~ 9/1 P~R SUP~ +5V lOA, .15V 5A, ~30V 6A, +15V UNfl~T~RED SA, SO/60hZ 70~~A FOR PEDESTAL 8/1 704~A w NO MERCUR¥ RELAX POP10 2.5 0 MEM , M~10, +10V 3.3A, .15V 24A, 2 FLOATING 10V 4A ~A SO/60HZ 19" 705 MEMORY DRIVE PWR SUP, 49V 20A UNREGULAT~D (Geos rUR 16V 20A R~G IN LOGl~) 2.5 U M~M SIG 8 SUPPLY (SAM~ AS 708 BUT MODULES MUUNTED ELSwH~RE) POPS PO~EM SUPPLY & CONtRuL 115V 60HZ 50 HZ 108 PDP9 MODULAR SO/60HZ SUPPLY, ALSO FOR LINe 8 & alG ~ +10V lA SUPPLX

NEW PDP9 POWER SUPPLY & CONTROL VR12 PO~EM SUPPLYI +1-6V, +/~80V, +400V, +30V PDP14 pOW~R SUPPLx 5V 7,5A, R~PLAC~O BY H752 POP15 POWER SUPPLY INDICATOR POWER SUPPLY. +6.5V 4A, 19"13,5", Rf09 716 ON A 17" PANEL 716 W CHOICE OF OUTPUT VOLTAGES: &,5V, 8V, 10V (tOA) PCB/L P~R SUP~LY, t15v 50/60HZ PDP8/L SUPPLY: +10V UNREG, +5V6A,.30V 2,5A TAP AT -15V (FOR 5~ITCHES) 115V 50/60HZ 230V 718

POWER SUPPLY FOR LAB MOOULES +10V, .3V, ~15Y LAB MODULE SUPP~Y 721 W .JY SUPPLY DISCONNECTED, INCREASING THE -15V CURRENt 1.~A LAB MOOUL~ SUPPLY, .15V 6,5A, ~3V tA, +10V lA, 19"X5,25" 50HZ 722

6 POP12 SUPPLY (USES G824) 5 TU56 POWER SUPPLY, 115V 1 6/1] 230Y 725

5 COMPUTER SUPPLYI -15V SA, +10V 1A, 17",ll5V 60HZ '5 50HZ 728 7 728 W NO +10Y , 4 ~15V TERMINALS 5 50/60 HZ 728 , COMPUTER SUPPLY. -15V 6A, +10Y O.5A, 17" , DUAL 0 TO 20V 2.SA sUPPLY WITH METERS , 50HZ 730 , 730 W NO METERS' RESISTOR fOR USE IN A DAe, 1510 ONLY 1 730 W NO M~TERS 7 50HZ 712 , MEMOR¥ POWER SUPP~Y

103

MODEL '40

114 734-A 734.8 114 .. e 73,4.0 734.E 1]5 735.A 735-8 71S""C 736 737 738 738 .. A 739 7)9.A 739.8 139.C 139.D 719.E 140 741 741·A 742 743 741",A 144 145 746 141 74B 749 749"A 750 lSI '52 753 754 715 756 757 158 '59 760 761 '62 76) '64 '76S '766 '66.A 167 '68 '.9 '69.A

PROD DES LINE ENGR

t 1 5 5 lS 15 1 1 1 1 1 S ., 7 1 1

1 t CAT CAT CAT CAT CAT CAT MIST MTST MTST CAT CAT CAT CAT CAT

• • MTST .. -.. CAT CAT MTST MTST CAT CAT

STATl'S MO/tR

., ., , ., 6 6 ., 7 '1 ., 7 7 7 ., ., .,

., ., 7 7 ., 7 6 6 ., 1 ., ., ., ., ., 7

., ., ., 7 7 ., 7 ., 7 7 , 9/67 , 9/6'

DESCRIPTION

o TO 20V 1.5~ SUPPLY, 115V 60HZ 50HZ 734 734 FOR POP5, IHC~UDES EXTRA TERMINALS, REVERSING SwITCH 50HZ 734-8 734-B W METER ACROSS MARGINAL CHECK VOLTAGE INSTEAO Of SUpp~y $OHZ 734 .. 0 MEMORY POWER SUPPLY 50HZ 735 MODIFIED FOR IMPROVED M~MORX OR'V~R 50HZ 735,,8 17" X 4" lOV SUPPLY INEXPENSIVE 0 TO 20V SUPPLY W POLARITY SW & NO RESONANT XfMR 734 w KN08 & METER REMOTE 115V 60HZ 50HZ 738 MEM SUPPLY, 40 TO 60V 3A, 55 TO 75V 2A, 115V 60HZ 50HZ 739 ? ? 40 TO 60V 5A,40 TO 75V ,A, 115V 60HZ 50 TO 70V SA, 65 TO 85V 2A, 50HZ DUAL .. 15V 7A DUAL 15V SUPPLIES ISOL~TED fROM GROUND, 115V 60HZ 50HZ 741 COMPUTER .15V SUPPLY DUAL -15V l.e.SA, t9"X5,25", 115V 60HZ 50HZ 743 2 FLOATING 8V SUPPLIES CbNNECTEO TO X , Y BUSSES IN 1511, 1512, CLAMPS TO +/~~OV +150V, -IS0V, -300V USED IN 1510 2 8V SUPPLIES TIEO TO BUSSES IN 1510, CLAMPS TO GND & .40V 10V SUPPLY FROM SOLA 7104 -15V SUPP~YI 1/2 OF A 740 ON A 19" PANEL 1 FLOATING SUPPLIES FOR 5Q, 51, 60, 61 CURRENT ORIV~RSI 150Y, 135V, 1l0V, 6,3vAC 50HZ 749 DC POWER CABLE fOR JOING 722 TO LAB MOOUL~ MTNG PANELS (901)

+1SV • -15V FROM lOO-X-1010 XFMR +10 KV FOR CRT, +150V, -1)5V, -265V 1/2 744, OUTPUT MARKED HZ", 3,5" X 19" IOKV lMA SUPPLY (SEE 770) o TO 250V 60MA SUPPLY FOR TEST iQUIPMENT 8!NCH POWER SUPPLY FOR SOLID STATE CURRENT DRIYERS, +40Y O,5A, +lOY 3A, w30V lA, -40V O,5A, 115V 60H~ SOH~ 766 162 IN A 52 CHASSlS (REPLACtD BY 773) 767 • TERMINAL STRIP FOR +1-20V CLAMPS 766 W N'W XfMRI l6V 4A, 45V lA, .36v 4A' -45V lA, 115V 60HZ 50HZ 769

104

MOOEL NO

770 770 .. A 771 772 772.A 773 773-A 774 775 776 776.A 777 778 77A .. A 779 779.A 7sn 781 782 79'A 783 783",A '183-C 184 185 785 ... A 786 196 .. A 187 788 789 189W11A 790 790.A 791 791.,A 791.8 791 ... C 792 793 79l-A 794 795 796 797 798 798.,A 799 '199 .. A

POWER

801 904 810 811

P~OD OES LINE ENGR

-'" Ml'ST

Ml'ST MTST t MTST MrST MTST MTST

., .. .. MTST 1 CAT CAT CAT CAT CAT DREW CAT

.. .. .. 6 6 • .. CAT CAT • " .. CAT " LN .. LN

• .. " -CONTROLS

CAT 1Pt .. TPL

WH .. RR

STATUS MO/¥R

., 7 ., 6 6 7 7 ., ., ., ., ., 6 6 6 6 '1 ., 6 6 6 6

9167 9/67

9/67

5 11/71 ., 6 6 ., ., 6 6 '7 ., '1 7 ., ., 7 ., ., 5 S

6 6 6 A

6 6 ., 6

8/()6 8/66

11/69 11/69

DESCRIPTION

IOKV, +asov, -140V, fIL XFMR, 115V 60HZ (REPLAC~S 7b3) 50HZ 770 RUS ",,12V SUPPLY OUAL 36V ~A, 17", 115V 60HZ 50HZ 772 BUS -12V SUPPLY, REPLACES 771 & 767 773 W CLAMPS to +1-20V COMpUTER -15V 8A, 10011016, 115v 60HZ (USE 728) BUS -12V LIKE 773 FOR SPLIT + & .BUS 769 ON 17" PLENUM DOOR 115V 60HZ 50HZ 77#:1 f2V BUS SUPPLY (775 w DIFFERE~T CONNECTIONS FOR SeR SWITCHES) DUAL 15V SA ON PL~NUM DOOR, 17" X 12"; 115v 60HZ 50HZ 779 +10Y lA, ~15V SA, -lOV 4A, 10"111", 115Y 60HZ 50HZ 779 12V BUS SUPPLY w ISOLATING CHOK~S, NO BIAS CONTROL 16K PDPl MEM POWER SUPPLY +10V 0.4A, -ISV lA 5.25" I 19" SUPPLY, 115V 60HZ 50HZ 782 +10V tA, -15V 8A, 10.5" X 19" 728, 115V 60HZ 50HZ 783 50/bOHZ 783 -3V ACCESSORY FOR 78] +30Y 4A, -30V 4A, 17", 115V 60HZ 50HZ 79S 25V VARIABLE SUPPLY 5.25" X 19", 115V 60HZ 50HZ 786 2 USEe MEM INHIBIT SUPPLY, 40 TO 80V 51'. 40 TO BOV 2A 2USEC MEM SUPPLY +30V 4A, -)OV 4~, 19", 115V 60HZ 50HZ 789 SUPPLY FOR 2500/2600 CURR~NT ORIV~R5, 115Y 60HZ 50HZ 790 ./- 80V TELETYPE LI~E SUPPLY (A 790 WITHOUT +10Y, -l5V) 115Y, 60HZ 50HZ "791 791 W REDUCED RIPPLE «O.5V) 50HZ 791.8 +1"65V, +/w90V, +1-100V, +1-l10V fOR 6 CURR~NT DRIVERS or ANY KINO +1-80, 75, 70, 60, 55, 50, 45V 400 WATT (0,5V RIPPLE, 115V 60HZ TELEGRAPH 50HZ 793 fOR UK & AUSTRALIA

19" 7781 DUAL 15v 8A, 115V 60HZ 19" 77S .. AI 50HZ 798 19" 7791 +10V 1A, ""15V 8A, -30V 4A, 115V 60HZ 19" 779-AI 50HZ 779

LAB MODUL~ CONTAINING A R~LAY CONT fOR peOI, eR01, 340, 150, 75, 750 2 STEP POWER CONTROL, t1" FOR PUPl POWER CONT w INTEHLOCK, 17"

105

LINE SUPPl.JY

MODEL NO

811 .. A 811·8 811·C 812 91] 814 A14"'A 815 816 917 818 919 820 821 822 82] 924 825 82S .. A 926 926""A 821 929·8 829 830 A31 832 812 .. A 812 .. 8 91219C 8)2-0 B1?E 832",' 812-K 833 834 9]4",8 9)5 A1'5-8 81f) 837 818 8)9 840 841",A 941 .. 8 841"'C 842 943 844 844",,8 845 A45.C 846 941

PROD LINE

1Pt TPJ., TPt, • • .. '" css ess CSS CSS 1PL TFt 1Pt TPt TPt .. 1PL 1PL TPt 1Pt .. 1Pt, TPL 1Pt TPL TPt .. TFL TPL

ess .. TPt TPt TPt • TPt TPt TPt 15 15 15 15 15 10 10 to ess 10 ess

DES ENGR

RR RR RR

.. '"

RR RR RR RR RR

RR RR PR RR • RR RR RR RR RR -RR RR

BV .. RR RR RR • RR RR RR FA FA FA FA FA 1,(E KE Kg AHDAB SU

STA.TUS MO/YR

1 7 6 7 6 6 ., 7 7 7 ., 1 7 7 6 6 ., 6 7 6 6 ., 6 (,

6 6 6 ., 6 6 5 5 '5 5 2172 1 5 5 6 6 6 , 6 ., 7 6 6 5 1 1 5 1 6 2 4112 6 '3

Dt:SCRIPTION

POWER CONTROL FOR DUPLEX TAPE, 17", PDPl POWER CONTROL FOR HOLLY PRINT~R, poPt POWER CONTROL FOR MICROIAPE (NOW OECTAPE), pDP1 2 1/2 AMP POWER CONTROL FOR TELETYPE PUNCH, FAST ON, SLOW OFF, 17" 2.STEP POWER CONTROL, 3 WIRE, 17" 2.StEP POWER CONTROL FOR ANELEX PRINTER 2~STEP POWER CONTROL FOR EXTRA MEMORIES powER CONTROL PANEL, 5X19 POWER CONTROL PANEL, ] 1/2 X 19 UPPER POWER CONTROL PAN~L WITH fRENCH DOORS, 5 7/8 X 19 1/2 LoWER POWER CONTROL PANEL WITH FRENCH DUORS, 5 7/8 X 19 1/2 POWER CONTROL FOR PUNCH & READER, PUNCH IS FAST ON, SLOW OFF SINGLE STEP POWER CONTROL W REMOTE TURN ON, FILETERS, C1RcUIT B~EAK~R, 8X17 MARGINAL CHECK PANEL POWER CONTROL FOR TAPE UNIT 50 SCR 3.AMP CONTROL POWER CONTROL, 2 SWITCHES, "AC", "DIRVERS", 3 1/2 OR 5 1/4 X 19 2.STEP POWER CONTROL (813 W lOOMS HOLD rOR POWER LOSS, 825 W DELAYED OUTPUT CONTROLLING ~15V ONL~ 811 WITH 3 HG RELAYS, HV CONTROL DC ? POWER CDNTROL & 10V SUPPLY POWER CONT, 5 1/4119, CS, 40UTLETS FRONT, 4 BACK, CHROMACOATEp 2.STEP POWER CONT FOR POP6 2.STEP PO~ER CONT FOR 570 MAG TAPE TRAN~PORT POWER CONT W TERM STRIP, OPT CB SlZ~, LIGHT 2.STEp PWR CONT W KG Rr.LA~S AND ELAPSED TIME METER, 9X17 2.STEP PWR CONT, 50 HZ, TIME METER (NEViR MADt:) 2~STEP PWR CONT, 210V 50HZ W METER 932 W 30AMP C8 2.STEP 115V 60HZ 20A PWR CONT W INTERLOCK, TIME METER, ~CO 6/71 TO REMOVE M~RCURY 230V 50HZ 20A PWR CONT W INT£RLOCK, TIME METER, Eca 6/11 TO REMOVE MERCURY t15V 60HZ 30A PWR CONT W INTERLOCK, TIM~ METER, ECO 6/71 TO R~MOVE MERCUR~ 932-Y EXCEPT HG COMPONENTS REPLACED B32 W NO ELAPSED TIME METER (NEVER BUILT) t STEP HG POWER CONT, 115V 20A, ECO 6/71 TO R~MOV~ MERCURY t STEP HG PWR CONT, 230V 20A, EeO 6/71 TO REMOVE MERCURY 934 W 6.lV TRANSFORMER 834-B W 6,3V TRANSFORMER DC RELA~ PANEL W 4 DIDO! INPUT fOR CONTROLLING 832, 834, 853, 8S4 DC RELAX PANEL W 3 DIODES & AC RELAY FOR CONTROLLING 832, 834 POWER DISTRIBUTION PANEL 4X17 ] PHASE PWR CONT fOR 237 DRUM -15V DELAI PANEL FOR PDP7-A 115V 30A PWR CONT fOR pOP9 11S/230V 30A PWR CONT W SwITCH ~ HG RELAY 115/2l0V lOA PWR CONT W ROWAN CONTACTOR RESERVED FOR 17" 841's RESERVED FOR 19" 841'5 2.STEP PwR CONT FUR 10 PERIPH~RALS 29" 844 3 PHASE PWR CONT 115/230V, 60/50HZ 945 W 3 PHASE POWER FAIL RESTART OVERVOLTAGE PROTECTOR (CROWBAR +l~V) FOR ADDER PROTECTOR REMOTE PWR CONT (8/1, 17")

106

MODEL NO

PROD LINE

947 .. 8 CSS ~4B 10 949.A TPG 949",8 IPG 949""CA IPG 849",CB IPG 850 "" RS! .. 952 '" E!S) .. E 853 .. F 954 854-B 854 .. C 855 15 856 15 857 10 RSS 10 860 .. A 11 ~60-B 11 860",C 11 R6Q",Q 11 96t""A PS B6\'!!B PS 961",,<:' PS 862 .. A PS 862 ... 8 PS 963-A PS 86] .. B PS 964 PS R93 8

Cr)MPLEX ANALOG

lOOt A002 A002"'YA AOO) A004 A005

Al00 AtOt A102 Al03 Al10· Al11 A112 A120 A121 A122 l123 A124 A125

IPG IPG IPG SSCAN ~SCAN IPG

CAT

CAT

CAT IPG

CAT IPG CAT IPG IPG

DES ENGR

DG MORQ MORO FE f'E -..

nv EllIA KE KE BOW BOW BOW BOW .RU SU BU SU SU DREW DREW DREW LN MODULf,:S

A«l AKI RG OF OF AKI

DCB FE

STATUS MOI'tR

1 6 5 1 2 3/72 , 1/7:l 1 1 1 5 5 5 5 r; 5 5 2 4 1 1 1 1 2 , 1 t 1 1 1 \ 6

7/71 4/72

5/72 5/72 9112 9/72 9/72 9/'72 9/72

7/73 7/73 7/7,'4

DESCRIPTION

19" 841 1 MALE, 1 FEMALE PLUG, O€LAY RELAY (4 SEC) TO DELAY POWER TO TUSSIS PWR CONT FOR Af'C ~ UDe 230V 849.A 849 W THERMAL CUTOUT FOR 11/07 115v 230V 849.CA RELAY PAN~L

RELAY PANEL RELAY PANEL 10 w l/2 X 19 832.g, £eo 6/71 TO REMOVE M~RCURY 10-1/2 X 19" 832.F, Eeo 6/71 TO R~MOVE MERCUPY 7X19 834, Eeo 6/71 TO REMOVE MERCURY 7X19 834-8, ECO 6/71 TO REMOV~ MERCURY 834-8 wtTH 115 VAC CONTRO~ INPUT, ECO 6/71 TO R~MOVE MERCURY L FILTERED PWR CONT, 115/230V, lOA FOR RF09 19" 836 MASTER PWR CONT FOR KIlO AUX POWER CONTROL W 3 PKASE POW~R FAIL (USED wITH 857) 115V 30A PWR CaNT FOR BOTTOM OF CAB, alE, 11 COMPATIBLE 230V 15A PWR CONT FOR BOTTOM OF CAB, alE, 11 COMPATI8L~ 860",A W 80TH OUTPVTS SWITCHED, 113V 860wB W BOTk OUTPUTS SWITCHED, 230V 3 POLE 4 WIRg 16A 125/250V POWER CONTROL, 19 X 5,25 INCHES 2 POLE 1 WIRE 16A 250V powER CONTROL, 19 X 5.25 INCHES 2 POLE 3 wIRE 24 AMP 115V POWER CONTROL, 19 X 5.25 INCHES 11SV 16A TA8LE TOP POWER CONT, 4 SWITCHED OUTLETS, NO CKT BRKR, 3 PIN MAT'NtLOCK CONTROL INPUT 230V 16A 862-A 5 wIRE 115V 7SA 1 PHASE POWER CONTROL, KL10 5 WIRE 210V 40A 3 PHASE POWER CONTROL, K~lO SYSTEM POWER CONTROL (CONTROLS 861, 861, gTC) 64 FUSES, 1/8 AMP EACH USED W 793 IN Dcoe.c, EUROPE

107

'5 10/73 11-aIT + SIGN AID FOR UDC, USES PAODL~ SOARD A002. 1~1000 PROG GAIN +/~15V OC/OC CONVERTER, QUAD 8,5 5 11/73 8 C~ FLYING CAP SOLID STATE MUX PADDLE BOARD FOR AOOl (1.5 HZ BANDWIDTij, alPOLAR) . 2 1/73 A002 w 60HZ BANDWIDTH, UNIPOLAR 3 9/73 lOOl w CONNECTORS FOR X BUS (SE~ M7829) 3 9/73 4 CH fLYING CAP MUX, BERG INPUTS, X BUS CONNECTIONS (SEE M7829) , 10/73 8 CH FLYING CAP RELAY MUX PADDLE aOARO fOR AOOl (l,5HZ 8ANDwIDTH, BIPOLAR)

5 6 6 5 6 5 '5 11/71 7 5 5 '5 II)

4 7171

MX SWITCH SIMILAR TO 15780, 2 SlNGL~ POL€ TRANS SW, 12V MAX IN (OBSOLETE), ~X SW, SIMILAR TO 15781 (OBSOLETE), ~X SW, sIMILAR TO 15782 MX sw, SIM TO 15783, 2 SINGLEwPOL~ sw, lOV MAX IN (OBSOLETE), RELAY MI, SAME PIN CONNECTIONS AS Al00 LoW .. LEV~L RELAY MX, 2 )~POLE GUARDED SW, lOV MAX IN, COMMON OUTPUTS, COMMON MOO~ 200V REED RELA~ REPLAC~M~NT fOR All1 (MORE OFFSET , SLUW~R, bUT wORKS) (OBSOLETE), 3 BIT FET MX MX $W, 4 SINGLE-POLE MOS FET SW, 10V MAX IN, INDEP OUT, NEG LOGIC A121 WITH ).INPUT ANO GAT~S , OUTPUTS COMMON MX SW, POS LOGIC, 4 SINGLE-POLE MOS FET Sw, COMMON OUTPUT Al2) WITH SEPARlT~ DIGITAL , ANALOG GNDS QUAD MULTIPLEX YEI SW, OPEN CKT W NO POwER, CAN R~PLACE ~124, SlNGLE 5

MODEL NO

PROD DES LINE ENGR

1110 Al11 A132 A133 A140 A141 A142 AlSO AIS1 Al1)2 AI-53 A160 At61 A162 At63 A164 A165 A166 A167

12 12

10 15 15

IPG IPG IPG Ife CAT CAT CAT CAr CAT CAT CAT CAT

AJ4PLIP'IERS

A200 CAT A200"'YA IPG A200.Y8 IpG A200.YC IPG A200.YD IPG A200 .. YE IPG A200.,YF IPG A201 A202 12 A203 A204 PIS 14206 CAT A201 CAT A207.YA IPG A207 ... Y8 IpG A201.YC IPG A207.YO IPG A207.YE IPG A207.YF fPG A207-YH IPG A207.,YJ IPG A207-YK IPG A2_07-YL IPG A207""YM IPG A207-'lN IPG A207-YP IPG A207-YR IPG A207.,ys IPG A20e DIS A209 12 A210 IPG A2tt IPG A:212 JPG

JOL PI

DREW HL LH

MORC MORO MORO MORO Dca DCB DCB. DCB OCB DCB DCB DCB

RI

au CL MORO MORO MORa

STATUS MO/YR

5 5 '7 5 11/71 5 5

5 5 2 1172 1 21111 5 7113 5 7/73 5 7/73 ~ 7/73 5 7/71 5 7111 5 7/73 2 8/70

6 5 5 I)

5 -s 5 6 5 '7 7 6 5 I)

5 15 5 5 5 5 5 5 I)

~

5 5 5 '5 5 5 5 5 5

DESCRIPTION

MX FOR ~INC, 4 CKTS MX FOR PDP-12, a CHANNELS, DRIVES AN A215 CNEVER RELEASED), FET GATE ORIV~R 8 CHANNEL FET SWITCH fOR Kll0_ 0 TO tl0V RANGE 2 CHANNEL ANALOG SWITCH, 2/CARD, USES SWITCHABLE OP AMP, fOR VT15 BREAK POINT GENERATO~ FOR VT15, USED WITH Al11

8 CHANNEL FLYING CAP MUX, QUAD, CONNECTOR ON HA~DLE END FOR INPUT BLOCK SELECT fOR AM07-A SOLID STATE A150 SOLID STATE A151 8 CHANNEL MUX CANALOGIC), 20.A1bO, DOUB~E X 5 8 eM MUX WITH 1.1 AMP (ANALoGIC), 20~Al&t, DOUBLE X 5 8 CM MUX WITH DECODER & ENAbLE (ANALOGIC), 20~A162, DOUBLE 1 5 B CH MUI WITH tit AMP, DECODER, & ENABLE (AN1LOGIC), 20.A163, DOUBLE X S 8 CH CONSTANT IMP MUX (ANALOGIC), 20wAlb4, DOU8LE X 5 q eM CONST IMP MUX WITH 111 I~VERTING AMP, (ANALOGIC) 1000 OHMSIVOLT, 20~A165, DOUBLE X 5 8 eH CONST IMP MUX wITH DECODER(ANALOGIC), 20~A16b, DOUBLE X 5 8 CH CONST IMP MUX WITH 111 IHV AMP (ANALOGIC) 1000 OHMS/VO~T, wITH O~COD~R, 20~A161, DOU~L~ x 5

DIY Of AMP, HIGH DC GAIN, PURCHASED, ENCAPSULATED, 10V, 20 MA OUT -tOV TO ti0V INPUT, OV TO .10V OUTPUT OV TO -tOV IN, 0 TO -tOY OUT OV TO .10V IN, 0 TO -lOV OUT -5V TO +5V lN, 0 to -lOV OUT OV TO ~5V IN, 0 TO -10V OUT OV TO t5V IN, 0 TO -lOV OUT (OBSOLETE), OP AMP SIMILAR TO 1751 2 ANALOG PREAMPS, FOR PDP8/L CAPSTAN SERVO PREAMP OErLECTION PREAMP orF OP -AMP, FA'T SETTLING, PURCH fROM ANALOG DEVICES, lOY, 15 MA OUT orr OP AMP, ECONOMICAL, GENERAL PURPOSE, tOY, 15 MA OUT ~10V TO +10V I~PUT, ov TO -lOV OUlPUT OV TO -10V IN, 0 TO ... 10V OUT OV TO .10V IN J 0 TO .10V OUT -5V TO +5V IN, 0 TO -lOY OUT OV TO .5v tN, 0 TO ~10V OUT OV TO +5V IN, 0 TO -10V OUT o TO -IOV IN, 0 TO +10V OUT o TO .10V tN, -10 TO +tOV OUT o TO -tOY IN, .. S TO +Sv OUT -to.Slv TO +10,51V lN, 0 TO +10.S1V OUT o TO +10V IN, +10.51V TO ov OUT o TO -10.51 IN, 0 TO +10,51V OUT o TO +5V IN, +10,51V TO OV OUT o TO -S.25V IN, 0 TO +10.51 OUT -sv TO +SV IN, +10.51V TO OV OUI PO~ER QP A~P FOR RE~OTE DISPLAY, ~oo MA OUT 2 PREAMPS FOR 0 TO +2V, MODIFIED A202 FOR LINC, GAIN or 5 Xl AMP FOR G4SCHROM.e, HIGH CO~MaN MODE VOLTAGE AND REJECTION X10 AMP, SIMILAR TO A210 VARIABLE GAIN AMP, Xl TO 1256, fOR GASC~RUM.8, DOUBLE WIDTH & THICKNEss

t08

MODEL NO

PROD LINE

A2l3 IPG A214 1.2 A214.YA 12 A214.YB 12 A214.ye 12 A214·YD 12 A214 .. YE 12 A214""YF 12 A214""YH CBS A214.Y,J ess A214"'YK ess A215 12 A215 .. YA 12 A215.n~ 12 A216 IPG A217 15 A2l7.YA CSS A217.YS CSS A218 12 A219 IPG A220 IPG A221 15 A222 IPG A223 IPG A224 12 A224!!"YA 12 A224 .. Y8 12 A224.YC 12 A22S' 12 A22S.YA 12 A22S",YB LOP A226 12 A226.YA 12 A226·Ye t2 A226.YC 12 A227 15 A228 1-5 A229 IPG A229.YA IPG A229 .. YB IPG A'229.YC IPG A229"YD IPG A229"'YE IPG A230 IPG A230"'YA IPG A230 .. YB IPG A230"YC IPG A230.YO IPG A230",YE IPG A210.YF IPG A231 8/E A232 8/£ A233 IPG A233-YA IPG A2J4 IPG

DES ENGR

FE RI RI RI RI GPB GPS GPR OH DH OH

MORO LH JJL JJll RI MORO FE DR MORO MORO

LH LM HJ., RG

BQ HL EK EK EK RG RG RG RG RG RG RG RG RG RG GPS GPS RG Rei RG

STATUS MO/YR

6 '5 r; 5 I)

5 «; II :1 10/70 3 10/70 3 10/70 ~

" 3 5173 5 5 1 2/70 3 2/70 5 5 Ij

!5 5 ~ 5 '}

S 5 '3

11/71 11/71 11/11 11/71 11/71

t; 5173 5 5/73 5 11/71 5 11/71 5 11/71 5 11/71 1 10/70 5 l , 3 6 2 2 5 2 2 !5 2 2 2 5 '5 5 ]

5

5171 5/73 5/73

6/72 12/72 9172 11/71 4171 4/71 11/71 4171 4/71 9/71 4/72 9/72 11/11

1173 11/71

DESCRIPTION

10 CPs ~OW PASS ACTIVE FILTER, fOR GASCHROM~8 DUA~ X5 AMP FOR PDP",12 o TO +2V IN, XS ./~ 5V IN, xt "1-l0V IN, X 1/2 o TO "2V IN, XS o TO +tOv IN, Xl o TO +5V IN, X2 o TO +lV IN Xl0, a TO -tV IN XI0 -,5 TU +.5 IN X10. -.5 TO +1.5V X5 -,5V TO 4,5V IN Xl, -,5 TO 9.5V Xl ANALOG BUfFER FOR PDP-12, USED wITH Alll A215 WITH FILTER CAPS REMOVED, J2=OV, H2=+10V A215 WITH FILTER CAPS R~MOVED, J2= wlV, H2=+lVOLT BUTTERWORTH rl~T!R, 2 CPS, REPLACES A213 iXeEP! FOR POLARIT~ SUMMER-DRIVER FOR Vlts, 5 rET I~PUTS, ONE W OF'S~T POT, X.1, 10K LN, bU~ OUT A217 WITH GAIN or t AND NO OFFS~T A217 WITH GAIN OF 2 AND NO UFfS~T DUAL OAC BUFFER FOR LINe/S RETRUflT SWITCHED GAIN AMPLIfIER, 8 GAlN POSITIONS, FOR AM07 SEL~CTABLE GAIN NON-INVERTING AMP, GAINS OF 1,2,4, OR 8, 0 TO -lOV IN, +/~ 10V UU1, 1 US 10 ,01% TWO ANALOG CA8LE DRIVERS, DIF INPUT, GAIN or 1/2, CKT OF A217, 50 OHM LoAD. +1- 5V QUT LOW DRIFT A220 3RO ORDER BESSEL FI~TER FOR AMOS, 3 MS R1S.E TlME TO ,01%, -20 DB AT 2 KhZ SlNGL~ CH BI-POLAR DIFF AMP, GAIN=S, 100 MEG OHM INPUT, 74 DB CMR, +1.l0V OUT A224 WITH GAIN OF 2, t/- 5V IN A224.YA WITH 2X ATTEN AT INPUT, +/.10V l~, 20K INPUT Z, GAIN OF 1 A224 WITH GAIN OF 10, +1. 1V IN DEFLECTION AMP FOR 4 AMP YUKE , VR14 REOUCED GAIN A225 FOR POP15, CR~ATED BY ECO 1225 W rASTER SETT~lNG TIME, GT40 SINGLE CH DIrF AMP, GAIN=10,UNt~PULAR, +2 INPUT, .'.10V OUT, JUMPtR CHANGE rDM ~~G INPUTS A226 EXCEPT GAIN = 4, 0 TO +5 INPUT A226 tXCEPT GAIN = 2, 0 TO +10 INPUT, 20K INPUT Z A22& wITH GAIN OF 20, 0 TO ttv IN DUAL LAG & INTENSITY DECODER w tAXIS DRltER, FOR VS04 & RM501 A217 ~ITH ONE INV~RTING INPUT Dlf AMP + SPACE FOR FILTER A229, 11 HZ LOW PASS, 4 PO~E A229, 2000 HZ LOW PASS, 4 POLE A229, 10 HZ LOW PASS, 4 POLE A229, 2 POLE 4 HZ LOW PASS A229, 1,5 HZ LOW PASS PASSIVE FILTER DUAL DIFF OP AMP, SPACE FOR RESISTORS, (2 741 15), OUTPUT RANGE OF +/~10V FOLLOWER IN CM 1, 2 INPUT DIFF ADDER CHAN 2, GAIN Of 1 FOLLOWER IN CHAN 1, INVERTER IN CHAN 2 WITH GAIN OF .1 OR wO,5 2 DIFF 2 INPUT ADDERS, GAIN OF 1 INVERTER IN CHAN 1, GAIN OF 0 1 0625, INVERTER IN CMAN 2, GAIN OF ~4 INVERTER IN CHAN 1 WITH GAIN OF .0,1, INV~RTER WITH GAIN OF w1 IN CHAN 2 CH 11 GAIN OF 82 OR +3, eM 21 FOL~OWER 64 eH MUX CONTROL FOR A232 , A841 A PREAMPS' 8 CM MUX EXPANSION, Atl1 & A215 CKTS, AMe-EB 4 CH PAODL~ BOARD FOR A631, A6l4, 0 TO +10V, QUAD X 5 A23) WITH +1.l0V OUTPUTS A233 ExCEPT +1 TO +5V

t09

MODEL NO

PROD DES Ll~E ENGR

A235 IPG A236 IPG A218 15 A239 IPG A240 IPG -A241 LOP A242 LOP A243 IPG A243'!"YA IPG A241 .. YB IpG A244 tPG A244-YA IPG Aa44-YB IpG A244;..ye IPG A244 .. YD IPG 4260 CAT

GENERATORS

A300 Alto Altt A112 Alt2-YA Alll Alt4 Al15 A316 A317 A~170 Al18 A)180 A)19 A120

MTST IPG 15 DIS DIS DIS DIS IPG alE 15 15 15 15 15 LDP

SAMPLE & HOLDS

A400 A401 A402 A401 A404 A405 1406 A407 A40e A440 A460 A461

CAT 12 DIS

CAT 11 LOP LOP LOP 12 CAT CAT

COMPARATORS

Asao A501 A502

MTST MTST CAT

RG RG HI. MORO TM JL JL RG RG RG DEB DEB DES DEB OE~

DCB

MORO LH AOL AOL AOL ADL GFS ADL HL HI. HL AA JG HI"

JL JL "1,, DCB DCB

STATUS MO/YR

5 11111 '5 9172 '1. 5/73 2 3/72 2 4/72 4 7/73 4 5/73 4 1/73 4 7/73 2 7/73 5 5/73 2 1113 t 9/73 1 11/73 t 11/73 5 7173

5 5 'S 5 5 1 9/68 5 5 1 6 2 )

2 2 4

5 5 ., 1 5 5

7/73 7/71 Sl13 7111

1171 5/7]

4 5/73 4 5/73 t 10/73 5 1211t 5 717) S 7/73

7 6 5

Dt:SCRIPTION

A233 E.XCEPT 4 TO 20 MA A233 eXCEPT 10 TO 50 MA DUAu IMPROVEO A228 SW GAIN AMP, 8 RANGES FILTER, lRO ORD~R BESSE~, PROG SANOwIOTH 4 PREAMPLIFIERS, MANUALLY SWITCHED 0 TO +2V, +/~5V, 0 TO tl0Y IN,+/~5V QUT, LUW Te, DOU~L~ ~.5 A241 W +1-IV IN, +1-5V OUT ONLY DUAL 1 MEGOHM INPUT 01ry AMP, GAIN=1, +/w10V OUT, SPACE FOR 2ND STAGE Of GAIN, SING~E S A243 W 1,5 HZ LOW PASS FILTER A243 W 0,5 usEe FILTER ON OUTPUT DUAL 10 MEGOHM lNPUT DIFF AMP, GA1N=1, +1.l0V OUT, SPACE fOR 2ND STAGE OF GA1H, SINGLE 5 A244 wtTH 1,5 HZ RC FILTER ONE to_MEG INPUT DlrF AMp, GAIN = 1, Sl~GLE ENDED X10 AMP,80IH +1.l0V OUI DUAL SINGLE ~NDED fOLLOWER, +1.10V DUAL ~.lK INPUT DIFF AMP, GAIN=1, +1.10V DUAL DIFFERENTIAL OF AMP, 20.A260, DOUBLE X 5

X10 AMPL,U'IER 41 LINE FREQUENCY CLOCK, GASCHRUM'!"8 (INTEGRATOR' 2 COMPARATORS) BASIC VECTOR GENERATOR FOR VT15 ANALOG FUNCTION GENERATOR rOR KVail A312 WITH LONGER tIME CONSTANTS FOR MULTIPLE TERMINALS WRITE THROUGH OPTION CARO FOR Kvell COMPARATOR, USED IN VTOl TERMINAL (WlTH KVell) ABSOLUTE AMPLIFIER WITH SIGN bIT (OBS), ANALOG FUNCTIONS FOR vse-E, QUAD, 8,5, A312 PLUS ARBITRARY VtCTOR fOR VT15, OOU8~E 8,5 (WI~L BE REPLACED BY A3170) ARBITRARY VECTOR FOR VT15, REpLACEs A3l7, DoUBLE 8.5 8ASIC V~CTOR GENERATOR rOR VT15, IMPROViO All1, DOUBL~ 5 ARBITRARY VECTOR GENERATOR rOR vris, REPLACES AltS IN ARBITRARY SYSTEMS, X , Y COMPARATOR, VW01-PS, OOU8~E X 5 VECTOR GENeRATOR. DRIVER FOR VT40, HEX 8,5

SAMPLE & HOLD, GAIN or ~1, 10V MAX IN, NEG LOGIC SAMPLE & HOLD, usED ON LINC.8, SIMILAR TO A705 (OaSOLETE),.FOLLOw & HOLD, EQUIV TO 1575 (NEVER MADE) SAMPLE & HOLD, sIM TO A400. pOS & NEG LOGIC CONTROL, 6 Us~C ACQUIsItION

DOUbLE 9,5

SAMPLE ~ HOLD, POS LOGIC O~LY, 2 US ACQUISITION, REPLACES A404 IN PD P12 & AD01 SAMPLE & HOLD (15 BIT ACCURACY) SlNGL~ 8.5 A406 8 CH MUX, SINGL,F. 8,5 e eM SWITCHED GAIN MUX ,1, 4, lb, 64), SINGLE 8.5 4 CHANNEL sAMPLE & HOLD (SIMILAR TO A405) SAMPLE , HOLD WITH NO INPUT BUFFER, 20.A460, DOUB~E X 5 A460 WITH AN INPUT BurrER, 20.A461, DOUBLE X 5

(OBSOLETE), HIGH SPgED OIF AMP & SLICER Fr, REPLACED BY A501 (OBSOLEtE), A500 WITH DIFfERENT PINS, NO INTERNAL POT, SLICER F~ COMPARAtOR wITH 1 MV RESOLUTION, OIr IN (81M TO 1~72), ~EG LOGIC

110

.,501 A504 1\505

D~C5

PROD LINE

MTST MTST IPG

A6000 LOP A6000-YA LDP A601 CAT A602 A603 A604 CAT "605 CAT "606 CAT "607 IPG A60B CAT "609 CAT A610 CAT A611 CAT A612 DIS A613 CAT A614 IPG A615 12 A616 CSS A617 R l618 CAT A618.YA 15 1619 CAT "620 CAT A621 CAT A6'2 15 A623 15 A624 15 A6'25 LOP A633 IPG A634 IpG 1660 CAT A661 CAT A662 CAT A,663 CAT A664 CAT A665 CAT

POWER SUPPLIES

A700 A701 A102 A704 A705 A706 A101 A7na A709 A712

IPG CAT CAT

12 IPG IPG tPG IPG

DF.;S ENGR

RG

GFS GFS

AOL

LH

LH RF ~lG

AW RG PG

DCB DCB

RG AOL

STATUS MO/YR

., ., , 9172

5 5/73 1 9/72 5 6 6 5 5 5 '5 5 '5 '5 r; 5 '5 5 '5 6 4/71 2 3/70 5 5 '5 C; 5 '5 7/71 '5 1/72 2 1/71 5 10/73 '5 12111 3 5173 5 7/73 '5 7/73 '5 7/73 5 1/73 5 7/13 t 5/71

7 5 5 '5 7 5 t 9/68 5 12112 t 12/72 5

DESCRIPTION

(OBSOLETE), SLICER FF (OBSOLETE), DISCRIMINATOR WITH FF DUAL VOLTAGE LEVE~ DETECTOR, AOJUSTAB~E FROM +10V TO ~tov, Sl~GLE 5

12 BIT O/A W REF, CURRENT OUTPUT, REQUIRES +1-15V, 2 3/8 X 1 3/4 SUBASS~M8L~ A6000 W IOwSIT ACCURACY OIA, 0.l5% ACCURACY, 1 SIT LAUO~R SECTION FOR 0 TO ~10V PAC, N~G LOGIC (OBSOLETE), 3w61T BINARY CAC, MEO ACC (OBSOLETE), 1.BIT BINARY OAC, HIGH ACC olA, 0,025\ Ace, 2 BIT LADDER s~ctlUN fOR 0 TO -IOV PAC, ~EG LOGIC A604 WIT~ 0,005% ACC A604 WItH orr WEIGHTING RESISTORS, USED WITH A604 FOR 2421 SCD CHEAP 10 ~IT Ole fOR DISPLAY OIA, 10 BITS, 0 TO +10V OUT, SINGLE BUFfER. POS LOGIC DIA, 10 SITS, .~ TO +SV OUT, SINGLE BurfER, POS LOGIC A608 wITH DOUBLE tiUYFER A609 wITH DOU8L~ bUfFER to 8IT OAC wITH FET GATE DRIVERS, Kvell DIA, 12 81TS, BINARY OR SCD, 0 TO +10V OUT, POS LOGIC 12 aIT DAC WITH Bur REG, +1-l0V, 8.5 , DOUBLE 9 81T OAC FOR POP.12, WITH DUPL1CATE INPUTS TO 2ND & 3RD ~SBIS ANALOG DEVICES MINIOAC, 10 BIT, 40 NS DAe 2 1.SIT DACS ~ COUNTER, FOR CHAR GEN VA8 IN Kve A608 USING +5V SUPPLY INSTEAD Of +10V A618 WITH 0 TO .5V INPUT ~ SUMM1NG NODE BROUGHT OUT A609 USING +5V SUPp~y A610 USING +SV SUPP~Y A611 USING .SV SUPPLY 10.81T SINGLE BUFFERED DAe, 5 USEe SETTLING TIME, Vl15 12-81T DOUBLE BUFFERED DAC, 10 USEC SETTLING TIME, AA15 10~BrT BurFER & DAC, 0 TO +5V, SINGLE X 5 2 12-81T DACS, +/~5V 4 D/AtS, 10 8ITS, UNIPOLAR, USEO WITH A233,4,5,6, 0 TO .10V, QUAD X 8.5, FOR UDe 2 DIA'S, 12 BITS, UNIpOLAR, USED W A233, 4, 5, &, 0 TO ~10V, QUAD 8.5 fOR UDC11 12 BIT MULTIPLYlNG OAC, +/~10V ~Ef RANGE, OUTPUT IS 0 TO REF, BIN ASS VALUE, 20~A660, DBL~ X 5 Ab60, EXC~PT BCD A8S0LUTE VALUE, 20-A&61 A660, EXCEPT 2,5 CO~PLEMENT, 20-A662 A660, EXCEPT BINARY ABSOLUTE VALUE WITH R£GISTER, 20-A66] DUAL a.SIT OAC, 0 TO +10V, ]0 USEe, 20.A664, DOUBLE X 5 SINGLE 9.SIT DAC, 0 TO +10V, 30 USEC, 20-A665, SINGLE X 5

(CANCELLtED) POWER SUPPLY, +15V IN, +10V & .JV OUT -10V REF SUPPLY, SIM TO 1562, 30 MV REG, -60 TO +60 MA OUT .10 REF SUPPLY, LIKg 1704, 0.1 MV REG, 0.1 MV P-P RIPPLE, -gO TO +40 MA OUT (OBSOLETE), SA~PLE , HOLD POWER SUPPLY FOR A202, USED ON ~lNC-8 A704 SUfFER VOLTAGE REG, ADOS·A, .I5V & -20V IN, +5V ~ 1.IA, .15V ~ ,2A OUT +1-l0V REFERgNCE SUPPLY, SOMA, SINGLE 5 VOLTAGE R~G FOR Kvell, .,- 12V @ 100 MA FROM .,. 15V

111

MODEL ~o

A760 A761

AID

A800 A801 A802 A803 A804 A810 A8tt A812 A841 A860 A861 A8ft2 A863 A864 A865 A866 A872 A973 A814 A87S A877 A878 A819 A880 A891

PROD LINE

MOD MOD

CONVERTERS

CAT tPG CAT 11DP

CAT t 1 8/E CAT CAT CAT IPG 12 LDP LOGIC IpG IPG IPG IPG IPG IPG IPG IPG IPG

DES ENGR

DeB DCB

MQRO DC8 .JJL

CP8

MORO

DCS MORQ EK RG RG MORO MORO RG RG RG

STATUS MO/YR

DESCRIPTION

5 7173 DUAL 15V 100 MA(150 TOTAL) FROM 5V l,lA ANALOGIC, DOUBLE Xl X 5, 20-A160 5 7/73 2 A760 ON ON! CARD, DQU8LE X 1 X 5, 20-A7&O

6 5 1 4/70 1 7/71 5 10/73 7 5 Ij

4 5 5 ~ , 5 1 2 2 2 2 1 1 1 2 t 2

1172 5/73 7/73 7/73 7/73

12/71 7173

4112 5/73 5/73 5/71 5/73

2/72 9/70 12/71

5173 5/72

5113

(OBSOLETE), AID, 10 BITS, WITHOUT INT~RNAL REF AID, 10 8ITS, 0 TO +10V IN, 10 USEC CON V TIME, WITH INT REF, POSLOGIC 12 8IT + SIGN AID, 8~S" QUAD, 2Q USEC 8~BIT AID, ANALOG DEVICES MICRO~DAC 12 BIT AID, +5 TO -5V (NEVER RE1"EASEO) A801 USING +5V SUPPLY INSTEAD 0' +10V 10 BIT AID, 0 TO +IOV INPUT, 10 USEe CONY TIME 10 SIT AID wITH S&H, A40S + A811 eKTS, ADa~EA 12 BIT AID (SIGN + 11 BITS MAGNlTUDE) +1.2V IN, 9 MSEe, 20.A8bO 12 BIT AID UNIPOLAR, 0 '10 +10V IN, 49 USEe, 20~A8b1 12 aIT AID BIPOLAR, +/~10V IN, 48 USEC, 20~A862 12 BIT AID sIPOLAR +1. lOY IN, 48 USF.C, 20~A863 15.81t BIPOLAR +'·10V AID, 18 USEe, 1 THICK, DOUBLE X 5 REPACKAGEO A864 DOUBLE ij,5, 2 THICK 12 8IT 15 USEe A/O, PHO~NIX DATA, DOUBLE 5, 20-A866 12 BIT AID, BIPOLAR, +1-l0V IN 18 USEe, PHOENIX DATA, LIK~ A862 EXC NO SERIAL 11 BIT BIPOLAR +1-toV IN, b USEC, PHO~NIX AOC711 ON DEC BOARD, DOUBLE X 1 X 5 12-8IT 8IPOLAR +1-lOV IN, 6,5 USEe, PHO~NIX ADC712 ON DEC BD, DSLE X 1 X 5 12 BIT 0 TO tl0V AID, 6,5 usEe, PHOENIX ADC712 ON DEC BOARD, 30-10861.52 13 BIT AID, BIPOLAR, +1.l0V IN, 3& USEe, PHOENIX, DouaL~ x a,s 13 BIT AID BIPOLAR, +1. tov IN, 10 USEe, ANALOGIC, DQUSLE 5, 20.A878 12 BIT A978, 4 USEe, 20.A878 11 BIT AS78, 20.A880 10 BIT AS78, 2,5 USEe, 20.A881

SIGNAL CONOITIONING CARDS, MISC.

A900 IPG MORO A901 IPG MORO A902 IpG MORQ AgO] IVG MORO A901""YA IPG RG A904 IPG MORO A90s IPG MORO A911 IPG MORO A914 IPG MORC A915 IPG MORO A990 CAT A992 CAT A995

B SERIES MOOULES, GATES

Bl04 CAT 8104.YA TPL 8105 CAT ~111 CAT 81t5 CAT 81t7 CAT ~123 CAT

MI

DOANE

4 7/73 6 9/70 6 9110 5 1 5/73 5 ~ 2 2/72 2 tl/71 2 1,/72 5 5 7

5 1- 3/72 5 15 '5 5 15

8 CHANNELS, 0 TO IOv, WITH 8 PAIR FORKED LUGS FOR T~IST~D PAIR CABLE, PLUGS INTu AlSO A900 EXCEPT 0 TO lOOV, PLUGS INto AlsO A900 EXCEPT 0 TO ~O MA, PLUGS INTO A150 8 CH, 0 TO 10V WITH FINGERS ON riANDLE ENO FOR Ha07, PLUGS INTU A150, COUBLE X 6" A903 MODIfIED FOR +1. IOV A903 ~xCEPT 0 TO 100V A90] EXCEPT 0 TO 50 MA A903 WITH rUSE: A904 WITH ~4USE A905 WITH rust;: AMPLIFIER BOARD FOR MOUNTING OP AMp (NOT INCLUDED) AMPLIFIER BOARO (CANCELLED)

4 INVERTERS, 3 LOAOS 2 MA ra.N IN, 1 , 4.7K LOADS 5 INVERTERS, 5 lJOADS 4 2.tNPUT NEG NAND GATES, 1 LOADS 3 3·IHPUT NEG NAND GATES, 1 LOADS 2 6.INPUT NEG NANO GATES 4 2"INPUT SERIES TRANSISTOR GATES, 1 LOADS

112

MODEL NO

PROD LINE

8124 CAT 8129 15 B130 CAT Bl11 15 8132 15 8133 10 B134 to 8115 10 8116 10 Bl17 10 8138 10 8141 10 B142 8 8152 10 8155 CAT 8156 10 8163 10 8165 10 8166 10 B167 10 8168 10 8169 15 fH69.YA 10 8171 CAT B172 10 8173 10 8181 ess 8191 10 8192 10 B19] 10 8198 10 8199 10 rtf I P.FLOPS

8200 8201 8204 8210 8211 8212 8213 8214 8250

DELAYS

BlOt Bl05 8]10 Sllt 8)12 8320 B160

CAT CAT CAT

'5 10 10 15 10 10

CAT MTST 10 10 10 MOD CA.T

DES ENGR

WH

DOANE

WH WW WH SU WH

WH

su

SU JJJ."

