1401 ALPHABETICAl lOGIC LISTING 1403 SUMMA~Y ...

7·244b4 1401 ALPHABETICAl lOGIC LISTING

TITLE.

1~')X10 MATRIX Sf/I t('It-8K RF.Fe DWG.

1401 TIMING &~OLTAGE UIST REF O~G

1403 POwER ~LU(j

1403 SlJMMAI~Y CONNeCTOR hi

1403 SUMMA~Y CONNECTOR N1

14U3 SUMMARY (ONNECT6w ~2

1403 SUMMARV (6NNECTOR N2

1406 4KDRrVER TERM RES P[F. DW6.

1406 8K DRIVER T~RM.Rl~. HEF, DWG.

REH:ttf:NCE ONLY

LOGIC (f

1406

1406

1406

42.60.21.2

42.40.53.2

;;:3,04.11 • .2 '

21.04.01.2

21,04,11.2

22.04.01.2

22.04.11.2.

42.70.41.2

42.60.41.~

1406 TIMING & VOLTAGl DIST R~F, DWG. 1406

1ST AND 2ND 0 CYCLE TRIGGERS

2A COMPARE LATCHES

2K STORAGE BLOC~ OIAGRA~ REF UWG

3-6 PUNCH OICOt>t

3-6 PUNCH PJ:.CODE

4K STORAGE BLOCK DIAGRAM REF DWG

4K STORAGE GLOCK DIAGRAM REF. DwG.

5X10MATR!X SWITCH REF DWG

SXIO ~ATRIX SWITCH-4K REF. DWG.

8K STORAGE BLOCK DIAGRAM REF. DWG,

8xla MATRIX SwITCH REF DWG

8XIO MATRIx SWITCH-4K REF. DWG.

8X!U MATRIX SWITCH-8K MEF. DWG.

A AND B REGISTER CHECK LATCHES

A Aux CYCLE LATCH

A AUK STAR GATE IN AND OUT CONTROLS

A AUX STAR RESET CONTROLS

A BIT ZONE ADDER

A COMPARE LATCHES

A CYCLE ELIMINATE LArCH

A CYCLE ELIMINATION

A CYCLE LATCH

A LATCH AND 2A LATCH

A REG AND B REG WM

A REG INHISIT CONTRO~

A REG SET 1 2 4

A REG SET 82e AND ARITH WM LATCH

A REG SET 8 CD A U Cl

A REu SCT UNITS A U Cl

A REG TRNASLATOR ADDER COMPARE

A REGISTER SET

.A REGISTER CHECK MATRIX

A REGISTER DISPLAY DRIVE

A REGISTER COMBINED BITS 21

A REGISTER COMHINED BITS 84

A REGISTER COMBINED 81TS Aa

A REGISTCR COMBINED HITS NOT 21

A'REGISTER TRANSLATOR

A REGISTER TRUE COMPLEMENT

A STAR CONTROL HUNDREDS AND GATE OUT

A STAR'CONT~OL UNITS AND TENS

A STAR READ IN & STORE CYCLE 1 2 3

A&B REG SET AND RESET

ACTIVATE STOnAGE' DECODE

ADD CTRL ARJTH RDR RVRS SCAN RDR

AODER CARRY

ADD£R CARRY AND OVeRFLOW

ADDER CONTROL-RECOMPLEMENT HEADR TR

PAGE

1406

1406

1406

1406

1406

1406

4~.41.12,2

)(,.23.21.2

36,2,3.21,2

42.41,11.2

4(:.40.21.2

42.70,21.2

t.2.61.11.2

42,40.31.2

42.70.31,2

42.60,31.2

3~>'30.31.2

-··44,14.11.2

44.15 .. 01.2

14.33.13.2

44.19.21.2

44.11.11.2

~~ 1 ,06. 11.2

31.25.11.2

44.12.11.2

35.14.61.2

~5.Uh41.2

41.50,91.2

3~.1S.61.2

41.51,01,2

41.!)1.1l.2

44,19.01.2

15.01,Oij.2

')5.30.11.2

35.30.H.2

3S,16.~1.2

35.16.71.2

'J!).16.81.2

34.32.13.2

32.32.21.2

32.32.11.2

41.50.51:.2

35.10.51.2

42.67.01.2

34.31.16.2

34.31.14.2

34.31.1).2

34 .. 31.17.2

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124464

r.o

.'!"

"'.