DOANE

STATUS MO/YR

5 6 5 5 '5 '5 5 '5 '5 '5 5 '5 5 5 ., r; 5 '5 IS 5 '5 '5 4 5173 5 ., 5 2 7/71 7 7 7 5 5

5 t 3/67 '5 5 5 1 11/&5 5

Of::SCRIPTION

3 SETS OF ] INVERTERS IN PA~ALLEL, 1 LOAD& (OBS), POP7X INVERTER LOGIC 4 3.INPUT ANOS ORED, BOTH OUTPUTS, PARITY FOR 3 BITS PDP9 ADDER PDP9 LINK ADDER 2 MA EQUIV TO B113 4 2.INPUT POS AND GATES, ) LOADS, 2MA EQUIV TO 8124 2 MA EQUIV TO 8115 3 MA 8134 2 MA EQUIV TO 8117 PDP10 ADOER (6131 WITH ADDED DlOD£ TO KIL~ THE CARRY QUICKu¥) 7 2~INPUT GATES, 2 MA INPUT EQUIV TO R141 DIODE: GATt:, 8141 wITH 10 MA LOADS ON INflUl'S F,J,L,N,R,T,V, rOR POPS BINARY.rO~OCTAL D~COD~R, R151 wITH HIGHER FAN.IN ~ NO CLAMP LOAUS & NO EMITTER GATING HALF eIN.TO.OCTAL DECOngR, 2 BITS, 2 ENABLE INPUTS 2 MA EQUIV TO 8155 6 2.INPUT GATES, 1 PAIRED COMMON INPUT, 2 MA EQUIV OF R123 , MA nIODE EQUIY OF Bl05 COUTING GATE FOR SC ADnER Of POP10 8 2-INPUT NANDS OREO TO 4 OUTPUTS WlTH 2 ENA8LE INPUTS, 2x4 4 3-INPUT NA~DS ORED TO 3 OUTPUTS WITH 3 ENABLg INPUTS, 3X3 DIODE GATE gQUIY TO 8129, PDP9, 8 2-INPUT NANOS OREO TO 2 OUTPUTS, 4 ENABLE l~PUTS, 4X2 8169 W NO LOAD RESISTORS (Mfl0) 6 SETS or 2.INPUT ANOS OREO, 80TH POLARITIES OUT, PDP7 rASTER 8171, 2 MA FANwIN 14 INPUT NEG NAND GATE W ONE INPUT PRECEDED BY A 10 IN POS NAND, MElD 10MHZ R1BI DC CARRY CHAIN (NEVER M~DE), ADD~~, PDP10 (NEyER MADE), NEGATIVE LoOK AHEAD ADDER, PDpl0 (NEVER MADE), POSlTIVE LOOK AHEAD ADDER, PDP10 PROTECTION COMPARATOR, PDP10 ~EM, 0 & ~3V IN , OUT, COMPAREs 2 ~-bIT WORDS FM ADDRESS DECODER fOR 8250 ICIS, DOUBLE

CHEAP 10 Me COUNTING FF SINGLE; FF 4 rr's AR FOR PDP7 FY, BUFFERED, NO DELA¥ DUAL RS Fr, PDP10, aus DRIVER OUT, OELA~ED , NOT DE~AYED RS INPUTS POP9 Fr, SINGLE INPUT JAM, NO DELAY 4 rf'S, 6204 MAOE OUT OF 1 MA OIODE GATES FF MEMORY, PDP10~ FAIRCHILD IC'S, 8112 BITSICARD, DOUBL~ BOARD

10 Me ONE SHOT 10 Me ONE SHOT, RAMP GENERATOR, INTERNAL OR REMOTE (PROGRAMMABLE) 4 DELAY LINES, DOU8LE SlZ~D TAPPED DELAY LINE, 200 NSEC, 25 NS STEPS, EMITTER FOLLOwER INPUT DELAY LINg, 8111 CONTINUOUSLY VARIABLE, DIODE INPUT, PDP10 TAPPED DELAy WITH PULSE AMP, 25-200 NSEC IN 25 NsEC STEPS SCREWDRIVER DELAY LINE + PULSE AMP, 200 ~ 250 NS MAX

DELAY

113

MOOEL NO

8401 ~405 84tO 8450

PROD l~lNE

CAT -CAT 10

OES ENGR

ATT WH

l~PUT CONVERTERS

85"1

-PULSE AMPLIFIERS

8602 CAT 8604 15 RI 8610 B611 10 86t2 to SU

OUTPUT CONVERTERS

8620 CAT 8613 to ATT 8615 10 ATT 8681 CAT 86q2 to -{!68) 10 ~tq( CAT DOANE BoSS 10

C SERIES EQUIPMENT,

COOt 8 COOt .. A 8 COO2 8 C003.A 8 COO3·e p. C004 8 COOS 8 COO6 8 ~OOl 8 COO9 C100 MOD JJO

CABINET SERIES

CAS.! CAS·1B CAS-2 CAS.) CAS-S CAR.50 CAB-6 CAA.AA B CA~ .. 8fj ~

CA~8·AS q

STATUS MO/YR

OESCRIPTION

5 VARIABLe CLOCK 5 CRYSTAL CLOCK, 2 TO 10 Me 5 VOLTAGE CONTROLLED CLOCK, 1-10 Me, 40 TO 100 NSEC N~G PULsES, POT AOJUST 1 12/64 10 Me FIXED rREQ MULTI WITH Ef OUTPUTS

SEE W501

5 DUAL 10 MC PUuSE AMP 7 7/71 DUAL PA, ~IKE Bb02 BUT WITH 2 OUTPUTS fROM EACH PA, PDP7 6 (OBS), 25 NS PULSE AMP FOR USE wITH 8212 5 DUAL PU~S~ AMP, 25 NSEC, PDP10 4 5/73 DUAL PULSE AMP, 60 NSEC~ MF10

5 5 1/73 5 1/73 ~

5 5 5 5

PANELAIDE

7 7 7 7 7 7 5 9/66 7 7 7 7

REGISTER CARRl CIRCUIT, 2 81TS + INVERTERS B133 W 6514.C TRANSISTORS, SINKS 6) MA 8135 w 6534.C TRANSISTORS, SINKS 63 MA 4 POWER INVERTERS 4 BUS DRIVERS 3 BUS DRIVERS, OR OUTPUI, 50 OHM 'OAD, 0 .]V ,. RUB ORIVERS, LI~E 6&84 3 DIODE GATE DRIVERS, 2 CKTS, 80 MA @ GNO, 8 MA , ~lV, PDP10

KITS

AID KIT wITH H999wP A/O KIT WITH H9QOAWP AID KIT WITH 194JwP REAL TIME CLOCK PANELAJO KIT, 60 HZ 50 HZ VER:)ION POPS TO POP8/S INTERFAC~ CONVERTER~BUFF~R POPS/S 110 BUS INTERFACE CONNEctOR PANELAIO KIT INPUT/OUTPUT BUFFER FOR PDP8/S PANELAID KIT INPUT BUFrER INTERFACE FOR 8 OR 8/S, REPLACES 0005 MEMORY TIMING , CONTROL KIT KIT, 12 BIT INTERAC~ TO pos BUS (USES £100), 2 BLOCKS, fOR 4 SINGLE CARo INTERfAC~ MODULES eM73?, M139, Mi07)

6 4/73 STANDARD CABINET, MAY BE ORDERED WITH OR wITHOUT PANELS OR ENO 6 4/73 BLACK CAS.! 6 4/73 SPARE SYSTEM CABINEt, sIMltAR TO CAB-l 6 4/73 FRENCH OOO~S BELOW, BLANK AT TASLE LEVEL, p~YWOOO TOP PANEL 6 4/73 POPS CABINET, INCLUDING TABLE & BLANK CONtROL PANEL 6 4/71 DOUBLE Cl8.S WITH LONG TA8L', 2 CONTROL PA~ELS 6 4/73 CABINET, PDP6 TYP~, INDICATOR PANEL AT TOP 6 4/73 CA81N~T FOR POPS wINGED TABLt 6 4/73 CABINET FOR POPS RECTANGULAR TABLE 6 4/73 CA~ FOR Pope/S

114

MODEL NO

CABS.IA 9 CABS.IB B CAB.IC 8 CAB.9A 9 CAS-9S 9 CAR.9C 9 CA8-90 9

D SERIES

DOO1'A 8 0OOl·C 8 D001·0 8 0001""£ 9 DOO1·F 8 0002 8 0003 8 0004 8 0005 9 0006 8 0007 9 0008 8

E SERIES

tOOl !OO2 EOO) EO()4 E005 £006 £007 E008 EOl)9 Eoto E011 E012 £0\3 E014 EOtS £016 EOt7 E018

PRO~ DES t.tNE ENGR

EQUIPMENT,

EQUIPMENT,

£019 alE PC E020 15 El00 MOO JJO F.724 E725 [726 £127 £:869 E870

F SERIES EQUIPMENT,

FOO1

STATUS MO/'iR

DESCRIPTION

6 4/73 OPTION CABINET (O~O) 6 4/73 H950 + 8/1 6 4/73 OLD CABINET • 9/1 6 4/71 19" EXPAHOER CA8INET, FULL WIDTH DOORS, 8LAC~, GRAY END PAN~LS 6 4/73 SAME AS 9A WITH INDICATOR PANEL ~ 4/7) SAME AS 9A, BUT SNAP.ON COV~RS ~N FRONT ~ 4/73 SAME AS 98, BUT SNAP.ON CQVEPS ON FRONT

OCTAID KITS

6 6 ~

is 6 6 6 6 6 6 6 6

PANELAIDS

'7 7 7 FI 5/73 7 7 1 '7 7 6 5/73 ~ 5/73 6 5/73 6 5/73 t; 5/71 6 5173 6 5/71 6 9/73 5 2112 , 1 7 7 '7 '7 7

aeTAIOS

'7

8-elT D/A OCTAID KIT 10"SIT 111116!T 12""81T 13·8IT BCD QUAO DECADE DeTAIO (08S), a.eIT OIGIIAL COMPARATUR DeTAlD UP.DOWN COUNTER, DECIMAL DECODER, & CONVERTER aCTAlD (DeS), POP9/S INPUT8UFfER INTERFACE DeTAID (SEE COOl) (OBS), POP8/S OUTPUT BUFFER REGISTER DeTAIO DUAL 8~alt SHIFT REGISTER OCTAlO DUAL 8~BXT 81NARY UP COUNTER oefAIO

PANELAIO fOR COOS PANE;J:"AID COOS PANELAIO COO6 PAN€LAIO coot; PANELAID coot) 5004453 PANELAID COO1 .. b.,·a PANELAIO, POPS/S INPUT INT-ERFACr.: C007 PANELAID COO, PANELAIO COO9 PANELAIO COO9 54(81))7 5408039 5408039 5408040 5408041 5408042 5408043 POP9",E SUS VTOS 8US PANELAIO (USED IN Cl00), ~ SLOCKS PANELAIO COO 1, ",4 &. COO2 PANELAIO COOl, ."A " COO2 PANELAID COOl, .A &. COO~ PANELAID COOl, .A " COO2 PANELAID COOl-A,.a PANELAIO COOl-A,·a

OCTAID 0006

115

MODEL NO

'002 r003 r004 r005 '006 '00'7 '008 '723 '728 '843 '.61 '862

PROD DES LINE ENGR

SENSE AMPLI'IERS

GOOl G002 (JOO) G004 (J005 G006 COO'7 C008 G009 GOI0 COil G012 GOtl (JOt4 C020 C021 0022 0123 0024 G050 GOSI 0052 Cl05] G054 C055 C056 G060 G061 00&2 C063 G064 G065 GOIO GOIl 0082 G081 GOl4 C085 C0850 C086 C08'7

15 15 8 8 10 10 8 8 US 1$ 8 8 15 15 8 8 10 10 10 pERIPH PERIPH PERIPH PERIPH pgPtIPH PERIPH pERIPH PERIPH PERIPH pERIPH PERIPH PJ:RIPH PERIPH PERIPH 15

PERIPH 8 PERIPH 12 10 10

DV DV

su Rat" RBI" RBL RBL R8L RBt" A!:K RBL RBL RBL RBt" ReI" RBL

fit I

STATUS MOIIR

6 6 6 6 6 6 6 6 6 6 6 6

5 5 6 6 5 5 '5 '5 '5 5 6 6 6 S. 5 5 5 5 4 51'7] 5 t 8/69 1 8/69 1 8/69 1 8/69 1 8/69 1 12/72 5 1 8169 ! t 8/69 5 t 11/66 6 8166 5 5 5 5 5 5 11/'71 6 5 $173

DESCRIPTION

(08S), INPUT BurFER INTERFACE COBS), INPUT 8uFr'R INTERFACE aeTAIO 0006 oeTAIO 0007 OCTAIO 000' OCTAIO 0008 aCTAID 0008 OCTAIO 0002 OCTAIO D001-A THRU ., oeTAlo DOOt-A THRU ., OCTAID 0004 oeTAIO 0004

PDP.' SiNSE AMP SLICE CONTROL fOR GOOl (OBS), PDP.& SENSi AMP (OBS), SLICE CONTROL 'OR GOOl 4 INPUT SENSE AMP (DOUBLE), POP.6, 2 US MASTER SLICE CONTROI", rOR G005 PDP-8 SgNSE AMP SLICE CONTROL FOR G007 , GOo9 2 INPUT SENSE AMP fOR PUP-9, (NO PA), ALSO USED FOR GOll , GOl4 SENSE AMP SELECTOR FOR PoP.g, 164, ALSO USED FOR G012 COBS), 2 INPUT SA FOR SlG a-PiN COMPATIBLE WITH G007 (EXCEPT SELECTION COBS), SE.NSE AMp SELECTOR, NEW a, 164, .5 TO -8V, USEs G010 BoARD (OSS), SENSE AMP FOR PDP.9L, 4K MEM, G009 BOARD 2 INPUT G011, 0009 SOARO SENSE AMP 'OR 8/1, SINGLE, ON G021 CARD, IC LEVELS DUAL SEHSE AMP fOR 8/1, IC LEVELS, ALSO USED FOR G020 4 INpUT StNsE AMp FOR pop-to, SINGLE, WITH CABLE, +6.2V, -6,2V MASTER SLICE CONTROL FOR G022 MASTER SLICE CONTROL FOR MF10, +1,5 TO +6,5 V, SENSE AMPS ON Gill 9 TRACK, ~5 Ips, DUAL GAp H~AO READ AMP 1 TRACK, 45 IPS, DUAL GAP HEAD READ AMP 9 TRACK, 45 IPS, SINGLE GAP HeAD READ AMP 7 TRACK, 4S IPS, SINGLE GAP HEAD READ AMp 9 TRACK, 7' IPS, DUAL GAP HEAO READ AMP 7 TRACK, 75 IPS, DUAL GAP HEAD READ AMP 9 CH READ AMP (TU16) HEX 8.5 . MAG TAPE COMPRESSOR, 9 TRACK MAG TAPt COMPRESSOR, '7 TRACK MAG TAPE PEAK DETECTOR, 9 TRACK MAG TAPE PEAK DETECTOR, , TRACK MAG TAPE SLlCER, 9 TRACK MAG TAPE SLICER, 7 TRACK (OBS), DRUM SEN'E AMP MAG TAPE READ AMP~I'IER DRUM AMP & SLICER DISK PRE.,AMP MAG TAPE READ, RECTIry, SLICE AMP, TU20, ALsO USED ON G086 DI8K AMP, (R!P~ACES 1/J GOB) + 1/2 W532) + (1/2 W5~1) DISK AMP 'OR 0'320, D8l2-0 (08S), MAG TAPE READ AMP, RECTI'Y, SLICE, PEAK PICKER MAG TAPE READ AMP, RECT1'Y, SLICE, PEAK, TUlO

116

LEVELS)

MODEt) NO

PROD LINE

GOR70 to G098 PERIPH GOR9 CSS G090 PERIPH G091 PERIPH G092 PERIPH

SE.NSE/INHIBIT

Gl00 ClOt GI02 Gl03 G104 Gt05 Gl06 Cl07 Gl0e C109 G109",'!A (;lto Gl10",YA Gltt Gtt2 Ctt) Glt4 (;1 15 G190 G1el G182

15 11 XML XML 8/f: 8/E XML XML XMII XML 1.5 XML XML XML XML 1.0 XML XMI" PERIPH PERIPH Pt:RIPH

DES ENGR

DREW

WF H.O GS PM

MOOUl.IES

PO RH RH Po PO PO PO PD PO HL PO RH we DwS su ows we €S €S CHI

STATUS MO/YR

5 7173 '5 (, 4/71 1 2/71 1 11/13 4 10/73

5 7 2170 5 '5 5 4 7 i

5/73 8/73

7/11 "1/70

1172 2 4 4 5/73 4 1/72 2 1/73 5 9/72 1 2/72 4 5113 4 6/73 1 3/7] 5 1173 1 11/70 , 1173

Dt.:SeRIP1'lON

MASTER SLICE CONTkOL FOR GOS7 DISK REAO AMP WITH COMPRESSOR & pgAK DETECTOR, RS&4 2 eM TRANSfORMER to ADAPT IBM TRANSPORTS TO GOS? GOB8 DEC TAPE SKEW T~SIER RS08 CHECkOUT rgstER (GOe5 WITH P~P AVG VOLTAGE A~P) TIMING AMP. LOGIC, RS03, OSL X 8,5

SENSE AMP & INHIBIT DRIVER, POP15, 3 ~IkE, 3D MEMOR~ SENSE, INHIBIT, & R~GIST~R fOR MM11.A SENSE, INHIBIT, & REGIstER (4 BITS) fOR MM11 , ME10 MEMOR~ VQLTAG~ LEVELS, MM11 & M~10 SENS!, INHISIT, & 12 BrI REGISTER FOR MM8.g, QUAD, ~,5 SENSE, INHIBIT, 8 BIT REGISTER & PARtTY CONTROL FOR MPS-E, QUAD, 8.5 MR11~A ROM DRIVE & SENSE, QUAD, 8,5, us~s G642 MR11-A wOROLEr sENSE, INHIBIT, DOUBLE, 9,5 Gl02 WITH 2 SITS UNLY 18-SIT 11/05,11/25,11/45 CONTROL , O~TA LOOPS, HEX X 8,5 (S~E G~11,G232) GI09 W M SELECT Ff & DATA LOAD PULSE PINS, USED IN ME15 16 aIT Gt09 (900 NSEC) 850 NSEC Gl10 12 BIT 8/E SENSE, INHIBIT, 8,51 QUAD 20 SIT SENSE/INHI~lT, lbK SENSE, 8.5 HF.X, MM11-U 19 BIT MF10 DATA LOOPS, HEX 8,5 'SE~ G231) (9K SENSE) G112 W 8881 & 380 IN PLACE OF 8838 Glll fOR 8 OR 4K STACKS LOW DENSITY (1100 BPI DOUBLE FREQ), R/W FOR RK04, DECPACK, DOUBLE X 8.5 HIGH DENSIT¥ (2200 ePI DOUBLE FREQ) R/W FOR RK05, D~CPACK, DQUBLE x 9,5 R/W HEAD ANO DETECTION, RS03, ObL X 8,5

CURRENT DRIVERS, ~RtTE AMPS, R/W SWITCHES

(;200 G201 (;202 C203 G204 G205 G206 G207 G209 G209 G210 G211 G212 G211 G218 G2t9 G221 G222 G223 G224 G225 G22Sl!!'YA G226

15 15 15 9 A 8 10 10 9 8 15 B t.O 10 15 15 8 '.5 15 11 XML 11 XML

SU

PO SU PD SO

5 '5 5 6 6

" 5 '5

" 5 '5 5 5 '5 5 5 5 '3 '3 7 2/10 5 ~ 1/12 5 5/73

PDP.' MEMORY FULSER PDP~7 INH18IT DRIVER PDP'!!'7 MEMORI ORIVER (OBS), POP~5(A) MEMORY SEL~CTOR (OBS), PDP@8 INHIBIT DRIVER, 2 BITS (OBS), POP-S INHIBIT DRIVER, REPLACED BY G208 MEMORY SELECTOR, PDP-6, 2 us, DUUBLE, USED FOR G212 IN.HIBIT DRIVER, 4 QUADRANT, POP~6, 2 US, OOUBLE PDP~8 INHIBIT ORIV£R (REPLACES G205) fOR + POWER SUPPLY, us~o FUR G218 PDP~8 MEMORY SELECTOR (HOT SIDE), (REPLACES G20)) FOR + PUWER SUPPLY, USEU fOR G210, G219 PDP9 CONTROL MEMORY ORIVEH, DESIGNED TO O~IVE G920, USES G209 BOARO ME~OR¥ DRIVER, 8 LINES, DIRECT COUPLED MEMORY COMMON DRIVER, G206 + Mlse R&D, G206 aOARD, rOR PDP6 2US~C MEM WORD DRIVER, MAlO, USES G219 rOR DIGIT DRIVER INHIBIT ORIVER (A G20a FOR NEG SUPPLY), FOR PDP9 MEMORY SELECTOR CA G209 FOR NEG SUPPL~), 'OR PDP9 MEMORY DRIVER, IC INPUTS, 4 CKTS. SINGLE, FOR 8/1, aIL MEMORY SELECTOR, IC INPUTS, 4 CKTS. 1 WIRE, 3D, P~P15 READ/WRIT~ DRIVER, IC fNPUTS, 2 'CKTS, SINGLE, 3 WIRE, 3D, PDP15 MM'.l .. A SELECTOR CURRENT SOURCE, SINGLE X 8~1/2, ME10, MM11 G225 MOOIfIED FOR RUGGED STACK XI SELECTION SWITCH, SINGLE X 8.1/2, ME10,MM11

117

MODEL ~O

G227 G278 G229 G210 G211 G231"'YA G132 G23) G214 G21S G216 G2S0 G2 1H G2'S2 (;251 G2'54 G260 G261 G262 G2f;] GZ64 (';210 G271 G212 e273 G274 G27S G2'l6 (;277 (;278 G279 G280 G281 G282 G283 (;284 G285 G296 G287 (;298 (;289 G290 (;291 G294 (;295 G296 (;lSO G351 G352 G31S] G3'54 G155 G310 Gll1 Gl12

8 9

P~OD

LINE

)("'L 10 XMIJ 10 XML XML XML XML XML MTST MTST MTST '1T5T MTST ~TST

MTST MTST MrST MTST MTST MTST MTST MIST 'fIST MIST MTST MTST MTST MTST CSS CSS CBS 15 PU~IPH P£RIPH PERIPH 8 10 10 PERIPH PERH'H 8 ~

8 PERIPH PERIPH P[RIPH PERIPH PERIPH P~RIPH MTST MTST MrST

DES ENGR

PO

Po SU PO we PO we We DWS ows

GS PM

RBL RsL RBI; R8L ~ar.,

RBL

au eu

STATUS MO/YR

5 '5 7 7171 !II) 11/71 4 5173 t 9/73 t 7/71 5 10/7) t 3173 4 6/73 1 8113 6 6 6 6 6 6 6 6 6 f)

" 6 6 6 1113 6 6 6 6 6 6 5 S 5 (.

5 5 '5 5 6 6 5 5 ~ S 5 1/73 I)

1 11/69 1 11/69 , 11/69 1 11/69 t 11/69 ., 6 ~

OESCRIPTION

Xy SE~ECTION, CURRENT SOURCE , ~EGU~ATOR FOR MM8-E, QUAO, 8,5 INHIBIT DRIVER, lC INPUTS, 8/1, 8/L MW11~A ~ORDLET WORD DRIVE G225 wITH DELAY LIN! ON INPUT, 0 TO 40 NSEC XI SE~ECTION. CURRENT SOURCE, ADDRESS LATCH, 8K OECOOE, HEX X 8,5, SEE Gl09, GilO G21t w OIf'ER!~T SUBSTITUT~ PARts LIST 4K G211 Xy SE~ECT10N, CURRENT SOURCE, AODRt6S LATCH, 8K DECUDE, 8!5 X QUAO, S~E Gltl XI SELECTION, CURRENT SOURCE, ADDRESS LATCH, 8K OR 4K D~COD~, QUAO 8.5, SEt-Gl11, G115 16K XY DRIVE, CURRENT SOURCE, D~COOE, H~X 8,5, MM11-U, MIlO, H217 32K Xl DRIVE, CURRENT SOURCE, DECODE, H~X, MM11_W, .wp COBS), WAVE SHAPER fOR 2503 (OBS), REGULAR FOR 2503 (08S), PROTECTOR fOR 2503 (OBS), REGULATOR FOR 2504 (OBS), PROTECtOR fOR 2504 (08S), riAVE SHAPER fOR 2603 (085), REGULATOR fOR 260) (08S), PROTECTOR fOR 260] (08S), REGULATOR fOR 2604 COBS), PROTECTOR FOR 2604 COBS), RELAI R/~ SWITCH, REP~ACED 8Y G379 C08S', WAVESHAPER FOR 2500, 260Q (oas), NEG OUTPUT AMP FOR 2500 (08S), POS OUTPUT AMP FOR 2600 COBS), NEG DRIVER POWER MONITOR (08S), PQS DRIVER POWER MONITOR (ORS], POWER MONITOR (08S), seR R/W SWITCH (085), READ~WRI1E SELECTOR COBS), REwAY MODULE, REPLAC~O BY G179 DRUM WRITER, 240 MA/SIng x SE~~cr, DRUM, 2 PAIR FORM A Y SELECT, DRUM, (4 FORM A) (OBS), MA~ TAPE NRZI WRITER DISK WRITER, DISK SERIES SWlTCH, DISK CENTER TAP SELECTOR, DISK, MAG TApE WRITER, Z CHANNELS, 100 MA H~AD CUR, NO CENTER TAP, 0 TO w15V COBS), DRUM WRITER, 150 MA/SIDE, G280 BOARO, ALSO FOR TU79 (OBS), DRUM WRITER, 2 CHANNELS, 65 MA HEAD CUR, G280 ETCH, 180 UHMS INSTEAD Or 130 OISK WPITER, INCLUDES 2.1/~ MHZ FF DISK WRITER W +20,.5,~15 POWER fAlL, RSb4 DISK wRITER, + LOGIC EQUIV TO G~84 SERIES SWITCH, + LOGIC EQUIV to G285 CENTER TAP SE~ECTOR, + LOGIC gOUIV TO G296 9 TRACK, DUAL HEAD, 45 IPS, MAG TAP~ WRIT~ DRIVER 7 TRACK, DUAL H~AO, 45 IPS, MAG TAPE WRITE DRIVER 9 TRACK, SINGLE H~AD, 45 IPS 7 TRACK, SINGLE HEAD, 45 IPS 9 TRACK, DUAL HEAD, 15 IPS, MAG TAPE WRITE DRIVER 7 TRACK, OUAL HEAD, 75 IpS (085), BIPOLAR READ/WRITE SWITCH, REPLACED BY GJ71. Gl12 (OBS), BIPOLAR R/W SWITCH, DOUBLE aOARDS, LIK~ G370, EXCEPT COM~S APART, VERTICAL O~COOING (OBS), 8IPOLR R/W wKITCH, LIKt G371 BUT HORIZONTAL DECODING

118

MODEL NO

G173 G114 (i)75 G11& G177 (;118 G119 G380 (;391

PROD LINE

~TST

MTST MTST MTS! MTST MTST MTST PERIPH PERI PH

ROMS " RAMS

G400 8 G401 11/45 G401"'YA 11/45

TEST EQUl~MENT

G500 G5000 G5001 G5002 G500] (;5004. (;5005 G500~ (;5007 G5008 G5009 GS01 GS010 G5011 G5012 ~5013 (;5014 G5015 G501(' <#5(')17 (;5018 G502 G503 G5(,)4 (;505 G506 G507 G5\)8 GSOe·YA G50e.Y8 G50e.yC (;508"''10 G50e"YE G50e.,YF G509 G509 .... YA (;510

PERIPH PHOE PROE PROE PROF: PROF: PROE PROe: PROE PROE QC FS PERIPH FS QC QC QC QC QC IPG OC F'S F'S pERlpH FS FS FS FS rs FS FS rs FS F'S f'S f"S FS

DES ENGR

8U au

au ~AY CAY

ADL JZ ~JZ

NUNlJfo:Y BMM BMM BMM BM~ I3MM 8MM BMM SMM BM\\ GD F, DOLL ROTT JOB PWK Go JV WEK WEK A,KI RMC ES E5 liD F.:8 EB EB EB EB EB EB EB EB EB HRL HR[,

F.R

STAIUS MO/YR

6 6 6 (,

" 6 6 Ii 11/71 5 11111

DESCRIPTION

(OBS), MULTIPLEXER, DOUBLE 10 FORM C CONTACTS, MAijN~CRAfT R~LAYS, 12V, 300 UHMS (OB5), ~lPOLAR R/W SWITCH, REED RELAy EQUIV TO G311 (OBS), BIPOLAR R/~ SWITCH, REED RELAY EQUIV TO G372 (08S), PROTECTION CONTRO FOR 2500 + 2600 BIPOLAR R~EO RELAY tREE, 16 OUTPUTS, 2X~ ~EPACKAGtD G379 G377 WITH DIFfERENT OUTPUT WIRING (OBS), SAME AS G279 BUT ~lTH DlfF~RENT INPUT DECODING DUAL 5 AMP SOLENOID DRIVER, 5\ DUTY FACTOR, FOR LA30 LINE FEED SOLENOID DRIVER FOR LAlO, 6 AMPS

2 3/70 CHAR GEN ROM, MOS, b4 WORDS, 5X1 DOT MATRIX (EA3400 24 PIN IC) 4 5/73 4K X 16-81T MOS RAM, 8.5 X HEX, 4 LAYER 4 6/71 18 BIT G401

t 11/71 1 4173 t 4113 1 4/7) 1 4/73 1 4/73 1 4/53 1 4/53 1 4/7) 1. 4/73 1 10/73 2 717,1 1 9/73 1 9/73 1 9/73

10/73 10/73

, 10/73 , 10/73 2 10/73 , 11/73 2 10/73 2 10/73 2 10/73 , 9173 2 9/73 '2 9/73 3 10/73 2 9173 , 9/73 '2 9/73 2 9/73 2 9/73 '2 9113 2 4/71 '2 4/73 '2 9/73

TU55/56 SKEW tESTER, SING~E X 8.5 FAILURE SUMMATION , TIME SELECT, 2340, QUAD PIN PEL~CTOR, 2J40, QUAD 22 PIN COMPARATOR, 2340, QUAD RANDOM PATTERN GENERATOR #1, 2340, QUAD RANDOM PATTERN GENERATOR #2, 2340, QUAD RANDOM PATTERN GENERATOR #3, 2340, QUAD RANDOM ADAPTER, 2340, QUAD ADAPTER INTERfACE, 2340, QUAD ADAPTER INDICATOR, 2340, QUAD 1K 104 BIT PROM, TU16 XOR, OUTPUTS TOP FINGERS TO GOIO LOGIC MAINTENA~CE MODULE, 3fF, 4 GATES, 2 INV, lONE SHOT, SINGLE 8,5 AVGERAGE AMPLITUDL DETECTOR, RS04 TESTER, DUUBLE ij.5 H740 .. TA CONTROL BOARD, DOUBLE 5 EeL FAN.OUT, 4 LAYER DOUBLE 8,5, KL10-TA DATA BUfFER MODULE, TU16 XOR, DOU~L~ 8,5, INPUTS TOP FINGgRS B!DIRECTIU~AL BUfr'gR, 11/05, Rl<lt.D XOR, SIt.lGLE 8.5 1/2 H353 1/2 H)S3 TEST CARD FOR A002/AOU01, SINGLE 5 eM! REsISTOR CARD (MS1400), SINGLE 5 DECPACK WRITER EX~RCISER, OOU8L~ 8,5 OECPACK POSITIONER EXERClSE~ DOUBLE 8,5 SSST TU56 SKEw TESTER, SINGLE 5 AlE XOR TESTER OMNI8US DRIVERS, SOARD H, QUAD 8,5 8/E XOR TESTER OMNI8US BUfFER, SOARD C, QUAD 8.5 8/~ XOR TESTER OMNIBUS SUffER, 80lpD 8, QUAD 8,5 8/E XOR INTEGRATOR BOARO_ QUAD 8,5 8/E XOR INTEGRATOR ~OARO 2, QUAD 8.5 8/E XOR INTEGRATOR BOARD 3, QUAD 8,5 8/E XOR INTEGRATOR SOARD 4, QUAD 8,5 8/E XOR INTEGRATOR SOARO 5, QUAD 8.5 8/E XOR INTEGRATOR SOARD 6, QUAO 8,5 8/E XOR INTEGRATOR BOARD 7, QUAD 8,5 AC LINE FILTER AND DETECTOR, DOU8~E a.5 (U~) 230VAC G509 9/£ XOR OMNIBUS DRIVER & XOR BOARD A

119

"'ODE!, tfO

PROD LINE

GSt! FS GSt2 FS G511 fiS G514 FS G5t5 FS GS16 QC G~t7 F'S G517""Y~ F'S CIJ18 JfS G519 FS (;520 G511 GS22 G573 G5'4 G525 G516 G527 (;528 (;5290 (;529 G510 C510.YB G512 G533 GI34 G535 G5Jb G51'7 G5J8 G~J9

FS PS COM PC QC 10 P~OE PROF. Oc QC ac ac QC t 1 PS QC QC QC QC QC QC

DES F.NGR

EB EB EB EB £':8 EG £0:8 EB F:B EB EB RJW FZ tRB AI,S STP BMM RMM EF 18 f:r EG GD ORR RJW RR8 RRB RRB RR8 RRB PJO

PRODUCTION EQUIPMENT

G5400 CS40t

PROE PROE

DS DS

SPECIFIC OP AMPS

GI98 FS EB G5@9 10 lTT G590 10 ATT G591 10 G592 10 G§93 eSS G594 10 G§95 10 G596 10 G597 10 G598 10 G599 10

STATUS MO/YR

DESCRIPTIUN

2 9/73 S/E XOR OMN18US DRIVER, lOR bOARD 0, QijAD 8,5 2 9/73 8/E XOR OMNIBUS DRIVER & lOR BOARD E, QVAO 8.5 , 9/71 POWER CONT & VREF MODULE, BUARD P, SINGLE 5 , 9/71 8/E lOR CURRENT SENSE SEPARATOR, SOARD r, QUAD 6 3 tO/73 9/~ XOR CONTROL SOARD M, QUAD 8,5 2 tl/72 11 XOR STROeE , CONTROL BOARD, (WIRE WRAPPED VERSION WAS 93.053b5.0~2, MS1498.S), QU~O S,S 3 10/73 8/E XOR TIMING SY~CHRONIZER, SING~E 5 '- 9/71 C5t1 W NO COMPONENTS t 11/72 8/E XOR TTY SIMULATOR, DOUBLE S 1 11/72 9/E XOR DATA aREAl SIMULATOR, OOUHLE 5 1 11/12 BIE XUP PCO SlMULATOR, OOUBLE 5 t 1/73 2337 POw~R SUPPLY TgSTER MODULE, DOUBLE 5 1 3/71 1472, 148l (WESTEkN DIGITAL) CHIP TESTEk, 0011, QUAD 8,5 1 3/72 UNI8US TERMINATOR, INDICATOR, DOUBLE 8,5 2 3/73 PIN DRIVER & RECEIVER FOR eMT 1 3/73 TTL TO EeL CONVERTEk, 54 CHANNELS, MULTILAYER HgX 8,5 t 3/73 LOGIC MODULE, 2339 SCORR, SC08S CABLE T~SIER, QUAD 8,5 1 3/73 TIMING MODULE, 2339 BC08R, SC08S lESTER, DOUBLE 8,5 t 4/73 16 CHANNEL ADJUSTABLE WINDOW lOR (TU60), QUAD 8,5 t 11/73 G528 w H8~4 CONNECTOR t 4/73 9 eM LEVEL COMPARATOR (TU&O XOR), QUAD 8.5 2 6/7] 32 CH 11 lOR MODULE, QUAD 8,5 , 10/73 G530 w INVERTED OUTPUT I 5/73 RK05 SIMULATOR, DOUBLE 8,5 1 5/73 COMPONENT BOARD FOR H744, 5, & TESTER, DOUBLE 8,5 1 5/73 SINGLE X 5 CARD, H807 ONE END, 3M CABLE OTHER END, 18 CABLE DRIVERS, ODD PI~S, MOUULE A

120

t 5/73 SINGLE X 5 CARD, H807 ONE END, 3M CABLE OTHER END, 18 CABLE DRIVERS, EVEN PINS, MUDULE B 1 5/73 SINGLE X 8.~ CARD, 1 3M CA8LE ONE END, 2 ON OTHER, 40 SlGNA~S, MODULE C, l/U CONN~CTOR 1 5/71 MODULE 0, 40 lOR GATES, INPUTS 'ROM 4 Hast, OUTPUTS fROM 2 SETS Of rINGERs & eOlTUM PINS, QUAD (8/E) 1 5171 8/E XOR CONTROL, 1 H854, QUAD, MODULE E 2 7/73 CMT lOR RELAY BOARD, 12 FORM C RELAYS, DOUBLE 8,5

t 1/73 2 ST~TION WIRE wRAP INT£RfACE, QUAD 8,S t 1/73 128 WIRE LOOM CONTROL, QUAD 8ft5

1 9112 5 5 1 7/68 1 7/68 5 7/73 6 6 6 6 6 fj

G219 TESTER SOARD DIFFERENTIAL INTEGRATORIAMP, RP10 CONTROLLER, RP01.Mf.MOREX b30~1 DIFfERENTIAL FILTER~D INTEGRATOR, RPtO, RP02, ME~OR~X 660 OP AMP, MAX PLANK, ANALOG OEVIC~S 220 OP AMP, MAX PLANK, ANALOG DEVIC~S 149, PDP.l0 OP AMP, PERKIN ELMER S&H (OBS), PHOTOCELL AMP, TU79 OPTICAL TACH, A207 BOARD (OBS), CAPSTAN PREAMP, 1U79, A200 OR A201 BOARD (OBS), CAPSTAN AMPLIfIER DRIVER, 1U79, A200 OR A207~OARD (O~S), CAPSTAN CURRENT AMPLIFIER, TU79, 1200 OR A207 BOARD (OBS), REEL REFERENCE AMPLIfIER, rU19, 4200 A207 SOARD (OBS), REEL ERROR AMPLIfIER, TU79, A200 OR A207 BOARD

RESISTOR &. DIODE MUOUl.tES

G6no 15 (085), PDP.7 RESISTOR, MEMORY

MODEL ~O

(;601 G&02 (;603 G604 G605 G606 (61)7

G608 G609 G610 G611 G612 G611 G6t4 G61S Got6 G6 '.7 G618 GoI8'!'1YA G618"!1Y8 G618 111 YC G618.YO G61S.Yf!: G.le.,YF G6t8 .. VG G618"!1YH G619 G620 G621 0622 G621 G624 G625 G626 G627 G628 G629 C6l0 G6lt (;612 G633 G634 G635 G636 G637 C6le G6.19 G640 G641 G642 G641 G644 G645 G&46 G647

PROF) LINE

15 15 8 10 MTST MTS! 10 10 9 8 8 8 -15 15 XML XMr., XML 15 15 15 15 15 15 15 15 15 alE

8 15 CSS 8 10 10 CSS CSS 10 15 10 10 10 10 10 11 10 10 10 11 15 XML 8 12 XML XML XML

DES ENGR

Ml

BEST 8EST BES.T

PO PO PO t·H LH LH LH LH LH LH LH LH PO

CV

DV

PO

CA ELlA PO

'we STP PO PO DWS

STATUS MOI'tR

5 t;

5 '5 6 6 ~

6 '5 5 5 '5 '5 '5 t 2170 5 1:\ 5/73 5 1:\ 5 '5 ., 5 r; '5 ." '5 1 6 r; ~ 7/73 5 ~

'5 '5 '5 7/71 4; 5 6 6 ,; ,; 6 7 2/70 6 6 6 11/69 1 1169 5 I)

5 5/73 '5 '5 9/72 5 5/73 t 2/72

DE:;SCRIPTION

MEMORl SELECTOR MATRIX, PDP'!'I1 MEMORY SE~ECTOR MATRIX, PDP-7 MEMORY SELECTOR MATRIX, 5b CONTACTS, 28 EACH SIDE, ~lfURCAT~D MEMOR~ SELECTION MAtRIX, PDP~b (08S), MEM SELECT MATRIX fOR HEM tEST (DeS), SAME AS G6058UT TRANSfORM~R OUT~UTS COSS" MEMORY DIOOE 80ARD FOR PDP'!'Ito, SEE G609 (08S), SENSE/INHl~IT/REGULATOk, PDP-lO, S~E G609 COMBINES G&Ol , G60e INTO ONE QUAD SIZE ROAkO "A" DIODE BOARD FOR pop-e STACK 3Q052~6 "6" DIODE BOARD FOR PDP-S STACK 3005256 "R" DIODE BOARD FOR PDP-8 13 BII STACK X DIODE ~ATRIX, 3 WIRE, 10, 4K, 9/1 Y DIODE MATRIX, 3 WIRE, 30, 4K, 9/1 256 X 1b BIT. 20 MIL BOARD ~ITH DIODES, DOUaLE, 8,5 4K, 12 BIT, 20 Ml~ BOARD wITH 010UES, QUAD, 9 DEE~ 4K, 9 SIT, 20 MIL COV£R BOARD FOR G61b ROM DIODE BOARD WITH ALL· DIODES, 16 WORDS, 32 BITS VTiS CHAR GEN ROM FOR ASCII OCTAL WORDS 300 THRV J07 CHAR GEN ROM FOR 310 THRU ]17 FOR 320 THR.U 327 FOR 330 THRU 337 FOR 240 THRU 247 FOR 250 THRV 257 FOR 260 THRU 261 FOR 270 THRU 277 4K, 12 BIT, 20 MIL CORE MEMOR¥ BOARD wITH DIODEs. QUAD, 8,5 O~EP, FOR 8/E COBS), NEVER BEEN USED, RESISTOR SOARD FOR POP w9 MEMORY (OBS), RESIsTOR BOARD FO~ 8 MEM, 4 INHIBIT, t P~AO/WRITE & CAP & DIoDE RESISTOR SOARD FOR MC70S, FIRST PDP~9 MEMORIES FOR 68], LINg PATCHI~G MODULE, LUGS FOR CONNECTINij A OR 8 TO ANY OTHER PIN RESISToR aOARU fOR 9/1 MEMORY, SlMI~A~ TO G621 coas), REEL SERVO R~SlSTOR CARD, 1U79 RESISTOR bOARD, poP-tO, 2.1/2 0 PROGRAM BOARD, 4 ~OMDS, 12 BITS, DIODES C~T OUT FuR ZEROS 6 REFERENCES, ADJUSTABLE, 0 TO ~3V OFF DIOPE STRI~G, VICTOREEN A/U OUTPUT, N~ul~A (OBS), FILTER, RtS, CIS, FRONT ~NU CAPSTAN SERVO, TU79, SERVO COMP~NSATUR RESISTOR BOARD FOR Melt (OBS), TACHOMETER ADJUst, TU79 (OBS), SEkVO Rf.rERENCE VOLTAGE:; (OAS), COMPONENT CARD, TU79, US~S G625 ~OA~D (OBS), COMPONENT CARD, TU19, USES Gb25 ~OARD (UBSr, eOMPo~ENT CARD, 1U79, USES G625 ~OARD INHIBIT AMPLITUDE CONTROL, MM11.A (OBS), COMPONE:;NT CARD, IU79, USES G625 SOARD (OBS), COMPONENT CARD, lU79, USES G625 BOARD COBS), OPtICAL TACHOMETER CAB~E CARD, TU79, USES G625 BOARD RESISTOR MODULE, 4 RES, YA, Y8 ETC ~ SPACE FOR 4 12 WATT RES, FUR T~LEGkA~H SERIES HES +3V SOURC~ FOR 19 PINS, TO REPLACE EAE, DOUBLE riEIGriT BRAID SOARD, 256 WIRES, &4 CORES, 1 DIODE PER WIRE (MMtl), PLUGS INTO GlOb BRAID BOARD, 128 WIRES, 24 CORES, 1 DlODE PER WlRE (MRS-E), PLU~S INTO Meso G627 ETCH, DIODES REVERSED BK X 19 BIT STACK BOARO, QUAD X 8,5, fOR 11/05,11/25,11/45,10 9K X 12 BIT STACK BOARD, QUAD X 8,5, fOR 8/E 16KX20 BIT STACK BOARD, PDPll, POPto, HEX 8,5

121

MODEll PROD OES NO LINE €NGR

'648 XML DWS G649 8 WC G680 (;681 PERIPH

CABLE TERMINATORS

C700 to G700-YA 12 Gl00n 10 G7001 10 G7002 10 Gl00) 10 Gl004 10 C7005 10 (17006 10 G'70 1 8 Gl010!!OY.A f'S Gl010-YB fS G7010",YC fS G7010",YO FS G70tt fo'S G702 PERIPH G701 10 G704 10 G705 10 G706 10 G7Q.7 t 5 G70S IPG G709 PEJHPH G7to PERIPH Gllt PEFIPH G712 SSU G11] CiS G114 IPG G'715 10 G716 12 G717 8 G118 12 G'719 PERIPH G720 PERIPH e721 15 ';122 15 G17] PE~IPH G724 8 G725 CBS G726 to G726"'YA to G727 11 G721-JA tl/45 G1270 11/45 G7211 t t G72S 15 ·fi.729 IPG (:7]0 IPG

DREw CPS DREW DREW DREW DREW DREW DREW DREW RR E8 EB EB f:B EB

KE KE nc DG

RG R8L GS GS

RG SU BD JO CL GS Gs

as

su su PJ REt REt MOOR aJE MORO MORQ

STA1'US MO/YR

DESCRIPTION

t 9113 8K 12.8IT STACK BOARD (G646 W DISCREET DIODES) 1 12/73 8K 12.81T STACK BOARD WITH ~OGIC_ HEX 5 S/7l DISK HEAD MOUNT' MATRIX (4 TRACK HEAD) S DISK HEAD MOUNT & MATRIX, 8 TRACK HEAD

5 5 5 5 5 5 5 5 5 5

5/73 5/73 5/73 5/73 5/73 5/73 5/73

') 3/12 3 3/72 1 3/72 t 9/72 , 9/72 5 5 I)

5 Ij

6 ~

~

*' 5 3 5 5 5 5 5 IIj

5 ~

1 t 5 '5 t 5 5 5 I 5 4 !5 5 I)

7/7l '7/73

1/69 1/69

1169 5/71 9/'7]

7/72

1173 5/73 5/73 5/73

CABLE T€RMINATO~, W029 BOARD G700 MODIfIED BY REMOVING R9. USED IN DP12.A,-a, TO INHIBIT INPUT WH~N DP12 IS NUT IN US~ I/O 8US TERMINATOR 1 DOUBLE 5 tiD BUS TERMINATOR 2 DOUBLE 5 1/0 8US TERMINATOR 3 DOUBLE 5 1/0 8US TERMINATOR UsED IN H807 QUICKLATCH TERMINATOR SINGLE 5 1/0 8US TERMINATOR USED IN H801 QUICKLATCH TERMINATOR SINGLE 5 1/0 BU~ T£RMINATOR USED IN H80l QUICKLATCH TERMINATOR SINGLE 5 1/0 BUS TERMINAtOR U5£0 IN HBOl QUICKLATCH TERMINATOR SlNGLE 5 CABLE TERMINATOR, R00180ARD, 1 DIODES TO STOP OVERSHOOT ON PINS, FOR 8/S 8US pope NEG LOGIC CLOCK ADAPTER, PMK02, W021 W MATE.N.LOCK CONNECTOR 8/E, 81M, 11 TTY CUPRENT LOOP ADAPTE~, PM~02, W02J W MATE.H.LoCK CO~NECTOR 8/1, 8/ L, 12 CLOCK SLOT ADAPTER, PMK02, W023 W MATE.N.LOCK CONNECTOR INTERFACE CABLE END, PMK2 RP02/03 rESTER TEMtNATOR, SINGLE 5, 15 390.390 OHM DIVIDERS +10 TO GND DISK SIMULATOR, SlNG~E SIZE, DIOO~S, ~IGHTS, SWITCH, RESISTOR, DFl2 100 OHM TERMINATOR, G700 PATTERN, DOUBLE BOARD WITH CUT OUT TO fIT OVER HOOl OR H004 2 MA LEVEL TERMlNATOR, G796 BOARD & COMPONENTS DEC TAPE JUMPER MODULE DEC TAPK ATTENUATOR (OBS), 7 TERMINATORS FOR W691 DRIVEk LINES, FOR OX16 (OBS), GENERATES +10 & +3V FROM +15 WITH DIODES, ALSO OTHER VOLTAGES, REPL aY 5404220 IN AD08 CABLE TERMINATOR, 9 .001 UF TO GND, w028 BOARD (OBS), DISK SIMULATOR, LIGHT BOARD, BIG DISK TERMINATOR FOR RS08, 100 OHMS Gp LINE FILTER, WITH OVER VOLTAGE & CURRENT PROTECTION, UK CLAMPS 0 & .1, 15 CKTS, FOR ELECTROLOGICA EX.8 COMPUTER DOUBLE A008.8 TESlER FOR MU~TIP~EXER, 17 l' RESISTORS, 16 TAPS, .10V ACROSS STRING TERMINATOR, EQUIV 100 OHMS TO +4, USES +10 & GNO, G700 CONNECTIONS RESISTOR SOARO, R002 LA¥OUT, US~O IN AX08 5 100 OHMS TO GND, pINS K2, M2,P2,S2,T2, SAME GNDS AS W022 TIMING JUMPER FOR PDP12, WHEN PLUGGED IN UPSIDE DOWN, EACH DELAI LINE TAP IS sHIFTED Rro8 TERMINATOR 80ARD~A, (9 470 OHMS TO +10, 6 lK TO +10) RF08 tERMINATOR BOARDwa, (15 470 OHMS TO +10), G119 ETCH TERMINAtOR BOARD fOR PDP15 MEN EX, 24 2.1K TO +5, .01 ur TO GND TERMINATOR BOARD fOR PDP15 MEM EX, (24 2.7K TO +5) 9 CLAMP~D LOADS FOR RS09, W02l CONNECTIONS, 15 MA CLAMP~D LOADS, 30 MA ON V JUMPER MODULE FOR DC08A CHECKOut, ADJACENT PINS JUMPEREO EXCEPT Ai-al, A2!!OB2 JUMPER 80ARD ME10 BUS CONTROL, A JUMPER BOARD NO CAPACITOR ON REQUEST LINE (MF10) SHORTS K2.~2,M2.N2,P2",R2,S2-T2, USED IN DD11 WHEN NO PERIPH CONTROL IS PR~S~NT SYSTEM~TE$T€O G727 LoNGER G727 SHORT DOUBLE JUMP~R CARD, MF11-L B8t5 JUMPER CARD (24 JUMPERS) JUMpER CARD, 16 IN & 2 OUT (2 OCTAL OlGIT$) FOR AM07 JUMPER CARD, DPOT, TO R~PLACE AMPLlft~R IN AM07

122

MODEL NO

G711 G732 G'33 0114 0715 0136 G'160 07161 G137 G138 C;739 G740 G741 G741"YA G742 G743 G744 (;745 G746 G147 G748 G749

CABLE

(;750 G7~Ol G1502 G7501 G7504 G7'S05 G7506 G7507 G7';OS G7'50Q G751 G752 (;7520 G153 G154 G766 G767 G7Se G769 G770 G771 G772 G773 G774 G77S G71S.YA G17S.YB G776 G171 G718

PROD oe;S LINE ENGR

B ADL 12 BN 8 "11 11 11 PJS 11 SS LOGIC RF 10 SU PERIPH PM PERIPH PM 11 11 PERIPH JH PERIPH IPG Ra, 15 LH '-5 LH to ATT 10 ATT IPG MORO CSS A.HDAB

CONNECTOR MODULES

QC EG CSS lJO OC PWK QC PWK (iC EWB QC EW~ QC IB QC gwa QC PJI) QC PJO QC EG QC EG QC 18 CPL BALL CPL BALlJ 10 DREw IPG RG B EW 8 PS 8 PS 12 11 CRS 8 WH IPG EK 15 DV DAS ReR DAS ReR 8 LN 14 JM DIS PS

STATUS MO/YR

1 1/70 2 2/70 1 4/70 5 5 -; 4 5/73 4 5/73 5 5 5 5 r; S 4/72 5 t 12/70 5 '5 11/11 r; 3/72 5 2/72 1- 10/71 2 3/72

2 11/72 3 10/73 1 5/73 1 5/73 1 \0/7.3 1 10/7:i 1 10/73 1 10/73 , 11/73 1 11/73 2 11/72 2 11/72 1 11/73 ~ 9/72 2 10/72 5 5/73 5 2 5/70 5 5113 '5 5/71 r; 5/73 5 5 5/73 2 4/69 5 1 3/73 1 3/71 1 3/69 5 1 7/69

OESCRIPTIUN 123

PUSH aUTTUN RESIStOR SOARD f"OR CfIIC CONTROL PANEL Ky JUMPER CARD 2 tOW 1.5 OHM RESISTORS (V R12) PART OF' G79] fOR aM08 VOLTAG~: DIVIDER Tf;ST CARD FOR ADOI ~lUMPER MODLlLE, 1 Ie SOCKET, 16 Pl~S, SIl'4GLE 5 G13b w 2 SOCKETS, SINGLE 8,5 SEt.EeTS BUS REQUEST PRIORITY LEVELS FOR UP TO 4 DEVICES ON UN1.BUS, USES 54"'10342 PLUG 9 OlV1DERS, 150 OHMS TO +3V, W028 CONNECTIONS TERMINATOR,9 82 OHMS TO GND, 15 UNIBUS LOADs, RS64 TERMINATOR, 9 82 OHMS TO +5V, 15 UNIBUS LOADS, RC 11 DISK SELECTI0~ CARD, 8 IN " 10 OUT wI,TtI LOADS £. JUMPERS 18 5 MA NEG CLAMP LOADS ~'OR TU10 .. r.;,.F 16 5 MA NEG CLAMP LOADS, 2 20 MA LOADS, G741 ETCH, TU10 \lUMpER CARD, PINS O~ NON""INVERTING M500 " M531, TU56 WITH pos LoGIC CONTRoLS OFFSET COMPONENTS " POT FOR AlOC JUMPER CARD FOR VI15 TERt-11NAtOR CARD FOR VTi5 C,700 WITK 220 OHM RE;SlSTm~s FOR TM10 8US G100 wITH 220 oHM TO GNU Or 390 OHM TO ,.15V fOR T"'110 BUS RELAY EVALUATION MODULE USED wI'tH AlSO, 10 5K RES ON PADDLE 8D LOAD CLAMP, 16 CKl'S, T.AP JUNC1'ION DF DIonE TO GND & PES TO ·15V

CPU INTt:RFACE, XOR TE5T€R, SIt4GLE 8,5, 4 3M CABLES SINGLE 5", 35 SIGS 'fO H8S4, ADOS ECIJ TO TTL " 3M CABLE, 16 CH, G1503 USED ON OTHER CABLE END, sINGLE 8.5 3M CA.SLE &. TTl.! TO EClJ, 16 CH, SlNGl,E 8,5, G7502 USED ON OTHER CABLE END G7502 w FINGERS ON HANDLE ENP INSTEAD 01" 3M CABLE f'rNGF.RS aOTH t;NOS, All TO HV1, gTe, USED w G7504 & H851, SINGl.tE 8,5 DIAG"lOS'fIC RECEIVt:R/TRI STATE DRIVER (OR3S0), RP04 lOR TE5TE;R, SINGLE 8.5 4 LAYER HEX E.XTENIJER TO 5 SLOTS I<L10 16CH TTL XOR DRIVER, SINGLE 8.5 1<1,,10 16CH TTL XQR RE:CEI VER, QUAD SIDE 1 'fEST HElD INTEI·H'AC£; DRIVER (XOR TEST!:R), 1 3M CASLE, SlNf.1LE 8,5 SIDE :2 TEST HEAD INTERf"ACE DRIveR (XOR TESTER), 1 3M CABLE, SINGLE ij.5 G752 w l'ERMINATOR RESISTORS INITIALJ.Ze: BOARD, 05300 SERIES, DOUBLE; 8.5 INITIALIZE BOARD, 05500 SERIES, DOUBLE 5 G796 ~ 3M CABLE, 14 BIG, 2 GNU POWER INPUT FOR AA11. +/~15V, Rt:MOTE SENSE fNTENSI'fY INVERTER. FOR CONNECTING GRID 1 NTf:(lHilF lED SCOPES To yea/! KV8/l TO VT02, G778 ETCH VT02 TO VT02 CONNECTOR, G778 ETCH AC COUPLING CARD fOR DC04",A PDP11 POWER CONNECTOR 2 TABS FOR ",30, OTHERwISE w990, T~PESET'rING

CONTACT INPUT CONNECTOR BO.ARD, 19 RES TO "'15, "15 & GND IN ON HANOLE, f'UN 0501 36 WIRES TO INDICATOR QIS, +6.5V FROM LAMPS, RF09 OA28"C INDICATOR PANEL CONNt;CTOR CARD .1 DA28·C INDICATOR PANEL CONNECTOR CARD .2 Dcoe.c POwER CONNECTOR (C&D GNP, OTHERS BUSSED) POP14 CONNECTO~. , MYLAR OR RIBBON, (WILL HAVt: LUGS) , SIDE ENTRY, C & 19TH wIRE CONN USt:D WITH ('782 CABLE CONNECTOR FOR KV8/l, SEE G769

MODEL NO

G7eO G7Bl G192 a183 G1A4 G7a5 G186 G797 G7BS C709 G790 G791 G192 G793 G794 G795 G796 G797 G799 G799

PROD DES LINE ENGR

12 10 14 12 8 8 CSS SSU PERIPH PERIPH PERIPH 10 8 8 to 15 10 R 8 10

LG

JM LG O~ WH

GS GS GS SU MA MA

DV

POWER SUPPLY MODULES

G800 G8000 G9001 G8002 G8001 G80Q4 G80t G8010 Ce011 G8012 GeOI) G9014 CaOIS G802 G801 G804 G805 G806 G807 C808 G809 G810 Gstl GI12 G813 (;814 G8t5 G816 G817 G8t8 C819 GB20

10 11 Pf:.RIPH PERIPH , 1 PERIPH 15 Ps PS PS PS PS PS 8 TPL A 9 8 12 8 8 10 10 10 8 1S 10 10 12 12 12 12

RL PM SERG 5S CAY

DREw DREW DREW DREw D~gW

DREW WH RR WH WH WH BU WH WH

ww WW MA DL WW

BU BU LH RI

STATUS MO/YR

5 6 §

5 '5 '5 '4 1 3168 1 1/68 5 !)/71 iii 5113 5 5/73 '5 '5 6 5 5 '5 '5 5/71 5

3 !5 5 5 4/72 5 8/72 '5 11/72 7 .1/66 2 '.0/73 2 10173 2 10/73 , 10/71 2 10/73 I 7/73 5 6 5 '5 6 7 !5 5 , 15 5 IS 6 5 5 5 5 J 5/73 5

DESCRIPTION

POWER CONNECTOR CARD FOR PDP"12 (OBS), CAbLE CARD FOR TU79, REP~ACES OAC PDPl4 CONNECTOR A +5, B, D fILTERED BIGS (WITH E&H) C GND, OThER STRA1GHT TkRU, USED WITH G777 9 TWISTED PAIR AND SHIELD, 1 PR GROUND RETURN CABLE INT~RFAtE FOR TROa, DOUBLE HEIGHT POWER CONNECTOR, S/L, POWER OK BELL 300 SERIES TERMINATOR, 5 TRANSMITT~RS, + 2 MORE wIRES GPO MODEM CO~NECTOR (ENGLAND), SPLIT LUGS, ZENER CLAMPS & FUSES CONNECTOR W02l ANO MORE GNO CONNECTIONS, 61G DISC, ijACK SlOE CONTACTS TO USE H802 CONNECTS ~012 WITH DIfFERENT RIS, CONNEClOR TO G790 DISK SIMULATOR, FLEXPRtNT TO G7S9 DEC TAPE CONNECTOR POP-S/I POWER CONNECTOR, DOUBLE, OOUBLE SIDED PDP-ell SwITCH CONNECTOR, 8/1 TO CONSOLE (OBS), 25 OHM CABLE CONNECTOR CLAMPED LEVEL CABLE CONNECTOR, W021 PINS, DIODES TO -.7 & -lV, PDP-9, ExTENDED MEMORY CLAMPED L~VEL CABLE CONNECTOR, w034 WITH CLAMPS , GND & -3V wITk 2 MA CLAMPED LUAOS, G704 ETCH 47 OHM SHUNT, OTHERWISE W03l 47 OHM SgRIES, OTHERWIS~ w03t PDP-10 CA8LE CONNECTOR, W021 CONNECTIONS, 3 FLEX PRINTS IN PARALLEL TO ACHI£Vg 30 OHM IMP

CONTROL FOR 739 POWER SUPPLY +8.5V REC'IIFIER LOW vOLTAGE DETECTOR, -2V LOW VOLTAGE DETECTOR, RS64 FULL WAVE RECTlfI~R UP TO 600V 1 AMP +5V DETECTOR FOR LA30, SINGLE 5 (NEVER 8UILT) S~RIES REGULATOR, PDP~9 MEMORY -5,2V CONTROL, KL10, sINGLE 5 -2V CONTROL, KL10, SINGLE 5, G8010 ETCH +5V CONTROL, KLlO, SINGLE 5, GeotO ETCH +10V REFERENCE, K~tO, SINGLE 5 -5,2V DETECTOR, 16 INPUTS, ALL MUST BE MORE THAN 4,8V, SINGLE 6 POWER CONTROL LOGIC, KL10, DOUSLE 6 REGULATOR TR4NSISTORS FOR PDP.8 EXTENDEO MEMORY, DOUBLE HEIGHT, OOUBL~ TH1CK (OBS), RECTIFYING SLICER, 8/S, RENAMED w5l3 CONTROL FOR G805, Ps PRE-REG PLUS +10 & ~15v DETECTOR, (G809) REGULATOR FOR NEG 8 MEMOR¥ (08S), LIKE G804 BUT TURNS OFF REGULATOR INSTEAD OF DRIVING EXT RELAY, (DRIVES G805) (OBS), OPTION POwER SUPPLY fOR fR12, +Sv 220 MA, -SV 20 MA, DOuijL~ THICK POWER SUPPLY CONTROL FOR 708 PS, SAME AS 0800 -15V SENSE, RELA¥ DRIVER, PDp-a PS 6V REGULATOR CONTROL, DRIVES A GS05 +1.8V REG CONTROL, DRIVES G80S, PDP-l0, USED ON G812 , 703 POWER SUPPLY .1V REG CONT, DRIVEs G905, PDp-10, G811 BQARD, 703 pOWER SUPPLy REGULATOR CONTROL FOR 704, DOUBLE MODULE SHAPE, DOESN'T PLUG IN (OBS), +3V SUPPLY, 1.1/~ AMPS, DOUSLE HEIGHT' WIDTH, FOR OX]6 SERIES REGULATOR, 7 AMPS, 35 wATTS, fOR 10J SUPPLr, DOUBLE HEIGHT , WIDTH MODIFIED G806 fOR DRIVING 70V POWER aup R~GULATOR OUTPUTS CARD 1 FOR 713 CARD 2 FOR 713 MV SUPPLr OF VR12 +5V 300 MA SUPPLY (FROM +10V) FOR LINC-S CLIN CHEM

124

MODEL "'0

G921 G822 G823 G824 G825 G826 GB27 GII28 G929 G810 GS3l G8.12 G833 G834 G835 G836 G811 G818 G819

PROD LINE

15 15 ~5 12 15 8 15 10 15 10 10 14 IPG 12 8 12 1. 1 12 12

SPECIAL MODULES

G840 G847 G848 C849 G850 G8 151 G852 C853 G854 G855 G856 GBIS1 G857""YA C858 G859 G860 G8600 G861 G862 G863 G810 G819 G8190 G880 G991 G892 G993 G885 G896 G9S7 G888 G889 G890

LDP PERIPH PERIPH DIS PERIPH PERIPH ess

10 8 8 11 SSMU 15 PERIPH B BIE 8 8 8 MTST 15 8 15 15 8 10 10 CSS PERIPH 15 FS coMM

DES ENGR

DO 00 00 LG DO MA

SU ELlA DRf!:W DREw .AR RG GPB LN LH RL LH LH

HI" H()

HO

HO HD

KE WH AC LK WE P'A HO LN LN L~ L~

LN

HD EB DR

STATUS MO/YR

5 S S 5173 5 4 5 5 5 '5

5113

5 5113 5 2/72 5 2 5 c; 5 1 5 5

11/69

517] 12/71 10/10

11/71

4 5173 5 5 1 6/67 5 '5 3 5/73 3 5/73 '5 '5 5/73 5 '5 3 2/72 5 ~ '5 t 3/71 5 5/71 '5 5 7/73 6 5 -; 1 7 5 6 6 6 5 '5 10/69 t 10/71 '5 5173

D~SeRIPTION

+5V REG CONT AND OUTPUT CARD FOR PDP15, (SEE G829) ",,6V R~GULATOR (fROM -10V) FOR S~NSE AMPS, PDP15 -24V MEM REG CONT CARD, DRIVES G825, PDP1~ +5V REG CONTROL, PDP-12 -24V PASS ELEMENT, FROM G823 REG CONTR FOR 8/1, DRIVES Gaos , DETECTS ~~ES~NCE Of uTHER VOLTAGES, DOUBLE H~l~HI LOW VOLT DETECTOR, PDP""15, + K303 RCIS, DETECTS +9V, usts +5V REGULATOR CONTROL, ME10, USES G~05 5V CONNECTOR CARD FOR 15 PERJPH~RALS ~ITH OVERVOLTA~E SCR & FUS~, CAN REPLACE Gij21 5V, 10 AMP REGULATOR FROM BV, KIlO ""tOV REF, +5V OUT, 0 TO +10Y b till DAe, MARGINAL CH~C~ CONTkOL, Kll0 -tOV, 1 AMP REGULATOR, 12,6 VAC IN -6V, ~ AMP REGULATOR fOR AG02, VECTOR BOARD, ONLY 5 TO BE MADE 5V 3 AMP REGULATOR, STUD OR SOCKET MOUNTED, FOR H309 lOV, SA SUPPLY (NO XFMR), FOR PRS""ES + , ~20V REGULATOR FOR VR14,QUAD DCIDC CONVERTER, GENERAlES +15V ~ 0,3A FROM ~15V, SINGLE X SHURT FAULT PROTECTION FOR VR14, PROVIOES +5V FOR INTENSITY BOARD Wb92, IN VR14 COLOR GAIN COMPENSATOR, INCLUDES +5V fOR INTENSIT~ 80ARD w682 IN VR20

LIGHT PEN AMP FOR VR14, SINGLE 5 DUAL VOLTAGE CONTRtH.! fOR GB48, TU56 TU56 MOtOR DRIVE FEED fORWARD fOR DISPLAY, EQUIV TO 1579 SCR MOTOR DRIVE, FOR TUS5 DEC TAP~ RELA¥ MODULE, OOU8LE SIZE DUAL TELEGRAPH LEVEL CONVERTER DEC TAPE MISC, SINGLE UNIT SELCTION & TIMING TRAC~ SENSING TELEGRAPH LI~E CIRCUIT, SINGLE, DOUBLE THICK DUAL rEL~GRAPH LEVEL eONV, REPLACES G852 IN MODIfIED SYSTEM Ga55 wITH + LOGIC INPUT LEVELS, OC08, 50~80V, DUUBLE THICK EIA LEVEL CONVERTER, PIN COMP WlTH w076, +10 & .15V, PART Of BCote

TELET~PE CONNECTOR, POPp15, 8 PlN AMP CONNECTOR CLOCK & REGULATOR FOR TU5b TELEGRAPH LEV~L CONY, G856 wITH CONTACT SUP FOR 135VDC, DCOS.C TELEGRAPH LEVEL CONV, G860 MOD, MORE POS 8lAS ON RECEIV~ RELAYS SOLID STATE XMTR, 2 CKTS, gACH SPOT FROM +80 TO .80V, 400 MA MAX, DCOS-CS, SOLID STATE RCVR, 2 CKTS, 8.5 TO 75 MA THRESHOLD ADJ, HIGH COM MUDE REJ G856 ~lTH DIfFERENT CONTACT PROtECTIoN fOR GPU, IN OC08~L (OBS), E~lTTER FOLLOWER (ANALOG) TO CONNECTOR Xl0 AMP TO SLIC~R TRANSPORT DETECTOR, TeOS/9/1S TRANSPORT DETECTOR & POWER UP C~AMP, TCQS (NEVER RELEASED), SLICING RECTIfIER (NEVER RELEASED), PEAK DETECTOR MANCHESTER READER-WRITER (08S), PEAK DETECTOR (DRUM) (Oes), 3 USEC DELAY LINE, FOR TU19 COBS), wRITE ERROR DETECTOR 5 USEe TAPPED DELAY, EVERY 1/2 US, lK IMP, FOR 545 fOR READ OESt<.Ew MANCHESTER READER/WRITER CASSETTE READER/WRITER (USED IN PMK02) SINGLE X 5 poWER FAIL, SELECT BYPASS, IBM 360, DXtt~B, SINGLE X 5

OOUBLE

125

MODEL JJO

M t SCn"LANEOTJS

G900 G901 G902 (;903 0904 G905 G906 G907 G908 G909 G910 G911 C9t2 G913 G914 C9t5 G916 G917 G918 G9tS-'lA 0919 0920 0921 G9?2 G923 G9iJ-Y A 09230 G924 G9240 G925 G92& (;927 G930 09300 G931 0912 G913 G934 G9340 G914t G935 G9.16 G937 G938 G939 G940 G941 G942 G943 G944 G9'50 G9S1

PERtPH PEHIPH PERIPH PERIPH R

12 9 q

10 10 10 12 15

8 12 12 PgRIPH T¥P LOP 15 9 14 14 14 14 14 14 14 8 8 8 TYP PERI PH pERlpH PERIPH pERIPH pERIPH PERIPH 12 PERIPH 14 PERIPH ac QC QC PPOE PERIPH PERIPH MOO MOD

DES F.:NGR

CL MA '1A

ov ~U MI RI

Mot ER liL

~H AR AR t,P-LF AR LF AR PS PS ER ER R8L MOM MOM MO,.. JH JH STP CAY AR DJ CARTER CARTF.R CARTER OS CAY GHP

STATUS MO/YR

5 ., 7 5 '5 6

" 7 5 ~ 6 F! S 5

5 5 5 5 5 '.5 5173

" 5/73 5 5 5 J 3/73 3 1/73 5 1 1/71 1 5/73 1 1/69 t 1/69 5 5 4/72 t 11/69 5 Ii 6 4171 '5 '5 5 5/71 '5 5/73 t 10/70 5 5173 1 1/71 1 2/71 1 2/71 1 2/71 4 5/73 2 3/73 1 3

D~SCRIPTI0N

TAPE PHOTOCELL AMPLIfIER PAP~R TAP~ MOTOk DRIVE (NEVER 8UILT),PAPER TAPE 'HOTOCEL~ AMPLIfIER CLOCK ~CCELLgRATOR fOR PAPER TAP! READER PAPER TAPE PHOTOCELL AMP, USES SOA, 9 CHANNEL, DOUBLE BUARD (DRS), DISPLAY OUIPUT AMPLIFI~R LI~C.8 CAP , POWER UP (OBS), MISC fOR POP.S/I, RENAMED L700, RENAMED Ml00 + OUipUT VERSION UF G9D4, LAMP fOR -15V INSTEAD OF +10, US~S HOFFMAN PHOTOCEL~ (OAS), PHOTOCELL AMP FOR TU79 (OBS), SERVO INTERRUPTER, FOR TU79 (DRS), RE~IND GEN~RATOR, lU79 nEFL~CTION A4P, ·12 AMPS INTO )0 UH PUSH-PULL YOK~, 15 US FULL UEYL T1M~, VR12 CLOCK CONTROL, (G901 + 1/2 R302 + 11] RbO) INTENSITY CONTROL POWER ~NA8LE, MOTOR START, PPb7~C,D POWER D~T~CTOR & SWITCH FILTER, PDP-12 GAIN & SET CONTROL FOR VR12 PHOTOCELL AMP FOR PT04,5, REPLACEMENT FOR G908, FOR PHOTOTRANSISTQRS G918 MODIfIED FOR PR69~O LIGHT PEN OUTPUT AMPLIFIER CONTROL MEMORY QUAD MODULE, FOR PDP9 POP-S/L CONSOLE, (PLUGS IN) BRAID BOARD, MTI ROM SENSE BOAHD, MTI ROM SENSE BOARD, MTI ONLY ROM SENSE BOARD, DAtA-PAC, MR14~E, QUAD 6 DOUBLE THICK, 20~G9230 SELECTION BOARD, MTI ROM SELECTION SOARD, DATA-PAC, MR14~D, QUAD 6, 20~G9240 KEEPER BOARD FOR MTI ROM KEYBOARD FOR VT02, QUAD ENCODING LOGIC rOR VT02 KEY~OARO, QUAD NON-TORt TApE ALLOTMENT FOR PR68-C,O NON.TOR~ tAPE ALLOTMENT FOR PR68.~ BOTIEOT SENSOR FOR TU10, (USES fAIRCHILO eOT/EOT ASSEMBLY) CAPSTAN SERVO PREAMp (ORIVES H60J) REEL MOTOR A~P fOR TU10, +1-12V, +/~6A BRAKE ACTUATOR FOR TU10, 6V, INITIALLY O,BA, flNALLI O,lA REPLACEMENT FOR LOGIC PORTION Of G934, SINGLE REPLACEMENT FOR OUTPUT PORTION OF G934, HIGHER CURR~NT, DOUBLE TTY)? TO 35 OR 33 CONVERtER CLOCK WITH ACCELLERATOR FOR LA30 14/L MEMORY TEST CARD DECPACK HEAD POSITION SERVO, DOUBLE X 8,5 UNIVgRSAL TESTER ~OAD BOARD 815 LOAD #1, UNIV TESTER 814 EhASLE S15, UNlv TESTER TESTER FOR M8)5, M8l6 (WIRE WRAP ON W931), QUAD X 8.5 tAlO EX~RCISER, 7·81T CNTR, SINGLE X 5 tAlO EXERCIS~R, NORMAL G943 OR 4 + 1 (SKIPS LINE FEEO 4X) FAST GATE FOR NEW RURST GENERATOR, REPLACES 8104 MOOULE TEST PULSER, FOR BURST GEN, WIDTH ADJU~TABLE, AMPL PROGRAMMABLE

l;a6

MODEL NO

G952 G953 G970 G971 0912 (j97.J G9730 G980 G981 G982 G983 G998 G999

R

PROD LINE

8 MIST

10 10 FS 10 10 10 10

oe.:s ENGR

WH WH ww au su EB GOH

ww

HART)WAFlE

HOOl

H002

HeOl H004 H005 H006 M007 H008 ROtO HOtt R012 H013 HOt4 H019 H020 HOLt M022 HO'3 "'-014 H025 H080 HO~l

POWFR

HtOO H104 81500 H1550 'HS2 H1600 H161 H1650 H190

CORE

H201 H202 H203

CAT

CAT

CAT IPG CAT 14 MOD t-1QD MOD MOO MOD CAT CAT CAT CAT MOO CAT CAT MOD

Kg KE SZ MORO SP AR

sz sz

SZ SZ

INTERFACES

MOD MOD tPG tPG MOO IPG ~OD

IPG MOO

STACKS,

CAT 11

DOANE DOANE AR AR DOANE AR DOANE AFl OOANE~

BRAIDS

PO PO

STATUS MO/YR

5 5173 r;

" 5 2 12/&8 , 12/71 1 6173 5 5 , 'Ii 5/73 3

5

'5

5 4/73 'S 4/73 1 8/72 5 3 10/72 1 4173 5 5 '5 S 1 5/71 5

2 7/71 5 5/72 (,

6

7

DESCRIPTION

PIN SELECTOR, SEL~CTS 1 Of 2 8USS~S, DUUbLE, 3& PIN HISBON CABLE OUT POPS DIGITAL MX, 8/1 IN/OUT BUS, b POLE FORM A rRANSISTPPS (OBS), REf SUPPLY, OP AMP, fOR 2720 CURBENT CALIA POWER ISOLATION SOARD, BALUNS & CAPS fOR 2 VOLTAG~S PDP-tO MEMORY TES! bOARD, CURRENT MONITOR AND LOADING, 8" X DOU8L~ HT INDICATOR BOAKD fOR RP02.AS,~BS, 5 X 13.5 56 PIN CONNECTOR CAKD FOR RP02-AS, -8S, RP03.AS, -85, 5"Xb" DEC TO DISK FILE PA, (DATA PRODUCTS) JOSS AUDIO OSCILLATOR JOSS AUDIO AMPLIFIER HEX H~Ar TEST BOARD CURRENT M~ASURING EXT~NDER, 1~1/2 LENGTH wITH 8US LuOPS (RESERVED fOR DUU~LE.SIZED G99Bl

3/4" BRACKEr TO STAND \907 CovE~ PLAT~ IN FRONT or f,C, MOUNTING PAN~LS 1943, H~OO, ETC, PUTS PLATE FLUSH WITH RAILS OF DEC AND EMCOR CABINETS BRACKET TO SET FC MNTG PAN~LS 8ACK ABOUT 2~1/2" TO 3" SO CONTROLS, SWITCHES, ~TC, ON A COVEK PLAtE WILL HAVE 2" SPAC~, COMPAtIbLE WITH DEC CO~~U!ER CAbINETS , ALL TYPES 0' RACKs NYLON BLOCK FOR MOUNTING M350, H]5t, OR H352 CONNECTORS, 2/H~OO'S NYLON BLOCK fOR MOUNTING H350~2 CONNECTURS, 4/2·H~OO'S GRAY FLIP~CHIP HAhDLE W EfELETS 19" MOUNTING PANEL fOR 5 H706'S, USED IN AA05 CONNECTOR PETAINING SLOCK KIT (REPLACES HODl. H004) t2~09850 t PAIR MOUNTING RAILS (74-10925) fOR H912 PANELS (CHANGED TO H020) 74-5570~2 BRACKETS fOR H013 12.5310-2 N1LON FASTENER (PAIR) FOR HOll 74.5331 PANEL COVER SNAP ON fUR PDP9 UR 10 5,25 X 19" PANEL wItH HOLES TO MOUNT H726-8 CASTING FOR 10 H80l BLOCKS IN alE BOX, INCL 4 STDUYF5, TERM S1RIP, ~ PWR HARN~SS, USED ON H~190 19" CASTING FOR 1943 ~TC. (WITH SHOHT ~ LUNG END) STRAIGHT END PLAT~ fOR SHORT ENU UF H020 WITH 4 SCR~wS OFFSET ~ND PLATt wITH TERMINA~ tiLUCK fOR ~ONG END Of H020 WITH 4 SCREwS OFFSET END PLATE ~ITH HEYMAN TA~ TERMINALS, 2 SLACK , 2 R~D, 2 URANGE, 4 SCREWS 8,5" H02t 8,5" H022 (OBS), POPS RACkS, ~TC, FOR MIG. IN CAB-e OR IN CUSTOMER!S RACK (08S), POPB RACKS, ~TC, TAB~E TOP V~RSIONS

(OBS), BLANK CASE, WITH SLOT MILL~O FOR MOUNTING ON H190 6 :1

COBS', 4 115 VAC-OC ISOLATED LOGIC INPUTS, 2 AL.SO USABLE ON 24V AC.DC, IN R~~AY PAN~L PKG 10/73/ 120 VAC INPUT TO 5V LOGIC, 1Xl.SXl SOLID STATE CONVERTER, TEL~D~NE RELAyS

3 €I 3 6 1 6

10113 10.55 VOC ISOLATED INPUT TO 5V LOGIC, 1Xl.5X3 SOLID STATE CONVERTER, lE~EUYNE R~LAYS (OBS), 2 10 WATT ~ 120 VAC OR DC ISOLATED SWITCHES IN RELAY PAN~L PACKAGE

10/73 5y TO 120 VAC 2A, 1,1,5X] SULlO SlATE CONVERTER, TELEDYNE RELAYS (OBS), 1 300 wATT ~ 120 VAC OR DC ISOLATED SWITCH IN RELAY PANEL PACKAGE

11/72 5V TO DC ISOLATED 55V 2A UUTPUT, lXl.5Xl 501JI0 STAT~ CONVERTER, T~LLDYN~ RELAXS (OBS), MOUNTING RAIL FOR Hl04, H153, H161, ETC,

5 12/66 PDP8~S STACK, 8K PLANES, MOUNTED ON G609, 4K X 13 81TS 7 1/69 4K, 8 81T, 30 MIL STAC~ ON G615 1 1/69 4K. 8 BIT, 20 MIL STACK ON G616, PS.3009957

127

H20S H206 "'201 H207.e; "'20e H209 H210 "'211 M2tl-A H212 !ol212"'" "'213 H214 H214-YA HI15 "'216 "'217-A 8217-13 H217 ... C H217-0 K218 .. A H21s.a Q2\ij .. C H218-D H219-A H219"8 H220 "1230 Jof240 H241 H242

11 t 1 11

10 AlE R/E R/E S/F: 11 11 11 11 10 XML XML XML XML XML XML XML XML 8/E 8/E 8/E 11 11 alE 8/E

LtTTLE BOXES

K300 fil01 H102 H303 H304 H105 H306 H107-A H301 .. 8 f.nn, .. c H301·0 H107-E H107·F fU08 H109 ... A '1)09.8 H109 .. C M1I0 Hllt Hl12.A Hltl"'A

IPG IPG IPG IPG 12 12 DIS 12 12 12 12 12 12 8 12 t2 9/~ 12 12 8 8

PD PD PD PO PO PO SU PO WC PO WC PO PO PH PO PO DWS DwS Dw5 DwS oW's DWS DWS DwS we WC PO PO PO 8T 8T

MORO MORO MORO MORO CL CL AD,", Aw AW AW Aw AW AW WH RAW RAW LN RAW ON JER JER

MO/YR

5 9172 t 1/69 5 5 9/72 1 1/69 1 1/69 r; 9/72 4 9/72 2 12/73 5 9172 2 12/73 5 9/72 5 9/72 ? 1/73 4 9/72 4 9/72 2 9/72 2 9/72 '2 9/72 '2 9/72 t 8/73 1 8113 1 8/73 1 8/73 1 12/73 1 12/73 5 9172 7 7/71 1 2/70 5 9/73 1 6/71

4 4/69 5 5 4 10/68 5 5

" 4 2/70 1 5/70 'J 5/70 5 5 5 5 5/72 5 2 8/70 5 4/72 5 t 5/70 5 10/11 5 2172

4K, 12 ~tT, 22 MIL STACK UN Gb16, PS-J009957 4K, 13 BIT, 22 MIL STACK UN G616 & G617, PS.3009957 4K, 16 BIT, 22 MIL STACK ON G616 ~ G617, PS-30099&1 H20? CONFURMALLY COATED, 1.5 USEe. PS-3009957 4K, 17 BIT, 22 ~IL STACK ON Got7 & GG616, PS.3009957 4K, 18 SIT, 22 MIL STACK ON G61b & G617, PS.J009957 4K, 19 SIT, 22 MIL STACK ON Gol6 , G617, PS-3009951 4K 12 BIT ON G646, 3 WIR! 3D, 18 ~IL CONES, MM9.EH 4K 12 BIT ON G648, 3 ~IRE 3D 18 MIL COR~S, DISCREET DIOVES, MM8-EH 8K 12 81t H211. MMa.EJ, PS-J010654 BK 12 BIT ON G648, 3 wIRF, 30 18 MIL CUR~S, DISCREET DIODES, MM8.EJ 4K 16 BIT STACK ON G645, 3 WIRE 3D, 18 MIL CORES, PS.3010b54 BK 16 BIT H213, PS 3010b54, 900 NSEC B50 NSEC H214 BK 18 BIT H213, PS.j010654 8K 19 BIT H21J, PS-3010654 16K 20 BIT STACK ON G647. PS H217.0 t6~ 19 BIT STACK ON G647, PS H217~O 16K 18 BIT STACK ON G647, PS H217-0 16K 1b BIT STACK ON G641, PS H217-0 32K 20 BIT STACK ON 50-10704 12K 19.81T STACK ON 50-10704 32K 18-SIT STACK UN SO-10704 32K 16.81T STACK ON 50-10704 4K 12 BIT, PLYGS lHIO G649, MM8.EK 9K 12 aIT, PLUGS INTO G649, MM8~E~ 4K, 12 81T, 22 MIL STACK ON G619, PS 3009834 256 X 10 SIT, lW 30 STACK, 20 MIL, ON Gb15 BRAID ASSY (G106+G642+BRAIO+HARDWARE) fOR MR1l, 256 WIRES X 64 CORES BRAID ASSY FOR MRS-EA, 128 WIRE~ X ~4 CORES, M8ijO+Gb43 8RAID ASSY FOR MRa.E8, 256 WIRES X 48 CORES, M8~6+G642

PUSH BUTTON 80X, 3 aUTTONS & AMPHENOL CONNECTOR H300 , W809 ~ODULE

CONNECTOR PANEL (dETWEEN H303 & AM03) AMP, MOUNTlNG PANEL & CONNECTORS (AF07) CLINICAL CHEM. TERM 80X, (FOR AUTO ANALYZER, TECHNICON) 8 CKT DISTRIBUTION 80X, CONNECTS TO HJ04 & AGL2 JOY STICK FOR KV8/1 SMA t2/60 RELAY DELAY (CLIN LAB TESTER 80X), 115V SMA 4, SMA 7 RELAY 80X, 115V SMA 12/30 RELAY BOX, 11~V 210V H107wA 230V H)07",a 230V H107""C BCOIA TO scotc ADAPTER, CRS2328 - RS232B) NuLL MODEM 9,75 X 10.5 I/O ACCESS PANEL, PROVIDES +5V @ 2A, b CONN, 3 1/0, 2 DATA ~RK, 1 S~NSE 19 X f),25 H309.A H30g",a WITH 5 CONN & H710 SUPPLr, 3 110, 2 DATA 8R~ MODULE fEST ASSEMBLl TOOL KIT FOR usE wItH HlI0 NULL MODEM FOR ASYNC OR SYNC COMMUNICATION LINE OEC TTY TO EtA 232-C INTF.RFAr~

MonEL. PRop DES NO LINe: ENGH

Hlt4 12 RAW 1of314""A 12 RAW H314"s 12 P.AW H315 t 1 PJ H316-A 11 5S H3',6 .. a 1 1 55 H.J11 11 va H31S EDU AM '4319 TPL Jw .. 120-A TPL JG 1-1320""8 TPL JG

CONNECTOR ASSfo:MBLtE;S

H350 15 Lf3~1 10 KE H352 10 KE 1-13'13 QC WEI< HJ60 10 5U

5'iST!::M E~O OF POWER

H4t)O-A PS SU \.I400·A P5 RU H4IJO-C 11 CRR H400-0 1 1 eRa 1-1401 PS au H402·A R PG \.1402",,8 13 PG

StATUS MO/YR

5 7 1/71 7 "/71 IS 5/7 :J ') 9/72 ') 9/72 1 1172 1 8/72 1. 9/73 1 10/73 1 10/7,'

5 6 1 10/73 5 12/71

CABLE

r; 5/72 5 5/72 t 10/72 t !1/7' 1 8/72 J 9/73 ) 9/73

1)~;SCRIPtlON

INT~GRAIEO CIRCUlI SAMPLER, 180 lC'S INTEGRATED CIRCUlI SAMPLER, ADVANCED SELECTION INTEGRAIED ClRUIT SAMPLER, aAslC SELECTION ASYNCH MODEM TEST CONNECTOR DUAL TELEGRAPH LINE INTERfACE, G861, G8b2, K731, G800J IN A BUX, 115V 230V H316.A TTY DISTRl8UTION PANEL, DJ11 LOGIC D~SlGN & COMPUTER INTERfACING KIT 20 M~ CURRgNT LOOP RECEIVER (OPtICAL lSOLATER RECEIVER, PASS~lHROUGH TRANSMITTEH) e CH TEL [GRAPH RECEIVER, 115V 8 CH TELEGRAPH RECEIVER, 230V

2 W850'S ~ HARDWARE FOR CONNECTUR 2 W8St l S & HARDWARE FOR CONNECTOR , w852'S , HARDwAHE FOR CONNECTOR G5015 + G5016 PHYSICAL IIC fAULT INSERT~R 2 M9221S JOIN~D , CONN TOGETHER WITH ONE HANDLE

7A CKI BREAKER, FILTER, & OUTPUT CONN IN BOX (FOR 81M, 11/03,11/05), 115 VAC 4A CKT BREAKER, AILrrR, , OUTPUI CONN IN BOX (FOR 8/~, 11/03,11/05), 230 VAC H400-A w lOA CKr BREAKER H400-B w SA 8REAKER SPACE FOR FUSES (lOA MAX), FILTER, DUAL VOLTAGE INPUT BUX (81M, 11/05: REPLAC~S H400) H400 wITH H401wA OUTPUT CUNNECTORS H40Q WIIH H401.~ OUTPUT CONNECTORS

COMPUTER LAB, LOGIC LAB, PDP16 CABS

H500 MOD 1-1500-A ~OO

H501 MOD 104 502 f.OU AM H510 ~oo

45"0 MOO RVN ,",520 .. " MOO RVN H5'O-~ MOO RVN H520""C M.OO RVN H521 M.OD RVN H522 MOO RVN ~523 MOD RVN H524 MOD RVIII H525 ~10D RV~ H526 MOD RVN 4527 MOD H.VN

pr:1WER AMPLIF'lf:RS

H600 10 '"4601 10 H602 10 104603 PERIPH MOM ,",604 PERIPH DJ

5 ~ , .1/68 3 2/72 , 10/b9 ., 2/71 2 3111 1 3/11 , 3/71 5 12/71 2 ,l/71 '2 3171 2 )/71 '2 3111 '5 12/71 2 3/71

'7 2/68 7 5/6'7 '7 5 5 4/72

COMPUTER LAB, 110V, 60/50 HZ COMPUTER LAB, 230v, 60/50 HZ MOUNTING ~RAC'ET FOM COMPUTER LAB, FOR 19" RACK COMPUTER INTERFAC~ PANEL FOR D8Y.EB (8/E) (BUILT IN CARLETON PLACE) ~.SERIES LOGIC LAB, 110V~C, 60 HZ, lwK900,1.K901,1~K902,&2.4913 M.SERIES LOGIC LAB, 115v, USES ri808 M.SERI~S LOGIC LAb, 2)OV, USES H808 M. SERIES LOGIC LAB, 115V, USES HeOl M SERIES LOGIC LAB, 230V, USES HeOl AUX ~EMORr DEVICE FOR M .. SERIES LOGIC LAB DRAWER, WITH SLIO~S

DRAwER, TABLE TOP CABtNET, rABL~ TOP CAB rOR K9S0 + MODULES PEMOTE C~8IN€T OPERATORS CONSOLE CONTROL PANEL

(DRS), CAPSTAN PO~ER AMP fOR TU19 (ORS), RE~L SERVO POWER AMP FOR TU79, REPLACED BY W042 (085), CAPSTAN POwER AMP fOR TU79 CAPSTAN S~RVO POWER AMP FOR TU16 (PREAMP IS G912) DECPACK HEAO POSITION SERVO POW~R AMP, (PREAMP IS G938)

1~9

HODEL NO

H605 H606

PROD LINE

DES ENGR

PERIPH CAY PERIPH: JH

POW~R SUPPLY FILTERS

H7000 'H700t

POWP;R SOPPL 1 ES

101701 f.f701 .. A H702

"" .. H703

.. H704 H704.A H704.,B H704 .. C; M704 .. 0 8704-H H705 H705"'6 H706 H706 ... a "'70-7 H707.C ·n08 In08-B H709 H109.A H109·0 H110 1f111 H711 .. A H712 H113 H714 1f71s-S H715-C "716 H116 .. A H716 .. 8 H716·C H716.0 11717 H7t8-A 117t9",S H718-C 1f719 H720-A M120 .. 8

CAT CAT CAT

CAT IPG MTST IPG IPG IPG MTST MTST MrST

CAT 15 IPG IPG 8 8 8 CAT

12 IPG

8/L 8/L IPG tPG 8 tPG IPG IPG PEPIPH A 8 TFL 11 11

AOL ADL

RG RG RG

BN RG BEST WH WH OES DEB E~

DEB DEB MORO GS SH BH Ml BOW BOW

STATUS MO/YR

Dt:SCRIPIION

5 5/1J MOTOR DRIVE AMP, LA30 1 1/73 TU16 PO~ER SOARD (CAPSTAN PREAMP, POWER AMP, REEL MUTOR AMPS, BRAKE ACTUATORS)

3/72 TELET¥Pt: SIGNAL STATIC FILTER 10/72 POPS-g STATIC FILlER KIT (INC~UDES H7000, BRACKETS, CAPACITOR, TAPE ~ INSTA~LATION INSTRUCTIONS)

5 5 6

5 5

2 6/70 '1 6/70 2 6/70

6 5 2 1/70 2 12/69 5 5 1 ]171 5 5 '7 4/69 '7 4/69 1 9/69 t 9/68 5 t 10/68 5

+10V @ O,4A FLOATLNG, -15V ~ 0,5 TO 3,OA 50 HZ Vt:RSION Of H701 REG POWER SUPPLY, MOUNTS ON FC MHTG PANEL BAR,O TO 0,4 AMp 15V fLOATING, 0 TO 0,4 AMp 20V FLTG, FOR USE WITH A201, A120, tAKES THE PLACE UF TWO e .. MOOULE BLOCKS, WILL FIT SYSl~M MODULE MIG PANELS TOU (9/1&" SPACING ONLY) pEGULATEO PO~ER SUPPLY, MOUNTS ON F,C, MTG pAN~L 8AR, 0 TO 1 ... 1/2 AMps lOV FLOATING, AND o TO I-Ill AMPS 20Y FLOATING fOR us~ AS DIGITAL OM ANALOG SXSTEM POWER WHEN C~OCK & DELAY JlTTER MUST 8E REDUCED. WILL ALSO FIT 9/16" SPACING S~ST~M MOOULE MNtG PAN~LS REG, DUAL POWER SUPPLY, 15V @ 400 MA FLOATING, MUUNTS O~ 1943 OR H911, 115V SAME AS H704, €Xet:PT IT MOUNTS ON RIGHT ANGLE BRACKET, 115V H704 MOUNTED ON 1 PL€NUM DOOR PANEL WITH TERMINAL STRIP, 115V H704 MOUNTED UN 19 X 5 1/4 PANEL, 115V H704, 2JOV H704""C, 2l0v +65V, -65V, 200 MA EACH (DRB65"".2/,2) H10S ON PLENUM DOOk LIKE H7048 tOV 1·1/2 AMP SUp~LY, powER MATE, (USE H717 INSTEAD) H706 MOUNTED ON PLENUM DOOR LIKE M704, sUT 1.5 AMPS FROM eACH OF THE TWO 15 V SUPPLIES, DELTRON H107 WITH NO 8RAC~ET, FOR VT15 OUAL SUpp~y, 15V @1-1/2 AMPS, 20V @ 1-112 AMPS, 115 VAe, OE~TRON, MOUNT& UN 1~43 OR H900 230 VAC H'70s +20V 1.5A & +10V 1.5A, OELTRON ON 19X S,25" PANEL, I1SV 210V H709 H709 FOR 2]OY tSV 5AMP SUPPLY, USED IN H910 (OyNAGE) (08S), +5V @ 3~, .15V @ l,5A, OR +5V ~ SA (085), 50 HZ H711 DEL ELECTRONICS POWER SUPPLY, MOUNTED ON A PLATE, FOR VR12 2-H707'S ON A 19" PANEII, GAS CHROM""S,(Af'ObA), 4 FLOATING 15V REG SUPPLY, 1"1/2 AMP EACH LINE rILT~R, 250VAC, 2 X 30 AMPS, CHOKE INPUT, LINE 1, FRAME GNO, NEUTRAL OR LINE 2 CAB MOUNTl~G , 19" PANEL AUTOTRANSFORMER, 95,205,230,250 IN TO 11sV OUT, 1.75 KVA TABLE TOp crLOOR), 95 205,230,250 TO 115 VAC AUTOTRANSFORMER, 50/60 HZ, 1ft7S KVA fOR 8L

130

5 1 7170 5

+5V 4A,+I-l" .15V 1.1/2A, WANLASS,2 BLOCK SPACE (4"XS-1/4X12),50/60HZ,120/240V (110V REC~PTACL') 8716 WITH 210V RECEPTACLE

3 7/70 1. 7/70 5 5 '1. 1/70 5 12/71 2 4169 6 10/7-1 6 10/71

19" H716 (S15Y RECEPTACLE) H716"8 WITH OUTPut RELAX SWITCH~D FROM +5V H716 ... S WITH 230V RECEPTACLE 10V lA REF SUPPLY (FOR AA05), TO REPLACE H706, MADE BY KEPCO H714 ON 19" PANEL WITH CB , LIGHT, lOA, 115V 15A 115V 16' CORD WITH PANEL MOUNTED FILTER IN MIDDLE lOA H718.8 H716 + 160 Mr, aov ON 19" X10 .. 1/2 PANEL PDP11/20 SUPPLY, +5V ~ 16A, -15V.l0A, +8V RMS'1.5A, -25V'lA, 115VAC, AC LO, DC LO, LTC 230 VAC VERSION OF H720