1401 ALPHABETltAL LOGIC LISTING

TI fl.E

AODER DOUBLER COMPARE

ADOR REG DR AND THOUSANDS C DISPLAY

AODR REG VAL CHECK LATCH AND (TRtS

ADO~ESS MODIFY OP CODE

ADDRESSkODIFY UNITS A Ofr

ADDRESS MODIFY UNJTS'd OIT

ADDRESS MODIFY UNITS ( ZONE alT

ADDRESS STOP CONTROL SEC 1

ADDRESS STOP CONTROL SECT. 2

ADDRESS STOP INPUT SWlfCH'NG SECT. 1

ALL SCAN caMP AND PRT OR CARR 6USV

ALL SCAN COMP-PRGCARR tlUSY NUMEiHC

ALL SCANS COMPLETE

REffRfNCE ONLY

LOGIC II

44019.11&2

32.4Q011.2

1204'~.51~2

,*4062.02,,2

42.62e ~2

42,62.03.2

42.62.02.2

32.4~ .. 21.2

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32,4~h 11.2

36.01.11&2

ALL SCANS COMPLETE NUMERIC

ARITHMETIC INHI8H CONTROL

ARITHMETIC MODtFY CONTROLS GEN

AUTO SCAN CONTROL-)

1406

16.01.11.2

1600hll.2

3!i.16051 0 2

42.6!100h2

32.3h11.2

32.3hlh2

44. U.OloZ

44.1S.21oZ

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44.1!J.5le2

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44.1hOlol

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It I .. 16,U"Z

44.141.131.2

44,1 ~811~2

44,16.31.2

11.260 U.Z

44,,34.,1102

44.3 Iuq.Z

1~olh21o.2

Holl06h2

U.12c21.l

:n.12.61.Z

35&13.21.2

35,13.61.2

35,.16.31.2

44!,110,21.2

n.18.31.2

3~o 180 H.2

15016.21.2

3603:h 111.12

16.33.1102

35.301.121.2

3S.30041.Z

3SoH'lo!He2

35 0 16 0 11&2

35016.2102

34032.11.2

320l3\!t:U.Z

32833.,2102

32.33.111.12

41.,0.b1.£

44!.~4.1102

li9.60.itO.l

AUTO SCAN CONTROL-2

AUX STAJ SET L~TlH

AUX STAR (TRL UNITS TENS HDS

AUX STAR 2 CTRL uNITS tENS HDS

AUX ~TAR 4 ctRL UNITS TtNS HDS

AuX STAR 8 CTRL UNITS feNS HDS

AUX STAR A (TRL UNITS HUNDREDS

AUX STAR B eTR'!.. UNITS HUNDREDS

AUX STAR CD CTRL UNl15 TENS HDS

AUX STAR Cl CTRl UNITS HUNDREDS

B AUX CYCLE LAT

B AUX STAR GATE IN AND OUT CONTROLS

B AUX STAR RESEr CONTROLS

B CYCLE LATCH

a GREATER OR L~SS THAN A CONTROL

B GREATER OR LESS THAN A CONTROL

~ REG AND A REG UIT

a REG AND A ReO 2 SIT

S REG AND A REG ~ 64l

B f(EG AND A REO 8 elT

6 REG AND A REG 811 A

B REG AND A REG 6JT a

B REG BLANK AND COMBINED BITS AB

a-REG DIGIT GEHERAtlON

B REG !NH CONT SECT 3 AND FORCE 8 2

6 REG INHIBIT CONT'

S REG INHIBIT CaNT SECT 2

B REGISTER ADJUST PRrNT

B REGIStER ADJUST PRINT NUMERIC

B REG~STER (MEt, MATRIX

~ RfGIS,ER DISi. AND INO DISPLAV .