MODEL ~O

PROD LINE

H120"'C 11 H120"O 11 H120 .. E 11 1f120.EJ 11 H120.,F 11 H720'!!'FJ 11 H120.H 11 H720.J 11 H721 15 .. H722 K12) "'724 ""24111A H725 H726 ... A H126"'B H126.r: ",,26""£0' H121·A H127111a H12a .. C H728-0 H729 H110·A H710·S ",10 llle H7]OlllO H731 .. A H71t",a H7l2 Hl.13 K114.,A H7l4-a H7lS H11S .. A H715-8 H116 H737 H71S·A 11118.S 14119·" M139t!!1B ",,40.0 H140"P H141·A H'742'!1!'A H742-B H742-C 11742"D 11743 H744 1f74S H146 M148

11 10 8/E 9/E 10 14 14

11 IPG IPG IPG IPG

PERIPH PERIPH PERIPH PERIPH

10 15 11 11 PERIPH PERIPH PERIPH PERI?H PERIPH IPG IPG 11 11 PS 16 ,. 1 11 11 15 15 PERIPH 11 11 '-1 PERIPH

DES [NGR

BOW SOW BOW BOW BOW BOW ov DV ELlA

PJ DREW JDM ~10M DREW .AR AR aPF BPF DEB OES MORO MORO RTH ~OM

MOM MOM MOM P.TK RTH DREW

BOW SOW CAY CAY CAY PM SERG RG RG VB VB au IeII' au su Gp HL HL SERG GP OP Gp LN

STATUS MOI'iR

5 5 1\\ 12171 1 7112 1 9110 t 7/12 4 5/72 5 5/72 5 12/71

2 3170 5 5112 4 3/71 4 3/71 '5 5/72 1 4/70 t 4/70

1 12/71 S '5 2 "}

1 '5 1 ]

3 1 t 5 3 2 "}

'5 1 1 t 5 5 '2 5 5 IS 1 1 '5 5 4

8170 10/70 10/70

1111 2111 2/71 10/70 10/70 5172 1/72 4111 4/71 2/72 1/11 1/71 1/11 5/72

1/72

11/72 4173

6/71 711 :J 7/73 7/73

4 7/73 5 8/73 '5 8/72 Ii 8/72 '5 8/72 4 5/73

DESCRIPTION

19 X 10,5 INCH H120-A 19 X 10,5 INCH H720.S H120.A WITH POWER CONTROL & REMOTE/LOCAL POwER INTERLOCK, +5V 22A SYSTEM IEST~D H720~E 230V H720 .. g SYSTEM TESTED H720.' RUGGED 11 POWER SUPPLX fOR 11R20, 115V H72Q.H EXCEPT fOR 230V .5V +/~2' ~ 20A, -tS,5V+/-l0% @ 3p 1/2A,+10,5V+I-I0% @ 2-1/2A (PPP15 p~RrpH) AUTQ TAPS, 20 MS HOLD uP, 5.1/4" X 19 X 6"1/4, NORTH ELETRIC, 88.132 VAC, 176 - 264 VAe, 41.63 Hz STEP.OOWH TRANSFORMER, 4 A @ 115V OUTPUT (LIKE IN TTY) MOUNTEO ON A 19" PAN~L 9V ~ 40 AMPS FOR KOlO, 4-10 AMP OUTPUTS wITH CBIS, bO/60 HZ RESONANT TRANSFORMER POWER SUPPLY FOR POP8/E, .SV, "15V 230V H724 15V @ 20A suPPLY fOR KIlO, 50/60 HZ RESONANT TRANSFORMER 5V 7A, 41 ~ 500 HZ, 115/230 PARALLELA8LE, 5XtO-1/2X2 (SAME SPEC AS 714) SYSTEM UN1T H726-A MOUNTED IN PDPll 5~5TEM UN1T WITH SWITCH, fUSE, , OUTL~T, SEE H014 12.09933-01 POWER FAIL H726.S H726.~ MOOlrrED FUR 5.9V ~ 5 AMPS FOR DT11 DUAL SUPPLY, 15V 400 MA, 20v 400 MA, MOUNTS ON 1943 OR H900, 115 VAC 210 VAC H121 .. A DUAL SUPPLY, 15V '2A,20V ~ 1.2A, ON 19X5,25" PANEL, 115V, FOR AD1S, OELTRON 210V H728.C 12A lOV UNREG 5UPPL¥ (rOR ONC) TU10 POWER SUPPLY, 11SV 60 HZ, TIME METER, .15V 4A, .15V 4A, +5V 5A,+1.17.5V 10A,+I.lbV SA 230Y 60 HZ H730.A 115V 50 HZ H7l0.A 230V 50HZ H7l0.A +15V, .15V, lA TOtAL, LOVAC, 250V 20 MA, 115V 60 HZ 50 HZ H731-A MARGINAL CHECK SUPPLY, KIlO, MANUAL, 19" DUAL FREQ VERSION OF 102 VTOS POWER SUPPLY, +sv 4A, +12V 500MA, .12V 1A, .SV lA, 6,lVAC SOMA, 30-10325, 11S/210V 19 X 10,5 INCH,t15V 12A, .15V 12A, AC LO, DC LO, 115V, REMOTEILOCAL DC PWR INTERLOCK, RK02,03 230V H734"A LA30 SUPPLY, +lSV SA, +10V 4A, +SV lA, -15V SA, DUAL FREQ RESONANT SUPPLY 16.1041& 50 HZ H135 DUAL. FREQUENCY H735 RS64 DE~TROH SUPPPL~, 11S/230V RS64 DEC SUPPLY, 115/230V, t20V I.SA (5409484), +5V 8A (5409503), .1SV 2A (540 9484) 714 , H728 ON 5 X 19 PANEL, 115V, t5V SA, +18V 2A, ~18V t,2A 114 & H128 ON 5 X 19 PANEL, 230V 114 , H707 ON 5 X 19 PANEL, 115V, +5V 5A,+15V t,SA,w15Y l,5A 210Y H119 .. A +5V20A, .15V5A, +lSV1A, lCLO, DC~O, LINE fREQ SIG, 115/2l0V, 47w63HZ (5409728) 3,5X19 PAN~L BAtTERY STANDBY FOR H140 (0.5 HR) Ps FOR 11/2S,+5V~40A,.lS~14A,+15V~1,5A,AC~O,DCLO,LINE FREQ SIG, 115/230V,47w63HZ PS CHASSIS FOR 11145, 6 30VAC 6A ~ACH,+15V@2A,+8V@lA, ACLO, DCLU, LIN~ FR~Q SIG 230V H742-A H742-A MOOIFtBD FOR PDP15 H742.a MODIFIED FOR POP15 H737 REPACKAG~ FOR ~K05 PLUS 8ATT~RY +5V 2SA REG FOR H742 -lSV lOA REG FOR H142 t23,2V lebA, +19,7V 3,3A, .5V 1,6A fOR H742 +5V 4A, t15V 750 MA, -15V 7S0MA, VT20, 9S~130VAC, 190~2bOVAC

131

MonEL PROD DES

"0 LINE e:~C;R

H749 16 JI..E H150 11/15 GP 8751 9A PERIPH MOL H751·S PERIPH MOL ff71)2 14 AR 875) CLP AC

--fl754 1t GP H7'S5 LOP AW 9756 14 tF H7'i7 PERIPH AEK 11158"A COM 55 11758-8 COM 55 9759 1"5 HRL 9760-A PS DREw H760-a PS OREW "761 PS DREW M762 14 AR K"761 .. A 8 ADt. ff763-a 8 AOt R164 PERIPH WJH

CONNECTORS, (At-SO H8S0)

881)0-F CAT MeOO·ij CAT H801-F CAT K8~I-W CAT 11802 CAT 'f80-) CAT M8010 CAT DN M804 H80S CAT M806 M807 CAT M808 CAT MaOg CAT 148070 CAT ON

TOOLS

R8tO CAT "'810-A CAT R8tO.8 CAT Hll0-e CAT M~tOttD CAT Mltl CAT M81l ttA CAT H812 CAT H812·A CAT H8tl CAT N8t].A CAT M814 CAT H814-A CAT Hlt5 MOD H816 CAT

STATUS

! t 2 2 5 ! 4 1 ]

t 2 2 t 2 t t 1 1 t t

S 5 5 5 5 IS

MO/YR

11/71 ]172 7/72 1/72 5/7)

5/72 7/7]

8/72 10/71

1/71 1/73 1/71 6/13 8/13 7/73 7/73

tO/71 9/73 9/73

10/73

2 4/71 '7 1/68 5 7 2/68 5 '5 5 2 4/71

5 5 5 2 6/71 2 6/'71 5 IJ 5 5 5 5 5 5 1 7/67 1 9/'70

DESCRIPTION

-12V PS, 750 MA, G832 ETCH, SINGLE X 5, USES 8V ZEN~R t1/35 SUPPLy. S409729~ya, H144, 2 XFMRS, POwER INPUT t'ROM BC05T (115V 12A) OR aC05U (230V 7A) CASSETTE p. S. (TU60) +5V 4A, +15V 2A, -15V 2A, 95~130VAC, USES 5410131 190.2QOYAC H15t_A REPLACEMENT fOR 714 RT02 POWER SUPP~YI +250V lOMA, +12V lOOMA, .12V lOOMA, +5V1A, 95~135 OR 190-270VAC +20V 7,SA -5V REG FOR H742-A LPS SUPPLY' .5V 13l, +/.t5V +1-,03, 2A, LINEAR REGULATORS, 100, 115, 200, 230V +/.10%, 47.63 HZ REPACKAGED H144 W TRANSfORMER AND rAN, .s~, 25A TUlb POWER 5UPP~Y H75t-A ON 5,25 X 19" PANEL, 115V H751.S ON 5,25 X 19" PANEL, 230V +10V O,5l, .15V l.SA, TAP INPUTS 90-232V

132

KLlO RAW SUP 208V 18A 60HZ DELTA (3 PH), +12V 105A, -12V 450A, +15V 4A, -15V 2A, RESONANT XfMR REG KLI0 RAw ps 416V 9450HZ DELTA (3 PH), +12V 105A, -12V 450A, +15V 4A, -15V 2A, RESONANT Xt'MR REG KLI0 SUPPLY REGULATORS, 9 .5~2V 15A, 3 +5V ~5A, 4 -2V 35A HI TEMP H740-0, 90-115V/180 .. 270V, SO/60HZ, t15V lA, .5V 20A, .15V SA, ACI..O, OCLO, LINE fREQ PDPS.A PowER SUPP~Y, 115V PoPS-A POWER SUPPLY, 210V TWO 5409728 (H740) REGULATORS, EACH +5V 17A, -15V SA, +15V lA, ACLO, DeLO (RP04)

FLIP-CH1P a_sOCKET BLOCK, FORKED SO~DER LUGS 12-025as rLIP~CHIP 9~SOCKEO BLOCK, WIR~ WRAP, 12-02244 SET OF 18 CONECTOR CONTACTS, FORKED SOLOER LUGs, 12-02525 SET OF 18 CON~ECTOR CONTACTS, WiRE WRAP, 12.02244 SINGLE CONNECTOR 18 PIN (1712-tS .. PCC), 12-02625 288 pIN CONNECTOR, t2~05l48 (SEE H863) 72 PIN CONNECTOR fOR DOUBLE HEIGHT CARD (SLICE OF H80l) COBS), 144 PIN CONNECTOR (ON 288 PIN MOLD) SET OF 36 CONTACTS FOR 288 PIN CONNtCTOR,A=AMPHENOL,C=CINCH,S=SYLVANIA, 12,,05J48 (NEVER MADE), DOUBLE MODULE TAPER CONNECTOR CONNECTOR 8LOCK,36 pIN SINGLE MoDULE OOU8LE~SlDED CONNECTOR, ,025 SQUARE, 12-0912~ CONNECTOR BLOCK,144 PIN, 4 MODULE CONNECTOR, ,011 X ,062, 12-09114 SET OF )6 PINS FOR Haos, 12~09114 72 PIN CONNECTOR rOR JUMPER (H8~t) LIKt 2 H807'S GLUED TOGETij~R

(.24) WIRE WRAP HAND TOOL (P1STOL GRIP) t,)O) GARDNER DENVER NO, 14HIC (.24 + "O) GARDN~R DENVER BATTERY OPERATED WIRE WRAP HAND TUO~, '~4 WIRe H810~C fOR ,30 WIRE (,24' HAND wIRE TQOw, A20557.12 ('30) GARDNER DENVER NO, A20551~29 (.24) HAND UNWIRE TOoL, 500130 ('10) GARDNER DENVER NO, 505 244.4'75, UNWRAP TOOL .24 BIT '30 BIT '24 SLEB;VE '10 SLEEVE GARDNER DENvER GUN ALONE 15 953 wIRE WRAP SOCKETS, 15 952 PINS, 1 811-A TOOL, 1 812-A TOOL, 1 STRIPPiR

MOOEL PROD DES NO LINE ENGR

Het7 CAT M820 CAT H821 CAT H82S CAT "826 CAT HalO CAT

H840 DOANE

CONNf;CTORS (AI"SO SEE

Maso S/E MORRIS 14851 B/E PG HaSt1 8/£ OA. HaSt3 8/E OA H8 1S14 alE DA H8519 15 JE M852 11 ON H853 ,. 1 ON H8S4 9/E WH H855 8/E WH H856 8/E WH HeS7 15 FA H858 8/£ PG H859 8/E PG H860 12 Aw H861 11 RL Me62 11 RMS H863 S/E,tl LOREN "'864 t 1 RMS H865 MUO RJM H866 10 DREW M867 10 DREW H869 10 DREw H869 CSS EM 101870 t 1 POT HS71 FS POT 101872 F'S POT

MOUNTING PANELS

H900 CAT H900-CA CAT H900·CC CAT H900 .. 0A CAT H900"OC CAT H900"JA CAT H900"JC CAT H900·J(A CAT H900 .. KC CAT H901 CAT H902 CAT H903 CAT H908 MTST

STATUS MO/YR

3 9/70 5 5 15 15 5

4/66

H800)

1 1/70 5 4 8/73 4 5113 4 5/71 5 11/72 1 4/70 t 4/70 1 6/70 1 6110 1 6/70 1 9/70 1 5/71 ~ 5 3112 I) 12/71 1 7/71 5 10/72 ,. 7/71 1 7/71 5 3/72 , 5/72 5 1/72 2 3/73 1 10/73 1. 11/73 1 11/73

S 5 I)

I)

5 15 5 r; r; 5 5 , 1/66

D~SCRIPTION

H816 WITH 15 954 SOLDER SOCKETS tooo GRIP CLIPS FOR HeOO, AMP PART NO, ~0477.2, SLIP.ON PATCH CORDS, #24-20 WIRE 1000 GRIp CLIPS FOR HeO), SLlp.ON PATCHCORDS. AMP .24-30 wIRE HAND CRIMPING TOOL FOR H820, AMP PART NO. 90084 HANO CRIMPING TOOL FOR H921, AMP .9019~1 STAK.ON RIVETING TOOL, FOR ASSEMBLING FLIP CHIP NO HANDLES TO THE BOARD, ALSO ASSEMBLES 1951. INOESTRO MfG CORP TOOL #824, PAINTED DEC BLUE AND TOOL TURNED DOWN To WORK ~lTH OUR HANDLE RIVETS AMP TER~I·PotNT PUSH-ON & PULL-OFf HAND TOOL, AMP PART hO 465430-1

HANOLE EXTENDER, 5" TO 8.1/2" EOGE CONNECTOR, 2 H807 1S JOINED 8¥ PC BOARD FOR ADJACENT MODuLE CONNECTIONS AT HANO~E END H807 ~ ALL CORRESPONDING SIDE 1 , SLOE 2 PlNS CONNECTED TOGETHER 3 H801 JOlNED BY PC BOARO FOR BUSSING 3 MODULES AT HANDLE END 4 H807 JOINED B¥ PC BOARD FOR BUSSING 4 MOOU~ES AT HANDLE ENOS 2 SETS OF 1 H80l JOINED ax PC BOARD BUSSING 3 MODUL~S, PINS AH2, AK2, AV2 OPEN MODULE HOLDER FOR 4 MODULES WITH 0,5 VERTICAL SEPARATOR H852 WITH NO VERTICAL SEPARATOR 40 PIN CONNECTOR, MALE, USED ON alE MODULES, 12-09941 MATES TO H854 & 3M RIeSON CAB~E (1211206) MATES TO H8S4 WITH POKt HOM~ CONTACTS (BERG) (1210090 HOUSING, 1210089 PINS) Heo7 MOUNTED AT RIGHT ANGL! TO PC CARD (FOR KC15-B) CURRENT LOOP CONNECTOR, (2 H807fS JOINED BY WIRE LOOPS 1~8T~AO or PC BOARD) SHORT M922 SOLOiR,O TO MA07 H854 TO He07, M90l CONNECTIONS DM11~8a TEST CONNECTOR (4 M854 ON CARD WITH INTERCONNEClIONS) BURNDY MD12 MXRp8T WIRED AS TEST CONNECTOR FOR BC01w HaOl WITH SLOTTED ENDS RS232 FEMALE TEST CONNECTOR FOR BC01V,BC05C RS~232 MALE PLUG, HOOD MEMORY BUS TERMINATOR CAMP QUICK LATCH) 110 BUS T~RMINATOR (AMP QUICK LATCH) TU40 TERMINATOR (AMP QUICK LATCH1, NEGATIVE BUS TU40 TERMINATOR (AMP QU1CK~~ATCH), POSITIVE BUS MASS BUS TERMINATOR, pLUGS INTO H854 H854 TO H854 (CABLE EXTENDER) SINGLE 5, NO CONTACTS O~ FINGERS MASS BUS TEMINATOR , DISPLAY, DOUBLE 8,5, GNP ONLY ON FlNGERS

FLtP .. CHIP MNTG PANE~ , POwER SUPPLY, (USES H701) H900 wITH FORKEO LUGS ~ 50 HZ H900 WITH FORKED LUGS , 60 HZ H900.CA WITH POWER eus H900-CC WITH POwER BUS MiOO WITH WIRE WRAP PINS & 50 HZ H900~JA EXCEPT 60 HZ H900~JA WlTH POWER aus H900 .. JC WITH PowER 8US PATCHBOARD MOUNTING PANEL, SPACE fOR 10 MODUL~S SWITCH, INDICATOR PANE~ CLASSROOM D"A MNTG PANEL SPECIAL RACK, MODIFIED 1943, FOR MEMORY TEST

133

MOOEL NO

PROD LINE

8910 CAT H911~C CAT H911-0 CAT f.f9tt-J CAT M9tl-t< CAT H911 .. L MOO

"'ff911"'P MOO '19tt,",R CAT 8911-5 CAT H9J2 14 M912-AX 14 H912-AY '4 H9t2-0X 14 H912 .. DY 14 8913-1.. CAT "914""{, CAT H916-M CAT M911 CAT H919 8 H9190 CAT H9191 S/E 8920 CAT H921 CAT H922 "923 CAT H925 CAT H926·AA H926""S. H97& .. A8 H926"98 H929 .. A 15 H929 .. 8 15 H929 .. C 15 H929-D IS H930 CAT M932 MOO R91] ... A CAT K91j ... s CAT Ji913 .. C CAT R933-D CAT H940-AA H940 .. SA H94t .. AA CAT H941"SA CAT 8941.8a CAT H945 12 H945.AA 11 H945 .. AB 11 "'945"8A 12 8945.88 12 H94S.CA 12 H945"CB 12

CA81NETS

DES ENGR

sz sz

sz SZ AI< AR AR AR AR

PG SZ PG

AR

sz sz

PDM PO'1 PO\! PDM SZ

J8 JB \.18 J8 SZ SZ sz sz Sz GP8 GPB GP8 CPS Gp8 GPS GP8

STAtuS MO/YR

5 1 9173 ] 9/73 5

" ] 1/69 ] t 1~9 5 12111 5 12/71 1 10113 J 10/7_1 1 10/73 3 10/73 t 517] 5 15 5 r; 5 ~ 5 12/71 5 15

5 Ii 2 4173 2 4/73 2 4/7.1 2 4/73 t 1/70 1 7/70 1 7/70 t 1170 1 4/73 t 5 5 5 iii 5 5 IS 5 5 5 IS Ii r; 5 Ii 5

4/73 4/73 4113 4113 4/71 4/71 4113

12/71 2112 3/72 2112 2/72 1/72 :J/72 3172

DESCRIPTIUN

MOUNTING PANEL, 36 PIN ri900, 4 .. H803 B~OCK +5V ONL~, 47.b3 HZ H911~R W SLOTTED BLOCKS CHab3) H911.S W SLOTTED BLOCKS CHa6]) MNTG PANEL, 36 Pl~ 1943, ~o POW~R aus H911.J PR~WIR~D FOR PUWER H911.J wITH Me SWITCHES H911.K WITH Me S~ITCriES H911.J WITH 8,5" gND PANELS H911-K wITH 8,5" ~ND PANELS BLANK 1/0 MTNG PANEL, SPACE FO~ 16 "1000 SERIES 1/0 UNITS H912 w 16 H1500 (120 VAC INPUTS TO 5V LOGIC) H912 w 16 H1600 (5V LoGIC TO 120 VAC 2A OUTPUTS) H912 w 16 H1550 (10.55 VDC ISOLATED INPuTS TO 5V LOGIC) H912 w 16 H1650 (5V LOGIC TO ISULATED 55V 2A OUTPUTS) MNTG PANEL, H910 ~lTH Haos's MNTG PANgL, H911 ~lTH H~oals

MNTG PANEL, H71b POWER-SUP + 6-H8031S ON 1943 MNTG 8AR MNTG PANEL, H716 • b-H808'S PDP8.E 8US CONNECtOR BLOCK ASSEMBLY EXPANDER MTNG PANgL FOR 8/~, 10 8803 BLOCKS PREWIRED FOR STU PWR ONLY, USES H019 CASTING PDP8~M 8US CONNECTOR BLOCK ASSEMBLY MODULE DRAwEP, 3-SAR MOUNTING FRAME FOR MOUNTING uP TO 24 CONNECTOR BLOCKs H920 FRONT PANEL RESERVED FOR H920 R~AR PANEL CHASSIs SLIOEs FOR H920 MODULE DRAWER, PDPa.L STYL~ aux, ROOM FUR 18 CONNECTOR SLOCKS BAR WITH 9 H800.W BAR WITH 9 H803 H92b.AA WIREO FOR STEPPING MOTOR DRIV~RS H92b~8A WIREO fOR COMPUTER INTERFACES 19" X 7" MNTG BAR FOR 8 pANELs UN 2~INC" CENTERS 2 X 5,25" FILLER P~NEL 4-INCH PANEL FOR 16 BNC CONNECTORS 2.1NCH PA~EL wITH AMPHENOL SERIES 26 32-PIN MALE 11/35 BOX W BLANK FRONT PANEL BUT NU PS, FANS, SYSTEMS UNITS OR HARNESS RESERVED FOR DEEp H930 wITH 22 SLOCKS INSTEAD OF 16 SYSTEM UNIT WITH 3 H80Q .. w SYSTEM UNIT WITH 1 H800.F SYstEM UNIT WITH 3 H803 SYSTEM UNIT WITH 1 H808 t5~1/4" ASSEMBLY (3 BAY ASSY), INNER & OUTER fRAME CovER 19" MOUNTING PANEL fRAME, 4 BAY ASSEMBLY, POP14 eOVBR FOR 5" MODULES covER FOR 9,5" MODULES MOUNTING PANEL WITH NIM PANEL SPACING , S~RIES NAME TABLE TOP H945 RACK MOUNTABLE H945 115V TA8L~ TOP H945 WITH POWER SUPPLY 230V 11945 .. 8A '15V RACK MQUNTABLg H945 WITH POWER SUPPLY 230V H945"'CA

134

MonF.L NO

H950 H950 wA H950",AA H950 .. SA H950"!'BC H950 .. S0 H9'i0 .. CA H950""CB H950·CC H950·0A H9CSO.EA H950·fA H9'50 .. GA H9IrSO""HA H950'l!F1B H950.HC H9S0-Ht) H950wHE H9'50"'H~' H950""HG H950",HH H950"'HJ H950wHK H9'50·HM H950·HU H950-HX H950"'JA H9'50""JB H950",JC H950""JO H9C;O""JE H950·JF H950·Jli H950""JK H9'S0""KA H950-KS H950·KC H950""KO H950""f(E H950·KF H950""KH H950 .. LA H9c)O"'L8 H950""MA H950.NA H950""P H950-PA H950""P8 H950·g H950·QA 101950-(,)8 H950·R H950""SA H950",r ~Q ... nlllll

PROD LINE

CAT CAT CAT CAT 10 MS CAT 12 10 CAT CAT CAT

CAT CAT CAT CAT CAT CAT CAT CAT CAT CAT 12 12 CPr.,

MS MS IPG 11

'" -.. "" '" '" CAT

CAT

CAT

CAT

R

DES ENGR

GG

ON AW

AW ON

AW AW 8AIIL

AW I\W FE PAI.J PAl.] PAJ PAcY PAJ PAJ PAJ

GG GG

GG GG

PG

STATUS MOIYR

!Ii 5 9/72 5 t 9/71 _1 4/72 5 t 6/71 t 1/72 5 '5 5 '5 '5 S '5 5 '5 c; 5 '5 5 5 1 6/71 1 6/71 1 3/72 5 5 '5 5 5 l 4/72 3 4/72 3 11/13 1 '1/72 1 9/72 1 9/72 1 9/72 1 9/72 1 9/72 1 9/72 5 5 1/70 5 5 5 3 7/73 3 7/73 5 J 7/73 1 7/73 1 6/6.9 5 1 9/69 1 4/71

DESCRIPTION 135

\9 INCH CABINET, SERIES NAME CASINET FK~ME H950",A + H952 CASTER SET, H950""SA FILTER, H952-r;A Lt;vELLER SET FUtJL lJENGTH RH DOOR BLACK 148 SLASI BLUE H950-AA FUl,L LENGTH RH DOOR, 131 BRITE COPEN BLUE FULL LENGTH IJH DOUR BLACK orr WHI'fE FU[,L LENGTH LH DOOR (H950"CA) (68 GRAY) 148 BI"ASI BLUI:; LH DOOR MNTG PAN£L DOOR, RH MNTG PANEL DOOR, LH MOUNTlNG PANEL DOOR SKIN TABLE P'RAME SHORT DOOR, COVERS 21" MOUNTING HEIGHT, COVERS BOTTOM PAN (1°1 GRAY) SHORT DOOR, 22",)/4" HEIGHT (101 G~AY) DOOR, 26.1/4" (101 GRAY) OOOR, 3t.'1/2" (101 GRAY) DOOR, 16",3/4" ( 101 GRAY) DOOR, 42" ( 101 GRAY) DOOR, 41-1/4" ( 1 0 1 GRAY) DOOR, 52.1/2" (101 GRAY) DOOR, 51',']/4" CI01 GRAY) DOOR, 63" (101 GRAy) H950 .. HS Of'F WHITE COLOR (68 GRAY) H950·HH OFF WHITE COLOP (68 GHAY:, TOPAZ H950",HA MIDDLI£ OOOR (DOES NOT COVER PAN OR fEET) , COVERS 21" BLACK ~HODLE DOOR, 26.1/4" BLACK 31 .. 1/4", SLACK 36 ... 3/4", BLACK 63", SLACK 21" MIOOL~ DOOR, l:U BRITE COPEN BLUE 36·3/4" MIDDLE DOOR, 68 G~.AY

21" MIDDLE DOOR, 165 AC RED 21" COVER PANEL, 8lJACK 21" COVER PANEL, 149 TOPAZ 21" COYER PANEL, 148 BlJASI SLUE 21" COVER PANEL, 155 MORRIS MAROON 21" COyER PANEL, 158 DAVE BROWN 21" COVER PANEL, 129 I"IME Pl':EL 21" COVER PANEL, 111 BRtTE COPEN BIJUE FRAME PANI:;L FOR TOP (LOGO MOUNT), BI,.ACK PLASTIC BL.\NK LOGO FRAME PANEL, 1.3/4" FRAME PANEL, 3.'./2" coygR PANEL, ~·1/4" w 1209224 THIN LATCHES TO GO OVI:;R A LOGIC PANEL covER PANEL, 5-1/4" 'ill THIN 1209224 LATCHES to GO OVt.:R A LOGIC PANEL + THlCK 121131S8 LA'rCHf!.S COVER PANEL, 5"1/4" W NO LA'rCliES CoVER PANt.:L, 10·"./2" W THIN 12092,4 LATCHI!:S TO GO OVER A LOGIC PANEL COVER PANEL, 10 .... 1/2" W THICK 1209224 I.,ATCHES TO GO OVER A LOGIC PANEL + T111CK 1211388 HAT~Ht.S COVf.:R PANEL, 10",1/2" w ~o LATCHES DOOR COVER PANEL FILTER KICKPIIATE BETWEEN EXTENSION rEf:'!' BOTTOM BAfFLE

MODEL PR(.lD DES STATUS DESCRIPTION 136 NO LIN~ ENGR MOI'{R

H950"VA .. PAJ 2 9/72 TABLE MID ON TOP t.:DGE OF 21" BLACK COVER PANEL H950·VB • PAJ 2 9/72 TABLE MID ON TOP EDGE Of 21" 149 TOPAZ COVER PANEL H950·VC .. PAJ '1 9/72 TA8LE MIO ON TOP EDGE Of 21" 14a SLASl BLUE COVER PANEL H950""VO "" PA .. 1 2 9/72 TABLE MTD ON TOP EDGE OF 21" 155 MORR1S MAROON COVER PANEL H950.VE "" PAJ '1 9/72 TABLE M'lO ON TOP t:DGE Of 21" 158 DAVE BROwN COVER PANEL H950·Vr • PAJ '1 9/72 TABLE MID ON TOP EDGE Of 21" 129 LIME Pr;EL COVER PANEL H950-VH '" PAJ '1 9/72 TASf.,E MID ON TOP EDGE Of 21" 131 BRITE COPEN SLUE COVER PANEL H951 6 4/7.1 30" CABJNET, Se:RtES NAME H951 .. AA 6 4/73 CABINE:T rRAM~ H9S1 .. SA ~ 4/73 SKIN ~OOR (F'UIJL OOOk) H951·BB 12 AW 6 4/7.1 OrF WHITE SKIN DOOR. (fULL DOOR) H95t .. HA 5 4/73 SHORT DOOR, COVERS 21" MOUNTING HEIGHT, BLACK, COVER BOTTOM PAN J.f951 .. HB 5 4/71 22"3 / 4" SHORT DOOR, 149 SlJASI BLUt'; H951 .. HC 5 4/71 OOOR, 26-1/4", 148 8LASI BLUE H95t.HO ~ 4/73 DOOR, 31.1/2", 148 BLASI BliUE H951·HE 5 4/71 DOOR, 16.3/4", 148 BLASI BLUE H951·Hfr ~ 4/7.1 DOOR, 42", t.48 8LASI BLUe: H951.,.HG '5 4/71 DOOR, 41.1/4", 148 BLASI BLUE H951·HH 5 4/73 DOQR, 52.1/2", 148 BLASI BI.tUE H9~1 ... HJ S 4113 OOOR, 57'!!13/4", 148 BLASI 8.LUE H951"HK 5 4113 DOOR, 63", 148 BLASI eLla: H951-TA 6 4/7.J NARROW DOOR, CHINt;St; REI) H95t-TB 6 4/73 NARROw DOUR, LIME H951-TC 6 4/73 RUSSET H951 .. TO 6 4/73 NAVY BLUE H951",TE 6 4/73 1.U BRITE COPEN Sf.,UE H9~1-SA 5 f'lLTER H9t;2 CABINET ACCESSORI~S H911)2-AA CAT 5 ENO PANEL (FOR H950, H9511 (lOt GRAY) H952"AB 1 2 Aw t 6/71 131 BRITE COPEN BLUE H9~2.AA H952 .. AC 12 AW 1 9/71 Of'r WHI'l'E END PANEL (FOR H950, fi9S!) (68 yRAY) H952·AM 5 END PANEL FOR H954 H952·SA CA.T r; EXTe:NSION, FEET, PAIR H952.C CAT 5 7/73 115V SING.LE FAN KIT H952.ca .. 3 6/73 23(')V SINGLE FAN KIt H952.CC GG 1 6/73 115V DUAL FAN KIT H9S2wCD GG 3 6/73 230V OVAL FAN KIT H952·D FIJ.JTER H9S2·EA CAT 5 CASTER SET H9~2·FA CAT '5 t"EV£tJER S~T H952~Gl CAT 5 SET FRONT " REAR ~'ILLER STRIPS H952·GB 2 REAR fILLER STRIPS H952"'HA 11 MORRIS 3 8/70 19" X 22"3/4" TASl.IE, rR~E StANDING, 27" HIGH +1- 1"'1/2" ADJ, 21" DEEP, GRAY H953 .. A MOO JE t 6/69 f.,AS .. K CABINET + K960 (NOT DISCOUNTABLE) H954 15 MORRIS 6 4/73 CASINET, (FOR VT04 INITIALJ.,Y) H954·AC 15 "10RRIS 6 4/73 CAB FRAME H9'14.SC 15 MORRIS 6 4/7) FULL LENGTH DOOR (RH)

H954"C 15 MORRIS 6 4/71 FAN H954·GB 15 MORRIS 6 4/73 TABLE EXTENDER H954.SA 15 MORRIS 6 4/73 FILTER H954",UA 15 MORRIS 6 4/71 COVER H955 10 ON SAME AS H951, EXC~PT FOR HAT, FOR KI10 H955.A 10 ON 5 5/72 30 INCH, CABINET fRAME FOR KIlO H95S"BA 10 ON 5 5/72 RH OOTER DOOR, 148 BLASI BLUE H955.CA 10 DN 5 5/72 I"H OUTER DOOR, 148 BLASI SLUE

MODEL PROD l')ES STATUS D~SCRIPTION lJ7 NO LINE ENGR MO/YR

H95S-0A 10 ON 5 5/72 Rtf MTNG PANEL DOOR H95S .. EA 10 ON IIIj 5/72 LH MTNG PANEL DOOR H955·GA 10 ON 5 5/72 TABLE ASSE;MBL¥ H955·LA 10 ON 5 5/72 BLANK LOGO H95S.LB 10 ON '5 5/72 PDP10 LOGO H956 10 KE ., 4110 19" CAB fOOR KIlO, USES MANY H950 PARTS H956·A to ON '5 5/72 19 INCH CABINET FRAME FOR KIlO H9'56.HA 10 ON 5 5/72 SHORT DOORS, H950 .. HA 14~ BLASI BLUE H956·.HB 10 ON r; 5112 H950 .. HB 149 BLASI SLlJP; H95b.HC 10 ON 5 5/72 H950·HC 148 aLAS I BLUE H95b-HO 10 ON '5 5/72 H950 .. HO 148 BLASI SLUE H956.HE 10 ON '5 5/72 H950·HE 149 .B!JASI .SLUE H956 .. HF 10 ON '5 5/72 H950 .. HF 148 BLASI BLUE H956.HG 10 ON '5 5/72 H950.HG 148 BLASI Bl"Ue: H956·HH 10 ON '5 5/72 H950 .. HH 148 81"ASI 8t"U£ H956.HJ to ON '5 5/72 H950.HJ 148 BLASI BLUE H956 .. HK ',0 ON '5 5/72 H950·HK 148 SI"ASI BLUE H9'56.11~ 10 JRP 5 5/72 BLANK LOGO H95&.LB 10 ON 5 5/72 POP1O LOGO H957 RHA 3 3112 SHORT 19" CAB (DEC DATA Ct;NTEH) H951·AA RHA 3 1/72 CAStNET FRAME H9'57-SA RHA 1 1/12 FUt.L l"ENGIH RH MING PANEL DOOR w $l<IN H951·SB MS CARNES 2 10/12 FULt" LENGTH RH MTNG PANEL DOOR Vi SKIN (ll1 BRITE COPEN SLUE) H957·SC M8 CARNES 2 10/12 FULf" LENGTH RH MTNG PANr.;1" DOOR 'II SKIN (68 GRA~) H957.CA RHA 3 3/72 FULL. LENGTH 1"H MTNG PANEL DOOR w SKIN H9'57·0A RHA 1 3/72 ft4TNG PANE'" PLENUM DOOR, RH H9S7·EA RHA 3 3/72 MNTG PANEL PL~NUM DUOR, LH H957.F'A RHA 3 3/72 RH END PANEL (68 GRAY) J.l95l""fB RHA 3 3/72 LH END PANEt" (68 GRAY) H957·FC' 10 RHA 1 1/72 RH f:ND PANEL fOR \.1SE wITH END TA8!,E H957·FD 10 RHA ') 1/72 LH END PANElJ FOR t;ND TAbLE H95,.fE MS CARNES " 10/72 Rli ENO PANEL (131 BRITE COPEN 8l.1UE) M.957-f'P' ~S CARNES 2 10/72 LH ENO PANEL (131 BRITE COPEN 8J.,UE) H91)7.GA 10 ~HA J 3/72 1 SET FILLER STRIPS cP"RONT, TOP , BACK) J.f951-HA RHA 3 3/72 FAN ASSEMBLY, ltSV H9S1.HB LOP GOG 3 10/73 FAN ASSEMBLY, 2l0V H951.JA RHA 1 3/72 80TTOM COVER PLATE H957·KA CPL BALL 1 7/72 FULIJ LENGTH RH REAR DOOR H957·LA RHA 1 3/72 FRAME pANEL FOR TOp (LOGo MOUNT) H957.MA CPt, BA.LL ,. 5/72 FULL LENGTH LH REAR DOOR H9'i1·SA RHA 3 3112 FILTER H958 CPL 8AIJI.. 6 fU7l DESK HEIGHT CABINET SERIES (NEEDS TABLE TOP H958-r, COMPL~TE HEIGHT 29) H9~8.AA CPL BALL 6 8/73 CABtNET FRAME, 8tJACK H9~8"'BA CPL BALL " 8/73 FULL LENG'fH RH REAR DOOR, BLACK H95S",CA CPL BALL! f, 8/73 FULL LENG'IH tlH REAR DOOR, BLACK J.f958·DA CPL BAllI" " 8113 FULL LENGTH PLEt-IUM DOOR, RH H958.0R CPt BALL 6 8/73 rULL LENGTH PLENUM DOOR, LH H958·f;A CPL BALL 6 8/73 SHORT PLENUM DOOR, RH H958.EB CPL BALL 6 8/73 SHORT PLENUM DOOR, J.tH H958·n\ CPL BALL 6 8/73 END PANEL, 68 GRA¥ H958·GA CPt SALL 6 8/73 BOTTOM CABLE TROUGH H9'58-HA CPL BALL 6 8/73 FAN AssEMBL¥ H9sa.JA CPt" BALL 6 8/73 TABLE CABLe: TROUGH, USED ON H958 • .lJA OR .LB H95S.JB CPt BALL 6 8/71 TABLE CABLE THOUGH, USED ON H970.0A H9S8.1,A CPL BALt" 6 8/73 TASLE TOP FRAME

MonEL PROD DES STATUS Dt.:SCRIPTION 138 NO LIN~~ ENGH MO/YR

H95g wL8 CPL BALL 6 8/73 TABJ"E TOP FRAME W LEGS ON ONE END H958 wfolA CPI" RALL 6 8/73 MODeSTY SHIELD &. CATCHALL (MOUNTS ON H9!)S"JA) H95S ... PA CPt BALL E; 8/73 AOTTnM CABLE PAN H958.5A CPL BALL 6 8/71 FILTER H9'58.TA CPt) BALL 6 8/73 TASI"E TUP, ]0 X 60, 68 GRAY (MOUNTS ON H958 .. AA + H9~8 .. LB) H958.T8 CPll RA.LL ,; 8/7.1 TABlJE TOP, 30 X 90, 68 GRAY (MOUNTS ON 2 H95S .. AA + H9581!'1LA) H960 .. AA B 5 All MAIN CABINET H960·8 9 'i S/L MAIN CABINET H960""al 9 PG 6 8113 9/E, a/f' , 81M MAIN CABtNE1', REPLACED BY H960 .. SC, .. BD 1of960 .. 8B 12 GPB 1 2/12 LAR 8/E MAIN CABINr~T

fof9flO .. 8C 8 PG 5 b/73 S/F., 8/r, 81M MAIN CABI(IJET W 115V POWER CONtROL M960·80 ~ PG r; 6/7 ] BIE, SIr' , 9/ 101 MAlt-! CASI(lJET w 230V POWEP CONTR01.1 H960-SE 9 PC; 2 12/73 8/E, Slf, 81M MAIN SYSTEM CASINgT WItH 2 FANS AND 861-C 115V pOwER CONTROL H960_Sf e PG ? 12/73 8/~, 8/f, RIM MAIN SYSTEM CARINET WITH 2 fANS AND 861.·8 230V powER CONTROL H960·CA 11 ON 5 POP11 CAB1NET, 115 VAC, B61"'C H9ftO .. CS 11 4 PDPll CABHH::T, 230 VAC, 8&1-8 Jof960"CC t 1 DDM t 7/71 LARt t CAS H960-CD 11/45 MOPRIS 1 t/72 1t/45 CAB WITH 2 PWR CONTROLS, fOR CPU M960",DA 11/45 MORRIS 1 1172 11/4'5 CAS WITH 115V PC, pwR SUP, 1 EXPANDKR BOX BAlt.FB H960-DR 11/45 '-.1QRRIS 3 .1/72 11/45 CAS WITH 230V PC, pwR SUP, 1 EXPANOER BOX BAll·,a H960",EA 11/45 MORF!.IS 3 3/72 11/45 CAS WITH 115V PC, pWR. SUP, 2 EXPANDER BOXES RAtll1!1fB N9110.EB 11/45 MORRIS 1 3172 11/45 CAS WTIH 23QV PC, PwR 5UP, 2 EXPANDER BOX.ES BA11!111fB H961·A. 8 5 8/1 OPTION CABINET, (ALSO 81 (4) , ALSO FOR 9/L FROT'll' EMPTY H961"",AA 8 PG 1 4/72 8/E, 8/f', S/I, 8/1", 81M OPTION CABINET 'If 115V POWE:R CONTROL H961 ""'A.8 9 PG 2 4/,2 B/E, ~/f', III, all" , 81M OPTION CABINET w 230V POWER CONTROL H961·8 8 GRAHAM t 1/69 8/1, 8/I" OPTION CABINET WITH n~ONT DOORS OR FILLER PROVIDED M961"'C 12 GRAHAM ] 11110 12 OPTION CA81NET WlTH fILIJER PANELS M961-CA TJDP AW 1 10/71 LABt! & LAB S/E OPTION CAt:tlNE1' H96.2",A q ,. 12/68 POpg OPTION CABINET

(SECONO LETTERt A=115V,60HZ B::2l0V,60HZ C=115V,50HZ D=230V,50 HZ) 101963 15 Sw • 10/69 PDPt5 CABINETS, H950 & H952 PARTS M963",A 15 Sw 2 10/69 Rs09 H963",B 1S SW 2 10/69 RSo9/RF15 H963·C 15 Sw 2 10/69 RP1§ 10196]",,0 15 sw '} 10lb9 KP15, MM15, KC15 H961.e.; 1S sw 2 10/69 BBts, BAts, OWls H961.r 1S sw 2 10/69 Tetl, TUS6 H963·H 15 SW 2 10/69 TU56 H963·J 15 SW 2 101&9 TC59, eROle, OB09, LT19 H963·"lA 15 BG 2 10/72 UC15 "4963·" 15 SW 2 10lb9 ANALOG M963.L VT1S-A, VT1511!1S H963",M 15 SW 1 4/70 Lp15 M963",N 15 sw ,. 4/70 MX15 H963·P 15 sw 3 2/71 OIA H9·63.RA 15 POM 1 10/70 H964",f" A wITH PDP15 1,,000 M961.~e 15 PDM , 10/70 1-1964!1111'"8 ~ITH POP1S LOGO H963.RC 15 PDM t 10/70 H964·FC WITH POP15 LOGO H963-HD 15 PDM 1. 10/70 H964-FO WITH POP15 LOGO H963.5 15 PDM 1 10/70 80'5 CAS H963-{) 15 JE 2 9/72 ME15 H963-v 15 SCH 2 1/73 DC19 (4) H964 IPG FE 5 3/71 FLYING CAPACITOR , UDC CABINET SERIES f.f964-AA IPG FE 5 3/71 LOGlC CAB FOR 115V M964.AR TPG FE '5 3/71 LOGIC CAB FOR 2l0V

MOOEL NO

PROD r.,HIE

\foI964"BA IPG H964-a8 IPG 'H964-CA IPG M964.Ca IPG M964.CC IPG J.oI964 .. CO IPG 1oI964"OA 11 H964"~:A IPG H964-I'.:B IPG H964 .. MA IpG loI964.MC IPG M964"P IPG H965 8 f.f966""A 1 0 "'966.SA 10 H966",,8B 10 H967 H967.AA 8 H967.AB 8 J.f967.SA 9 H967.B8 8 M967 .. 0A CPL H96'1.0B CPt. H967.£:A CPL M967-E8 Cpr., H967 .. FT eLP H967.F,J eLP H967-~'K CLP H967.GA CPt H967",GB CPL H9fi7.H.A CPL H967.H8 Cpr., H967.HC CPL H967 .. JA CPr., H9fi1-KA LOP H967-KB l"DP H967.KC LOP H967.KO LOP H967.KE LOP H967.KF LOP H967.KH LOP H96 7 .K~l LOP H967.UA CPL H967-US Cpr.., H968.AA CPt.

TABLES

H970 12 H970.A to H970.SA 8 H970.CA 8 H970"'OA CPL H970-EA TYP H970.FA LOP

DES ENGR

Fit FE FE FE FE FE MORRIS FE FE FE FE Fe: TP KE RHA RHA

PG PG PG PG BALL BALli BALl! BALL RHA RHA RHA f'ALL BALL BALL 8ALL BALL BALL Gl)G GOG GOG GOG A~

.AW AW AW BALL 8AyL BALl"

S8 PG PC BALli JOL BQ

STATUS MO/YR

5 1111 5 1111 IS 3111 5 1/71 5 3/71 5 3/71 5 4/73 '5 4113 5 4/71 5 1/71 r; 4/73 5 3/71 1 6/70 1 8/72 1 9/73 1 9/73 ., 2 2/72 2 4/72 2 2/72 2 4/72 1 5/7.1 t S/7l 3 4/72 '1 9/72 ] '5/72 ] 5/72 3 5/72 :4 9/72 3 9112 1 9/72 1 9/72 1 5/73 1 &/73 3 10113 3 10/73 3 10/73 J 10/73 3 11/73 3 11/'13 1 11/73 ] 11/13 1 9112 3 9/72 1 3/72

1 1/70 2 8/71 1 2/72 1 2/'12 \ 4/72 ] 8/73 3 9/71

OESCRIPTIO"J

TOP ENTRY TERMINATION CAB BOTTOM ENtRy TERMINATION CA~ H964-AA & H964-SA H964.AA & H964-S8 H964.AB , M964.SA H964-A8 & H964.SB BTf.:t,.AA CAS ro~c CAB, 115V, INCLUDES H740-D, 861-C tDAC CA8, 230V, INCLUDES H740-0, 861.6 TERMINATIuN MOUNTING HARDWARE FOR A SINGLE BFot,l rILE TERMINATION MOUNTING HARD~ARE fOR 3 8F01,3 FILES TOP ENTRY K.IT TABLE TOP CAS FOR 19 X 10.1/2" THlNGs, WHITE KIlO PERIPHERAL CAS CH956, H950, H9~2 PARTS, 857 PWR CONT) KIlO PERIPKERAL CAB 'ROM H957 PAR1S + 861.C 115V 30A (24A) PWH CO~T (RH10.DA, DC) KIlO PERIPHERAL CA~ FROM H957 PARTS + 861~e 230V 20A (16A) P~R CONT (RH10.DB, VD] CABINET S~RIES fROM H957 PARTS (DEC DATA CENTER CABS) 8/E, 8/f, 8/~ OPTION CAS, 1l5V alE, 8/f, elM OPT10N CAS, 230V e/!, 8/f, 81M MAl~ CAB, 115V 8/E, 8/f, 81M MAIN CAB, 230V 08500 !XPA~OER CAB, BAt1-FS + H967.HA, 115V 05500 EXPANDER CAS, 8Al1~YB + H967~HS, 230V EXPANDER CAB FOR 08300 SERIES, 115V EXPANDER CAS fOR 05300 SERIES, 230V H957.A~, ~8A, -DA, -'A, .fB, .HA, -LA, .SA, H952-SA, .EA, .YA, 74.0b782 KICK PLAT~ H957.AA, -BA, .fA, .FB, -HA, .LA, -SA, H952.EA, .fA, 74-06793 ~lCK PLATE H957.AA, .CA, .EA, .GA, .HA, .LA, .SA, H952.EA, .rA, 14-06793 KICK PLATE OS500 OPTION CA8, 115V (INCLUDES END PANELS) OS500 OPTION CAS, 230V (I~CLUDES END PANE~5) DS500 EXPANDER CAS, t15V, 1 PHASE 30A (24A) 961-C (NO END PANELS' D5500 EXPANDER CA8, 230V, 861.8 (NO ENO PA~ELS) 05500 EXPANDER CAS, 8&I.A tt5V 2 PHASE 20A (lbA) 05500 CAB ANGLING KIT (H957~FA, H957-FB, H95S.GA) GT44 BASIC CAB, 1 PH~SE 30A (24A), 115V 861-C, NO END PANELS GT44 BASIC CAS, 1 PHASE 20A (16A) 230V 861--8, NO END P~NELS GT44 EXPANDER CAS, 861.C, No ENO PANELS GT44 EXPANDER CAS, 861.8, NO END PANELS tlL40 BASIC CAS, 115V 8&1~C, NO END PANELS 11L40 BASIC CAB, 230V 861.8, NO END PANELS 11L40 EXPANOER CA8, 115V 861.C, NO ~NO PANELS tlL40 EXPANDER CAB, 230V 861~S, NO END PANELS OPTION CAB FOR PS100 SERIES, 115V OPTION CAB FOR 05300 SERIES, 230V Ds300 DESK HEIGHT CABINET (USES H958 PARTS)

PDP12 CONS04E TABLE CR10.r, CR8/1.F, CR10.0 TABLE, 24 X 48 X 29 POP12 CONSOLE TABLE (70.05958) 20 X 30 X 26 5/8 30 X 30 X 26 5/8 TABLE 30 X 60 X 29 DESK, 68 GRA¥, TOPAZ MODESTY SHIELD (USES H9sa-TA lOP) 30 X 36 X 27" TABLE, FOR VT20 30 X 48 X 29 TABLE

lJ9

MonEL NO

PROD LIN!

DES €NGR

RHA

STATUS MO/Y~

DESCRIPTIUN

1 7/12 STAND FOR LS01-E CENTRONICS PRINtER (J411104)

MISCELLANEOUS PURCHASED CABINETS & CHAIRS

A9ROwAA TPIJ JDt, 1 11/71 H980wAB TFI, JOL 1 11/73 H990-Sl TPL JOL 1 11/73 8990-88 TPL Jot. 1 11/71 H980..,CA 1Pt JOL 3 11/71 H990.CB TPL JDL 1 11/71 H990"'CC TPJ..I JDL 1 11/73 H980 .. CO TPL JOL 1 11/73 H980·CF. 'l'PL ,10L 1 11/71 H9S0·CF TPL JOL 1 11/73 ij9RO-CG 1PL JOL 3 11/73 "'9AO-eM TPL JOL ] 11/73 H980.0A TPL JDL 1 11/73 H990.0B TPL JOt" 3 11/73 H99Q·OC TPL Jot ] 11/73 H980 .. 00 TPL Jot J 11/73 H990·D£ TPr., JOL 3 11/7.1

NEMA CAaHlf~TS

H990.AA sz 1 10/70 H990-SA SZ 1 10/70 H990.S8 RTH t 10/70 H990·CA RTH 1 10/70 H990·CB RTH 1 10/70 H991·AA SZ t 10/70 H991·A8 1 10/70 H991"AC 1 10/70 H991·AD 1 10/70 H991.SA SZ 1. 10/70 H991-88 SZ t 10/70 ff991 .... CA t 10/10 H992-AA 14 RTff 2 8112 "992-"8 14 RTH 2 8112 H992wSA 14 RTH 2 8/72 H992-SB 14 RTH '} 8/72 H992"'CA 14 RTH 2 8/72 H992.CB 14 RTH 2 8/7'1. H991-AA IPG PHG 2 8/72 H993"AB IPG PRG 2 8/72 K993-BA IPG PHG '2 8/72 J.f99] .. RB fPG PHG '2 8/72

J(.SERIES MODULES, GATES

KOt)3 CAT S KOt2 CAT !\ K022 14 LF 5 1(026 CAT 5 K02S CAT 5

OPTIMEDIA CABINt:T 7200,.99, CONTAINS H980.CC, H980'CO, H980-CH, H9aO-CG, H980"CF OPTIMt:OIA CABINET 7300-99, CONTAINS H980 .. CC, 2 H980~CD, H980"'CH, H9~O-CG, H980·CP· eASIC fRAME OF QPTtMEDIA CABIN~r 7200·10 LlSEO IN H980-AA, SASlC FRAME OF OPl'lMEotA CABINET 7100-10 IJSEO IN H980t!lt.AS, TAPE SEAL HANGER BAR, 35 tAPES CAPACITY, 7901-01 CANIS'fER HOLDER FOR MAGTAPE, 7904"01, HOLDS 20 TA~ES

DECTAPE STORAGE RACK 7912 ... 01, HOLDS ROLL OUT DRAWER 7921"01 HANGING BINOE~ f'R.AM£ 7935 ... 24, HOLDS BIN DRAwER 7941.01, 12H X 1 J 1/2w x HEAVY OUT~ FI XE[) SHl!:l,f" 79!>1-01 DIVI.OER K1T 7981",24 FOR 72 DEC TAPES STEEIJC ASE sHELL SloiIVEL ARM CHAIR STEELCASE SwIVEL ARM CHAIR STP:ELCASE SIDE ARM CHAIR STEELCASE SIDE CHAII< STEELCAS€ POSTURE CHAIR

BASE CABINET, NEMA 12, FILTERS HORIZONTAL MOUNTING PANEL ASSEM8LY TERMINAL PANEL ASSEMBLY REGULATED POWER PANEL UNREGULATED POWER PANEL UNWIRED LOGIC CONSOLE, NEMA 12 WIRED ASSEMBLY CO~SOLE

14 DEC PACKS

LETgRIIJEGAL OUCUME;NlS 120

TOTAL CONSOLE ASS~M8LY (H991 wAB • BB + CA + H73t.A) 60 HZ TOTAL CONSOLE ASS~M8LY (H991-AB + CA + Hll1 .. S) 50 H~ BLANK PL!XIGLAS FRONT PANEL ONe SYSTEM FRONT PANEL LIGHT BOARD AsSEMSLY

71 X 36 X 18 58 X 16 X 18

PLUS BIND~RS

NEMA CAS WITH 4 FRONT nOORS, 1 W TTY TUB, FULL LENGTH BACK DOOR, AIR COND, 130F MAX AMalE~T H992"'AA WIT~ AIRIAIR HEAT eXCHANGER, 100F M.X ANB H992~AA wITH NO Tr~ TUB H992~8A WITH AIR/AIR HEAT EXCHANG~R NEMA CAB riITH FULL LENGTH FRONT & REAR DOORS, AIR CONDlrION~R, 130' ~AX AMBIENT H992.CA ~lTH AIR/Alk HEAT EXCHANGER 11101 NEMA EXCLOSURE 54" HIGH WITH AIR CONDITIONER 11/07 ENC1.IOSURE 54" fHGH WITH hEAT EXCHANG(o~R 72" HIGH Hq93~AA 12" ~IGH H993-AB

GATE EXPANDER, 1 J-INPUT DIODE ~RUUPS, 3 l~MA LOADS GATE EXPANDER, 3 4.1NPUT OR GAT~S 2 INPUT ANDIOR EXPANDER GATE EXPA~DER, 1 aROUPS or 2 INPUT ANO.OR GATES AND/OR EXPANDER, 8 2,.INPUT ANDS ORED TOGETHER

140

MOOET, NO

KOBO K112 1(113 1<122 1(12) 1<1?-4

.1< 1 14 1<135 1(136 I<IJI3 "154 K15Q KIFJl 1<168 1<171 1<174 K175 1(192 K1 A4

PROD LINt:

CAT CAT CAT CAT CAT CAT CAT CAT '4 CAT CAT CAT CAT CAT CAT CAT

CAT

AR

JB JB

in; 1 p ... rrLOPS

1(201 CAT K202 CAT K206 CAT 1(20'7 14 AR 1<210 CAT 1(211 CAT K220 CAT K230 CAT

Re:LAYS, Mf!:MORI~S

1(265 CAT JLg 1<271 CAT {(272 , 4

1<213 CAT 1<214 1 4 AR 1(2Bt CAT 1<292 CAT JB

'tMERS, SWITCl-IES

1(301 CAT 1(302 14 K)Ol CAT 1()23 CAT K3 'J 1 CAT ,'La: KJ71 CAT K372 10 KE KJ13 CAT 1<)14 CAT K315 CAT 1<)16 CAT 1(178 CAT 1<410 CAT

STATUS MO/YR

!)

'5 '5 !S Ii 5 '5 '5 r; r; 1 2171 t 2/71 5 1 2/71 '5 r;

5

5 5 r; C; 5/73 IS C; S; '5

5 5 Iii r; 5 11/71 '5 5

5 '5 5 r;

" '5 5 4/12 I)

5 5 5 tr; r;

Of:;SCRIPl'IUN

19 CONDUCTOR fL~X~RI~T CABLE CONNECTOR, 1~ PINS, US~D ON K9bO Kl13 ~XCEPT 100 TIMES SLOw~R 2~INPUT NAND GATES, 1 IND~P CKTS wITH EXPANSION CAPABILIT¥ 1(123 t;XCEPT 100 TIMES SLOW~R 2 ... TNPUT AND GAT~S, 1 INDEP CKT5 WITH ~XPANSIO~ CAPA~ILltY 2 2-INPUt ANDS URED TOG~THgR, 3 Tl~ES 4 '-INPUT NANOS wITH 1 INPUT COMMUN, ~XPANSI0N CAPA~lLI1Y FUR AND INPUT O~LV K134 ~ITH OR ~XPANSION PARTIAL Kl1S ~ITH 5 USEC DELAl IN ENABLE AND IN 2 OR 4 CHANNELS R INVERT~HS 4-BIT BINARy ADOERISUBTkACTUR, SINGLE X 5 BCD ADD~R, 1 DIGlI, SINGLE X 5 BINAR~·IO-OCTAL DECODER, 8 OUTPUTS, 3 INPUTS PLuS t INHIBIT TENIS CUMPLEMENT, S DIGIT, CASCAOABLE 4 BIT EQUALIT¥ COMPARATOR, DRIVgS AND EXPANSION NODt:S ONLl 4.BIT ~AGNITUOE COMPARATOR (RESERY~D FOR J~E) (RESERVEO FOR JLE) 4-81T RATE MULTJPLr~R

DUAL 1 KHZ FLIP.FLOP, J.K TYPE 2 D-Typg Frs WITH INDEP SET & CLEAR INPUTS 4 RS fFS ~lTH COMMON ENABLE AND CLgAR INPUTS, "1" OUtPUTS UNLY K20b WITH 1 DATA INPUT/bIT, COMMON ~NAR~E SET AND ENABLE CL~AH 4.81T OECIMAL/BINAR¥ COUNTER, "1" OUTPUTS ONLY PROGRAMMA~L~ DIVIDER, FUNCTIONS LIKE K~10 ~ITH KOOJ ~XPAND~RS UP/POWN DECIMAL COUNTER PLUS INPUT LOGIC, 4 BITS, OOUBLE WIDE 4-BIT sHIfT REGISTER PLUS INPUT LOGIC

FIYE 100 M~ REED RELAYS , OHIVE~S, EITHER AXIAL OR PC RELAYS RETENTIVE MEMORY, 1 BIstA~LE HG WETTED RE~AY WITH SET, CLEAR, & INHISIT RETENTIVE MEMORY YOR PDP14, 1 BIT RETENTI~E ~EMORY, 3 HG wETT~D RELAY LATCH~S, COMMON LATCH INPUT DUAL RETENTIVE MEMORY, REPLACES K272 READ.ONLY MEMORY, 8 4-BIT WORDS, DIODE ARRAY REAO·ONLY MEMORY, e 16.61T wORDS, DIODE ARRAY

TIMER, ON~~SHOT WITH EITHER POLARITY INPUT 2 TI~ERS, 81M TO K]O], ,01 TO ,3 SEC, ,I TO 3 SEC, 1 TO 30 SEC, PQP14 3 TIMER CKTS, DELAYS fROM 10 USEe TO 30 SEC, USEO FO~ ONE-SHOTS OR CLOCKS 3 ONE.SHOTS LIKE M120, ~XCEPT 80TH outPUTS, FIXEO oR AD~ DE~AY 10 USEe TO )0 SiC 3 PULSER CKTS, 20 US PULSES CLOCK CONTROL, 200 HZ TO 6 ~HZ, USED wItH K)03 TI~~~ CONTROL, 1 to 30 MSEC CLOC~ CONTROL, 20 HZ TO 600 HZ, SIM TO K37t CALIBRATEU TIMER CONTROL, 0,01 SEC TO 0,3 SEC CLOCK CO~TROL, 2 HZ TO 60 HZ, us~v ON 2/3 K303 CALIBRATEU TIMER CONTROL, 0,1 SEC TO 3 SEC CALI8RATED rIMER CONTROL, 1 SEC TO 30 SEC, slM TO K374 INOICATOR LIGHT, 5 LIGHTS wITH FULL WAyg RECTIFIER

141

MODEt, PROn DES NO LINE eNGR

1<:415 CAT ~1LE

f(420 CAT 1<421 CAT VDB f(4:?2 CAT K424 CAT 1(425 CAT V08

·''<4.12 CAT

INpUT CONVERTERS

K501 CAT J<508 CAT K522 CAT K512·YA 10 DREW K524 CAT K!)Jt CAT 1(564 t4 AR K578 CAT K579 14 AR K580 CAT K580"'YA ess sr 1(581 CAT K59·6 CAT ~WITCH~S & DRIvERS

1<604 CAT K614 CAT 1<61.:5 CAT 1(616 CAT VOB '<644 CAT 1(650 CAT 1(652 CAT JLE 1(654 CAT JLE 1(656 CAT 1<657 14 AR 1<658 CAT 1<671 CAT 1(675 CAT VOB 1(681 CAT 1<681 CAT K696 CAT

MISCELLANEOUS

K710 1<716 CAT K724 CAT 1(125 CAT K727 t4 Lf" 1(130 CAT J8 1<711 CAT K712 CAT '<741 CAT 1(74) CAT 1<772 CAT

STATUS MO/YR

Of!:SCRIPTION

5 NIXIE OlSPLAY, 1 TYPE, 85750'5 5 3 TOGGLE SWITCHES, 3 POSITIONS (1 MOMENTARY) 5 8/73 SINGLE THUM8WHEEL 5 DUAL THUM8WHEEL, (VITS K950), CONTAINS DrOD~ MATRIX FOR DECIMAL TO OCD CONY, USgD AS ENCODER 5 DUAL THUM~WHE~L, K422 WITH DIOO~S REVERSED, USED fOR DECODING 4 7/73 THUMBWHlEL MOUNTING MODULE (5 SOCKETS FOR K421, 1 25~PIN CAhNON) 5 2 AOJ TIM~R CKTS, USED WITH K30), DELAY 0,1 MS TO 5 SEC

5 5 5 ~ 1/72 5 ~

5 1/72 5 ~ 2/72 '5 ] 12/71 5 5

5 5 !S 5 5173 5 5 5 t 6/69 5 5 12/71 5 5 4 7173 5 5 '§

4 SCHMITT TRIGGERS AC INPUT CONV!RTER, USED WITH K716, 8 CKTS, b,3 VAC IN FROM TRANSFORMER SENSOR. CONVERTER, 2 Olr·l"P,.a~ENTIA!" INPUT CKl'S, INT 1,8V Ra;F K522 WITij 500 OHM POTS INSERTED SENSOR CONVERTER, 4 OIF INPUT CKT~, 1,5V COMMON MOO~ RANGE QUADRATURE DETECTOR, 2 INPUTS FROM ~~CODER, COUNT, DIRECTION, & SIGN OUTPUTS DC INPUT CONV£RT~R, 8 CKTS 120 VAC INPUT CONVERTER, 8 CKIS, OUTPUT GATING K578 WITH SCHMITT TRIGGERS 8 CONTACT FILTERS, SUPP~Y VOLTAGE BETWEEN 10 & 120V KS80 WITH 5,tV ZENERS INSTEAD Of RESISTORS 8 CONTACT FILTERS, SUPPLr VOLTAGE OF +5V EIA INPUT CONVERTER, b CKTS, BIPOLAR INPUTS OF ./~J TO +/~25V

4 ISOLATED AC SWITCHES, CONTROL Of 120 VAC LOADs, USED wITH K716 4 ISOLATED AC swITCBES f 81M TU K604, US~D WITH K724 OR K725 LIKE K614, ~XCEPT 1 INPUT TO EACH CKTS lS FAIL.SAFE 4 CH ISOLATED AC OUTPUT, 120VAC (REPLACES 1(614) DQuaLE 5, TRIpLE THICK 4 DC DRIVERS, SWITCH UP TO 2.5 AMPS AT 55V 4 DC DRIVERS, SwITCH UP TO 1 AMP AT 55V 4 DC DRIV£RS, swITCH UP TO 2.5 AMPS AT 55V 4 DC DRIVERS, '51M TO K644, SWITCIi UP TO 4 AMPS AT 55V 4 DC DRIVERS, SWITCH UP TO 1 AMP AT 250V 4 DC DRIVERS, 1 AMP AT 250V, REVERSI8LE 4 DC DRIVERS, SWITCH UP TO 4 AMPS AT 125V DECIMAL DECOOgR AND NIXIE DISPLAY, 2 PA~TS SEPARATED BY 1 r1 RISSON CABLE 5 DIGIT DISPLAY, LEDS, PANEL MOUNT, 25~PIN CANNON 8 DRIVER CKTS, OU1PUTS ON SPLIT LUGS FOR CABLE CONN, DRIVE 30 MA, laV 8 DRIVER CKTS, OUTPUTS ON SPLIT LUGS, DRIVE 250 MA, 55V ElA OUTPUT CONVERtER

(RESERVED FOR 8 TRANSFORMtR INTERfACE BLOCK) 5 INTERFAC! BLOCK 5 INTERFACE SHELL, USED FOR PDP14 1/0 BOX SHELL 6 INTERFAC! SHELL, USES A PRINTED BACKPLANE FOR CONNECTIONS, 16 IN, 8 OUT (PDP14 1/0 80X) 4 OUTPUt INTERFACE 80X FOR PDP14 ~ BRIDGE RECTIFIER, TAKES 12.& V FROM K74l AND MAKES tl0V FOR K580 SWITCHES, DELA~EU t5V OK SIGNAL 5 1 AMP REGULATOR, INPUT fROM 12,0 VAC CENTER-TAPPED IRANSFORMER, +5V OUT ~ SLAVE PEGULATOR, USED WItH K731, SUPPLIES TwICE AS MUCH CURRENT ~ TRANSFORMER WITH fILTER, 120 UR 240 VAC IN, 12,6 VAC WITH C~NT~R TAP OUT 5 TRANSfORMER WITH 'ILTER, 120 VAC IN, 2 12.VAC SECONDARIES ~ DECIMAL D1SPLAY SuPPPORT, PROVIOES POWER FOR UP TU b K67ttS

142

MODEL NO

PROD LINE

K782 CAT

DES ENGR

K7A3 CAT VOS K784 CAT K791 CAT H~RDWAPg " toUSc

1(900 1<901 K902 1(903 1(940 K941 K94J .. R f<943-S K950 K960 K9QO K981 K992 K984 K990

LOADS,

M002 ~002"'Y'A M040 ~044

MOSO M051 MOS7 M060

GATr.S

M1000 "11001 MI002 Mll)OJ 101100 MI01 MI02 Ml0) "104 MI05 14106 MI07 MI0S MI09 "1091 MltO) Mtl1 Mtl1-YA M112 1111125 M111

CAT CAT CAT CAT CAT CAT CAT CAT CAT CAT CAT CAT CAT MOO CAT DRIVERS

CAT t 1 CAT PERIPH CAT CAT

CAT

QC QC QC QC A CAT 8 CAT 1~

11 14 MOD MOD 11 11 MOD CAT SSCAL CAT CAT CAT

·JLE JLE L1LE J8

SZ JLE JLE

SR

DCB

Ewe EWS Ewe Ewe MA

MA

DO PJ lR JJO JJO PO PO PV~

BLE

STATUS MO/YR

DeSCRIPTION

5 9~WIRE TERMINAL STRIP, STRAIGHT THROUGH CONNECTIONS 2 3/73 25-PIN CANNON FEMALE ON DOUBLE 5, NU "A" SIDE HANDLE 5 81M TO K7S2, ~XCEPT IT HAS 8 CLAMP DIUD~S 5 TEST PRUBE, INDICATES BOTH TRANSIENT ANU STEADY~SrATE CUNDITIUNS

5 Ii 5 C;; 1/71 rs 5 5 5 '5 r; iii 11/72 2 7/71 '5 5 Iii

5 5 1/72 5

CONTROl; PANE.;IJ fOR K Sf!:RIE:S LOGIC LAe PATCH PANgtl FOR K SE:RH:S LOGIC LAB, 81M TO H90t, SINGLE HgIGH'I CA~OS INDICATOR LIGHT AND SI111'CH PANEl.i fOR K SgRIES LoGIC I..IAB PATCH PANEL FOR K SERH:S LOGIC LAB, WIlJL TAKE: D~L HI::.IGHl CAkDS BAR SUPPORT, MOUNTING FOOT fOR 1\914 MOUNTING bAR MOUNTING PANf!:L, 1943 MODIfIED FOR USE IN +sv SYST&.:MS, S(,JLD~R fORKS MOUNTING PANEL, 1943 MODIfIED FOR USE IN +5V SYSl'~MS, MAGNETIC FRAMt.: 19" wIDE fH 3 1/2" HIGH PLUG 80ARD Rr:CEIV~R, (~UAD BUARD WITH 8 CA8L~S PAIR OF' END BRACKETS FOR 5" MUDUIJt;S 8,5" 1<9i10 TR~NS~·ORMr.;R MUUNTING PANgL rOE< 19" RACK NIXIE MOUNTING PANEL FOR 19" RACK T 1 ME:R CU~PONF.NT BOARD, SPACE fOR b Re NETwORKS

RESISTOR NETWORK, 1~ CKIS FOR A SUURel OF LOGIC 1 (3V) 10 390 OHM RES TO GND & 5 1~O OhM Rt;S TU +SV

WIRe;

HIGH CURR~NT DRIV~R, 2 4~lNPUT GATES, 10V, 600MA MAXIDRIVER

wRAP

I) 5/73 5

4 SOLEDNOIO DRIVERS, 2 INPUT AND GATES, LOAUS R~TURNED 10 N~G VULTAGE, 100 kA, -30V MAX JNVERT!R DRIV~R, 12 CKTS, SwITCH ~30V AND 50 MA MAXIDRIvER

5 LEV~L CONY, POS LOG IN ANU NEG £OG OUT, 12 CKTS, OP~N COLLECTUR 7 (NEVER MlOE), GAT! ~XPANDER

5 4 DRIVERS, 1.2 AMPS AND SOV

1 11/73 DUAL 3~INPUT ~CL NOR GATES (10111), 4 LAYER SINGL~ 5, 5010874 (w9611) 1 11/73QUAD 2~INPUT EeL ANO GATE (10104), 4 LAYER SINGLE 5, 5010874 (W9bl1) 1 ! 5 '5 5 5 5 5 r; 5 '5

11/13 12/73

5/73

5 5/73 iii 2/72 5 5 J 5 5 -;

6/73

9/73

QUAD 2.1~PUT EeL NOR GATE (10102" 4 LA¥ER sINGLE 5, 5010874 (W9611) TRIPLE 2, 1, 2.1NPUT EeL ORINOR GATE, MCI0105, 5010874 4 LAtER 5ING~E NEG BUS EQUIV TO M101 2-tNPOT GATES, 15 C~TS, 1 COMMON A~D 1 INDEPENDENT INPUT NEG AUS EQUIV TO M101 DEVICE SEL~CTOR FUR POS 8/1 BUS, c-HTI AND lOP DECOUING 1/0 BUS MULTIPLEX CONTROL FOR PDp .. t5 PE~IPHERALS, S~E M194 OEVIC~ SELECTOR FOR PDP~11 BUS PECt:IVER ~ITH WIRED OH OUTPUT CAPABH,lT't fI Ii 0 . DEVICE SELECTOR, 12 OUTPUT PULS~S, 2 t'lIAGS- .==---~ FLAG MODULE FOR 12 BITS & BUS, GEN PURPOSE, FITS INTO El00 PDP~11 DEVICE SELECTOR wITH JUMPeRS, srrs 13 THRU 17 MEMORY DEVICE SELECTOR, JUMPERS, SITS '1 THRU 11 2 INPUT AND, 10 CKTS, Mlt3 PINS, 1408 IC, KOR16~A, SINGLE X 5 16 INDEPENDENT INVERTERS Mltl WITH 74HOl INSTEAD OF 1400 (OPEN COLLECTOR) 2-rNPUT NOR GATES, 10 tNOEP CKTS 2~INPUT XOR GATES, 10 CkTS, Mill ~TCH, SINGLE 5 ? .. INPUT ~A~O GATES, 10 INDEP CKTS

5 (1)'49b11)

143

MODEL NO

PROD DES LINE ENGR

Mltll QC M115 CAT "116 CAT M1ll CAT "'t19 CAT "'121 CAT M122 MI2l Mt24 M126 10 "'127 15 -"128 10 M129 1 S M130 10 M1l07 16 M131 MI12 10 Mtll CAT Mtl. 10 M13S CAT Mtll CAT Ml19 CAT M141 CAT M142 10 M14) 10 M145 10 M147 10 M149 15 '41500 eAT "'1501 CAT M1502 CAT M1503 CAT M1'H to M1510 CAT M152 10 M155 CAT M159 CAT ""160 CAT Mt60) 16 M1'61 CAT M162 CAT --1621 CAT "'1622 CAT M.t62l CAT "'161 8 ~164 15 ~165 10 Mt66 10 "'167 11 M.t68 CAT MI69 CAT ~170 10 M170t CAT M1702 MOD M170) ~OD

RM

Dca

WW DO DREW 00 SU RVN

WW

WW DCB DCB Des WW su SU SU FA DCB DCB DC8

ATT DCB ArT DCB JJO

RVN

JB JB JB

ATT SU PM lJJO

ww nca JJO JJO

STATUS MO/YR

OESCRIPTION

5 4/72 Mltl wITH OPEN COLLECTO~S 5 3~INPUT NAND GATES, 8 INOEP CKTS 5 4~INPUT NOR GATES, 6 C~TS, DEC881S'S 5 4~INPUT NAND GATES, 6 INDEP CKTS ~ e.INPUT NAND GATtS, 1 tNOEP CKTS 5 2,2 AND~NOR, & CKTS

(RESERVE FOR NON H VERSION OF M127) 7 11/68 (OBSOLETE), NUMBER CHANGED TO M13l

(RESERVE FOR NON H VERSION OF M129) 5 1/12 H VERSION OF Mt21, (NOT PIN COMPATleL~' 5 2,2,2,) ANO-NOR, H, 3 CKTS 5 1/72 4,4 AND-NOR, H, 1 CKTS 5 4,4 AND~~OR, H, 4 CKTS a ,1_ 5 3/72 58-SIT PARITY CKTS + 5 2~INPUT XOR GATES (MC4008) --~ § 4 INPUT AND, 6 CKTS, M'11 PINS, 74H2J IC, KOR16.S, SlNG~E X 5 7 3/69 (OBSO~ETE), H VERSION Of M1ll, (SEE Motl) 1 7/69 ADDER (8260) 4 81TS, KIlO, & 8UFF~RS 5 H V~RSION OF Mill t 7/69 ADDER LOOK AHEAD, USEO WITH M132, KIlO 5 H VERSION OF M1l5 5 H VERSION-aF Mil7 5 H VER~idN OF M119 5 2,2-f2-,2ANO,,-,NOR GATES, l CKTS, 2 lNVEkTt;RS 5 1/72 /AnOER, DISCRETE EQUIV TO 101132, DOUBLE 5 5/73 10 2.INPUT NAND GATES, WITH ONE PAlM SHARING COMMON INPUT, KIlO 5 1/72 ).INPUT NAND GAtES, 7 CKTS, 74H, KIlO 5 1/72 54-INPUT NANOS, 1 2-INPUT NAND, 14H, KIlO 5 9X2 NAND riIRED~OR, 2 SECTIONS Of 9 2.1NPUT NANOS OR~D TO 9 OUTPUTS 5 1/72 BUS GATgS MOOUL~, POp8/E OR POPll 8US 5 5/73 SUS INPUT INTERFACE, 8/E OR 11 8US ~ 8/72 BUS OUTPUT INTERfACE, 8/E OR 11 8US, os~ X 8.5

5 1/72 I) 5/73 IS 1/72 5 5 5 5 5 I§

5 5/73 1 9/71 5 2/72 5 15 5 1/72 '5 1/72 I§

5 5 5 1/72 5 7 8/72 5 5/73

DUAL BINARY TO OCTAL WITH ENA8LE,H SERIES, KIlO, 74H20 8US DEVICE SELECTOR, popel! BUS M151 NON lNVERT1NG, KltO, 74H21 1 OF 1& DECODER WITH ENABLE, 74154 ON BUARD 50.08908A (SE~ W9b2) 4 BIT ARITHMETIC LOGIC UNIT,(OEC 74181), USES 50.08908 SOARD 4,2,2,2,) ANO.NOR, 4,2,2,4 AND .. NOR, 2,2 AND.NOR RT T~D!CODER, 3 OR 4 SIT DECODER BINARY To OCTAL/DECIMAL DECODER, 3 ~NABLE INPUTS PARITY GENERATOR FOR 8/1, 4.81T INPUT, ODD & EVEN PARITY OUT DVM DATA INPUT INIE~FACE. DBL X 8,5 DVM REMOTE CONTROL, DBL X 8.5 PROGRAMMABLE POW EN SUpp~y INTERfACE, QUAD X 8,5 DUAL 81NARY~TO~DECIMAL DECODER 6.81T ADDER FOR PUP~t5, 2 ADDERS FOR CARRY IN 1 OR 0 MEMORY SUFFER, INV & NON-INV OUT FROM OPEN CO~L!CrDR, 8 CH fOR KIlO 9 BIT COUNTING GATE, KIlO COMPARE$ 2 8.8IT ~OROS, <,=,> 12 BIT COMPARATOR, <,=,> FUNCTIONAL GATE MODULE fOR PDP-12, 4 4.81T OUTPUT MULTlpL~XERS ].3.3~2 .. 2.2.2.2 AND. NOR & ]-2-2-2 ANO.NOR, H, KIlO 4 TO 1 MUI, 4 CKTS. 50·08912 ~TCij, 7415J QUAD BUFFERED 3 12-$IT WORD INTERFACE, YUAO X 9,5 SINGLE 12 .. 81T WORD alE INTERFACE, QUAD X 8,5

144

MODEL NO

M1704 Ml70S "11709 M171 M17tO M1713 M172 ·~173 114174 114175 M177 M178 Mt90t M181 M182 "1190 "'191 M192 M194

PROD LINE

MOD MOO ~OO 10 CAT CAT to 10 10 '.0 to 10 CAT 10 15 12 CAT 12 15

M2000 DAS M2001. CAT ~202 CAT M203 CAT M204 CAT M205 CAT M206 CAT "'201· CAT M208 CAT M209 M210 "'2100 CSS M210t CSS M211 CAT M212 12 "1213 CAT M214 15 M215 15 M216 9 M217 12 M219 15 M219 15 ~220 A "422.1 12 M222 12 M223 15 M224 11 M224-JA 11 "'225 11 M225.JA 11 M226 15 M227 15 M228 15

DES ENGR

JJO JJO JB DREW JS DeB ww 'NW WW WW ww ww ,IS it1W 00 SNT DCB SNT ELlA

RCR RF

Dca

JTN JTN

CL

00 LH

RI

ell CL

JO JO JO JO

STATUS MO/YR

2 1172 4 5/73 5 11/72 -; 1172 4 9/73 5 '; 1/72 " tl/71 5 1/72 r; 1/72 '5 S/71 5 S ti/7] 5 t/72 Ii 5/73 c; 5 '5 11/71 5

4 5173 ? 8/73 5 5 5 5 IS '5 5 7 7 t 9/73 1 9113 5 5 5 IS 5 S '5 5 5 r:; 5 r; 15 5 ! 7/72 5 5/73 1 7/12 5 5/71 5 5/73 iii 5113

Dt,;seRIPTION

DUAL ASlNC SERIAL 8/E BUS TRANSCE1V~R, QUAD X 8,5 DUAL 12-81T WORD OMNI8US OUTPUT INT~RfACE, QUAD 8.5 8/E UNIV INTERrAC~, SPACE FOR lb 16-plN + 2 40-p1N ICIS, pARTIA~ wlHE~RiP 2,2,2,3 AND~NOR, 3 CKTS, DIfFER~Nt PINS THAN M127 UNIBUS DOll-A INTERFACE W WIR~ WRAP PINS, SPACE FOR 19 16.PIN Ie's 16 TO 1 MUX lNV, 74150, 50-08908 gTCH 2 EN X 9 OUT MIXER, 74H50, fOR KIlO NON-INV~RTING M143 4 EN X 9 OUT MIXER, 74H53 1S, KIlO, DOUBLE 7 3~INPUT AND GAT~S, 74K, KIlO NON-INVERTING M147 9 EN X 6 OUT MIXER, 14H53, 14H6a, KIlO, DOUBLE t6-S1T ReED RELAY R~GlStEH, lOOY OR O,5A, to ~ATTS NON-INV~RTING M171 M162 wITH 'AST IC'S, H 4 ARITHMETlC LOGIC, IN ~ OUT BurF~RS, SN74181, US~D IN rpP12 2 LOOK·AH~AD ELgM~NTS (74182), US~S W961 BOARD, USED wlT~ M190 OR M159 (SOARD 50-08912) 2 8.INPUT PRIORITY ENcobERS, 9318 IC, 50-08912 BOARD 1/0 BUS MUX CO NT fOR POP9 PERIPHE~ALS (~NA8LE BUS IN/UUT .lV LOGIC), Sgg MI04

18 BIT REGlST~R W PARITY, DOUBLE 5 2 4~BIT TRI.STATE 0 fLIP FLOP REGISTERS, SINGLE 5 3 JK frs, S, CL, C 8 SET"REs~T Frs, (Mill GATES) 4 JK Frs, CAN DO BYNCHRONOUS BINARY CUUNTING 5 0 frs, ALL PINS AVAILABLE (; 0 FFS 6 INDEPOENDENT JK Frs 8 aIT SHIfT & BUFfER R£GIST~R, D Frs (NEVER MADE), 8 BIT UP/DowN CUUNTER (NEVER MADE), 10 SIT BUFFER SHIFT REGISTER TTL OUTPUT MODULE, 16~BIT REGISTER, OP~N COLL~CTOR 10 H854, SINGLE 8.5 TTL INPUT MODULE, l&.ijIT REGISTER FROM ri8$4, SlNGLE 8,5 6 BIT UP/DOwttl CUUNTeR j J;}. 6 BIT Lt:fI'TwRIGHT SIiIFT REG, LOAD FROM 2 SOURCES, (2-R212'~_! ____ .-____ ~ 1 DECAOE BCD UP/DOWN JAM COUNTER wITH PARALLEL READ IN,,:..-.. ·~ 6 BIT ACCUMULATOR WITH 3 INPUTS 4 BITS OF 3 REGISTERS, COMMON ADDER PER BIT, COMMON CLOCK P~R WORD 6 D FFIS, (M206 WITHOUT Cu~AR JUMPER CHOICE) CLOCK REGISTER FOR PDP.12, 4 BIT COUNTER ~ITH BUFFER REGISTER FOR PRESET UR READOUT Bl~OlRECTIONAL SHIFT REGISTER, 9 6ITS, 2 PARALLEL LOADS 7 BIT sr~CHRONOUS COUNTER WITH ~AM & CLEAR PRESETS, DOUBLE REGISTER fOR PDP-S/I, 2 BITS EACH OF MA, MS, PC, Ae , ~ ADOER ------REGISTER FOR PDP-12, (Ml20 PLUS EXTRA LOGIC) TAPE REGISTER FOR PDP-12, 2 BITS, 6 REGISTERS, DOUBLE REGISTER fOR POP-lS, 4 BITS, MA & MB 8 BITS WITH DATA PATHS fOR KAli, 2 LATChES, ADDER, DOUBLE 8,5 SYSTEM TESTED M224 PROCESSOR MEMORX tOR KAli, 16 81TS X 16 BITS, DOUBLE 8,5 SYSTEM TESTED M225 t aIT ALL REGISTERS (EXCEPT Ace, FOR POP-iS ACCUMULATOR FOR POP-15, 9 BITS MARK TRACK DECODER FOR TC08,TC15

145

~O"Et NO

PROD LI~e:

M2'9 15 "'230 CAT ~2]t 12 ~2J2 CAT M233 8 M214. 11 "'.235 14

-M236 MOD \1237 -"00 M239 CAT M219 11 ~240 15 M241 10 "242 15 M243 10 104 244 11 fo1~4S CAT "'246 10 "'247 10 M248 CAT "4249 14

MEMORTES

M250 "'250(') "12151 "'21)2 '4251 M21:)4. "'255 "12'59 M2f,O "1261 M262 "'266 M210 '42700

"1102 M)020 M')04 "'}06 MJ07 "i)1)10 M]OQ M110 MJ10-YA Mltl. M.112 M)'-l M160 M362 M]63

10 11 10 10 10 12 10 11 to CAT CAT IPG 1.0 QC

CAT CAT 12 MOD 12 10 10 CAT 8 15 15 10 CAT 10 to

DES E:NGR

DR JJO SNT AR WH SR AR \JJO JJO DCB PJ

ww

ww SO DeB ww so DCB Afol

ArT 01 ArT .ATT ATT SNT TO 80 ATT DCB DCB E« DREW Ewe

MORO Rl .JJO cpa OREi4 so AC

ATT

5U SU

STATUS MO/YR

5 "5 Ii c; 5111 5 5113 ~ 5 '5 5 5 '5 t;

15 1/72 t; 5/73 5 1/72 c; '5

" 1/72 5 4/72 5 5

OESCRIPTICJN

4 UNIT SgLECTUR DRIVER, VP1S-M, 4r'FS wITH BUFFEREO OUTPUT GATES BINAR~/aCV/8INARY CONVERTER, 12 BITS, 5 MkZ COUNT RATE DUAL 12 SIT PRESETTABLE R~PEAT~BL~ COUNTER, Doua~E, USED IN AIP12 16 WORO t BIT M~MORX WITH COMMON CLEAR 12 WORO SHIfT REGISTER wITH PARAL~EL LOAD, CL~AR, eOM~O~ CLoCK 3 8 AIT R~GIST£~S, ADDER & L/R SHIFT, K~11-A 3 12 SIr REGISTERS, 2 STORAGE' 1 ers FUR 14/L 12 81T SYNCHRONOUS UP/DOWN COUNrgR wITH PARALLEL LOAD, ~TCH 80 50~08931 3 DIGIT BCD SYNCHRONOUS UP/DOWN COUNT~R WITH PARALL~L LOAD, ETCH SO 50~08931 2 4_81T SYNC UP/OOWN CNTR wITH PARALLEL LUAD, SEP uP & DOwN CLOCKS, ETCH ~D 50-08912 (W961) 3 4.81T COUNTERS (8291'5) OR 74197,PARALLEL LOAD, SI~GL~ X 5 6 SET-RESET FY'S MAOE FROM 74H40 SUFFERS 6 0 FFIS (74H74) wITH COMMON CLOCK H EQUIVALENT TO M202 8 0 FF'S C74H74J WITH 2 COMMON CLOCKS, 4 BITS EACH 6 CKTS, EACH 3 INPur MX W LATCH, NON.INV, ENA8LES 4 , 2, 3 TI~ES, SINGLE X 8.5 2 4~BIT SHIF'T REGISTERS W PARALLE~ READ IN, USES BOARD 50.08912 (SE~ W961) 5 D FLIP~FLOPS, A~L Pl~S BRUUGHt OUT, (74H74) 6 SET~RESET FFtS, CLOCK~O TO b D rFIS, SINGLE x 5" 8 BIT SHIfT RIGHT, pARALLEL LOAD, 50-08914 ETCH, 1495 letS 12 BIT auf' REG WITH OPEN COLLEC'IOR UUTPUT GATES, SINGLE X 5

5 1/72 16 WORDS, 4881T MEMORY, (F90l5), KIlO 5 11/72 2 64.WORD 4~81T MOS 1ST IN 1ST out MEMORIES, SING~E 5, 5009912, N£EOS -12V , 16 wORDS, 8.81r ~~MORy (9033), M250 PINS INTENDED, KIlO 2 10/69 t6 wORDS, 4 BITS (MOT 4005L),KI10, M250 5 1/72 16 WORDS, 12-SIt MEMORY, USES Tl 7489 1 5/11 256 20-81T, 3 256 WORD 4.8IT RAM, 120 NSEC CYCLE, QUAD X 8,5 4 7/73 256 X 12 ~IT RAM (INTEL 3106) + BUFfER, OOUBL~ 5 5 ASSOCIATIVE MEMORt, 2X8, SHIFT REG CAPA~I'ITY, SlNG~E, 8.5, KTll ~ 1/72 ASSoCIATIVE MEMORX, 4 WOROS, 12 8115, KIlO, 4102 IC, fAIRCHl~D, 35 NS MATCH TIM~ 5 SLO SYN/RESPONSYN STEPPING MOTOR TRANSLATOR, 4 ~INOINGS !Ii FUJITSU/wARNER STEPPING MOTOR TRANSLATOR, 5 WINDINGS 6 4/71 K206 WITH INPUT FILTERS REMOVED 1 ]/72 256 X 12 HOM, SN74187, RF10, sING~E 5 t 11/73 8X12 EC~ BLASTA8L~ PROM (10119), 4 LAXER SINGLE 5, 5010874 (W9611)

5 !Ii 1173 S 5 5 ~ 1/72 5 4/72 IS 5 5/73 5 5 IS 1/72 II§

5 1/72 5 1/72

2 ONE-SHOTS 2 ONE-SHOTS TO REPLACE Ml02, HYSTER1SIs ADDED TO PREVENT NOISE TRIGGERING 4 ONE.SHOTS, 100 NSEC OR 1 US~C ONLY INTEGRATING ONE SHOT, 500 NsEC ~IN DUAL INTEGRATING ONE_SHOT, USES FAIRCHILD 9601tS, 5 USEe TO 500 MSEC DUAL INTEGRATING O~~ SHOT, 200 NSEC TO 20 MSEC IN 5 STEPS INTEGRATING ONE SHOT, EDGE OR PULSE TRIGGERED, CLoCK, POWER UP , DOWN TAPPED DELAY LINE, 500 NSEC TOTAL, so NSEG TAPS, 2 PA'S, IC L~V~LS IN & OUT M]10 WITH Fl INVERTED' 2,1 USEC LONG 2 TAPPEO OELAY LINES, 250 NSEC EACH, 25 NSEC ST~PS 6 100 OHM DELAYS, 2 AT 30 NS, 1 AT 50 NS, 1 VARIABLE 0 TO 40 NS, 74H40 lNPUTS Mll1 ExCEPT t DELAy LINE, 1 OUTPUT aut'FER CAN DRlvE 30 TTL H LOADS VARIABLE DELAY LINE, IC LEVELS IN, (LIKE S360) DELAY, 25 TO 50 NSEC DELAY 15 TO 8Q NSEC, INVERTS

146

MODEL NO

M)80

CLOCKS

M40t M402 M402""YA M402.YI~ M40) M404 M405 M4050 M4051 M410 M410",YA M415 M420 M4201 M430 ~452

M452 .. YA M451 M454

"'4540 M4'55 M499

PROD LINE

IPG

CAT 15 SSCA SSCA CAT CAT CAT COM TYP MOO 15 12 15 Pt:RIPH MOD CAT FS Q

11

t 1 8 8/E

DES ENGR

ELlA DPS OP5 JB JB

58 JG AR FA

ELlA PM DCB

FMS WH VB

Me HOP' WH

INPUT CONVERTf.RS

M5000 "'500 M501 M!02 MSO] M501.YA "'504 M506 M506.YA M507 ~508 "1509 M510 M510""YA MItt M514 "'515 M516 M517 M519 M519 M520 M521 M521"YA 1.1522

QC CAT CAT CAT 12 FS 8 CAT CSS CAT {3

14 CAT 12 10 PERIPH 15 8 e alE P~RIPH MOD CAT MS TYP

Ewe DCB

RI ERK

EK

JO AFI DCB AW ww

JO MA LN

JB AW FP

STATUS MO/YR

OESCRIPTION 147

5 11/71 SINGLE SHOTS, DR80

5 5 1 1/73 3 1/73 53/72 5 4172 r; 2 9/73 1 10/73 5 t 5/70 5 5 5 6 4/71 5 t 10/71 2 2/70 5

2 8/73 ., 8/73 t 11/70

1 12/73 5 IS 5 5 5 10/7] ., 3/72 5 2 9/69 5 '5 5 5/73 5 6 4/71 5 tl/71 r; 5 5 5 5171 IS 11/71 , 1171 5 5 :3 5

10/72 8173

VARIABL~ CLOCK REMOT~LX VARIABLE CLOCK, USES 5~ PHOTUMOO, 2 HZ TO 1 MHZ R8 CHANGED TO b80K, Cl CHANGED TO 1 MfD (HALVES FREQUENCY) RQ CHANGED TO 680', Cl CHANGED TO 3,9 Mya VARIABLE CLOCK, 1 KHZ TU 50 KHZ, ~ ONE~SHOTS, 74123 CRYSTAL CLOCK, 2MHZ TO 5 KHZ, BINARY OR BCD COUNTDOWN CRYSTAL CLOCK, POS ~ NEG PULSE OUTPUTS, 5 KHZ TO 10 MHZ CRYSTAL CLOCK, 5KHZ TO 5 MHZ, Nor TUNABLE, NO CHOKES 8/E OMNIBUS M4050, HANDLE END FlNGERS FOR OP8~E (~8b6), OOAD RESONANT REED C~OCK 879 HZ M410 20 MHZ XTAL C~OCK PHASE LOCK CLOCK, RP09, RP15 PHASE LOCK CLOCK FOR ~S64, NOMINAL 750 KC MULTIPLIES INPUT FREQ BI ,001 TIMES X TO THE ~N POWER,X 8ET~EEN 0 & 10, N BETWEEN 0 & 3, DOUBLE X 5" TELETYP~ CLOCK, SQUARE WAV~S AT 980 & 220 HZ, FOR M70b, M707 5,65 OS M452 FOR PMK02 M452 wITH VARIAB~E FREQ CRYSTAL C~OCK W SIMULTANEOUS OUTPUTS OF 28,8,19.2, 9,&, 4,8, 2,4, 1,760 KHZ 2,t52 KHZ, SINGLE 8,5 (fOR DClt"A, DP11-A) M454 W MORe FREQUENCIES AVAILABLE, VARIABLE CLOCK, 2 RANGES, 4 • 20 MS, 0,4 • 2 MS, BY JUMPER too KHZ CLOCK"" PULLS MEM StART IN alE

4 eM EeL TO TtL CONVERT~R, MC10125, 501087 4 LAYER SINGLE 5 (W9bt1) NEGATIVE 8US RECEIVER (NEG EQUIV TO M510, SCHMITT TRIGGER NEGATIVE INPUT CONVERTER, 2 CHANNELS, 0 & ~3V IN DIFFERENTIAL SCHMITT, 2 CHANNELS, PA IN ~ACH REPLACE MC1709 WITH LH0024 TO MAKE FAST~R, BLOt 4 SCHMITTS, 4 ONE-SHOTS NEGATIVE INPUT CONVERTER, 6 CHANN~LS, 0 & ~3V IN M506 WITH 470 INPUT RIS CHANGED TO 300 OHMS NEG BUS TO POS BUS CONV, 6 CKTS, OPEN CULL OUT, GNO IN = GNO OUI NEG BUS TO pas BUS CONV, 6 CKTS, OPtN COLL OUT, GND IN = PLUS OUT 10 DlrFER~NTIAL BUS RECEIVERS (fAIR 9622) 130 OHM DIFfERENTIAL TERMINATURS 110 8US RECEIVER, B CKTS, POS 8US M510 MODIfIED TO ACCEPT RTL INPUTS WITH 1 VOLT THR~SHOLD UNIBUS RECEIVER, 15 CKTS, SINGL~ X 5, 4 GND, 0511, OLlO TUI0 TRANSCEIVER (FOR CO~NECTION TO TC58, TC59, & TM10), SEE M519 REAL TIME CLOCK, 12 VAC INPUT ON TA8S, USES +11V & +5V POS INPUT RECEIVER, 6 CKTS, 1.4V THRESHOLD, CM506 PINS) M507 ~ITH AN ENASLE INPUT 3 DIFFERENTIAL SCHMITTS & 8 BIT INPUT REGISTER CA50l CKTS), DS8~EA TUI0~C,.D 8US TRANSCEIVER, SEE M514 POS BUS RECEIVER WITH STROBE, 6 CHANN~~S, HIGH IMPEDANCE 4 CH K TO M CONVERTER W SCHMITT TRIGGER, INV & NON-INV OUTPUTS M521 W 3 CKT W 1 MS TIM~ CONSTANT, 1 CKt STNO 2 INPUT CONVERTERS O&",,6V 1,bMA, 40US, lCH +15&OV, 2CH O&5V CLAMP W FILTER (r"Ok PHUTUCOMP) S!NGLE ~

MODEL PROD DES STATUS NO LINE ENGR MO/YR

M521 TYP JW 1. 11/73 "'S)O MOD ., 7/69 MSll PERIPH 5 M!J6] 10 DREW 2 1112 ~S64 10 SU S 1/12 "'565 10 SU 2 11/70 a45'O AR 7 M586 11 Me 2 8111 MS97 11 MC 2 8/73 M588 CBS BMW 2 tl/7] M599 14 AR 5 11/72