B REGISTER PLANE 9·14

6 RE~ISTER COMBINED OIls 21

o REGISTER COMBINED HITS 64

B REGISTER TRANSLAJOk

a STAR CONTROL GATE OUT

e .sTAR CONTROL TENS AND HUNDREDS

B STAR CONTROL UNITS

U STAR READ IN

TENS DECODE SWITCH

BACKSPACE TAU

PAGE 2

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110l24tV

"724464

~.~-

1401 ALPHABETICAL LOGIC LISTING

TITLE

BINARY ADDER

BIT COMPARE MATRIX

BIT TEST

an TEST OPR

BRANCH ON REAOER AND PUNCH BUSY

BuFFER CLOCK

BUFFER DISPLAY LINES

BUFFER MEMORY PULSES

OUFFER REGISTER ADJUST PRINT

~UFF~R ~EGISTER A~JUST PRINT NUMERIC

C BIT lONE ADDER

C E PANEL SYNC POINTS

CARR INLK LAT MAG ORIVS INOS

CARR STOP TR AND STARr 5S

CARRIAGE OPR REGISTER

c. BIT GENERATOR

CHANNEL 9 AND 12 LATCHES

CHANNEL a~USH REGISTER

CHANNEL eRUSH ENCODE AND 2

CHANNEL ~RUSH ENCODE 4 AND 6

CHAR REG TERMINATION & vlSTRIHUTfON

CHARACTER CONTROL LATCHES

CHECK. LATCHES"

CHECK PLANE ENTRY

CHECK PLANE ENTRY

CHECK RESET CONTROL

CHECKING ALTERNATE CYCLE CONTROL.

CHECKING ALTERNATE CyCLE CONTROL

CHECKING INHlhllT & ERROR GATLS

CHECKING INHlBIT & ERROR GATES

C~ECKING ROW BIT CONTROL

CHECKING ~OW OIT CONTROL

CLEAR B FIELD LAT AND SET PROD LAT

CLOCK CONTROL SECTION

CLOCK CONTROL SECT JON 2

CLOCK TIMING CONTROLS

~LOCK TIMING CONTROLS

COL BIN MODIFJERCONTROL

tel SIN PCH DECCDE& HOLE COUNT

COL BIN PUNCH DECODE MATRIX

COL BIN READ ENCODE

COM GATE SET SIGN AND I-E CHANGE

COMP COUNTER 2 4 UIT DECODE NUMERIC

COMP CTR 8 A B BIT DECODE NUMERIC

COMP WO 1ST ANO 2ND B 61T

COMP wo CYCLE CIl

COMPARE CHECK

COMPARE COUNTfR

COMPARE COUNTEK CONTROLS

COMPARE COUNTLR CONTROLS NUM~RIC

COMPARE COUNrER NUMERIC

COMPARE ~QUAL LATCH AND CONTROL

COMPLEMENT AND SET A TRANS OUTPUT

COMPRf.S5fD WORD OP (ODE

CO~PRESSED WORD eTL

CONTROL SI~NALS (A~Lt DRIVE

CONTROL SIGNALS CABLE DRIVE

CPU DATA CABLE DRIVE

TAU

PAGE ,

REFERENCE ONLY

LOGIC ,

34.32.16.2

34.21.11.2

4ll.10.11,2

41.10.21.2

14.21.41.2

46.37,21.2

40,36,81.2

46.37.31.2

36.33.11.2

36.33.11.2

34.33.14.2

37.31,21.2

36,48,31.2

36.48.21.2

36.46,11.2

35.l1.11.2

36,43,31.2

36.43.11.2

36.42.11.2

36.42.21.2

75.01.07.2

74.31.31.2

36.14,11.2

36,11.31.2

36.17.31,2

34.21.~1.2

36.17.11,2

36,,17.11.2

36,11.41.2

36.17.41.2

36.17.21.2

36,17.21.2

44 .. 11.41.2

310.10.11.2

3iD 10.12.2

11031.11.2

711131.21.2

41.11.51.2

4le23.l1.Z

1.1,,23.11.2

41.23,31.2

44,13.01.2

36,34.5h2

36.34.61.2

44.70.41.2

44.70,31.2

69.50.30.1

36.34,41.2

36.34.31.2

36.34.41,2

)4 .. 21.21.2

44.13.11.2

/f4.YO.l1.Z

44,70.21.2

1~.Ol.03e2

75.01.0.t!,2

15.01.01.2

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IIO'24V

724464 1401 ALPHABETICAL LOGIC LlSrlNG

TIT!.E

REfERENCE ONLY

lOGIC M

CTRL SIGNAL TERMINATION' DIST.

crR!. 51uNAL TERMINATION'OIST.