INPUTIOUTPUT CONVERTERS

M590 CSS PETERS 1 2/70 "'5900 it va 4 5/13 M590t 11 VB 4 5113 "'5902 11 VB 4 5/73 M590·1 1.1 POT 4 9/73 M590)""YA 11 POT 2 8/73 M5904 t 1 POT -$ 9/73 "'1591 11 VB 5 M592 10 Stl ~ 1/'72 M593 CSS KB 2 4/72 Ms94 11 RL 5 M594.YA t 1 RL t 6113 M~94 .. Y8 11 55 2 7/73 MS940 10 ww 5 1/72 ,..1941 CSS SPRY t 8/72 M5942 11 5S 2 10/73 M9543 CSS DRS 2 9/73 M5~5 11 RL 5 8112 M596 t 1 MC 5 7/73 M5960 11 OR 2 7/73 M597 COM DR 5 t1/71 M598 COM Rt" 5 5/73 M599 COM VB 2 10111

OUTPUT CONVERTERS

M6000 QC Ewe t 11/73 "602 CAT 5 M603 10 WW 5 1/72 "1606 eLP JJO 5 M610 CLP JJO '5 M6tl 15 ELlA 5 M612 to ATT " 1112 M617 CAT Ii M620 MOD ., 7/69 M621 15 ELlA 5 M622 CAT ·DCB '3 M621 CAT DCB 5 '1624 CAT 5 M6240 SSCAL DPS J 8/72 M625 15 JZ 5 5/73

DESCRIPTION

SELECTABLE RANGE INPUT CONVERTER + SELECTABLE LOAD RESISTORS & VOLTAGE, SINGLE 5 CNEVER 8UILT), NtG BUS RECEIVER 8 CHANNEL ~EGATIVE BUS RECEIVER WITH NOISi FILTERING (PIN CUMV wITH M500) 4 XMTRS & 4 RCVAS, RS10, SINGLE X 5 110 8US R~CEIVER, NEG BUS, PCS uOGIC, 8 CKTS, LIGHT INPUT LOAD MEM BUS RECEIVER, NEG 8US, POS LOGIC, 8 CKTS (NEVER MADE) EIA INPUT CONVERTER TO TTL OUT, REPLACES W510, 5V lNSTEAD or 10V, 4 CHANNELS 1 CM ASYNC MODEM urit-sA (BELL 113A) ORIGINATE ONLY, DBL X 8,5 1 CH AS¥NC MODEM OF11~8~ (BELL 1138) ANSWER ONLY, D~L X 9,5 4 CH DIY' SENO/REC FOR DMll (DM8820, OM8830), SINGLE X 8,5 1 CM OPTICAL COUP~ED 45 OHM 200 KC SEND & REC, sINGLE X 5 W MATE.N.LOK

DIFFERENTIAL SEND/RECEIVE, FOR M~RK CENTURY INTERFACE, 2 CH 16 CH TTL RECEIVER, o~tl, DOUBLE 8,5 16 CH EIA TRANSMITTER, OJ!1, OOUBLE 8~5 16 CH FULL DUPLEX TTY TRANSCEIV~R, DJ11, DOUBLE 9,5 MASS sus TERMINAL TRANSCE1VER, OOUBLE 8.5 MS903 W TERMINATORS MASS SUS CONTRO~ TRANSCEIVER, DOU8L~ 8.5 5 eM EtA TO D~C, 4 CH DEC TO EtA, SlNGL~,8.S 1/0 D£VIC~ SELECT (OSED wITH M7100)1074H ICIS 6 eH DIFFERENTIAL RECEIVER, NAT SEMI 88~O 8 CM EIA.CCITT TO DEC, 7 DEC TO EIA-ceITT, DFlt.A, sINGLE 8,5, IV H¥STERESIS M594 + C~OCK RECOVERY MS94 ~ 3V HYSTERESIS M594 5TO SING~E SIZE 8 CH Mlu 18SC TO DEC INTERFACE FOR OFS11-H, SINGLE ij.5

148

8 CH EIA.CCITT TO DEC, 7 OEC TO EIA~CCITT, 300, 600, 1200, 1800 SAUD XTAL CLK, DF11.L, Doue~E 8,5 5 CH EIA.CCITT TO TTL, 4 eM TTL TO TRl~STATE, SlNGL~ 8,5 CURRENT MODE CONV FOR 101 , 303 MOOEM, DF11 20 MA TO OEC, DEC TO 20 MA, 4 CHAN EACH, SINGLE X 8,5, DF11, REpLACED B¥ M5960 REPlJACEMENT M596 6 CH IBM RECEIVER, +8U8, 50-08912, SIG 8T14 (W96t) t CH OPTICAL COUPLED 20 ~A TO Otc SEND & RECEIVE, 8.5 X SINGLE, Dfl1-K 4 CH IMlT & REC WESTERN UN.ION HIGH LEVEL (+1.6V 10MA) TELEX, SINGLE X 8,5

QUAD TTL TO ECL TRANSLATOR (10124), 4 LAYER SINGLE 5, 5010874 (w9611) 2 PULSE AMPLIFIERS 2 pAIS, NEG EDGE IN, 1 pOS 60 Ns , 1 pas 45 .. 100 N8 OUT, 4 2""IN NANOS (74HOO), 6 PULSE AMPLIFIERS 6 2 .. INPUT NANOS, OPEN CO{'("ECTOR, (PINS OF' M620) 14 POWER INVERTERS, 6 GNDS 6 POWER GATES, 6 GNDS, 5 INPUTS PER GATe.: PAIR 6 4""INPUT NAND BurFERS (NEVER MADE) , 6 CKTS, BUS GROUNOeRS, pcs aus DRIVER WITH STROtH: aus DRIVER, 6 CKTS, ENABLES FOR EA OF 2 6"SIT WORDS 8US GROUNDER, 8 CKTS, lJSES 741150', FOR MI£MORY & 1/0 8US, 2 INPUT Nli,;G AND !:A BUS DRIVER, 12 CI<TS, OPEN COLl.JECTOR, 100 MA AT GNO BUS DRIVER, OPEN COLLECTOR, 12 INPUTS " 1 ENABLE, 2 IftPUTS &: EN, 1 INPUT IN'/, PIN COMPATIBLE W M624, PUTS OUT 300M~ AT GND, SlNGJ.JE 5 BUS SWITCH FOR PDP-IS, 8 CKTS

1 3.11'4 ANDS (14Hl1)

100 MA ~ GNu

M626 M627 M629 J.1629 M630 M611 M632 ~fi.l3

.M633"'Y" "1636 M640 M650 M651 M652 M660 M661 M662 M663 M664 M665 M665-YA M666 M667 M610 M671 M681 M69) ~6~4 M695 M68S·.YA

M686 M687 M6~8 M689 M691 M694 "1691

PROO LINE

IPG CAT 15 1.0 MOD 15 CA.T CAT SSCAL IPG PERIPH CAT 8 CAT CAT CAT 8 10 to 10 C5S to 1.0

CAT fPC IPG IPG lPG IPG tPG TPG t 1 C5S CBS CSS COM

DES ENGR

ELlA ww

EJ."lA DCB DCB RWI

MDM

Jo

PS SU SU SU OH SU DREW AR ,JB MORO

CA SPRY

BV OR

COMPLEX LOGIC MODULES

M700 ~7000 M700t M7002 M7003 M71)04 M7005 M1006 M7007 M700B M71)09 M101 M1010 "'7011 M7012

8 15 15 15 15 15 \5 15 TYP TYP T¥P 9 LOP LOP LOP

OOAN~: DOANE

DOANE T,., TM TM JDL HL HL AA

STATUS MO/¥R

DESCRIPTION

5 5/73 M623 WITH GROUNO ISOLATI0~ (WITH TRANSFORMERS) ~ 6 4--lNPUT NANO 8Uff~RS, (H VERSION OF Mb17) 5 5/73 3 SWITC~ES, 2 BIT ADDER, 1 M621 TYPE DRIVER, FOR MX15 5 11/71 BUS ORIYE~, 11 CKTS, FOR + 8US, POPil, 88811 15 1 7/~9 CN~VER M~DE), NEG BUS EQUIV TO M620 5 NEG BUS EQUIV TU Mo2l 5 NEG BUS EQUIV TO M622 ~ NEG BUS E~UIV TO M623 1 6/73 Moll w lNVERT~D OUTPUT 5 5/73 M633 WItH GROUND ISOLATION 5 TU10 BUS ORtV~RS (30 CKTS)

NEG OUTPUT CONY, 3 CHANNE~5, R650 TYPE OUTPUTS M650 WI~H OUTPUTS CLAMPED TO GND ~H~N 5V GOES AWAY NEG OUTPUT CONY, 2 CHANNELS, 0 ~ -3V OUTPUT POS LEVEL DRIVER fOR 8/1 BUS, 3 CKTS, +/~50 MA OUT POS LEVEL DRIVER fOR 8/1 BUS, 3 CKTS, OUTPUT CLAMPED TO +lV, M660 PINS

5 5173 III 1/72 5 1/72 1 5/73 5 2/72 7 10/73 ; 6172

6 CKTS, ~ON·INV 8US DRIYERS FOR KVGS (VT02), 6 US RlSE , FALL INTO OPEN L1N~ 3 N~G M~M BUS DC DRIVERS, POS INPUT, 50 OHM LOAD. KItO 110 BUS DRIVER, 0 TO +3V IN, 0 TO .3V OUT; 8 CKTS MEM BUS ORIVER, 0 TO +3V IN, 0 TO -3V OUT, 8 ClTS M665 w 130 NS~C OUTPUTS 110 aus RgSET, 12 OUTPUTS, 20 MA ~ ~3V, 1/3 DUT¥ FACTOR MAX, SlNGuE X 5" PHOTO COUPLED ISO~ATOR, 4 CKTS, R&10, Sl~GLE X 5 (NEyER MADE) ETA LINE DRIvER, 4 CKTS, TO REPLACE w670 EXCEPT +5v INSTEAD OF +10y M TO K SERIES CONVERT~R, 4 CKTS 5

4 5 5

8/73 ISOLATED M685 R~LAY DRIVER

5

6 RELAY DRIVERS, K683 CKT, FOR DR80, DOUBLE 12 BtT fL1PwFLOP RELAY DRIVER FOR UDC (0001) 16 81T M684

l 5

5/73 M685 W 55V 500MA OUTPUT

5 1/72 s:; 9/72 '- tOl13 21112 2 3172 5 11/71

5 '5

5173

5 11/71 '5 5 5 t t 4 2 4

11111 11/72 1171 9/71

5/13 5/73 8/73

5 5/73 5 11/71 4 5173 , 3112

12 alT SINGLE SHOI RELAY ORIVER FOR UDC C0001) '.6 8lT M686 UNIBUS PO~ER FAIL DRIVER, SINGLE 5 30 SOLENOID DRIVERS, 330 MA UP 10 lOY, US'S RC40F CABLE, QUAD 6 CH DIFFERENTIAL DRIVER, NAT SEMI 8930 4 CH CDC 3000 DRIVER, +1.20 MA, ~ IN NEG OR 4 CH IBM TRANSMITtER, 50~08912, SIG 8Tl1 (W961'

MANUAL TIMING GENERATOR.'ILTER, ONE.SHOTS, 8/1, BIL CURSOR CONTROL rOR VT05, QUAD X 8,5 CHARACT~R GENERATOR' TIMING, VI05, QUAD X 8,5 ~OS MEMORY & MEMORY TIMING, VIOS, QUAD X 8.5 tID l~TgRrAcE, VT05, UP TO lOO ~AUD, QUAD X 8,5 1/0 I~TERfACE, VT05, UP TO 2400 BAUD, QUAO X 8,5 M7004 PLUS TRANSM1T OPTION SPLIT SCR~EN OPTION FOR VTOS Fll1 CONTROL, VT20, QUAO 8,S VT20 DISPuAy CONTROL, H~X 8,5 VT20 OATA INTERFACE, HEX 8.5 OISPLAY CONTROL FOR Ve8/l Vv15 TIMING & CONTROL, DOUBuE X 8,5 UART SERIAL INTERFACE, SINGLE 5, H854 + SPLIT LUGS, LK40 168 X 8 BIT ROM, NO ROMS INCLUDED, SIMULATES pe05, PLUGS INTO peos CABLE SLOT, ~lNGL~ 9,5

149

-'ODEL NO

PROD LINE

M70 J.J LOP Ml014 LOP M70t4 ... YA LOP "',015 LOP M1016 LOP "'7017 J.JOP ~n018 LOP '-11019 LOP M7020 LOP M1021 LOP 141022 LOP M7023 110P ~10] 8 M70)0 e5S M7031 ess -"7032 CSS ~7033 ess M70]4 ess "47035 CSS M7036 e5S ~704 ~ '17040 ess ..,7044 ess ""045 e5S "'705 8 ",7050 PERIPH M7050 ... YA 8 M706 CAT ~no65 11 "'707 CAT M7075 11 M71)8 8 ~709 9 ,.,710 8 M7tO~¥A Tl'P M7toO 10 M7101 TPll ~7t02 TPL M710.1 TPL M7104 TPL M7104-YA TPL M7105 TPL M7105 ... YA e5S M7105-Y8 TPL M7.toS-YC e55 Ml106 TPL M7t06-YA CSS M7'06-V8 eS5 "'7107 e5S ""11 12 M7110 10 Ml t 1 t to "47112' 10 "'712 8 "1113 8

DES E~GR

GEG 8Q 8Q AW AW AW Aw AW AW HL 8Q ML

PWD PW!) pwl) JT~ JTN JTN JrN

~1TN

JTN JTN

MOL KQ

RL

RL JO JO

ER au ER ER ER SG SG sG LO SG '.,0 SG 1,,0 LO 1..!0

ww DREW SU ADt PS

STATUS MO/YR

4 4 2 4 4 4 4 4 4 (\

1 2 5

5173 5/71 5/71 5/73 5/73 511] 5/71 5113 5/73 711.1 5113 9/71

1 11/72 1 11/72 , 11/72 2 10113 '2 10/73 2 10113 '} 11/73 5 1 1 , 5 5 J 5

11/72 11112 9113 5/73

5/73

5 5/73 'i 5 5 '5 5 6 4/71 5 2112 4 1173 4 1/11 4 7/73 4 5113 2 3/73 4 5/73 , 1172 t 3/73 ,. 11/73 5 10/73 1 817] 2 11/73 t 1173 5 5 4 4 5 5

1./72 5173 5/73

Oe.;SCRIPTION

VECTOR GENERATOR & CHARACTER GENERATOR CONTROL, VT40, HEX 8,5 UNIBUS CONT & BOOTSTRAP FOR VT40, QUAD 8.5 M70t4 W NO sUS TERMINATORS UNIBUS INT€RfACe; fOR LPS, QUAD a,5 PROGRAMMA8LE REAL TIME CLOCK W l SCHMITT TRIGGERS, LPSK~, QUAD 8,5 DIGITAL I/O, 16 BITS, TTL LEVELS, SIMILAR TO M863, LPSDR, QUAD 8,5 AID CONTROL, PART OF LPSAO.12, ~PSAD~15, USED WITH A804, A9~5, A406, OOUB~E 8,5 DISPLAY CONT, PART UF LPSVC, CO~OR TUBE, STORAGE TUBE & PLOTTER CAPABILITY, DUUiLi 8.5 LPSAO-NP, NPR CONTROL FOR LPSAD, DOUBLE 8,5 M1014 W BUS TERMlNATORS ONLY vw40 LOGIC INTERFACE, DOU8LI 8.5 DIGITAL 110, 16 Blrs, LATCH CHOICE, INTERRUPT ON AN¥ IN~Ut ~IT, LPSDR.A, QUAD POWER FAIL LOGIC FOR 8/1 CONtROL FOR CTS11.J, QUAD 8.5 DRIVERS, KEeEIV[RS, CODE CONVERTER fOR CTS11·JA, DOUBLE 8,5 DRtV~RS, RECEIVERS, COD! CONVERtER FOP CTStt ... JB, OOUBLE 8,5 SCANNER ~OOULE FOR USEWtTH HICKOK CARD EQUIPMENT 80 COLUMN DRIVER fOR USE WITH HICKOK CARD EQUIPMENT 22 COLU~N DRIVER FOR USE ~lTH HICKOK CARO EQUIPMENT DIODE MODULE AS5Y FOR USE WITH riICKOK CARD EQUIpMENT PLOTTER CONTROL FUR 8/1 x ... y R~GISTER CARD, V808, YUAD 8,5 VECTOR CONTRO~ CARD, VB08, QUAD 8,5 VECTOR DATA CARD, VB08, QUAD a,~ READER CONTROL rOR 8/1 REAOER CONTROL WITH FEED HOLE STROBE & FEED HOLE TRANSITION OUT or TApE SENSE M70S0 MODIFIED TO DRIVE PR66 ASYNCH LINg REC~lV!R, 8 OR 5 81T, (EQUIV TO 4706), POS LOGIC syNCH LINE RECEIV~R, 6,7, OR 8 81TS, SINGLE X 8,5 ASYNCH LINE XMTR, 8 OR 5 bIT, (EQUIV TO 4101', POS LOGIC SYNCH LIN~ TRANSMITTER, 6,7 OR 8 BITS, iINGLE X 8.5 CLOCK CONTROL, ij/l CLOCK COUNTER, 811 PUNCH CO~TRoL FOR 8/1 M710 Wllij SHORT~R PUNCH DONE OE~A¥ RECOVERy TIME 1/0 DEVICE CONTROL, USED ~ITH M592, 1074H IctS TIMING. TAKES 8t TO GEN 8/E TIMING, 8.5 X DOU8~', DWOQ.E AC TRANSFER, 8,5 X DOUBLE, DW08~E

DATA TRANSFER, 8,5 X DOUBLE, DW08~E DATA SUF & STATUS, RKa.E, QUAD x 8.5 MODIFIED TO RUN WITH DWS-E MAJOR REGISTERS, RK8~E, QUAD X 8.5 MODIFIED M7105 fOR CODON RKe-E MODIFIED TO RUN WITH DWa-£ M7105 MOD1D1ED YOR RKS9-E CONTROL, kKSwE, QUAD x a.5 M1106 MODIFIED FOR CODON RKeeE M7106 MODIFIED fOR RKS8~E 4096 WORD COUNT TRANSFER MODULE SCOPE CONTROL FOR PDP-12 SyNCH MODEM INTERfACE FOR 0511, QUAD X 8.5 ERROR CORR€CTION YOR RF10, 5 BIT CORRECTION/128 3& SIT WORDS CONT FOR MFI0, DOUBLE 8.5 DISPLAY CONTROL FOR Kva/l MULTIPLEX INTERFACE FOR KV8/1

150

MOOEL NO

M714 8 M715 A

PROD LINE

M715"'YA 8 M7tS"YB CSS M716 8 M717 15 M7170 15 "17171 15 "1718 11 M719 12 M7?O R M721 11 M7210 11 '11211 11 M7212 11 M7213 11 M7213~YA CSS M7214 11 M7215 11 M7216 11 M7?16"YA 11 M7117 11 M7218 11 M7219 11 "1122 11 M7220 11 M7221 11 M7222 '.1 M7223 11 M7224 11 M7125 11 M7226 11 M7227 CSS M7228 11 M1229 \1 M723 11 M72)1 11/40 M7232 11/40 M7233 11/40 M7234 11/40 M7234-YA 11/40 M7235 11/40 M7215.Y~ 11/40 M7236 11/40 M1231 11/40 M1239 '.1/40 M7239 11/40 M724 11 M724"'~J~ 11 M724-YTt 11 M7240 11 M1241 11 M1242 '-1 M7243 11 "11244 11

DES ENGR

KQ BM

FA HL

RH CL

JO SR SR va VB FA CRB eRB CMO Jo JO JO KK PO KK KK KK HL KK KK VB GSZ BOW BPF PO RAA RAA PAA RAA RAA ~AA RAA PJ PJ RAA RAA JO JO JO VB VB VB va VB

STATUS MOl'tR

5 '5 1 5173 2 1/72 5 1 4 1 4 5 '5 5 I)

'5 5 5 , , ,. 5 5 '5 5

5173 7/73

2/72

5/73

5/73 5111

9/70 9/70 11/71 4172

'5 11/71 2 5 5 5 5 5 5 5 4 5 4 7 4 5 S 4 1 4 t 4 !Ii 4 4 5

11/71 1112 1/72 11/71 1172 1/72 1/72

8/71 1/12 5/73

6/69 5/71 1/73 1/73 5/73 3/71 5/71 1/73 5/7J

8/72 5/73 5/73

1. 7/72 !5 5/13 '5 5/73 r; 5/73 5 5/73 1\ 5/73 5 11/71

OESCRIP'l'lO~

CONTROL LOGIC 1 FOR CRS-I,CRS.L READER CLUCK fOR PCB/I, CLOCK ACCf::LERATOR, PAIS, NON IC. PARTS Of f-'t105 M715 MODIfIED TO DRIVE PRba M115 MODIfIED TO HAVE LONGER STARr.up TIME CONTROL LOGIC 11 FOR CRa.t, CR8~L, DOU8LE DISPLAY CONTROL FOR VP09 , VP15 POP15 TO MM11.L INTERFACE, DOUBLE 8,5 COLOR SWITCH FOR VP15~D, SlNGL~ 5 SUS INTERf~CE FOR PDP.11 CLOCK S~~C & DECADE COU~TER FUR Kwt2 NON.EXTSTANT MEMORY D~TECTOR, INTEG ONE-SHOT, OTHER ONE-SHOT, & MISe LOGIC BUS INTERfACE 1, KAll, 8 BITS GATED IN & OUT, SINGLE 2,5 KE11-A DATA CONTROL, QUAD X 9.5 KE11~A REGISTER CO~TROL, QUAD X 8,5 ADDRESS LINE BUS REpEAT~R FOR Oij11, 75 NS PER EACh of 10 CH, slNG~E X 8.5 BUS REP"TER CONTROL, FOR DB11, DUUBL~ x 8,5 M1213 ~ODIFIED BY SPEC SIS, 2 ETCH CUTS, 2 JUMPERS READER CARD FOR PDP11~MA. DOUSLE X 8,5 READER INTERFACE FOR PDP11.MA, DOUBLE X 8.5 PRIORITY, CONTROL, KCtl, DOUBL~ x 8,5 M7216 FOR KHtlwA POWER FAIL, RESTART, KP11 wA, SINGLE X ij.5 BUS PEQUESTS RCtl BUS INTERFACE, QUAD X 8.5 A SOURCE & TIMING FOR MM11 Retl CLOCK CONTROL, SINGL~ X 8,5 RC11 DISK INTERFACE, QUAD X 8,5 RC1! STATUS CO~TROL, QUAD X 8.5 CONTROL FOR DP11 wAA, QUAD X 8 .. 5 RC11 UNIT' TRACK S~LECTOR, SINGLE X 8,5 Ret1 STATUS CONTROL EXTENDE~, SINGLE X 8,5 DN11 CONTROL, OOU6LE X 8,5 XY11 PLOTTER CONTRO~ REAL TIME PROGRAMMABL~ CLOCK, Kwl1~P, 8,5 X QUAD DR11.S INTERFACE FOR DA11.B, DBLE X 9,5 (NEVER 8UlLT), A LOGIC fOR MMll DATA PATHS, KDlt-A, 8,5 HEX U WORD, KD11-A, 8.5 QUAD IR DECODE, KD11~A, 8,5 HEX TIMING, KD11.A, 8,5 HEX M7234 AS USED IN 2338-3 lOR TESTER STATUS,PROCESSOR/KD11.A, 8.5 HEX M7235 AS USED IN 2318.3 XOR TESTER KT11-0 MEMnRY MANAGEMENT, 8,5 HEX STACK LIM!T REGISTER, SlNGL~ 8,5 EIS CtXPANDED INSTRUCTION SET) SOARD, H~X 8.5, KE11"E FIS CONlRO~ KEll-f, QUAO 8.5 AUS & CONSOLE CONTRUL FOR KA11, QUAU, 8,5 SYSTEM TESTED M724 M724 fOR KH11",A OM11wA CONTROL OM11wS CONTROIJ OM11.C CONTROL OMS1 TRANSMITTER D OMil TRANSMITTER ~

1~1

MODEJ., NO

PROD DES LINE ENGR

M7245 11 M1246 11 "17241 11 "'7248 tl t.i7249 11 M725 11 M721)'!IJA 11 M72S"YA 11 M1250 11 M7251 11 M7252 11 M7253 SSCAf" M7254 11 M7255 11 M7256 11 M7251 11 M7258 11 M7259 11 f!4126 11 M726 .. .]A 11 M726""YA 11 M1260 11/05 M7261 11/05 M727 11 M727 .. JA 11 M727.YA 11 M7271 SSU "'7272 SSU M7273 SSU M7274 SSU M1215 SSU M1276 SSU M7277 11 M7279 11 M7279 11 14728 11 ~728.JA 11 M72S-YA 11 ,..7280 11 M7281 1.1 M7282 11 M7283 11 M7284 11 M7285 11 M7285""YA CSS M7286 t 1 M7288 11 "'7289 11 M729 11 M729.YA 11 "17290 11 M7291 11 M7292 11 M7293 11 M1294 11

VB RL RL VB MC JO JO JO GH RL SO OF ORR ORR ORR ORR LC MOOR 1.70 ,,]0 JO SNT SNT JO JO JO GO GO GO GO MUT MUT MC MC MC JO JO JO VB JP~8

JFB BPF BPf' VB Rl"M TM MC MC PO PO PO RAC ORM OWS SJ

STATUS MO/YR

4 5173 4 5113 5 2112 115 1/72 5 4/72 5 t 5 7 5 t l 4 4 4 4 4 4 5 1 5 4 4 5 1 5 1 1 1 1 2 2 4 4 4 5 t 5 4 4 4 5 5 4 1 4 4 4 5 '5 !Ii ,. 5 1 2

7/72 5113

9/72 5113

9/71 9/73 S/?l 5/73 5/71 5/73 5/73 5/73

7/72 5/73 5/73 5/73

7/72 5/73

1/72 1/72 1/72 1/72 4/72 4/72

5/73 7/71 5/73

7/72 5/73 5/73 5/73 5/73

10/73 10/73

5173 8/73 5/13 5/73 5/73 5/73

1/72 11111

9173 5113

11/72 5173

DESCRIPTION

OM1l RECEIVER MODEM CONTROL SCAN, 16 LINES, oMll.SB MODEM CONTRQ MUX, 8 LINgS, OM11.SS, S~E M1807, M780B UNIBUS REPEAT~R BBS¥ HO~LERITH CHECK (MULTIPLE ONES ~RROR DETECTOR), SlNGL~ X &, FOR CDtl BUS INTERfACE & IH, KAtl, QUAD, 8,5 SYSTEM TESTED M725 ",725 f'OR KH11.A MOS MEMORY MATRIX, 4K X 18~BITS, HEX X 8,5 XOR , eRe BLOCK CHgCK, DOUBLE X 8,5, KG11~A 64 16~BIT ROM BOOTSTRAP !1 TO LEAR SIEGLER 7700 TERMINAL STATUS CONTROL, RK11~D DISK CONTROL, RKll""D, QUAO X 8.5 REGISTERS, RK11wO, QUAD X 9,5 BUS CONTROL, RK11 wO, QUAD 8.5 LSl1 lNTERFACE, QUAD 8.5 PARITY CONTROL FOR MFI1-LP, DOUBLE 8.5 tR DECOOER FOR KA11 SYSTEM TESTED M72b M126 fOR KH11'!A Kol1wS SOARD .1, DATA PATHS, 8,5 X HEX KD11 w8 BOARD '2, CONTROL LOGIC & MICROPROGRAM 8,5 X HEX STATE CO~TRO~, KAll, QUAD, 8,5 SYSTEM-.TESTED M727 M7~7 FOR KH11 .. A BOARD 1 OF CA11",A, QUAD X 8.5 BOARD 2 Of CAll wA, QUAD X 8,5 BOARD) Of CAll-A, QUAO x 8,5 BOARD 4 OF CAll-A, TERMINATOR, ON 5009045 CW940) BRPE 11 PUNCH INTERfACE, DOUBLE 8,5 TREND R~AOER INtERFACE, OOU8~E 8,5 XMIT SCANNER' NPR, DHll, HEX 8.5 REGISTERS, BYTE COUNT, OHlt, HEX 8,5 1ST IN 1ST QUT BUFFER, DMtt, DJli, DOUBLE 8,5 TIMING & STATES, KAll, QUAD, 8,5 SYSTEM-TESTED M728 M728 FOR KH11 wA 8 UARTS ON QUAD 8,5, OJ11 CB11wDA UNIaUS TO 12 POINT RELA~ DISTRIBUTOR MODULE, HEX 8,5 CBllwSA UNIBUS TO 64 POINT INPUT SCAN, HEX 8,5 WINDOW DATA PATH BOARD DAllwF, QUAD 9.5 WINDOW CONTROL, oAl1.Y, QUAO 8.~ OJ11 MUX CONTROL SOARD, HEX 8,5 M7285 W SAUD RATE Of 50 FKll INtERFACE, Vt20, QUAD 8,5 LINE PARAMETERS CONTROL, OHll, HEx 8,5 RECV SCANNER, OH1l, 8.5 CONTROL LOGIC & TIMING f'OR MM11~E, DOUa~E, 8,5 (1~ OR 17 BrT), 1,2 USEe MEM M729 MODIfIED FOR 1,5 USEe RUGGED MEMORY M729 FOR 980 NSEC MEMORY 16 POINT INPUT INTERRUPT FOR CB11~HA, HEX 8,5 TU60 INTERFACE, QUAD 8.5, 0011 TIMING & CONT, UNIBUS INTRFCE, MM11wU, MMllwUP, QUAD 8,5 DATA SUfFER, CONT, RH11, HEX 8.5

152

MODEL NO

PROD LINE

M7295 11 M7?-96 11 M729'7 11 M729B 11 M7299 SSMU M730 CAT M7300 16 M7:~01. 1.6 M7302 16 M7,~03 16 M7304 to M1305 16 M7306 16 M7307 16 M7308 16 M'7~09 16 M731 CAT "17310 16 M1311 16 M7312 16 "17313 1& M7314 16 M7315 16 M7316 16 M7311 16 M7318 16 '17319 t6 M732 CAT M732.0 16 M712t t6 M7122 16 M7~23 '6 M7324 16 M7125 16 M7326 16 M7321 16 M7327-YA 16 M7327",YB 16 M7127~,(C 16 M7327-YO 16 M7:J29 16 ""329 16 M733 CAT M7J30 16 ""7131 16 M7'32 16 M7J33 16 M7334 16 M7335 16 M7J36 16 M7337 10 M1338 I6 M7139 16 M1:J4 CAT M7140 16

DES ENGR

SJ 5 .. J SJ DR wI< DCB RVN RVN RYN RVN JLE RVN RyN RVN RVN RVN DCB JLE ,1LE RVN JLE JLE JLE RVN RV~

JLE JLE

JLE JI..E JLE JLE JLE JLg JLE JLE JLE JL€ JLE JLE JLE JLP;

.. JLE JI"e: .. JL"E JlIE J[JE: JLE JLE JLE JLE Jt"E

JLE

STATUS MOI'tR

" 5113 4 9/73 5 1011] 4 817.1 , 6/71

5 5 5 11/71 '7 4 5173 5 '5 '5 5 11/71 2 12/70 2 12/70 5 '5 r; 5 5 517,1 r; 5 iii Ii 5 5/73 '5 5113 5 5 8/'72 '7 '7/'72-5 8/72 5 8/72 '2 5/73 5 11/72 4 5173 5 8/72 1 3/73 , 3/7) t 3/73 1 )/73 5 8/72 '5 9/'72 5 t 11/71 t 11/7\ 5 11/72 '5 9172 '5 11/72 5 11/72 5 11/72 '2 3173 1 1/71 '2 3/73 S 2 1111

DE::SCRIPTIUN

BUS CONfROL, RH11.A, HEX 8.5 CONTROL & STATUS REGISTERS, RH11, DUUBLE ij,5 MASS 8US PARITY CONTROL, RK11, DOUBLE 8.5 WATCHDOG TIMER w RESTART ~ CRXSIA~ CLUCK, 11/40, QUAD 8,5 CONTROL FOR CALCOMP 9)6, XY 11.B, ~UAD "" I J PUS 8US TO POS LOCYIC rOR ij/I, FITS IN E100 ______ ,,-... ~.- /,1)~

153

PDP16 GPA CONTROL, GEN PURPOSE ARITHMETIC UNIT, 4 4~BIT BYTES, USED WITH M7301'S, DOUBL~ X ij,5,KAC16 PDP16 GPA REGISTER, GEN PURPOSE ARITH UNIT REGISTERS, 4 4~BIT B~T~S, DOUBLE X 8,5, KARl6 PDP16 K~SlMPLE, 5 OR 6 INDEPENDENT CONTROu CKTS, SINGLE X 8,5 POP16 K-DECtsION, 6 CKTS. SPLITS CONTROL FLOW, SINGLE X 8,5 PDP16 BUS SENSE, SENSES ALL ZERU, OVERFLOW, MANUAL START, DOUBLE X 8,5, KHS16 PDP16 TRA~SrER R~GISTER, PROVID~S Ib BIT DATA STOkAGE, MASKING & BYTE CONTROL, MS16~A PDP16 fLAG MODULE, 3 SINGLE 8lT STORAGE AND CONTROL, KFLlb, SlNGL~ X 8,5 PDP16 CONSTANTS R~GlSTFR, SMALL ROM, MR16'A, DOUBLE X 8,5 PDP16 TO 11 INT~R~ACE PDP16 PARALLEL MERG~, A GATE MEANS OF RETURNING TO A SINGLE CONTROL PATH AFTER A SRANCH OP POS BUS TO ~3V LOGIC fOR H11, fITS IN El00 PDP16 EVOKE, b CKTS, MORE GEN VERSION or K.SIMPLE, KEV16, SlNGLi X 8.5 PDP16 GPI, GEM PURPOSE l~PUT/ourpUT, DB16~A, OOUB~E X 8,5 PDP16 2~WAY 8RAhCH (K DECISION + K SIMPLE), 8 CKTS, SlNGL~ X 8.5, K81b~A PDP16 TTY INTERFACE, TRANSDUCgR, TTY XMTR & RCVR,'DC16-A, DOUBLE X 8.5 PDP16 EIGHT.WAY BR~NCH, 2 ).81T LATCH , O~CODER, K816.a, SING~E X 8,5 PDP16 SUBROUTING RETURN, b CKTS, 6 SITS, INOEP STURAGE, KSR16, SINGLE X 8,5 PDP16 OUTPUT INTERFACE, 16 SIT REGISTER, DB16~B, DOUBLE X 8,5 PDP16 INPUT INTERfACE, 16 GATES, SINGLE STROBE, DBlb.e, DOUBLE x 8.5 PDP16 SCRATCH PAD, 16 t6walT WORDS, MS16.C, DOUBLE X 8,5 PDP16 SCRATCH PAD, 256 16.S1T WURDS, MS16.0, DOUBLE X 8,5 pas 8US FROM POS LOGIC fOR all BYTE REGISTER, REG TRANS'ER, MS16.S, DOUBLE X 8,5 ~O.OP MODULE, SINGLE X 8.5, KNP16, POUBLE X8,5 PDP16 SUS MONITOR, K6M16, DOU8v~ X 8,5 CONTACT l~TERROGATER UNIT, PDPlb lK Xlb MOS RAM, 1 USEe CYCLE, DOUBLE X 8,5 24 X 16 ROM, ooua~E x 9,5 PCS CONTROL, MICRO.PROCESSOR CONTROL, DBLX 8,5 pes INSTRUCTION MgMORY, 256 X 8 , SING X 8,5 PROGRAMMED BY M8301 BASIC DIAG (OPT) ROM 0 RASICDIAG (OPT) ROM 1 BASIC DIAG ROM 2 SASIC DIAG ROM 3 pes EVOKE OECOO!R, 32 STATES, oaL x 8.5 pes ~ULTIPLEX INPUTS, 29 INPUTS, DBL x 8.5 POS BUS FROM .lV LOGIC fOR 8/1 ARITHMETIC REG UNIT, OPERATES ON 2 16~BIT wos, DBL X 8.5 ARU ENCODER, US~ wITH M73l0, DBL X 8.5 BUS CONTROL, DBL X 8,5 SERIAL INTERFACE ADAPTER, OC16.~, SING X 8.5 PDP16 LIGHT & SWITCH INTERFACE, DOUBLE 8.5 POP16 SERVICE BOARD, DOU8~E 8.5 EXPANDED PROGRAM CONTROL SEQUENCtR, DouaL~ 8,5 PDP16/M~TU60 READ ONLY INTERFACE, DOUBLE 8.5 PDP16/M~UNIBUS CO~VERTER/INPUT INTERrACE PDP16/M HHC (HAND HELD CONTROLL~R) INTERFACE, DOUBLE 8.5 lID BUS MULTIPLEXER, ) 12~81T ~ORDS TO 8US PDP16/M f.XTENOEO CONTROL MEMORY

MODET.." NO

PROO LINE

M1441 CAT M714? CAT M7343 CAT M7144-YA CAT M1J44-YB CAT M1J44",YC CAT "17145 CAT M1J46 CAT M715 CAT ,.,7150 CL,P ~716 CAT ~731 CltP 1111319 eLP M139 CLP M1380 CLP 1111191 eLP "11182 CLP "11383 CLf? M7lS4 CLP "11185 CLP '41196 eLP "'7387 CLP M1189 CLP M1J89 eLP A17189 .. YA CLP ~1190 CLI? M1391 CLP "41192 CLI? M1391 CLP M1194 eLP Ml194-YA MOD M1J95 CLP "11196 eLP M7J96-YA CLP "17397 CtlP "41198 eLP "'7399 CLP M740 14 "17400 14 M1403 14 ,..7404 ' .. 4 "17405 14 "17406 14 M1407 14 111141 14 "1142 14 111143 14 "41431 14 "11432 14 ""433 14 "1144 14 "17441 ,4 "11443 14 "4745 14 M74'iO 14

DES ENGR

CYR CyR Cy~

OM OM OM OM OM

AC

,JJD EN JJO EN .1JO JJO PD~

PD~

!1.)0 EN POM .JJO EN EN RJM RJ"1 RJM RJM AC AC AC AC CYR AC AC AC AR VOB VDB VDB VD8 VDB LD AR AR AR AR AR AR AR MORO MORO AR AR

STATUS MO/YR

OESCRIPTION

1 11/73 PM (PROGRAMMABLE MODULE) 8008~1, QUAD t 11/71 PM MONITOR/CONSOL~ ? t 1 t 1 t ")

11/11 lK X 8 STATIC MOS RAM (INTEL 2102), QUAD 11/11 2K X 8 STATIC MOS RAM (INTEL 2102), QUAD 11/71 4K X 8 STATIC MOS RAM (INTEL 2102), QUAD 11/7] SOCKETS FOR 4K X ij REPROGRAMMABLE PROM (INTEL 1702A), QUAD 11/73 PM POwE~ FAIL, 6,JVAC INPUT REQUIRED, QUAD

,. 9171 5

tiD TRANSfER, 12 HIT REGrST~R, 12 OUTPUT BUS DRIVERS RT02.C, ~D, .E BADGE READER, DOUBLE 8,5 PRIORITY INTERRUPT, 4 CHANNELS

5 110 AUS RECEIVER WlTH BUFFER REGISTER' BUFFERED OUTPUTS, FITS IN El00 4 9/71 CLOCK, 110 TO 39.6K BAUD, POM10, ~OUBLE 8.5 ~ 110 BUS TRANSMITTER, PARTIALLY REPLACES M732. FITS IN £100 2 &/73 CONTROL, POM70, DQUSLE 8.5 , 6/7] OIGITAL INPUT, 32 BITS, PDM70wO, QUAD 8,5 2 b/73 DIGlTAL OUTPUT, 32 BITS~ POM70 wE, QUAD 8.~ 2 6/71 4 CH ANALOG INPUT CARD, POM70-F, ~UAD 8.5 , 6/73 2 CH ANALOG OUTPUT CARD, PDM70-K, QUAD 8.5 4 9/71 BIT SERIAL INPUTIOUTPUT, EIA OR 20 MA, PDM10~J, QUAD 8,5 2 6/73 CHARACTER SERIAL INPUT/OUTPUT, 16 KEY KEY60APD, PDM70-K, QUAD 8,5 1 9/73 HARDWARE READ~IN MODULE FOR PDM70~N, SINGLE 8.5 4 10/73 CHARACTER SERIA~ INPUTIOUTPUT G~NERAL PURPOSE, PDM70-M, QUAD 8,) 5 5113 ADDRESSABLE ASyNC TRANsCEIVER WITH PROGRAMMABLE CLOCKS, 110 TO 4800 BAUD, DSL X 8,5 7 2/72 M7389 W OPEN COLLECTOR OUTPUTS 5 5/71 ASYNCH TRANSCEIVER, RTOl ~ 5/73 12 X 4 BUFFER, RTOl t 2/71 NIXIE DISPLAY, RTOI, R!NAMEO 5409457 5 11/7t 16 CHAR KEYBOARD ENCODER, RIOl 1 5/12 16 CHAR K~YBOARO/CARD R~ADER ENCOOER, RIOl-A, -8 2 4112 16 CHAR KEYBOARD/CARD READER ENCODER, RTOl 4 Sill DIsPLAY CONTPOL, RT02, SINGLE 8,5 4 5113 16 KEY ~KR KEYBOARD ENCOOER, SlNG~E 8,5 2 11/12 M7J96 W RIOl KEYBOARD DECODER t 1/73 KEY80ARD + ELECTRONICS, HHC01, DOU8LE 8,5 t 1/11 DISPLAY + ELECTRO~lCS, hHC01, DOUBLE 8,5 2 10/73 AUDIO ALARM, RT02-S, DOUBLE 8,5 6 7/71 INSTPUCTION DECODING & REGISTER CONTROL FOR PDP14 5 8/72 PoP14 INSTR OECOOER , CUNTROL, IO REPLACE M740, DeL x 5 5 11/72 TIMING FOR OL14, DBL X 5 5 11/72 CONTROL FOR OL14, D8L X 5 4 5/73 MEMORY FOR DLt4, OBL X 5, 256 X 4 + 156 X 6 4 5/73 STEPPING MOTOR CONTROL, H~X 8,5, SMCOlwA 4 5/71 MM11-g INT&RFACE, QUAD 6 5 MAJOR STATES' TIMING FOR PDP14 5 SWITCH & POwER CONTROL FOR POP!4 ~ K INT~RFACE CONTROL FOR PDP14 2 8/73 POP14/30 ~EM CONTROL, QUAD 8.5 1 6/73 PDP14/30 110 TIMING CONTROL, QUAO 4 10/73 PDP14/30 1/0 MULTIPLEX DRIVERS, QUAD 8,5 S COMPARE CONTROL FOR PDP14, COMPARES 2 12-81T WORDS wITH EACH OTHER OR ZERO, DOU8L~ 2 8/73 KEyBOARD CONTROL, OMNIBUS, VT14, QUAD, TOP CONNECTED TO M7443 , 8/73 VID£O CONTROL, OMNIBUS, VT14, QUAD, TOP CONNECTEO TO M7441 5 INT!FFACE, pDP14 10 POPS/I,L, 12 PINS, DOUBLE BUS T~RMINATION INCLUDED 5 11/72 PDP14 TO POPS INTERFACE, REPLACES M745, DBL X 6

154

MODEL NO

M1451 M146 M147 M748 M1481 M7483 M749 M750 M151 M752 M753 M754 M755 M756 M757 M759 M159 M760 M7f;OO M7601 M761 M762 M763 M764 M765 M7f)f; M767 M1670 M7671 M7672 M7671 M7674 M768 M769 ' 101770 M7700 M1701 M1702 M7703 M771 M7 710 M7711 M17t2 M7711 M7714 M7715 M7716 M7717 M7719 M7719 M172 M7720 M7721 M7722 .. .,.,.,4

PROD LINE

14 14 14 14 14 14 14 8 8 8 8

8 8 CSS CSS 12 12 12 15 15 PERIPH PERIPH PERIPH PERIPH Pi!:RIPH PERIPH PERIPH PERIPH PERIPH PERIPH PERIPH l>ERIPH 15 PERIPH PERIPH PERIPH PERIPH 15 PERIPH PERIPH PERIPH PERIPH PERIPH PERIPH PERIPH PERIPH PERIPH PERIPH 15 PERIPH PERIPH PI::RIPH Dfo~QTDW

nES ENGR

AR AR AR AR AR AR AR RL AC AC AC GORMAN GORMAN INH WH 1<8 K8 Rl MORO A~'

HI" HI" JH JH JIi JH JH JH JH JH JH

JH JH

ES ES ES ES

CAY CAY CAY CAY CAY CAY CAY CAY CAY CAY FA CAY CAY CAY ('!J.V

STA'ftJS MO/VR

2 8173 5 '5 5 11/72 1 4173 ? 11/71 5 11/12 5 5 5 t; 1 8169 1 8/69 t 4/69 1 4/69 6 4111 6 4/71 5 !5 8/72 5 5/73 Ii 5/73 5 5/73 5 t 5 1 5 ~

5 5 5 1 5 5 !5 5 S 5 1 5 5 5 5 5 5 5 5 5 5 5 Ij

5 4 1 r;

8/69 5/73

8/69

12/72

5173 5/73 5/7] 5113

11/70 517)

1/72 11/71 2112 11/71 11/71 11/71

1172 1/72

5/73 5/13

10/73 4172

Ot;SCRIPTION

PDP14/)O TO POPS PQS BUS 1/0 INTERFACE, QUAD 8,5 SUS REGISTER fOR POP14, 6 D Ff'S WItH OPEN COLLECTOR OUIPUT GATING, DIRECT SETS, CUMMON CL~AN BUS REGISTER FOR PDPl4, (SIMILAR TO M746), NCREM!NTS & DECR~MENTS SERIAL TRANSMITTER, 14 8IT ~RROR CORRECTION, ASrNC, DOUBLE X 5 M748 + M749, POP14/)O, QUAD 8,5 UART VERSION OF M7481, 2 88 LEVEL CODE WORDS W PARITY, QUAD 8,5 SERIAL RECEIVER, 14 BIT ERROR CORRECTION, ASYNC, OOUSLE X 5 LINE 1/0 CONTROL, EQUIV TO 2 W750'S LINE REGISTER & R REG FUR DC08A, 1/0 BUS CONNECTION, DOUSLE INSTRUCTION DECOD~R , GATES FOR DC08A, DOUBLE CONTROL fOR 2 DATA SET LINES IN DeOSF TELET¥PE RECEIVER, 6,7 BITS TELETYPE TRANSMITTER 6,7 BITS TELETYPE RECEIVER, 5,6,7. OR 8 ~lTS TELETyPE TRANSMITTER, 5,6,7,OR 8 BITS SYNCHRONOUS SERIAL DATA RECEIVER, (6,8 BITS), DOU8LE BUfFERED SYNCHRONOUS SERIAL DATA TRANSMITT~R, (6,8 BITS), OOUBLE BUFFERED AID CONTROL FOR POP.12, POSSIBLE GENERAL APPLICATION M760 WItH MODIFIED TIMING FOR AD12~F CONTROL FOR TEKTRONIX 611 OR COLOR SCQpg 32 TO 8 81T MULTIPLEXER ROM DIODE MATRIX RECEIV~R 9 TRACK WRITE BUFfER, fOR TU10, NEG LOGIC, SEE M893 7 TRACK WRITE BUFFER, FOR TUlO, NEG LOGIC, SEE M894 9 TRACK R~AD BUFF~R, FOR TU10 7 TRACK READ BUFFER, FOR TU10 CLOCK & SKEw DELA¥ LOGIC rOR TU10 FORWARD 80T TIM~R, TU10 MASTER/SLAVE 8US DRIVER FOR TU10 MASTERS, 25 CKT$, DOUBLE X 5 TU10 MASTER CONTROL SUFFERS, DOUB~E X 5 TU10 DATA CHECKER, DOUBLE X 5 IMPROVED M7670 DE.LAY SELECTOR FOR TUI0 WITK TC58, TC59, TM10 fUNCTION CONTROL FOR TU10 EAE CONTROL FOR POP.15 SECTOR eTR, INDEX' PHOTOAMP fOR OECPACK, DOUBLE X 8,5 CONTROL & SAFETY INTERLOCKS FOR DECPACK, DOUBLE X 8,5 TRACK ADDRESS & DIFFERENCE CNTR FOR DECPACK, DOUBLE X 8,5 OECPACK OfFLtNE TESTER INTERNAL DEVICE DECODER FOR PDP.15 PRINT CYCLE TIMING, LA10, DOUBL~ CONTROL LOGIC A, ~AlO, ~OUBLE CONTROL LOGIC 8, LA10, DOUBLE RIBBON CONTROL , ~AST CHAR VISIBILITY, LA10, DOUBLE CHARACT~R GENERATOR, LAlO, DoueLE LINE FEED CONTROL, LAlO, DOUBLE MOTOR TRANSLATOR. LAlO, DOUBLE MOTOR CONTROL, LAJO, DOUBLE KEYBOARD INTERFACE, LA30, CONNECT TO 8/1, S/L, 12, UR 15, PARALLEL (CAN R~PLACE M706) TRANSMIT DATA TO LA10 PRINTER, PARALLEL, (CAN R~PLACE M701) CONSOLE CONTROL 11 FOR PDP.15 KEYBOARD TRANSMITTER, LA30 CONTRO~ LOGIC A, (M7111 WITH BELL LOGIC) LA30, DOUBLE 5 LA30L MlCROPROCESSOR, HEX, TEST FINGERS M7114 WITH 7414'S INSTEAD OF MC401S'S

1~5

MODEL NO

PROD DES LINE E:NGR

M'7725 BeCAN M773 15 M1711 PERIPH M1131 .. YA PERIPH M7734 PERIPH M774 14 M774t 14 M775 15 M7751 PERIPH M7752 PERIPH M7753 PEfUPH '47754 PERIPH "'7755 PERIPH M7756 PERIPH M7751 PE,;RIPH M1758 PERIPH M7159 PERIPH M776 15 M1760 PERIPH M7761 PERIPH M7770 PERIPH M'7771 PERIPH M7772 PERIPH M7771 pe;RIPH M7174 PERIPH M7775 PERIPH M7776 PERIPH M7777 PERIPH M'7778 PERIPH "1780 11 M'780.Y8 11 M180"YC 11 M'780-Y"" 11 M780-YE 11 M780.YF 11 M780.YH FS M7800 11 M7800"YA 11 M7800 .. YB 11 "17801 CSs M7802 CSS '4'1801 CSS M7804 11 M7805 11 "'7806 11 M7807 11 '47808 11 M7809 11 M781 11 M7810 11 M7812 11 M7813 11 M7815 11 M1816 11 '47817 11

DaR P'A RF fU" CAY AR AR

CHI TFf" NF NY NF CHI PM CHI TFF fA MOL MOL TP'F Try KG KG SERG SERG DL KG KG PJ PJ PJ PJ PJ PJ E8 PJ PJ Bt"E SKJ SKJ SKJ BES BES 8ES WP' WF JL PJ DJO RL RL RL RL Rt"

STATUS MO/YR

3 3/73 5 5/73 5 5/73 2 2/72 2 10/72

oe;SCRIPTION

SHORT CARRIAGE RETURN CONTROL, LASlO, SINGLE 8,5 CONSOLE CONTROL .~ FOR PDP.15 SERIALINTERFACE CONTROL, LA30 M77l1 W PULL UP R~SISTORS 4,7K INSTEAD OF 220 OHMS UPPER/LQw~R CAS~ ~A30 CHAR GEN, 00U8LE 8,5 PDP14.L INSTRUCTION DECODER PDP14/30 TIMING' REGISTERS, QUAD 8,5 TIME STATE GENERATOR

156

5 2 5 2 2 4 2 2 4 4 4 2 5 4 4 2 2 1 1 t 1 1 1 1 '5

8/71 5/73 7/73 7/73 9/73 7/73 7/73 6/73 7/73 7/73 7/73

ENCODER.DECODER PLL (PHASE LOCK LOOP), 4 LAYER DOUBLE X 8,5, RS03 (STANDARD DOUBLE INN~R LAYER)

5 '5 5 5 '5 3 !J 5 1 2 2 2 1 1 1 I t t 5 5 2 2 2 1 t

5/7] 5/71 7/73 7/73 7/73 7/71 7/73 7/73 7/7l 7/71 7/71

3/72 11/72

1171 10/73 1/7l 1/73 1/73 1/73 1/11 1/73

11/73 11/71 11/73

DESKEW LOGIC, RSOJ, DOUBLE X 8,5 DATA 8urFER, RSO), DBL X 8,5, INCLUDES eRC ADDRESS REGISTER, RSO), D8w X 8,5 CONTROL, RSO], OBL X 8,5 A~TERNATE TRACK OPTION, RSOl, 08L X 8,S RS04~TA (TIMING TRACK WRIT~R) QUAD 8,S RS04 HEAD MATRIX COMMAND O~CQD£, DOUBLE 8.5 READER REGISTER CASSETT~ LOGIC, TU60, HEX 8.5, NO FINGERS CASSETTE SERVO' READ, TU60, HEX 8,5, NU FINGERS RSOl STATUS, DOU8~E 8,5 RBO] FORMAT, DOUBLE 8,5 RP04 SYNCHRO~OUS LOGIC, 4 ~AYER H~X RP04 ASYNCHRONOUS LOGIC, HEX RP04 REGISTER ~OGIC, HEX RP04 DUAL PORT LOGIC, HEX RP04 ERROR CORRECTION LOGIC, ~ LAYER HEX RP04 MDLI (MIN DEVICE LEVEL INT!RFACE) 80ARD 1, DOU8LE 8,5 RP04 MOLl BOARD 2, DOUBLE 8,5 TELETYPE TRANSMITT~R , RECEIVER FOR KL11, 110 BAUD, DOUbL~ 150 BAUD M780 300 BAUO M'180 600 BAUD M780 1200 SEND, 110 RECEIVE M780 2400 8AUD M780 USED IN PMK02.C OPTION ASYNC TRANSM!TT~R , RCVR,KL11, vUMPER BAUD RATE FROM ItO TO 2400, TO REpLACE M7S0, Ml05, M1ij2 M7800 WITHOUT EIA CHIPS, CURRENT LOOP ONLY M7800 W 24.6 K BAUD DATA WORD CONTROL FOR MCl1 ADDRESS CONTROL FOR MCll ARBITRATION CONTROL FOR MCll AR8ITRATOR CARD FOR MAil, DOUBLE 8,5 TlMING, MAll, QUAO 8,5 PORT, MAll, HEX 8,5 M1247, M165, M7821 ON ONE QUAD M7247 , M7246 ON ONE QUAD 16CH 1081T AID, 1 eM olA, CLOCK, 4 LAYER HEX PCll CONTROL BOARD, FOR KAJl

11/72M791 + MI05 + M'1921, QUAD X 8,5(tNTERFACE BETWEEN 11 , HIGH SPEED REAOER/PUNCH) 9/71 DQ11.AA BUS SELECTORS, CSR'S, SHIfT REGISTERS, HEX 8,5 9/73 OQI1~AA CHAR COUNT, 8US AODRESS, SHIFT.CONT, HEX 8,5 9/73 OQtl-AA MODEM CONTROL COOl I-SA), SINGLE 8.5 3/73 Doll-AS BUS SELECTORS & BLOCK CHECK CHAR, HEX 8,5 3/73 OQ11.AB CHAR DETECTIOH , SEQUENCE CONT (D Q11.SB), H~X 8,5

MODEL NO

PROD LINE

M7818 11 "'792 11 M7820· 11 M1921 11 M7922 11 M7R23 11 M1824 SSCAL M792511 M7826 CSS M7827 CSS M7928 CBS M7829 SSCAN M79) 11 M18Jl 11 M7832 11 M7934 11/40 M1R4 11 M795 11 M796 11 M78bO 11 M7B7 11 M188 11 M7R9 11 M7892 11 M790 11 M791 11 M7910 11 M792 11 M792.YA 11 M792",YB 11 M792.'iC 11 M792"'YO 11/45 M792"'YE 11/45 M792 ... YF CPL M792.YH 11 M792.Y\} CBS M792 ... YK 11 M793 11 M791 ... YA SSCAL M791.YB SSCAL M7930 11 M7930""YA CSS M794 11 M795 CAT M796 11 M79b.YA DAS M797 11 M798 t1 M199 11 "17990 11 M7999 CBS M800 IPG M8000 CSS MeOt IPG M802 IPG

DES ENGR

RL PJ PJ SR Fto OES GSO FZ ABW LO DRS DLM PJ GH Gli JO PJ PJ PJ DJD CA Po PO ORM Po BEATTY DJD BPf' 8P~" BPF GEf' aPF SPF BALL PJ 1,,0 TM CA 8E OF DJD ABW VB DCB

RCR

RG FS ST FE MS BG FE

STATUS MO/YR,

DESCRlPTION

2 9/73 DQtl·AA HARDWIRED CHAR DETECTION & NPR CONT, DOUBLE 8,5 ~ 10/71 INTERRUPT CONTRO~, 6 BITS, 1 PER POP11 PERIPHERAL 5 INTERRUPT CONTROL, 7 BITS, 1 PER PDP!l PERIpHERAL, ~lLL B~ REpLACED 8~ M7821 ~ 2/72 FAST M7&20 1. 9/73 DU11, QUAD 8,5 2 11/73 WATCH DOG TIMER, KW11-W, DOUBLE 8.5 3 5/73 PUNCH INT~RFACE, CP11~UP, QUAD 1 7/7] BACKUP FOR M7822, DUll, HeX 2 9/73 OVS11 sERIAL LINE XMIT/RECEIV~R, IYNC, ASYNC, ISOCHRONOUS, UOUBLE 8,5 1 9/73 XY]11 CO~TROL BOARD, DOUBLE 8.5 2 9/73 REMOT~ OT03 BUS SwITCH CONTROL, DOUBLE i,5 3 9111 X BUS TO UNIBUS INTERFACE, USED WITH W7400 MODULES 5 12 8US DRIVERS, PDP""11, SINGLE X 8,5 1 9/72 4K 16 BIt STATIC N.CHANNE~ MOS MEM, HEX 8,5 1 10/73 8K lS-S1T DyNAMIC RAM C4K CHIPS), 4 LAyER HEX 1 1/71 TI~lNG (PARITY), KD11~A, 8,5 HEX 5 UNIBUS RECEIVER, POP-l1 5 S/7l UNIBUS DRlVER & RgC~IVER, 8 B1T5, POP.11, SINGLE x 8,5 5 UNIBUS TRANS & REC. & REG, 16 81TS, PDP-1l, DOU8L~, 8.5 5 11/72 M186 + MIOS .~7~21, QUAD X 9.5 (GENERAL DEVICE INT~RrACE TO 11) 5 LINE FREQU€NCY INTERRUPT CLOCK 5 MRtl.A CONTROL LOGIC, DOUBLE, 8,5 t 2/70 ~Rl1~A OEVICE.5~L~CTOR, DOU8~E, 8,5 4 7/71 M7292 W e881 & 380 1 2/70 MR11~A D~TA R~G15r~R, DOUBLE, 8.5 5 11/71 LA]O INTERFACE FOR POP11, OBL X 8,5 4 S/7l M791 • Ml05 J M7821, QUAD x 8,5 (PARALLEL INTERFACE BETWEEN 11 & LA30P) 5 12 WORD, 16 BIT ROM DIODE MATR1X, ALL OlODts IN, QUAD, 8,5, USED IN 0011 5 l111t PAPER TAPE LOADER 5 DISK LOADER ROM 5 5171 CARD READER BOOTSTRAP ROM 5 8/72 CARD 1 OF MR11-0B BUOSTRAP LOADER 5 8/72 CARD 2 or MR11.0B BOOSTRAP LOADER ~ 10/7) OS500 LOADER ROM 4 5/7] TAll BOOSTRAP LO~OER 1 4/7l SELL SP£CIAL TM11 LOADER 2 tO/73 VT20 BOOTSTRAP 5 CONTROL FOR LINE PRINTER (LP11), DOUBLE, 8,5, SID~ M904 CONNECTOR 1 3/72 CONTROL FOR DATA PRODUCTS 2440 & 2770 (FORM FEED) t 10/72 CONTROL FOR DATAMETRICS MC)OOO ~lNE PRINTER 5 5/71 M79l • ~105 • M7921, QUAD X 8,5 (INTERFACE TO DATA PRoDUCTS LINt PRINTERS) , 3/71 M7900 W ADDED ZONING & VERTICAL FORMAT S MOOEM INTERFACE & CONTROL CA~D (Dell-D) S WORD COUNT, CURRENT MEN ADOR~SS, DOUBL~ X 8,5 5 UNIBUS MASTER CONTROL, SINGLE X 8.5, USED WITH M782 2 0/71 M796 W Cl~5uF (DA28.C) 5 REGISTER SELECT MODULE, SINGLE X 5, USED ~lTH Ml0S 5 UNIBUS DRlvER, 16 CHANNELS, WIRgo OR lNPUTS, SINGLE X 5 5 DISPLAY CONTROL FOR AA11, DOUBLE X 8.5 5 3/72 LAB11 CULOR CONTRUL, SINGLE X 8.5 ] 11/71 M799 WITij ABILITY TO HANDLE A LIGHT PEN 5 6 RELAYS & 6 M050 DRIVERS , 4113 SOLID stATE Meoo, 50 MA MAX, ./- 50V, TELEDyNE 640-1 RELAYS 5 6 LATCHING RELA~S, DOUBLE, 6" 5 12 BIT LATCHING RELAYS FOR 0001

157

MOOEL NO

PROD LINE

M802.YA {PG M80) IPG ~804 IPC; M805 IPG M806 IPG Pt1807 IPG ~8100 11/45 ~8tOl t 1145 M81.02 11/45 ~8103 11/45 M8,.04 11/45 M.8105 11/45 M8106 11/45 M8107 11/45 M8tOS 11/45 M8109 11/4S M8ttO 11/45 M8ttl 11/45 M8111""YA 11/45 M8tt2 11/45 M811l 11/45 M8'.14 11/45 ",8115 11/45 "'8116 11/45 ~91.98 11/45 M8199 11/45 "'820 11 M8,0""JA 11 M82·1 11 "'821""JA 11 M822 11 M822""JA 11 M822""YA 11 M823 11 M823.,JA 11 "'924 11 M824""JA 11 M824.,YA 11 14825 11 "'825"JA 11 M82S.YA 11 "'8251 11 ~826 11 M827 11 M828 11 M8280 11 '4829 11 M8290 11 '48293 11 M8294 11 M8l0 AlE M8300 alE M8301 S/E "'8302 8/E ~8303 AlE

PES ~NGR

RG FE Fe: FE FE P"E SJ SJ SJ SJ AEIi AEH AEH BG BG OV JZ SW S~ tJ8H LBM LBH LBH 8G 01 01 JO JO Jo JO JO JO JO JO JO ~JO JO JO JO JO Jo JO eo SR CA DV KK DJD DwS OWS LK GHL r...K JRB LN

STATUS MO/YR

1 6171 5 5 5 1 5 4 4 4 4 4 4 4

5/7)

5/73 5/71 5/73 5/7.3 5/73 5/7] 5/73

" 5/7] 4 5/7:) 4 5/73 4 5/73 4 5/71 4 5/73 4 5/73 4 5/73 4 5/73 5 9/73 4 5/73 1 11/71 1 11/71 5 t 5 t 5 1 5 5 1 5 1 5 5 t 5 ~

5 5 5 5 5 5 4 1 Ii 5 t 4 1

7172

7/72

7/72 5/73 5/73

7/72

7/71 5/73

7/72 5/71 5/73

11/71 517]

11/71 5173 7/73 8/73

7/71

7/72 5111

9/72

DESCRIPTION

M802 WITH JUMPERS INSTEAD OF RE~A¥S, OR1V~S CUSTOMER R~~A~S 16 BIT M802 12 BIT fLIP FLOP MELlYS FOR 0001 16 BIT M804 12 BIT SINGLE SHOT REALYS rOR DDOI 16 8IT M806 OAP (DATA PATH MODULE), 11/45, HEX X 8.5, 4 LAYER GRA (GENeRAL R€GIST~R ADDRESS), 11/45, i.S HEX, 4 LAYER IRe (INSTRUCTION REGIST~R CONTROL), 11/45, 8.5 HEX, 4 LAYER RAC (ROM AODRESS CONTROL), 8,5 HEX, 4 LAYER PDR (PROCESSOR DAtA & UNIBUS REGIST~RS), 11/45, 8,5 HEX, 4 LAYER TMe (TIMING & MIse CONTROL), 11/45, 8,5 HEX, 4 LA~ER UBC (UNIBUS CONTROL), 8,5 HEX, 4 LAYER SAP (SEGMENTATION ADDRESS PATHS), 8,5 HEX 4 LAYER SSR (SEGMENTATION STATUS REG), s,~ HEX 4 LAyER TIG (TIMING GEN~RATOR), 8,5 QUAD ,4 LAYER MEM CONTROL FOR MOS OR BIPOLAR MEM, 8,5 HEX, 4 LAYER lK X 16 BITS 8IPO~AR MEMORY 18 81T Malt! rRM (fLOATlNG POINT ROM CONTROL) 8,5 HEX, 4 LAYER FxP (fLUATING POINT EXPUN~NT DAIA PATHS) 8,5 HEX, 4 LAY~R FRH (fRACTION HIGH ORDER DATA PATH) 8,5 HEX, 4 LAXER FRL (FRACTION LOW ORDER DATA PATH) 8,5 HEX, 4 LAY~R SJB (SEGMENTATION JUMPER BOARD), 8,5 HEX, 2 SIDES FlO (FLOATING INT~RFACE DATA PATH), HEX 8,5, 2 SIDES FIC (FLOATING INT~RfACE CONTRUL), HEX X 8,5, 2 slOES DATA PATHS CONTROL, KA11, QUAD, 8,5 SYSTEM.TESTEO M820 MEMORY CONTROL, KAll, DOUBL~, 8.5 SYSTEM~TgSrED M821 FLAG CONTROL, KA11,OOUBLE,8,S SYSTEM"TESTED Mi22 M822 fOR KHl h·A CODES, DATA, PDP~11, SINGLE, 8,5 SYSTEM~TESTED M82J PRIORITY, KAll, DOUBLE, 8,5 SYSTEM-TESTED M824 M824 FOR KIHlt!OA POWER FAIL, SINGLE, 8,5 SYSTEM.Te$TED Mi2s M8~5 FOR J(Hll.A NPR EXPANSION, KH11.A 75 TO 250 NS CLOCK WITH SR, (8 PHAS~ CLOCK), SINGLE X 8.S CLOCK & STATES, K~ll.A, QUAD, 8,5 KY11.a COHSOLE BOARD, DOUBL~, 8.5 CONSOLE INTERFACE FOR l1R20, KY11-E,.Y, QUAD X 8.5 CARD READ~R CONTROL, OOUB~E X 8.5, fOR CR11 & eMIl M829 + MI0S + M829, QUAD X 8.5 M729l W NO 8838 15 32K TIMING & UNIBUS INT~RfACE, MMll.W, .WP, QUAD MAJOR REGISTER fOR KKS-E MAJOR REGISTER YOR KK8-E, REPLACEs M830 wHEN USED WITH M83l0 alE INDEX REGISTER OPTION, QUAD 8,5 WI~g WRAPPED LV01 CONT, LV8, QUAD 8,5 VTS-E MUI, USED W1TH M8JJ5.7, QUAD 8.5

158

MOOEIJ PRO/') DES NO LINE ENGR

"'8304 BIE RBR. M8305 8/E RBR M8306 S/E VOS M8307 16 MWS M830a LVP 8M ~811 alE LK M8JI0 8/E GHI" M8l11 BIA at M$312 alA ST M832 B/E JK "'8.12 0 8/E GMt, t.18321 BIE GHL 148322 8/E GHL M8323 8/E GHL M8326 9/£ LN "'832 7 BIE GHL ..,8328 TPL SG M8329 SIS: ,IK M833 e/t GML M8330 alE GHL ~8331 alE LN M8332 14 AR M8333 14 AR "'8.134 14 AR. M83lS alE PK "83]6 alE PK M8337 9/t PK 1481]8 SSMU WE M81l9 SSMU WE 148340 8/E GHL. M814t alE GHL 148342 8/E JK M8l4] 8/E OA M8144 9/E DA M8l4S 8/E DA M8346 BIE OA Mel47 B/E 8T 148349 alE DA M8349 .. YA 9/£ OA M8149 .. yC 8/E OA M8149-YD 8/E DA M8349 ... YF; 14 AR 14835 alE LK ~8350 8/E liT M8l50·YA QC 00 148351 8/E GHL M8352 8/E GML 14835) alE GHL "8354 8/£ GHL "8355 8/E PI "8:J56 e/E RI "836 8/E J"J( J48360 8/E LT 11837 8/E LN "'8370 elB LK

STATUS MO/YR

! 11/72 t 11/72 2 5/73 1 1/71 2 6/73 6 6/71 5 t 5/7) t 5/73 6 2/72 5 4 7/73 4 5113 4 5/73 '5 1/72 ~ 9/73 5 $ 5/71 6 2/72 5 5/7] 4 4/73 5 11/72 5 1113 5 11/72 5 5/73 4 5/71 4 5/71 :3 2/72 3 2/72 '5 8/72 5 11/72 5 10/73 1 1/72 1 3/72 1 3/72 1 3/72 , 9/73 4 9/73 2 7/73 2 8113 2 8/73 2 9/71 6 8/71 5 11/71 5 8/72 t 6/73 t 6/73 1 6/73 1 6/71 2 10/73 2 10113 6 9/71 5 5 1 1173

DESCRIPTION

INT£GRA~ MODEM (113A EQUIVALENT), DYS-SA, QUAD 8.5 INTEGRA~ MODEM (1118 EQUIVALENT), DFS-Sti, QUAD 8.5 SMCOl INTERFACE, QUAD 8.5 PROM SIMULATOR/~OAD~R C6NTROL, ~OADS M7J27 COORDINATE MEASURING SYSTEM INTERFACE, QUAD REGISTER CONTROL fOR KKS-E REGISTER CONTROL fOR KK8-E, REPLACES M8lt WHEN USED WITH M8300 4K X 12 MOS RAM W ROM tNT~RFACE; QUAD (Mse.AA) ROM, QUAO LOAD RESISTORS FOR BUS, 9/~ aus LOADS rOR B/E. REPLACES M83~ TM8 ... E OUTPUT CONTROL TM8.E CONTROL , BREAK TMS-g TRANSPORT STATUS CONTROL INTERPROCESSOR bUFFER, alE TO 8/E, UP TO 8 PER COMPUTER TM8"g REGISTERS BUF MEM CLAMP LOADS, SWITCHES , INDICATORS LC8 ... E PARALLEL INTERFACE TO LA30~P. 8,5 X QUAD TIMING G€N FOR KKe-E IMPROVED MQ1) (SEE M8347) CASSETTE CONTROL (TAS/E) DC14.a CONTROL (USED WITH UP TO 12 MB333 t S), QUAD x 8,5, PLUG INTu OMNIBUS DC14-C ASINC l4 81T ERROR CORR, IMIT & RECEIVE, ij,5 X QUAD, PLUG INTO uM~lbUS OC14.0 CONTROL (USEO wITH UP TO 12 M8333 f S), UNlBUS COMPATIbLE, QUAD X S.5 VTS-! KEY80ARD PRINTER CONTROL, QUAD 8,5 VT8.E FREQUENCY DIVIDER, QUAD 8.5 VTS-E LI~~ BurrER, QUAD 8,5 BIt INT~RFACE TO fACIT 4001 , 4003 PAPER TAPE READER 8/E INTERfACE TO 'ACIT 4060 , 4061 PAPER TAPE PUNCH EAt INSTRUCTION DECODER EAE RtGISTER CONTROL LSR.E PARALLEL CONT- WILL REPLACE M8329 RC8/E BOARD 1 QUAO 8.5 RC8/E SOARD 2 QUAD 8,5 RCS/E 80AAD 3 QUAO 8.5 RC8/E BQARO 4 QUAD 8.5

159

TIMING GENERATOR fOR BIE W STOP CLOCK INPUT, CAN REPvACE M83l0, QUAO 8,S (KMS-F) (ECOID INTU M8330) lK 12 BIT PROM, CONT + 256 WORDS R/W, (INTEL 1702 REPROGRAMMABLE RUM), N~EDS +5V & -15V,QUAO 8.5 MS349 WITH ONLY 256 WORDS OF PROM M8149 W lK 12-81T PROM ON~r M8349 W 512 12~81T PROM ONLY MB149 WITH ONLY 1~ 12 BIT PROM & NO SWITCH START LOGIC POSITIVE BUS INTERFACE CARD FOR POPH.E rAST!R M815, REPLACES M835 M8150 MODIFIED rOR TERRADYNE IC TESTER MASS 6US INTE~FAC', CARD 1 ~ASS aus lNTERFAC~, CARD 2 MASS BUS INTERFACE, CARD 3 MASS 8US INTERfACE, CARD 4 MARS (MAJOR ACTIV~ REGISTERS & STATUS 81TS) PANEL DRIVER, QUAD KEY OPTION' MATCHES KEYS TO MEM AODRESSREGlSTtR , HALTS, QUAD DATA iR~AK sUS INTER'AC~ CARD FOR PDP8.t FASTER M$l6, REPLACES M8l6 MEMORY EXTENSION CONTROL rOR PDP8.E, ALSO TIME sHARE CP BOARD, HEX

MODEL NO

PROD DES LINt €NGR

MI38 B/E 14839 alE M840 lIE M840wYA 8/E M8401 BIt 14841 9/E 14842 8/E 148420 SS"1U '4843 8/E M841"YA CSS M844 8/E 14845 9/E '4846 8/E M947 elE M847.YA 8/E M84.,.yC SIt M847.YD 8/E M847-YE 8/E M841.YF S/E M847.YG S/E M847.Y.H 8/£ M847"YJ 8/E M84,.YK 10 M841.YL 8/E M$4'.YM TYP 14948 8/E 148480 8/E 14849 S/i: M850 8 M8S01 CSS M8502 CBS M8501 CSS 148504 CBS M850S CSS M8506 CBS M8507 CSS M8508 CSS Me509 CSS 14851 IPG 14860 8/E M861 8/E M8610 Sit M8611 9/E 14862 8/E '4863 S/E M864 8/E 14865 Sit MS6S.YA alE 14865-Y9 8/E Me6S-YC FS 148650 S/E M86S0 .. YA alE M8650",YB FS M8651 CSS "18652 8/t

R8R RBR LN I(Q

eRB LN t"N WK Lr ~B

lDt. AOL

LT LT LT LT LT LT LT LT NR KE liT JOL LN liN ADL WH DH OH JTN JTN JTN

. JTN JI"M JLM JLM FE LN 8T 8T 8T 8T AW AOL RBR RBR RBR Ea R8R RSR EB BV PBR

STATUS MO/YR

7 11/70 5 11/72 5 1172 1 5/73 1 9/70 5 5 2 5 2 '1 7 t, 5 5 5 5 5 ~ 5 5 5 5 Ii 5 5 6 5 S 1 1 2 2 t 1 2 2 2 !S 5 1 1 1 1 5 7 7 1 1 1 5 5 S. 1 4

6/73 11/71 71'1

3/71 1/70 9/72 8/72 8/72 8/72 9/72 8/72 8/12

1/72 7/73 fi/') 9111 9/73

9/72

9/71 9111 11/71 11/71 6172 6/72 10/73 10/73 10/73

6173 2/71 2/71 6/71 2/71 2/72

9/71 9/7)

8/70 J/71 6/72

12/71 9172 4/71

5/73

Ofi;SCRIPTION

ASYNCHRONOUS CONTROL FOR DTa-E SyNC MODE INTERFACE CARO fOR OPS-E PC04-SL , PC04.SM CONTROL CPC8~E, PCe-El) M840 MODIFIED TO DRlVE PR68 PR68",O INTERFACE TO OMNIBUS, DOUBLE X 8,5, FOR PDPll.MA DATA PRODUCTS J.,lNE P.RINl'ER CONTROL, LP9-E xy PLOTTER CONTROL CONTROL FOR CALCOMP 9361 XYS-F, QUAD GDt CARD READER CONTRO~ M943 WITH DEVICE CODE OF 33 & 31 TIMING , CONTROL FOR vse-g CHARACT~R GENERATOR FOR VAS-! PUSH DOWN ~IST CONTROL, KH8.£ ROM, MIS-g, ALL OIODES IN ROM FOR M18.EA HIGHILOW SPEED pApER TAPE RIM RO~ FOR MIS.Ee, Te08 BOOTSTRAP ROM FOR MIS-EO, RK8 BOOTSTRAP ROM FOR M18.EE TYPSET _1M LOADER ROM FOR MIS.EF, EDU SYSTEM BOOTSTRAP, LOW SPEED ROM FOR ~19~EG, EOU SYSTEM HOOTSTRAP, HIGH SPEED TOe.E BOOTSTRAP (M18wEH) RK9/E BOOTSTRAP (Mla-EJ) eRe BOOTSTRAP FOR DC72 TU60 iOOTSTRAP (Mle.EL) TyPESET OECTAPE BOOTSTRAP POWER FAI~ DETECT & AUTO RESTART, ewE, QUAD IMPROVED M848, US~D ONLY wITH Ma330 R'1 sHIELD, 9 .. E, QUAD EIA· FULL QUPLEXI"EVEL CONVERTER, W076 PINS, PIN K MUST BE .. 15V TELEX INV~RTER, DBL X 8.5 (w941) TELEX DIAL!R, QUAD X 8.5 (W~40) DP11/0MA CONTROL CARD, QUAD X 8,5, WIRE WRAPPED OQS11.A REGISTER CARD, QUAD X 8.5, WIRE WRAPPED DQS11-0 RtGISTE,R CARD, QUAD 8,5,. WIRE WRAPPED OQS11 CONTROL CARD, QUAD 8.5, WIRE WRAPPED READER INTERFACE & CONTROL (1 PORT ASYNC MUX), RT90, QUAD 8,5 KEYBOARD ENCODER MODULE, DOUBLE 8,5 INDICATOR MOD, 24 LIGHTS ON 1 l/1b" CENTERS, 12,6V CT 8US REC~IVER , 8 BI~ ADDRESS DECODER FOR 0002 REAL TIMt CLOCK, OK8wEF, e.£, QUAD 256 WORD R/W, a.~, QUAD, DRIVERS, DECODE 256 WORD STACK BOARD M8610 WITH CORE STACK ATTACHEO 256 WORD ~/W SENS~, INHIBIT, , DATA REGISTER, 8/E, QUAD 12 CH DIGITAL 1/0 (DRa.EA) MULTlPLEX INTERfACE FOR vse.E CONSO~E TELETXPt CONTROL, 110 BAUD, KLS-E, QUAD X 8,5 150 SAUD, KLS.E8 100 BAUD M8&5 M86S FOR PMK02 CASSETTE REPLACEMENT FOR M865, QUAD X 8,5 REPLACEMENT FOR M86S.YA TTY CONTROL, PMK02.S CONSOLE TTY CONTROL, OIF DEVICE CUDE FOM TTY (40 , 41) DOUBLE BUFFERED ASYNCH DATA CONtROL, QUAD X 8.5, KLijwFA, 110 BAUD

It>O

MonEL PROD ~O LINE

M8652-YA alE M8()52"'YB 8/E M86S2",YC 8/E ~8652"'YD css li!8652.YE TPL ~8653 BIE J.18655 B/E "1866 8/E M8£,7 alE fI1868 8/E '1869 8/e: M86~h'YA. CSS M870 12 Me71 12 M872 12 M87] 11 M873",YA. 11 "1990 B/E M8~1 e/E M8B2 9/E Mee3 B/E "188.30 9/E M884 AlE "1895 BIg M8R6 8/E Me90 PEPIPH A4890t PERI PH M9902 pERIPH M89!)3 PERIPH t.18904 PERI PH M890S PEP.IPH M8906 PERl PH 1048907 PERIPH M8908 PERIPH M8909 P~RIPH

M891 PERIPH M8910 PERIPH M891t PERIPH M8912 pERIPH M892 P£:RIPH "'893 PERIFH M894 PERIPH "1895 PERI PH M896 PERI PH M897 M898 PERI PH "'899

CONNECTORS "

M9no 8 M9000 COM M91')Ot PERIPH M9002 PERIPH M9001 QC

DES STATUS ENGR MO/YR

R.SR 4 5173 RBR 4 5113 RBP 4 5/73 we:: 3 12/71 MI 1 &173 R8R 2 1/72 RBR 2 9/73 R8R 5 5113 OF 7 5/73 DA 5 1112 AC iii 11/71 MS 1 7172 SNT 5 5/73

1 10/70 t 10/70

DR 2 10/7] OR 2 11/73 RH 5 5173 WH 7 9/73 ADL 5 ADL 6 2/72 ADL 5 1/7~ JK IS AW 5 5/73 WH 7 9/73 JH 5 JH 1 12/72 JH 1 8111 JH 1 8/73 J,H 1 8/73 JH 1 8/73 JH 1 8/73

HO 1 8/7) MOM 5 JH t 1/73 JH 1 1/73 JH 1 8/73 MOM 5

7 1/71 7 1/71 5

JH 5 11/71

'- 9170

TERMINATORS

5 RA~ 4 5/73 JH 1 3/71 JH '- 3/73 EF t 6/73

OE$CIUPTION

M8652 150 BAUO, K~8.Fa THRU -YG M8652 134,5 BAUO, K~8~FH M86S2 (14.746 MHZ CRYSTAL), KLB.FJ M8652 WITH 13,107 ~HZ CRYSTAL (fOR 100 SAUD) M8652, 4800 BAUD, KL9~F~, COMMUNICATES w Otl1 .. C MODEM CONTRO~, KLSeM K48wJ, QUAD, 110 TO 9600 SAUD CONT, 20 MA , EIA EtA LEVEL CONVERTERS FOR 104839 (DPS"E) INCREMENTAL TAPE CONTROL (TRS.EA) DECTAPE CONTROL, SIMPLE, (TD8~EA) POINT PLOTTING SCOPE CONTROL SECTION 1, (VC8~E), QUAD X 8,5 MODIFICATION FOR kPllOC SCOPE (10 USEe INTENSifY PULS~) IMPLEMENTS SIMPLE CLOCK INPOP1~ 2 16 8IT REGlSTiR5, 1 4 SCD FOR BINARY.ijCD-SINARY CONV, NEEOS M872, DOUijLE X 5 CONTRUL FOR M871 UNIBUS R!START W SPACE 'OR 4 ROMS, EA 25614, QUAD UNIBUS KESTART W 128 WORD ROM, INCLUDES M192-YA, .Ya, .YO, ~YE, .YF, wYN, 0011, QUAD 8,5 256 WORD kOM, 8.E, QUAD, (USES G643)(MR8.EA) AUTOMATIC PRIORlTY INTERRUPT, 8,5 QUAD, KfS-E REAL TIME CLOCK. LINE FREQUENCY COK8-EA) 8.5, QUAD REAL TIME CLOCK, CRYSTAL, (OK8.Eel 8,5 QUAD, 3 FREQ CHOICE, REPLACED 8Y M83l0 M88l wITH 4 FREQ CHOICE REDuNOANcr CHECK, CRe , LRC , VRC GEN & CHECK, KG8~E, QUAD X 8,5 POINT P~OTTING SCOPE CONTROL SECTION 2, eVee-E), QUAD x 8.5 1024 WORD ROM, 8-£, QUAD, USEs G642 MOTION CONTROL FOR TU10, DOUBLE X 5 DATA SYNCHRONIZER, TU16, QUAD 9,5 TM02 TAPE CONTROL, PE, QUAO TM02 TAPE CONTROL, COMMON MODE, HEX TM02 TAPE CONTROL, NRZI, QUAD TM02 MAINTENANCE REGIST~R, QUAD TM02 16-SlT FIDDLER, QUAD

TM02 MA$i BUS INTERFACE, HEX CRe , WR1TE GATING FOR TU10 TU1& LOGIC & WRIT~ SOARD, HEX 8.5 TUt6 SLAVE CLOCK, MOTION DELAY, DOUBLE 8,5 TU16 SLAVE TEST FUNCTION GENERATOR, DOUBLE S,5 GAP TIMING & READ PARITY, FOR TU10 MASTER 9 TRACK WRITE BUFfER FOR TU10, +LOGIC VERSION or M763 7 TRACK WRITE BUFfER FOR TU10, +LOGIC VERSION OF M764 READ' WRITE TIMING FOR TU10 MASTER CRCC CHECKER FOR TU10

DELAY SELECTOR FOR TU10-C,-D

CONNECTOR TO 8/1 CONSOLE, 10 SIGNALS, 2 GNDS, TTL BUFFERING GPANT CO~TINUITY BOARD FOR UNIBUS SLOTS IN CBlt, DOUBLE 2 3/8 8US CONNECTOR, 2 H854'S BUSSED TOGETHER, ALL SIGNALS COME OUT, DOU8LE BfS SUS TERMINATOR, 1 H854, ALL SIGNALS COM~ OUT, DOU8L~ 8,5 DOUBLE MODULE TO fLAT MYLAR (40 SIGS), ALL PINS, ROOM FOR R~SlSTORS TO +5, GNP, , IN SERI,S

161

~OOEL ~O

"'9004 M9005 M9006 "'9001 ~9008 M9009 M9l)l

.4M.902 M9021!J1A M902-YB ~903 M904 M90S M906 M906""YA M907 "1908 M908",YA ~908""Y8 "'909 "'910 M9100 "'911 M911"YII M912 M913 M914 M915 "1916 M917 M9t 70 "'918 M9t9 M9t90 M9t91 M920 M9200 '4921 M922

'M923 M924 "1925 M926 M921 M929 M9~90 "1930 M<)30 .. .)A t!1910"'YA M9300 "'931 M932 M933 M934 M935

PRO~ LINE

QC 10 1.0 QC TPL TPL CAT 15 8 8 CAT CAT 8 CAT 12 CAT CAT 15 11 CAT CAT MOO 15 SSCA CAT MOD 15 CAT 15 CAT 10 CAT 11 10 11 11 t 1 t2 CAT pERIPH CS5 11 CAT 11 11 10 t 1 11 t 1 11 10 10 CAT 12 8/E

D~S ENGR

Ef SU SU IR AJM AJM

tiL MA MA

MOOR

Dy DR DCB DCB Dca HL DPS DCB

DV DCB FA Dca JD DC8 CRa STP KA CRS SW LG Dca CV PJ Dca CA eR8 S1P PJ PJ l(A SJ SU FF AR AW PG

STATUS MO/Y~

1 6/1) 1 8/71 2 9/73 t 9/73 1 10/73 1 10/73 5 6 5 5 §

5 15 '5 5 5 5 2 5 5 5 5 6 3 5 7 5 5 5 5 15 5 5 1 1 5 5 5 5 5 1 5 5 5 5 t 5 1 1 4 !5 1 5 5 5

1/71

5/73

1/70 5/73

5/7] 1/71

1/13

1169

9/73

5/73 6113 9/73 5/73 5113

5/73

4/72

5/73 6/73

7/72 8/73 1/7)

11"72 11/69

DESCRIPTION

1 H8S6, 2 H854, CAN BE ~1~ED TO ANY CONFIGURAtION, TU60 XOR MA20 T~RMINATOR, SAME PINS AS M~006, OOUB~E 8,5 MA20 S BUS CABLE SOARD, 2 1M CASLES, 40 SlG, DOUBLE A,5 33 1000""OHM RESISTORS TO +Sv H854 TO 36 PINS, A, 8, UU, VV NOT CONNECT~D, SINGLE 5 (5409209) H854 TO ]0 PINS, M, N, P, S NOT CONNECTEO, SINGLE 5 FLAT MYLAR CA8LE CONNECTOR, 10 OHMS IN A2,B2,Ul & VI, 2 CA8LES TERMINATOR, 18 100 OHM RESISTORS, M903 , M904 CONNECTIONS 18 470 OHMS RtSlS'IORS ( MS. TERMINATOR, 8 + BUS) 6 100 OHM & 12 470 OHM RESISTORS ( TERMINATES AC, lOP, ON 8 + BUS) FLAT MYLAR CONN~CTOR, 18 SIGNALS, 14 GND PINS· COAX CONNECTOR, 2 9~CONOUCTOR COAXES, M903 PINS SPECIAL RIBBON CABLE CONNECTOR, OF]2 CABLE TERMINATOR, 220 OHMS TO +5V, CLAMPED TO 3Y & GND, M903 PINS M906 WITH NO 220 OHM RESISTORS M9~6 ~lTH eLAMPS ONLY TO OND R1BSON CASLE CONNiCTOR, 10 OHMS IN A2,82,Ul &Vl, ALL OTHERS STRAIGHT THRU Rf09 MAINTENANCE CAR~, REPLACES CABLE TO Rs09 M908 WITH HANDLE TERMINATOR, 18 68 OHM RESISTORS TO GNO, FOR 15 110 BUS TERMINATOR, 18 68 OHM RESISTORS TO +5V, FOR 15 1/0 SUS, PRoe ENO 2 H854 ON SINGLE 8.5 CARD TERMINATOR, 18 100 OHM RESISTORS to +5V, rOR 15 ~EM BUS M911 W 1.2K RESISTORS 110 BUS CARD, 16 PAIRS, M904 CONNECTIONS (NEVER HADE), 6 TERMINATORS, PIN COMPATlBLE WITH M520,530,620, ~ 630 CA8L! CONNECTOR, Rr09 TO pATCH PANEL 15 WIRES TO PDP_1S CONSOLE WITHPYLL",UP RESISTORS 35 WIRES TO PDP15 CONSOLE WITH +5V CLAMP DIODES M904 WITH RIBBON CABLE COMING IN 'IIHER SIDE, FOR MM15 M9t7 w SPLIT LUGS & CLAMP ON SIDE 2 M901 WITH CABLE COMING OUT gITMER SIDE 8ut JUMPtR8 IN Ul & V1, NONE IN A2 & 82 11 EXT~RNAL BUS, 2 cO~WIRE MY~AR, DOU8LE, 2,5, 56 SIGNALS, 14 GND PINS M919 WITH +5 ON AA2, SA2 Mg19 W SIDE 1 & 2 INTERCHANGED 73 WIRE MYLAR, 1t INTER~AL BUS, 2 SOARDS 1" APART, M919 Pl~S M920 W BOARDS 0,5" APART DEVICE CODE SELECT JUMPER MODULi, FOR 1 10T.S

162

M901 WITH JUMPERS INSTEAD OF RESISTORS FOR INDICATOR BUS, NOT TO BE USED ON 80TH ~NoS or AN~ CABL~ TUS6 OptION CONNECTOR, REpLACES W012 WH~N READER/WRITER$ ARE IN TU56 24 LINES IN, ROOM fOR SERIES , SHUNT COMP TO COMMON SHORT M90l WITH NO SLOTS, RIGHT ANGLE M901 WITH 100 OHMS IN SERIES WITH lOME OF THE PINi SHORT RIGHT ANGLE M904, FOR 0011-R, SlNGLt X 3.75 MIRROR IMAGE OF M919 FOR OTHER END OF CABLE M929 WITH +5 ON AA~, SA2 TERMINATOR FOR POP-l1 BUS, (M919 PINS), 120 OHMS TO +3V, 1000PF ON SFI & afa, DQUiLE 2 3/8 SYSTEM.TE~TEO M9l0 M930 W EXTERNAL CABLE FOR +5V , GND UNI8US 8 TERMINATOR (M9l0 + NPR LOGIC) 15 TERMINATORS, 2K TO +5V, CLAM~tO AT +,7$ , +3V, M90l PINS EXCtPT 9 INDICATOR QUT'UT$, KilO DOUB~e HEIGHT M901 WITH CA8~E C~AMPS IN MIDDLE & HANDLES ON END 20 RIBSON CABLE LUGS, AL~ STRAIGHT THRU, SP FOR SHUNT COMP TO GND OR JUMPeR S~L VUwT BUS ROBOT CHEMIST CABLE CONN, 14 CH, ATTENUATORS, AMPS VARIATION OF M920 FOR 8/E INTERNAL 8U8

MODEL NO

~936 ~937 M9'j8 tl939 ~940 M941 M942 M943 r.t944 14945 M946 M947 M949 M949 "1950 M951 "4952 M953 M954 M955 M956 M957 M951·YA ~957""Y8 M958 M959 M960 ..,961 14962 M963 119630 114964 M965 '49650 M966 "'967 "1968 M9680 ?t4969 M970 M9700 M911 M9710 M9711 M972 M973 ""9730 ... 974 14975 ~976 "'19760 M977 M979 '49780 14979

PROD DES LINE ENGR

8/E 8/E 8 8 14 PERIPH IPG 15 IPG IpG IPG 10 10 10 10 Css 10 alE alE S/E 10 CAT tDP PERIPH PERI PH 11 8/E 8/E 16 PERIPH P€RIPH PERIPH PERIPH PERI PH 15 PERIPH 11 11 10 AlE COM alE CSS css t 1 11 11 11 11 11 11 LOP 11 TPt,. 11

PG PG MI MIPP AR

HI" MORO

5U SU su su cv ATT ~G

PG PG SU DCB FS PM

KK PK PI( RVN WWO WWO PM CAY PNH HL PM PJ BPF DREW RBR WRS RBR JLM CV 55 5S AJM 5S REt CA OV P'! HOF MI "fOP'

STATUS MOIYR

5 5 5 5 S 5 5 5 5 5 5

5173 5/73

5/73

5/7l 5/73

5 11/71 5 11/71 5 11/71 ~ 11/71 4 5 5 5 5 5 5 5 J 2 5 5 ~ 5 5 5 t 1 1 5 1 5 2 5 5 , 5 2 1 5 5 1 5 5 5 2 5 rs 4 5

5/73

1112

1/72 5/73

8/70

11/71 11/71

10/73 11/70 11/70

9173

11/70

3173 11/71 1112 9/72 4/72 10/73 11/7l

10/73

11/71 2172 5/73

2/72 2/72 8/73

1/72

DESCRIPTIUN

PDPS-E lNTgRNA~ BUS CONNECTOR MIRROR IMAGE M936 M903 CONNECTIONS ~ITij 18 3K LOADS CLAMPED TO .3V M906 WITH lK RESISTORS INSTEAD OF 220 OHMS M933 PINS, 10 GND, 10 SIG WITH 82 OHMS TO +5V JUMPER/~XTENDER SOARD rOR TU56 M910 ETCH, DlfF~RENT RESISTORS. 0002 M901 WITH CABLE COMING OUT ~lTHER SlDE BUS T~RMINATOR rOR AM07 EXTERNAL 8US CONNECTOR FOR UDC, M935 CONNtCTIONS + Al & 81 GND MIRROR IMAGE M945 INDICATOR ORIVER, 24 CKTS, CABLE OUT BACK 24 RESISTORS TO CABLE, 4 RESISTORS TO COMMON POINT, COMPANION TO M947 9 INDICATOR DRIVERS, 18 SIGNALS, fOR KI CONSOL! 9 RESISTORS TO CABLE, 9 R TO COMMUN, 18 RC rILTER~, CUMPANION TU M949 SELECTABLE CLAMPS MOOUL~, 12 CKTS, M906 PINs,(LOW VOLUME MODULE) 27 LEVEL TERMINATORS, CLAMPS AT +,75 , 3.25V 40 CONDUCTOR 3M CABLE TO M903 CONNECTIONS, ,05 SPACING, USEO ON 8C08J~XX (18 SIGNA~S) 2 40 CONDUCTION 3M CABLES TO M901 CONN.,lO OHMS IN A2,B2,U1,Vl, .05 SPACING 1 40 CONDUCTOR CABLE TO W077 CONN" 10 OHMS IN A2,82, PC8-E 19 130 OHMS TO +3,OV, M90J PINS 9,5" LONG M908, NO HANOLE, CABLE CLAMP LOCATION ON SIDES & END M9S7 WITH DIFFERENT VALUE RESIstORS M957 W HANDLE, 0 OHMS IN A2, 10 OHMS IN 82, U1, Vi (RS03) +SUS TERINATOR, 32 OHMS TO GND, DIODE CLAMPS, SINGLE X 5 22 FORKED LUGS ON SHORT BOARD fOR RIBBON CABLE, CRtl COMMAND CABLE CONNECTOR FOR TU56 DATA CABL~ CONN~CTOR fOR TU56 RT K.BUS TERMINATOR, REQUIRED TO TERMINATE RTM BUS, DOUBLE X 5 CONNECTOR FOR LA10 PRINT H~AD (14 COND) CONNECTOP FOR LA30L PRINT HEAD (15 COND) TERMINATOR FOR OECPACK ijEAD CAB~E C~RD FOR tAlO H£AD CABL~ CARD FOR LA10L 18 60-0HM RESISTORS TO +2.5V, M90) PINS 40 CONDUCTOR 3M CABLE, RIGHT ANGLE, ALL PiNS BROUGHT OUT, D THRU P, DOUBLE X 8.5 JUMPER iOARD fOR OR11-S TESTING M968 JUMPER BOARD rOR DR11-S TESTING WITH CKT FOR INCREASING DELAY aETW~g~ CYCLES 24 LEVEL TERMINATORS LIKE M952 + 1 THERMISTOR H854 MTD ON SINGLE X 8.5 CARD, ACCEPTS beosc , 8C01V M910 W SPLIT LUGS INSTEAD OF H854. USED ON BC05M-XX H954 MTO ON SINGL~ X 8.5 CARD, ACCEPTS SC08R M971 W 2 lO-POS , 2 SPOT SWITCH~S (RT90) ONE PUSH BUTTON & 1 OPOT SWITCH, RT90 MAINTENANCE MOOUL~, SINGLE 8.5 CABLE CONNECTOR, 2 FLAT CABLES, SINGLE x 8.5,M901 w 10 OHM IN A2 , 82 ONL~ TTY MAT.N~LOCK, 5 PINS 6 .. XNCH M97] DMt1 MAINTENANCt ~UMPER BOARD DOUBLE FLIP CHIP TO 2 H854, M90l CONNECTIONS M919 WITH SPLIT yUGS 8,5 M97b w FILTERS RIGHT ANGLE M953, SINGLE X 3.75, CABLE ON V SIDE CONTROL !ND or PR68-0 CABLE M978 ETCH, CONTROL ENO or PR69.A CABLE W 'ILTE~S (70.05063) CONTROL ENO Of PP61wO CABLE

lb3

MODEL NO

PROD DiS LINE ENGR

M980 11 CA M981 11 eRB M982 15 ERP M983 PERIPH OJ M984 11 DR M984-YA 11 OR M988 10 JRP M989 8/E GHL M990 PERIPH ~F M991 PERIPH NF M992 PERIPH NF M991 TPL SG M994 8/E DA M995 QC ALB M996 LOP AW M997 PROE OS M9970 11/05 RAA M998 FS E8 M9980 fS E8 M999 FS EB M9990 FS E8