CURRENT DRIVERS AND (URRlNT SOURCES

CU~RENT D~lV[RS AND CUHRl~T ~OUR~~S 1406

CURRENT DRIVERS ANO CURR(NT SOURCES 1406

DELAY COUNTER TAU

DELAY C?UNTER TAU

DELAY COUNTER TAU

O(LAY COUNTER TAU

DELAY. COUNTeR GATING TAU

DELAV COUNT£R GATING TAU

DELAY COUNTER GATING TAU

DELAY COUNTER GATING TAU

DELAY COUNT~R GATING TAU

D~LAY COUNTER GATING TAU

DELAy COUNTER RESET TRIGGER REsET TAU

DELAY COUNTER DRIVE TAU

DELTA A AUX.CVCLE LATCH

OELTA A CYCLE

DELTA U AUX CYCLE LATCH

DELTA a CYCLE'

DELTA CYCLE CONTROL

DELTA I CYCLE

DELTA OVERLAP' OVERLAP CY LATCHES

DELTA PROCESS CONTROL PRINT NUMER1C

DELTA PROCESS CONTROL PRINt

DELTA PROCESS CONTROL PRINT

DELTA PROCESS CONTROL PRINT NUMERIC

DISTRIBUTION SECTION

DISTRIBUTION SECTION

DISTRIBUTION SHEET

DISTRIBUTION SHEET

DISTRIBUTION SHEET

DISTRIBUTION SHEET

DISTR1BUTION SHEET

DISTRIUUTION SHEET 1

OJSTRI~UTION SHEET 1

DISTRIBUTION SHEET 1 NUMERIC

DISTRICUTJON SHEET. 1 NUMERIC

DISTRIBUTION SHEET 2

DISTRIBUTION SHEET I



DUAL SPEE~ CARR SLOW BRUSH LATCHES

DUAL SPEED CARR. BRUSH COMPARE

DUAL SPEED CARR. SPEED CONTROL

DUAL SPEEO CARR. SLOW BRUSH INTEGRA

DUAL SP~ED CAR SP SK

E2 TRIGGER AND CHANNEL REGISTER CTRL

EDIT

E.OIT

EDIT

ELH T

EDIT

e:Dn EDr T CONT·

ENCODER

ENCODER

P"GE It

H.Ol.06.:t

7!>.01.05.2

42.!H.U.2

42.67.11.2

42.77.11.2

1::19.30.40.1

69.30.41.1

69.30.42.1

69.30.43.1

1:"19.30.50.1

69.30.!H.l

ll9.30.~.hl

69.30.,3.1

. B9.30.54.1

69.30. ~;'1

B9.30.31.1

69.30.20.1

4 •• 1it.01.2

31.22.11.2

44.14.21.2

31.2,.11.2

31.20.11.2

31.21.11.2

74.31.21.Z

36.:n.61.2

36.31.61.2

36.31.61.2

36.31.61.2

3S.10.11.2

3S.10.11.2

32.40.11.2

36.37.61.2

42.62.04.2

. 46.10.01.2

46.36.11.2

36,31.81.2

36.31.81.2

36.3le61.2

36.31.1:l1.2

36.31.91.2

36.31.91.2

36,31,91.2

36.31.91.2

46.51.21.2

46,51.31.2

46.51.41.2

46.H.1l.Z

4<>.Sl,71.2

3b.4~.21.2

34.10.11.2

34.10.21,2

34.10.31.2

34.10,41.2

:34.10.51.2

34,10.61.2

35.10.31.2

36.13.11.2

36.13.21.2

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EC II

110ll'tV

124464 14Q1ALPHAUETICAL LOGIC L'~TING

TITLE

END DIV LAl QUOT TR & REV SCAN LAT

ERROR CH~'K,& OVERLAP CY DISP LATCH

f.RROR STOP

ERROR STOP HEAO GATING

(RROR tRIGGERS

tVEN PARITY OPERATIONS CHECK

EXPANDED EUIT DECIMAL OPTION

ExPANOfD EDIT DOLLAR OPTION

£)(PANOH) EOn AS n:rHSK OPTJ ON

FEED 'ANP PUNCH ~ELEASE OP CODES

FHOTHROUG~I AND OISTRIBUTlON SHEET

fEED .HROUG~ SHEET

fEED THROUGH SHEET

FEED THRQUGH SHEET

FEED T't:IROUGH SHEET

FEED TH~OUGH SHEEt

HED THROUGH SHEET

fEED THROU~H SHEET

FEfO TH~OUGH SH~ET NUMERI,

FEED THROUGH SHE~T NUMERIC

FEf~tt. THRU

fEED THiW 51-IEET