R.SERIES MODULES,

ROOt R002 R012 Rl07 Rllt RlltO Rill RIl30 R121 R122 RI2l Rtlt RI41 R151 R1S2 RIAl

CAT CAr 15 CAT CAT 10 CAT to CAT CAT CAT CAT CAT CAT 10 CAT

'LIP-FLOPS

RaOo R201 R202 R201 R204 R20S R210 R2tl R212 R220 R2A4

DELAYS

CAT CAT CAT CAT CAT CAT 8 8 8 8 8

OV

ATT

ATT

AK

WH WH

'WH WH WH

GATES

STATUS MO/YR

5 4 S 5 5 ~ 5 4 1 1 t 4 4 1 4 2 4 3 3 2 3

5 ~ 5 5 ~

1172 5/71

4/72 2/72

5/73 5/73

11/72 5173

5/72 5/72 5/72 5/73 5/73

8/72 5113

10/72 5171

11/71 11/73

9173 tO/73

5 1171 ~ 5 1/71 5 5 5 5 5 5 6 4/67 5

5 5 5 5 5 5 5 5 5 5 ~

DESCRIPTION

OR11-A TEST BOARD M9ao lNT€RNAL sus JUM~ER wITH MilO TERMiNATIONS, a ~OARQS t" APART TERMINATOR FOR CR15, SINGL~ X 5, USES W964 ETCH ALL SIO~ 1 PINS TO fORKtO LUGS, DBL X 8,5, 2 ROUND CAaL~S OUT v SIDE, RKO~ M902 WITH 51 OHM RESISTORS ~984 WItH 2 PINS SHORTED , 1 RESISTOR REMOVED 2 BOARDS 0,5 TO 0,15 APART- AMP PINs & SOCKET MAK~S STRETCHABLE JUMPERS TEMINATOR FOR alE TO TU10- M CAS~E RSO] SUS INPUT COWN, 3M CABLE, 40 SIG, AA~.AD2, BA2-SD2, ASI-ASV, BS1~BSV NOT USED, DOUbL~ ~,5 RS03 BUS OUTPUT COHN, sus CABLE USES M990 ON ONE END, M991 ON OtHER. DOuBLE 8.5 TERMINATOR, PINS LIKE M990, M991, 15 OHMS TO +3.6V, DOUBLE 8.5 RK8~E CONTROL CA8~E, 2 J~, 42 SIGNALS, J8 GND 40 CONP 3M CA8L~ TO M901 PINS, 10 OHMS IN A2, B2, U1, VI 1 H854 ON DOU8LE ~.5, 22 SIG EACH 3 LAYER (MIDDLE LAygR GROUND SHIELD), FRONT & BACK PANEL INTERCONNECTIQNS, LPS, H~X 8,5 H954 ON DOUBLE X 5 MODULE, ALL PINS BROUG~T OUT M997, M854 FACING EDGE A, OOU8LE 8.5 M999 w FINGERS INST~AD or He07. S'NGL~ 5 (USE M99ijO rOR OTH~R thD or CAeL~) M998 FOR OPPOSITE END OF CASLE

164

~807 ON SINGLE X 5 CARD FOR 2 3M CA8~ES, Fl F2 N1 N2 JUMPER G~D (USE M9990 FOR OTHER ~No OF CA8~E) M999 FOR OPPOSITE END of CA8LE

DIODE NETWORK, 7 DIODES, 80TH ENDS BROUGHT TO PINS DIODE NETWORK, 5 GROUPS OF 2 DIODES, CATHODgS COMMON DIODE NETWORK, USgS R002 ~OARO, REVERSES 010D~S, ANOD~S COMMON 7 INV~RTERS, 1 ~ITH tXPANSION NODE ) 2.INPUT GATES, EXPANDABLE, OPEN COLLECTOR, 3 C~AMP LOAD RESISTORS Rill W 2MA FAN~lN & 6534.C TRANSISTORS, sINKS 6)MA 5 2.INPUT GATES Rill w 2MA FAN.l~ & 6534-C TRANSISTORS, SINKS 63MA 2 2-IN, 1 3.IN, 1 4-INPUT GATES LOGICAL CUMPLIMENT OF R121 INPUT sus GATE, 6 GATES, 1 INDEP INPUT, 1 PAIRED COMMUN INPUT EXC~U5IVE OR, 4 CKTS, OUTPUT IS -lV If INPUTS ARE THE SAME ANO/NOR GATE, 7 SETS or 2~lNPUT AND GATES NORED TOGETHER BINARY~OcrAL DECODER, 6 INPUTS • AN ENABLE, 8 OUTPUTS C08S), R1Sl WITHOUT CLAMP LOADS, SEE 8152 DC CARRt CHAIN, 6 INTERCONNECTED DIODE GATES + 1 lNVERTER

SET.REseT FLIP-fLOP RS Fr WITH 3 SET & 2 RESET oeD GATES DUAL FF~ DIRECT CLEAR, COMMON SET, 1 SET , 1 RESET DCO GATES EACH TRIPLE fF, DIRECT CLEAR, SET Dca GATES fOR EACH QUAD Fr, DIRECT SET FOR EACH, DIRECT CLEAR FOR 2. COMMON FOR 2 DuAL FF, COM~ON DIRECT CLEAR, 3 DeD GATES EACH pope ACCUMULATOR, DOUBLE SIZE Ms,PC,MA (POP8), DOUBLE SIZE ~Q (POPS), 2 FFIS, SR, SL, REAO.IN, C~EAR 3 aIT SR, PARALLE~ READ~tN, 0100E$ OUT FOR DETECTING ALL o'S IN ~ltl NODE aUADRAFLOP, POPi, 4 STABLE STAT'S

MODEL PROD OES STATUS IqO LINE F-NGR MO/YR

~lO2 CAT 5 P)O) CAT ')

CIJOCKS

R40t CAT 5 R40S CAT. '5 R406 t 5 DV 5 ~401 15 DV '5 R408 9 5 R409 15 5 R450 A WH 5 P451 10 SU 5

OUTPUT CONVERTfRS

R601 CAT 5 R602 CAT !S R60) CAT 5 R613 B WH 5 R&:?3 12 Rl J 5/73 R650 CAT 5 R663 to ATT S 2/72

S SERIES MODULES, GATES

S107 8 5 5111 8 5 511.3 10 , 8123 R 5 Sl'Q 9 5

f'T,IP.fi'LOP5

5202 8 5 8203 9 r; 8205 8 5 8206 15 OV 'I $284 fJ 5

PULSF. AMPLIFIERS

5602 8 5 560) 8 5 5623 12 RI 5 W~SERIES MODULES, CLAMP LOADS

W002 w005 WOOE> Woto

CAT CAT 10

CASLE CONNECTORS

WOlt CAT Dca

5 II:j

5

Oit:SCRIPTION

2 ONE.SHQ'rS INTEGRATING ONE-SHOT

VARIABLE CLOCK, 30 CPS TO 2 Me CRYSTAL CLOC~, 5 ~C TO 2 Me AVAILAB~E CLOCK FOR PDP9/~, 1,5 USEe POP9 PARITY CLOCK, 1,2 USEC PDPS CLOCK PDP9 CLOCK, 1 MC CLOCK 'OR US~ WITk TgLEIY~E, fIRST PULS~ COMES 1/2 PERIOD LATE TELETypE C~OCK, FOR FASTER TELETYPE, OTHERWISE AN R450

PULSE AMPLIfIER, b OCD GATES, 100 OR 400 NSEC PULSES PULSE AMP, 2 CKTS, 2 OCD GATES & 1 DIODE INPUT ~ACH, 100 OR 400 NSEC PULSES FROM ON~ PULSE AMP, 3 CKTS, 1 oeD GATE & 1 DIODE INPUT EAC~ R60l THAT CANNOT SE TRIGGERED FROM OUTPUT, WITH 5 MA LOADS R603 wITH 400 uSEe PULSES, US~S R603 ~TCH, RETROfIT FOR LINCwi BUS DRIVER, 2 CKTS, 2 INPUTS , NODE &163 W UEC 6534C (6 2~INPUT NANOS, 1 INPUT/GATE + 1 INPUT/GATE ~AIR, 2 MA FAN~lN)

Rt07 WITH 5 MA CLAMP LOADS Ril1 WITH 5 MA CLAMp LOADS (NEVER kELEAS~D), R113 wITH 5 MA CLAMP LOADS R123 WITH 2 MA yAN-IN Rt51 WITH 5 MA CLAMP LOADS

R202 WITH 5 MA CLAMP LOADS R20l WITH 5 MA CLAMP LOADS R205 WITH 5 MA CLAMp LOADS DEC 4258, 12K, 82 Pf, 10 MA CLAMP LOADS R284 WITH 5 MA CLAM.P LOADS

R602 WITH 5 MA CLAMP LOADS R60l wITH 5 MA CLAMP LOADS PULS~ AMPLIFIER, R603 ETCH, 400 N$EC pULSES

15 2 MA CLAMPED LOADS, us~s WOOS SOARD 15 CLAMPEOLOADS, BOARD USED ON W002 15 5 HA CLAMpED LOADS WITH DIoD~s ALSO TO GND 15 10 MA CLAMPED LOADS TO .1SV

W021 AMPUTATED BY 1 3/4"

lbS

MODEL NO

PROD DES LINE ENGR

Wet2 wOll W014 wOtS Wott» W017 WOt8

10 10 10 15 15 9 CAT 15 MOD CAT CAT CAT

W019 W020 W021 W022 triO 2 1 W024 W025 W026 W021 lif028 W029 W030 WOll W012 W031 W034 W035 W036 W037 WOle W039

CAT DCB

8 MOD CAT

PERIPH WH CAT DCB PERIPH CAT DCB

12 CL 15 OV 15 OV

DRIVERS

W040 CAT W041 MOD W042 CAT W043 CAT W050 CAT WOSt CAT W052 MOO WOS3 IpG W054 MOD W060 W061 CAT W061-YA SSU W062 MOO

CONNECTORS

W070 9 W071 15 W072 12 W073 12 W074 8 1If075 W076 8 W07l 8

DOANE

DOAN!

STATUS MO/YR

5 5 5 5 5 5 15 f)

5 5 5 5 r; 5 ~

5 !I t 5 5 !is 5 5 5 '5 5 t

5 6 5 IS 5 5 5 1 9167 5

5 1 2/69 6

5 5 5 5 6 5 5 5

OiSCRIPTION

FLEXPRINT INDICATOR CABLE, .15 +15 SIGNAL, PDP10 WORD SINK STACK CONNECOTR, w016 BOARD, POPIO, 2 1/2 0 MtM DIGIT ST~CK CONNECTOR, POP10, 2 1/2 D MEMORY, MOD1FIED w015 LAYOUT DIGIT STACK CONNECTOP, PDP9 WORD SINK STACK CONNECTOR, POP9 M~MOR¥,OOUBLE DRrVE CA8LE CONNECTOR, POP9 MEMOR¥. DOUBLE 18 LINE RI8BON CABLE CO~NECTOR, SBRIES DIODE, W020 SOARD (OBS), SIGNAL CABLE CON~ECTOR, PDP7 EAE INDICATOR CABLE CO~HN, 18 RIBBON CABLE, 1.5 K RESISTORS SIGNAL CABLE CONH, 19 WIRi RIBBON, 9 HOT, 10 GNO, SlGIO,E,H,K,M,P,S,T,V. GND.c,r,J,L,N,R,U W021 ~XCEPT 9 100 OHM ShUNT TERMINATORS FROM EACH SIGNAL WIRE TO SHIELD 18 LINE Rl8BON CABLE CONNECTIONS, COMPONENT SPACE NEAR pINS A & S, OTHERS STRAIGHT THkU CONNECTOR CARD, 220 OHM RES IN A & 8, SHORT TO OTHERS, C , V GNP 32 SPLIT LOGS, 4 SLOTS, DOU8LE SIZE, MEMORY PADDLE SOARDS USED fOR W075 CO~NECTOR CARD INDICATORS, DIODES IN A THRU N, WIRES IN REST, WIRE COMES OUT TOP OR BOTTOM w020 WITH WlTH lK RESISTORS W021 WITH LUGS FOR SERIES OR SHUNT R OR 0 IN SIGNAw LEADS W021 ~IIH CABLE COMING OUI 80TTOM DEC TAPE CONNECtOR FLEXPRINT W021 5 SHIELDED TRIPLES, DEC TA9E SIGNAL CONNECTOR, DOUB~E HEIGHT FLEXPRINT,W02l CONNECTIONS ON "A" SIDE, SIDE ENTR~ CAStE FI"EXPRINT W024 FLEXPRINT, W024 WITH 100 OHM SERIES RES SAM! AS W026 fLEXPRINT, USED ON WOl7 FLEXPRINT W027, USES wOl6 BOARD P'I"EXPitINT W028 P'LEXPRINT Wo29

2 SOLENOID ORIV~RS, 2 INPUTS PLUS A NOO~, 0,6 AMP MAX, SIM TO 411l+4681 (OBS), SOLENOID DRIVER, 1 CKTS, OUTPUT 48V 250 MA MAX 4 10 AMP DRIVERS, HIGH CUR CONNECTIONS 8Y TAPER TAB AT HANDLE END, COMMON HEAT SINK FOR 4 CKTS 2 SOLENOID DRIVERS, 2 AMP MAX, PIN COMP WITH W040 EXCEPT 2 MORE GND PINS 7 INDICATOR DRIVERS, )0 MA .20V MAX 7 INOICATOR~SOLENOIO DRIVERS, 100 MA -15V MAX 9 INDICATOR DRIVERS, USES PIN A AS INPUT, FOR EDUCATIONAL MTNG PANEL to INDICATOR LAMpS ON oous~~ HEIGHT, SIGL~ THICKNESS 100 MA DRIVERS, 30V, CLAMPS ON PIN V, R107 CONNECTIONS (RESERVED FOR LOW-CURRENT VERSION OF W061) 4 RELAY DRIVERS, ~50 MA, .55V MAX

(08S), PKOTON-caUPLED DRIVER, 1/4 AMP, 55V, SLOW SW1TCHING

TELETYP~ CABLE CONNECTOR, POP8 POWER CONN~CTOR, DOUBLE BOARD, KEYED TO rAN HOUSING, PDP9 LINC 8 TO SCOPE CABLE CONNECTOR, DOUSLE, J OUTPUT CABLES LINC 8 TO LINC TRANSPORT CABLE, DOUBLE (085), LINE TERMINATOR CONNECTOR, 8 500 OHM, 5 WATT RES, DOUBLE, USED IN 683 CONNECTOR, 32 SPLIT LUCS I OOUBLE ~tZE, ONLY ONE HANDLE (BOTTOM, TELETYPE CONNECTOR, FROM POS LOGIC a/I, LOGIC EQUIV TO W070 10 OHMS A , 8, OTHeR STRAIGHT THRV, rLEX PRINT, CABLE AT END

166

MOOEt. PROD DES STATUS oe;SCRlPl'ION 1b7 ~O LINE !NGR MO/YR

W078 15 5 W076 WITH AMP CO~NECTOR INSTEAD or CAeL~ W01S·YA CSS HU I) 1/12 W078 MODIfIED TO ~ROVIOE ADJ CURR~NT FON A DISTANT TTY \tIOSO CAT 5 2 ISOLATED AC~DC SWITCHES, PHOTOTRANSIsrORS CAN SwITCH 250 MA, 1l5V W092 5 CABLE eO~N€CTOR WITH BALUNS, CO~NECTIONS or W022 wITH 100 OHM TERM, 9 CKTS, FORKED LU~S

BUS INTERFACE MODULES, ~AINTENANCE BOARDS

WtOO W1(H Wl02 Wl0) Wl04 WiOS WI06 W107 Wl0e W109 WilO W112 Wit) 14122 W123 W130 Will W132 Wi33 W134"YA W114.YB

10 10 10 CAT 15 10 10 10 CAT 15 10 '.0

10 8/£ 11 1.1 10 11 F'S FS

ww su

SU KE JO SU LK ,,10 JO SU BO HRlJ HRL

5 5 IS 5 5 t 7/68 5 9/72 5 5 5 4 1 1 5 5 '5 15 5 ~

2 2

7/73 4/69 10/68

5173 11/72

4172 5/73 4/71 4/7.1

., £MITTE~ FOLLowERS, 6 10 8US TO R SERIES GATES 10 BUS DRIVER, SIM TO 4b57 MEMORY sus TRANSC~IVER, tb65 TYPE POP8 DEVICE SELECIOR POP9 10 aus MULTIPLEXER CONTROL CROWBAR, POp10 l/u BUS, IN PERIPHi~ALS PRIOR1T~ INTERRUPT GRANt 1/0 ~~C~IV€R, PDP10, 7 CHANNE~S DECODER DRIvER, 8 CKTS, usED IN POP8~S MEMORY PDP9 DEVICE S~LECTOR W100 fOR MF10 Wl02 WITH 10 TO 100 Ns PULSE WIDTH Wl0] WITH 600 US WIDE PULSES PULSED aus TRANSC~IVER, PIN COMPATIBLE WITH Wl02 , wll2, ~LOGIC WI0] WITH PA REPLACED WITH DC AMP (OUTPUT PULSE = lOP pULSE) MAINTENANCE BOARD 1, 28 LIGHT DRIVERS, PLUGS INTO KA11 MAINTENANCE SOARD 2,28 LIGHTS, 4 SWITCHES, PLUGS INTO wll0 MEMORY SUS TRANSCEIVER, KIlO, NEG 8US, 4 CKTS, s1M TO Wl02 DOUBLE MAINTENANCE BOARD 1 (2 W130'S) CONN' PWR SUPPLY FOR 60HZ LINE MONITOR BL01~A CONN , POwER SUPPLY FOR 50HZ LINE MONITOR BLOlwB

IN, ~BUS, w~OGIC UUT

INDICATOR LIGHT ASSEMB~IES & DRIVERS

14200 14201 W210 MOO 14250 10 w251 10 W252 CSS W253 CSS

DEllAYS

W3no 8 W10t 10 WlO6 to W1I0 MTST

WH WH DOANE !<£ INW LO 1,,0

DO

12/64 12/64

7 8167 5 1 11/70 3 10/73 1 9173

6 6/73 5 1 11/65 5

9 LIGHT INDICATOR ASSEMS~¥ 18 LIGHTS INDICATOR ASSEMBLY (OBS), 10 SCR SHIfT REGISTER 12 INDICATOR DRIveRS, PLgX PRINT, 63 BIT 1 wORD OIOPE ROM, DOUBLE X MOUNTING SOARD FOR 40 LEOS W252 W 20 SWITCHES

TAPPED 800 NS DEI"AY LINES wITH 50 TAPPED 800 NS O~LA'i LINE, PIN COMP 6 BIT DELAY PROGRAMMER

GND & ~15V FROM MA~E END 5

NS TAPS, 3 OUTPUT AMPLU~lERS, WITH W300 BUT DIffERENT INPUI

200 NS DELAY LINES, 4 ON S110 BOARD

Ra;PLACED BY WjOl LOAOING ANL) IMPRUVEO MAJ.«('INS

VDe PADDLE BOARDS. DECTAPE ATTENUATOR, JUMPER BOARDS

W400 W400"'YA W400·YB W400·YC W401 W402 W402"'YA W402·YB

IPG IPG IPG IPG PEPIPH IPG IPG IPG

RG

5 2 5/71 5 5/73 J 5/73 5 5 2 5111 2 10/71

PADDLE SOARD FOR UDe (0001) W ISOLATE PWR, USED ON W730~W7)3, W740.~743, H802.MS01, R~PLACEU BY W406 W400 wITH CONTACT RC CKTS (12) W400 WItH 10 USEC TIME CONSTANTS IN ALL CKTS TO ~E USED wITH Mb8S.YA & l~DucrIVE LOAOS DECTAPE ATTENUATOR FOR G982 , G88S PADDLEBOARO FOR voe CD001), W COMMON PwR, USED ON w730~W7l3, W740.~743, M802~M~01, REPLACEU bY W40b W402 wITH 10 USEe TIME CONSTANT TO W710~YS, W732-YS W402 FOR A sPECIAL UDC11, PADDLE 80 USED ~ITH W711-YB

MODEL NO

W402.YC W401 W403-YA W404 W405 W406 W410

PROP OES LINE ENGR

fPG IPG IPG 11 IPG IPG IPG

RG

DE~ S5 BWH FE MORO

lNPUT CONVERTERS

W500 W501 WS01·AB W502 W501 WS04 W505 W506 111507 WS08 W509 W510 W511 W512 W513 W514 WSi5 W516 1115t7 W519 W520 111521 W522 W523 W532 WS33 WS70 WS90 W591 W592 W594

CAT CAT MOO MOD

10

10 10 to 10 CAT CAT CAT PERI PH 10 10 PS PS 10 CAT 10 10 CSS CAT CAT MOD CAT 10 8 8

DOANE DOANE

DOANE SU DREW DREW

MJS DREW DREW DREW

DREW OREW CV

5U

OUTPUT CONVERTERS

W600 W601 W602 W603 W603.YA W,04 W605 W607 W612 W612"YA W620

CAT CAT CAT CAT IPG 15 DIS CAT 9 10 10

SU

STATUS MO/YR

2 '5

1/73

2 5111 5 2 3 4,

5 5 5 5 1 5 II)

5 5

7172 11/73

8173

1 6/70 5 2/72 '5 5 '5 5 S 2 6/73 1 5/73 1 5113 5 2/72 5 58/73 1 1172 ] 10/73 5 5 §

'5 5 5 5

5 ~ IIj

5 ')

1 3167 5 '5 !5 5 5/73 6

OESCRIPTIO~

SPECIAL W402 FOR TRw PADDL~ SOARD fOR UDC (0001), fOR RELAY DRIVER M684 TO M687, TO BE REPLACEO HI W40b SIGNAL CONOITIONING BO, 120 VAC INPUT, 24VDC OUT TO W710.YA JUMPER, ~2 TO R2, 2~1/2 NO HAND~E PADDLE aO~RD, UDC, ISOLATED RELAY DRIV!R, USED WITH Mb85, M687 PADDLE BOARD, W400, W402, w403 COMBINED PAODLE BOARD FOR UDC/DD01J AC INPUT CONOITIONING, QUAD ~, USED ON W740-W743

HIGH IMPEDANCE FOLLOWER, 7 CKtS SCHMITT TRIGGER, t/-tOV IN, 0 & -3V OUT W501 MOOH'lEO fOR AUTOMATIC TOTALISATORS PHOTON.COUPLED TRIGGER, 2 SCHMIIT~LIK~ CKTS FOR 48 VDC OPERATION (08S), PHOTON-COUPLED TRIGGER INITIAL TRANSlENT DET~CTOR, A SCHMITT, 0 DELAY, 10 MS BLACKOUT LOW VOLTAGE DETECtOR, MEASURES +10 & -lSV LOW VOLTAGE DETECTOR, PDP6, MEASURES AC, -10,+10,-15, l OUTPUTS IN ORDER LOW VOLTAG€ D~TECIOR fOR ME10, MEASURES +5,+5,.15~.15, ALL REG,~15,+10 UNREG, DUU8LE HIGH VOLTAGE DETECTOR FOR MA10 ) PHASE AC ~Ow VO~TAG~ DETECTOR POS LEVEL CONY, 3 CKTS, THRESHULDS OF 0,+1, OR +2V, 0 & .lV OUT NEG LEVEL CONY, 2 CKTS, THRESHOLDS OF 0,-1,~2, OR -3V, 0 & -3V OUT PCS LEVEL CONY, 7 CKTS, TRR~SHO~OS OF +1.6 OR O,8V, fOR us~ WITH TTL, 0 , -3V OUt NEG LEVEL CONV, 6 CKTS, USED IN TU55 pas L~VEL CONY, 6 CKTS. 100 OHM INPUT LOW VOLTAGE DETECTOR , CONNECTOR 3 PHASE LOW VOLTAGE DETEctOR, SINGLE 6 CROWBAR, USED WITH w516, SINGLE-6 POWER SEQUENCE & CROW8AR COMpARATOR, ) DlFfERENTIAL CKtS, 100 MV REsoLUTIoN, LIKi 1501 L~VEL CuNV +5V & ~15V LOW VOLT DETECTOR, \6 .SV INPUTS, RS10, SINGLE X 5 CROWBAR FUR OS11, SINGLE 5 LOW VOLTAG~ DETECTOR, CROw8AR OUTPUT (-7V TO GND) 8 +4,75V, SINGLE 5 DUAL AC-COUPLED SENSE AMP~IfIER, USED ON PDP8~S DUAL RECTIFYING S~IctR, WAS GaOl EIA INPUT CONVERTER TO TTL, 4 CHANNELS laM N LIN~ TO DEC CONVERT~R, 5 CKTS, b UR 12 MA paS BUS TO DEC CONV, fOR MEMOREX, 0 To +3V, 8 Me, 5 CHANNELS, PIN COMP WITH w592 t8M 3&0 BUS TO DEC CONVERtER (NON.INV~RTING) IBM 360 TO DEC (INVERTING)

'NEG LEVEL AMPLIFIER, LIKE 1667, 3 INVERTING CKTS POS LEVEL AMPLIfIER, l INVERTING CKTS 8IPOLAR LEVEL AMPLIFIER, 1 CKTS, itA LINE INTERFACER POS LEVEL AMPLIFI~R, 7 CKTS W603 WITH 15K TO -15V REMOVED, rOR INTERFACING WITH VIOAR Af04 EMITTER YOLLOWER, 7 CKTS, TO DRIVE BURROUGHS DISC pos LEVEL AMP, 4 CHANNELS, t3V INTO 50 OHMS, FOR X & Y TO REMOT~ DISPLAyS 1 PULSE CONVERTERS, POS OR NEG 70 NS 2.5 V PULSE OUT DUAL PA, 8602 PINS, 120 , 120 NSEC, DIODE OUTPUT FOR "OR" BUS W612 L!SS 2 OUTPUT DIODES (OBS), SYMMETRY CONTROL, 1U79

168

MODEL NO

W621 W640 W670 W671 W672 w680 W6St · ... 682 W6e3 W694 W690 W69t W692 "1693 '1694 W69S

PROD LINE

10 CAT MOD 11 11 MTST 8 LOP LDP lJDP CAT ess 8 10 8 CBS

DES ENGR

AR ~H£R I.1ER

HL HLt Ht"

STATUS MO/YR

6 5 5 5 3/72 5 11/11 1. 3165 5 5 ., 12/71 4 5113 5 ~ I§

5 5 t 4/68

DESCfUP'fION

(OBS), R€fERENC~ GENERATOR, TU79 1 PULSE CONY, POS OR NEG, 400 NSEC UR 1 USEe 2,5V PULSE OUT EIA LIN~ DRIVER, 4 CKT5, +lv IN 20 MA LOOP TO EIA CONVERTER ADAPTER MODULg, H313A TO MAtE N LUCK BUS DRIVER, 2/3 lti93 SCOPE INTENSIFIER FOR 34 DISPLAY SCOPE INTENSIFI~R, 0 TO +3V STEP, D~LAY 50 TO 300 NS, PULSE WIDTH 400 NS (FOR VR12 & VR14) SCOPE INTENSIFIER FUR VR12, VR14, & VR20 SCOPE INTENSIFIER FOR VR14 w VT40 IN GT40 SERIES, 8 INTENsITY LEVELS DEC TO IBM N ~INE CONVERTgR, 4 CKTS. 6,12, OR 20 MA DEC TO CDC CONVERTER, 3 CHANNELS, +1-20 MA OEC TO IBM 360 aus ORIVER DEC TO CTUL CONVERT~R DEC ISM 3bO, POSItIVE OR DEC TO BELL 300 SERIES DATA S~T DRIVER, 5 CHANNELS, >2lMA INTO 100 OHMS, >lV OFF. <SMA,,8V

FILTERS, TRANSMITTERS, ~ECEIVERS, REGULATORS

W7000 W700 W700 .. AD W101 W701-YA W701",YB W702 W104 W7040 W705. W'106 W106""YB W106"YC W'7060 W701 W707 .. YA W707-YC W1070 W70e Wl09 Wl10 '11711 W712 W713 W714 W715 W116 W7'o",YA '11711

to CAT MOO 8 CSS CSS 10 nIS 11/45 CAT CAT sstJ ssU 10 CAT CBS ssu 10 CAT MOD 9 8 15 10 15 CSS MOD

MOD

DOV

JJO

ABW ABW

LH Dl

MUT MUT HU

MUT HU

AR Ml 1011 T)V

RW AR

AR

1 '5 5 c; 3 3 5 5 5 5 5

8113

5/73 5/73

1/73

) 1171 J 7/71 t 1/73 5 '2 3 t 5 5 5 1 '5 6 5 2 '7 1 '7

5/69 7/71

1/73

1/69 3/73 3/73 3173

AUX PWR SUPPL¥, KL10, SUPPLIES +15V 30MA, +5V lA, -15V 100MA TO 864 SWITCH fILTER, 6 CKTS, 81M TO 1703, USEO ON W710 K700 MODIFIED FOR AUTOMATIC TOTALISATORS INPUT NETwORK, fOR pope CARD READER INPUT NETWORK, IB~ 1502 INTERfACE OUTPUT NETWORK FOR IBM 1502 INT~RfACE TELET~P~ LEVEL CONVERTER FOR OC10H DATA LINE SCANNER +5V SUPPLX, t 1/2 AMPS FOR CHARACTER GEN VA3e 3V ZENER, CAP TO GND TO GENERAlE _12V FROM -15V +3.6V POW~R SUPPLX, UP TO 1,5 AMPS, SlNijLE HEIGHT, 1 1/2" THICK TELETXPE RECEIVER, ij BITS, 11 UNIT CODE 8 8 81!, 5 UNIT STOP fOR PTOS 58BIT, t UNIT STOP FOR PT08 TELETYPE RECEIVER, & 8ITS, 8 UNIT CODE TELET¥PE tRAMSMITTER, 8 BIT, 2 UNIT STOP CODE ONLY 7 BIT TTY TRANSMITTER 5-81T TRANSMIT, 1.5 UNIT SToP FUR PT08 TELETYPE TRA~SMITr!R, 6 BITS, 8 UNIT CODE TELET~PE COMMUNICATIONS ADAPTER DIVIDE BY 16/64 COUNTER, FOR TE~ETYPE MODULES SWITCH YluTER, USES W700 BOARD SWITCH FXI"TER SWITCH MODULE, 2 rORM C M1CROSWITCHES, 0 , .lV, Rr FILT~RED COBS), SWITCH FILTER, w700 wITH ·~OWER VALUE, TU79 SWITCH MODUL~, 2 FORM C M1CROSWITCHES, NO CKTS, 9/1 MEMORX 12 CHANNEL SWITCH FlLTER, PASSIVE FILTER & AMPLIFICATION, , SCHMITT R BIT TELETyPE RECEIVER, REPLACES W70b 1 BIT CODE MOO, PTOBS 8 BIT TELETYPE tRANSMITTER, RgPLACES w107 & W708

SWITC~ES, CONTACT SENSE & I~TERRUPT

\tI118 \11119 W720 \11721

15 IPG !PG

~ 10 SWITCH~S, 0 ~ +lV OUT S 4 DP5T SWITCHES, 4 IN TO lOUT, 2 TIMES, VT04 5 12/b9 CONTACT S~NsE, 4 CH, 6V, lHOlC 5 CONTACT SENSE, 4 CH, 24V

1&9

MODEL NO

PROD DES LINE ENGR

W722 W723 W724 W725 W726 W121 W710 W710..,YA W730!!!lYB W731 W711"Y8 W732 W732"YB W733 W734 W715 W736 W740 W1400 W7401 W7402 W7403 W.,405 W7408 W741 W741"YA W742 W743 W'50 W151

IPG IPG IPG IPG PE~IPH IPG IPG tPG IPG IPG IPG IPG IPG IPG IPG CSS CBS IPG SSCAN SSCAN SSCAN SSCAN SSCAN SSCAN IPG IPG IPG IPG 8 TPL

POWER SUPPLIES

W760 W761 W762 W770

PS PS PS PS

RELAY MODULES

WIOO Weal W802 WI03 we04 waos W807 W808 W809 W810 W811 W812 W813 W814 W8lS

CAT

CAT CBS CBS 15

CSS 11 CSS ess CSS SSCAL

MORO MORO MORO Ret El< FE DEB OE8 FE

P'E RG FE

JE JE MORO DLM DLM DLM OLM. AAM AAM MORO RG M.ORO PJS

MI

GP GP GP

CU Cu CU HU T5 RJS SMW BMW 'K8

,rATl1S MO/YR

5 5 5 5 5 6 4171 5 2 2 S 2 5 2 5 5 1 2 5 )

)

3 1 1 3 5 2 5 5 5 1

5/71 5/71

10/71 11/71 5/71 11/71 2172 10/71 6172

5/73 1113 5/71 6/73 911) 9/71 9/73 5/73

1/72 5/7] 5/73

11/70

DESCRIPTION

CONTACT SENSE, 4 CH, 49V CONTACT INT~RRUPTS, 4 CH, 6v CONTACT INTERRUPTS, 4 eH, 24V CONTACT INTERRUPTS, 4 CH, 48V 4 DC , 3 DIFFtR£N!AtING SwITCH Fl~TERS FOR + ~OGIC, IN TUtO INPUT PROTECTOR, b CKTS 12 8IT CONTACT SENSE fOR 0001, ~.5~ QUAD W710 ~ITH 24V RELAYS W7)O WITH JUMPERS IN PLAc~ OF RELAYS 16 BtT w130 W731 w/O RELAY fOR A SPECIALJ UDell, USED WITH W402.X8 12 BIT CONTACT INTERRUPT FOR OD01, 9,5, QUAD w712 WITH JUMPERS IN PLACE OF RELAYS 16 BIT w7l2 16.BIT GENERAL PURPOSE COUNTER fOR UDC, QUAD, 8,5 2 XMTRS WITH PULSE XFMRS, + 1 IC lMTR 2 RCVRS W PULSE XFMRS, + 1 Ie RCVR 12_B1T SO~IO STATE CONTAct SENSE, QUAD X 8.5, USES PADDLE BOARD, UDC9 e BIT SOLID STATE CONTACT SENSE, fROM BERG, FINGERS HANDLE END fOR 8US, QUAD 8,5 X BUS TERMINATOR (USED wITH W7400) QUAD 8 BlT RELAY OUTPUT BOARD, CONTACT~ TO BERG, FINGERS HANDLE ~NO fOR BUS, QUAD 12-aIT COUNTER, CONTACTS TO BERG, FINGERS HANDLE END 'OR X 8US, QUAD WATCHDOG TIMER, X BOS, QUAD X BUS REPEATER , TERMINATOR 16-SIT w740, UDell, UDC1S W741 WITH AN INPUT TRANSISTOR INSTEAD OF OPTIC CDUP~ER 12-S1T SOLID STATE CONTACT INTERRUPT, QUAD X 8.5, USES PADDLE BOARD, UOC8 16.61T W742, UDCIl, UDC15 TELETYPE MULTIPLEXER GEN PURPOSE R~GULATOR, (USES LMJ09K)

2 11/72 5V lOA SUPPLY, 11 S/2]OVAC, ACLO, peLO, coVaLt 8.5, DOUBLE THICK 2 11/72 -15V 2A, fLOATING 15V 2A, 115/210VAC, AeLO, DCLO, DOU8L~ i.' OOUSL! THICK 2 11/72 +20V lA. FLOATING SV lA SUPPLI,115/2l0VAC, lCLO, OCLO, DOUBLE -,5, DOu~LE IHICK 1 4/73 DC TO DC CONVERTER, +5V lA IN, +/~ 15V 100MA OUT

5 6 5 6 t 1/68 6 5 5 . 5 2 1 1 5 2 .3

11/69 e/70 10/71 SIll

3172 6112

2 FORM A REED R~LAYS, SIM TO 1803 (085), RELAY MUTIPLEXER, REPLACED BY W802 RELAY MULTlpLEX~R, 8 REED RELAYS 5 HGM M~RCURY RELAYS (CLAIRE), QRIVEN BI ~051 9 BISTABLE HG FORM C RELAYS IN MATRIX 2 'ORM C RELAYS, l$V, NO OTHER PARTS, 360 INTERFACES, 250 MA FORM A, 1 AMP 250V, DOUBLE THICK 2.2 FOR~ A, 1/8 AMP 250V 4 FORM A, 1/8 AMP 250V CONTACT SENSE, b RELAyS SOLID stATE "RELAY REPEATER" fOR REMOTE TTY WITH READ~R CONTROL DT02-C RELAY BOARD, 4 FOR~ C RE~A~S, !!!I15V, DOUBLE X 5 OT02-FA RELAY BOARD, SwITCHES 4 UNIBUS LINES TO OfF LINE, BuS A, OR BUS 8 OT02-FB R~LAY SOARO, SWITCH~S 4 UNIBUS LINES TO OFr LlNE, 8US A, BUS 8, OR ~US C RELAY BOARD, 9 LINES, OfF, 8US A QR 8US B. DOU8LE 8,5

170

MonEL ~o

PHon DES LINE ENGR

WSi6 W817

CSS T'iP

CONNECTORS

W841 10 WQ50 15 ~851 10 W852 10 W851 8 W851.YA 8 WS54 10 W855 to W856 10 We';7 10 W858 10

FA JW

AC ~L SU MM MM Ke: Kg

STATUS MO/YR

DESCRIPTION

2 1173 UNI8US ~RANT RE~A¥ MOOU~E, DOU8~E ~ 1 11/7] 11 POLE 2 POSITION RELA¥ MDOULE~ 5V 450MA COIL

6 1/2 W8S1 FOR 9 COAX ~ CONNECTOR, 2 DOUBLE aOAROS WITH W021 LAXOUT, FRAM~, MOLD-DOWN SCREW 5 CONNECTOR, slM TO W850, W8St IS CARD & COMPONENTS' bel0 IS ASSEMBLY & CABLE 5 WiSl WITH NO COMPONENTS, USED IN SC10C8XX, USES W851 BOARD ! EIA INT~RfACE, 6 OUT' 4 IN, +1-6V,LOGIC 0 & +lV, CABLE OUT BACK TO MODEM 5 waS3 WITH JUMPERS , HANDLE, NO CASLE 5 W850 WITH NO COMPONENTS, RP10 5 wast RELA~ED OUT FOR EASIER COAX CONSTRUCTION 5 W855 WITH COMPONENTS ON SIDE 2 (DIF ETCH) 5 5/73 DUAL W021 WITH LUGS NEAR 10 PINS, USED IN BC1QH, 8Cl0J 5 5/73 W8S7 wITH LUGS ON SOLDER sIDE, US~D IN selOH, BC10J

171

NON COMPONENT SOARDS & MISe

W900 W9000 W901 W9010 W901t 149012 W9013 ~902 ,J90] rl90 •. 41)05 /J906 "'907 "9.10 "931 4940 ~941 i942 ~943 N944 W945 14946 W950 W951 w952 W953 W954 w955 W956 w957 W960 w961 W9610 W9611

WQ62

11/45 ac QC ac QC QC QC aC M.OD 11/45 pERI PH PERIPH PERIPH 11 R/E CAT CAT CAT CAT PERIPH PERI PH PERIPH CAT CAT CAT CAT 8 8 8/8 8/B MOD 15 CAT QC

12

DV EwB FoG RJMC RJMC RMC' Ewa PM DOANE DV NF NF NF DV OS JJO JJO JJO JJO KF Kf' DL JJO JJO JJO JJO OA OA EA tA JJO

RF Ewe

SNT

5 5111 t 10/73 2 11/72 2 6173 2 6/73 1 9/73 1 10/73 1 1172 6 2 2 4 2 5 1 5 5 '5 5 '2 2 2 5 5 5 5 2 1 1 1 5 5 2 1

5

1/73 7/7l 9/73 7/73

2/71

10/73 10/73 10/73

3172 1112 10/12 3171

8/73 8/73

8/73 11/73

4 LAYER, DOUBLE X 8.5 EXTENDER iOARD 4 LAYER HEX 1. 5lNCH EXTEN,OER XOR TESTER 1/0 80ARD, QUAD 8,5 CMT LOAD BOARD 11, QUAD eMT LOAD BOARD .. 2, QUAD CMTAOAPTiR, QUAD, 4 H801 HAND~~ END, 4 H807 IN MIDDLi, WIRE WRAP 4 LAYER H~X LOAD ijOARD, EA PIN TO EITHER INNER LAXER 2 150 MA LAMP DRlVERS, SlNG~E 2,5 DIA, CO~PARATOR, fOR H901 4 LAYER HEX X 8.5 EXTENDER SOARD SHIELD BOARD, C2 GNO, SINGLE 8,5 SHIELD SOARD, AC2, BC~GND, DOUjLE 8.5 SHIELD BOARP. AC2, 8C2, CC2, De2 GND, QUAD 8,5 SINGLE Ii PIN BL'NK 8,5" MOOULE WIRE WRAP PINS ON SIDE 1, , HS07 ON SIDE " SPACE FOR 30 16. + 4 24.PIN Ie'S, QUAD x 8.5 WIRE WRAP PINS O~ COMP SIDE, HOLES fOR 50 16~PIN leiS, QUAD x 8~5, 50.09045 W940 EXCEPT HOLES FOR 25 16 wPINle,s, DOUBLE X 8.5, 50-09046 Wg40 EXCEPT SOCKETS FOR 50 16.PIN ICIS, QUAD X 8.S, 50-0904, W940 EXCEPT SOCKETS FOR 25 16.PIN IC'S, DOUBLE X 8.5, 50-09046 W945 EXCEPT HOLES FOR 36 ICtS, DOUBLE 8.5, 50.10218 WIRE WRAP PINS ON COMP SIDE, HO~ES FOR 12 IC'S, QUAD 8.~, 50-10218 WIRE WRAP PINS ON COMP SIDE, HOLES FOR loa IC(S, HEX W940 EXCEPT HOLE FOR 8 24 O~ t6~PIN & 30 16~PIN IC'S, QUAD X 8,5, 50-0904i W950 EXCEPT HOLES FOR 4 24w OR 16.PIN & 15 16.PIN IC'S, DOUBLE X 9.5. 50-09047 W950 EXCEPT SOCKETS INstEAD OF MO~ES W9§1 EXCEPT SOCKETS INSTEAD OF HOLES WIRE WRAp Pl~S ON SIDE 1, HO~~SFOR 9 24. OR 16.PIN, 49 1i-pIN ICIS, 2 H8S4, HEX 8.5 w954 WITH SOCKETS WIRE WRAP QUAD, 24 22-PIN HOLES, 8 16.P1N HOLES W956 W SOCKETS MSI MOUNTING BOARD (2 t4-16 PIN OR 1 24 PIN, ALL PINS BROUGHT OUT) 2 16 PIN IIC MOUNT, A2 +5V PIN 16, C2&Tl GND PIN 8, 50-08912 (M24S M191 Mal8 MS97 Mi91 M1701 M2500) 2 16.PIN IIC MOUNT W +3V ON VI & VI, AL~ PINS OUT (M2001) SINGLE 16 PIN teL BOARD MOUNT W LOAD PADS, +5V 12, VI, -2V Bl, -5.2V 82, U1, 50108,.,.A~.g USIOOH

M1000, Ml001, M1002, Ml00l, M2700, MSOOO, M6000 24 PIN lIe MOUNT wITH A2 (PIN 24) +5V ,C3,Tl (PIN 12) GNO, BOARD 50-08108A, ALSO USEO rORM155.M".

MODeL NO .

PROD DES LINE ENQR

15 CAT 8/E FS 8/E FS MOD CAT MOO QC CAT

ERP pc; RRS PG RRB JJO SZ JJO RM

W96, W'64 W966 W,660 W967 W9610 W968 W9680 W969 W9690 W970 W9700 W9701 W9702 W971 W972 '19720 W9721 W9722 W973 W974 W975 W976 'fI977 W979 W980 149800 14981 tl982 Wgel W984 '1985 W986 tl98? 14989

PERIPH GP PERIPH GP PERIPH GP CAT CAT CAT CAT CAT CAT CAT CAT MOD MOD MOD CAT 11

CAT 8 CAT CAT PERIPH CAT

W990 CAT W991 CAT W992 CAT W993 CAT 14994 CAT W994.YA csa W,94""YB C$' 14995 CA'l' W996

8Z SZ Sz

KA

DCS

Dce LEVINE

SZ

Ii( AP

W998 CAT DOANE W999 CAT DOANE

X SERIES EQUIPMENT

STATUS MO/YR

S 5 2172 5 t 5 1 5 2 5 t II)

t 1 1 5 ~ 5 II)

5 5 5 S 6 6 5 5 4 , 5 5 5 !5 1 5 6 5 5 5 5 6 1 3 6 ,. 5 5

1/73

1/73

9/72

3/73

4/73 4/73 4/71

8/72 8/72 8/72 9/72

5/73

10/69 5'/73

12/69 1170

DESCRIPTION

2 14~PIN lie MOUNT wITH A2 (PlN 14, +5 , C2, T1 GND (PIh 7), SOARD 50.08914 GEN~RAL PURPOSE B~ANK TERMINATOR fOR 28 PINS, SINGLE X 5, BOARD 50-09733 W967 WITH HoL~S INSTEAD or SOCKETS WIRE WRAP QUAD W 4 SETS Of HANO~E END FINGERS, 1 H854, 1 16.PIN HOLES 8,5 QUAD, 42 16.PIN SOCKEtS W WIRi WRAP PINS, COMP SIDE 2 TOP S~T$ OF FNG£RS, HaS., FUR HY1~ W'9660 W SOCKETS INSTEAD Of' HOLES a,s QUAD w979 8,5 HEX COLLAGE BOARD W 1 PIN/FINGER + , PINSISOCKET LOCATION 8,5 W979 WIRE WRAP SINGLE a,s, SPACE FOR 6 tb~PIN IC, 40 WlRE fLAT M~LAR CONNECToR 12-1002) 36 PINS, 8ARE BOARD, USED ON W911, SI~GLE 5 SINGLE 8.5 SLANK aOARD, 36 HOLES, EACH CONNECTED TO ONE FINGER DOUSLE 8,S BLANK SOARD, 12 HOLES, EACH CONNECTED TO ONE FINGER QUAD 8,5 BLANK BOARD, 144 HOLES, EACH CONNECTED TO ONE FINGER '2 PINS~ BARE BOARD, USES W970 SOARD, DOUSLE 5 16 PINS, COPPER CLAD BOARD, SINGLE 5 )6 pINS COPPER CLAD BOARD, sINGLE 8.5 72 PINS COPPER CLAD BOARD, 00U8'£ 9,5 144 PINS COPPER CLAD BOARD, QUAD 8.$ 72 PINS, COPPER CLAD BOARD, DOU~L~ 5 36 PINS, HOL~S ON 0,1" GRID, CO~TACTS ONL¥, SINGLE 5 DOU8LE, 72 PINS, HOLES ON 0.1" GRlD, CONTACTS ONLY COBS), ~TO SIZE 36 PIN PANEL, PLATED THRU HOLES, PLASTIC MOOULE GRIo (OBS), DOUBLE SIZ~ 72 PIN PANEL, PLATED THRU HOLES~ PLASTIC MODULE GRID DOUBLE HIGH, 72 PIN COLLAGE BOARD, sPACE .'OR 18 16~PIN IC's OR SOCKETS MODULE EXTENDER HeX ~XTEND!R (NO fINGERS ON C, 0, E) FOR CStl (NEVER MADE), DouBLE EXTENOtR !XTENDER, SINGLE SIZE, J6 PINS DOUBLE EXTENDER, 72 PINS 8,5 X DOuBLE EXTENDER BOARD SySTEM MODULE ADAPTER W980 WITH 19 WIRE '~EXPRINT, 16 SlG • 3 GNOS, DF1~ 8.5 QUAD DouBLE SIDE MOOULE EXTENUER (08S), OOUBLE SIZE F,C, WIRING CHECKER, 81M TO 4909 BLANK MOOULE, SPLIT LUG FOR EACH PIN, 16 PINS DOUBLE SIZ.E BLANK MODULE, l& PINS COPPER CLAD SINGLE MODULE, 18 PINS DOUBLE sIZED COPP~R CLAD, 36 PINS SINGLE SIZEO VECTOR BOARD, 18 PINS Hp]440A DIGITAL VOLTMETER T~RMINATOR ] POTS, leAPS, LODGE & SHIPLEY MARk CENTURY CONTROLLER DOUBLE SIZE VECTOR BOARD, 1& PINS SINGLE SIZE CLAD SOARD, PLATED THRU HOLEs FOR 19 IC'S & GOLD PLATtD FINGeRS, wH"IH1ND~E W994 WITH NEW HOLe PATTeRN, WAS W9948 BOARD W995 WITH NEW HOLE PATTERN, WAS W9958 BOARD

THE X SERIES IS A GROUP Of LOGIC/INTERFACE MODULES OF PROPRIETARY DESIGN. THEY wERE DtSlG~ED BY XgROX USING DEC STANDARD CO~PONENTS. THEY OPERATE rROM +/- 12VOC ANP £MPLOY SATURATED TRANSISTOR LOGIC, MOST LOGIC CIRCUITS CONTAIN SLOW DOWN CAPACITORS TO MINIMIZE TRANSIENT NOISE SUCCEPTI8ILITY. THEY ARE SUILT ON STANDARD FLIP-CHIP MODULE CARDS, LOGIC LEvtLS ARE 0 VOLTS' -6 TO -12V. POSITIVE LOGIC IS USED, Q VOLTS IS A LOGIC "l"t

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