FE ED f HRU SHEE T

HEO fHR\J SHEff

FEED fHRU SHU 1

FIFTY ON~ COLUMN SCAN CONTROL

fiLE OPAND PlRCENT LATCH

FINAL AMPLlflEHS

FIRST ADDRESS TRANSFER

FORWARD STOP DELAY AN~ COMPUTE '<

FULL STORAGE PRINT

GO TRIGGER

HAMMER CHECK PLANE CONNECTIONS 1-33

HAMMER CHfCK PLANE CONNECTIONS 34 66

HAMMER CHeCK PLANt CONNeCTIONS 61 99

HAMMER CHECK PLANE CONN£CTI oN100"'132

HAMMER DRIVE 1]0-132

HAMMER DRIVE 10U.I09

HAMMER DRIVE 110-119

HAMMER DRIVE 120-129

HAMMER ~RIVE 1-9

. HAMMEROR1VE 10-19

HAMMER DRIVE, 20-29

HAMMER O~lVE 30-39

. HAMMER D~IVE 40-49

t~MMfR DRIVE ~O-~9

HAMMER DRIvE 60-69

HAI'tMf.R Oft IVE 70-79

HAMMER DRlv~ 80-89

HAMMtiRDHIYt:: 90-99

HAMMfR RESET CHHK ,

HAMMER Rtsn CONTROL

HIGH-LOW~EOUAL TEST

HIGH-LCW-EQUAL TEST

HI-LO 0161T 'OMPARl SlCT

Hl-LO DIGIT CaMPAkt SECT

HI-La DIGIT COMPARE SECT Z

HI-LO OlvlT COMPAHt S~CT l

REFER~NCf ONLY

LOGIC II

TAU

TAU

TAU

TAU

1406

TAU

44,12,01,2,

H.21,21.2

89.!l0,S2,1

aw.40,12,1

89,!lO.!)Q,1

]~.26,11t2

34,11. U,Z

34.11,3102

34,11,21.2 '

.3.1,09.S1,2

34,34,11.2

36,19, H.2

3~.H,31.2

36,37,31.2 .

36,H.81.2

]C.,49.21.l

37,30 ... 1,2

10,6,,11,2

7!J.01,04,Z

89,40.10,1

1S.01.10,2

1.l9,30,~6.1

Ct2.66,03e2

69,60,11,1

4b.lhOh2

40,11.11.2

46,11.21,2

46,11,ll,Z

36,19,91.2

36,39,6h2

36039.71,Z

. 36,39.81,2

36,38,6102 ..

·l6,n.l1.z

36,36,6hZ

36,38,91,2

36.39.0102

36,39,2102

36.l9,~ltZ

44,34,31,2

4't,n,lh2

4 .... 33. 1hZ,

PAGE !.I

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724464 1401 ALPHABETICAL LOGIC Ll~TING

TITLE

REFERENCE ONLY

LOGIC #I

HI-LO OIGIT COMPARE SECT 3

HI-LO DIGIT COMPARE SECT 3

HI-LO LATCH

HI-LO LATCH

HI-La ZON~ COMPARE

HI-La ZONE COMPARE

HI-LO-EQ INPUT DIST

HI-lO-EO INPUT DJ5T

HOME AND, RUN TRIGGERS

HOME AND RUN TRIGGERS

HO'ME AND RUN TRIGGERS NUMERIC

HOME AND RUN TRIGGERS NUMERIC

HOME ERR&PR LINE COHP CTRLS NUMERIC

HO~'E fRR&PR LINt: COMP CTRLS NUM!::RIC

HOME ERROR (, PRINT LINE COMP CTRLS

HOME ERROR (, PRINT LINE COMP CTRLS

HUNDREDS & THOUSANDS DECODE SWITCHES

HUNDREDS (, THOUSANDS DECODE SWITCHES 1406

HUNDREDS AND THOU&ANDS DECODE SWIT. 1406

HUNDREDS DECODE SWITCHES



HUNDREDS ZONE CARRY CONTROLS

CVCLE LATCl-1

o OPERA lIONS

RING 4-5-6-7-8

RING 4-5-6·7-8 DISTRIBUTION

RING CONTROL

RING OP-1-2-3

RING OP-l-2-3 DISTRISUTION

STAR CONTROL HUNDReDS AND GATE OUT

STAR CONTROL UNITS AND TENS

STAR RESTORE r.ATE

I-E CHANGE SE~TION

I-E CHANG£ SECTION 2

I-E CHANGE SECTION 3

1-0 BRANCH CONTROL

1-0 DATA INPUT

1-0 LOAD AND CONTROL

1-0 SELECT CONTROL

1-0 SELECT CONTROL

1-0 SELECT CONTR.C!.I .. ,_

I-05ELECT CONTROL

1-0 SELE'T CONTROL

1-0 WRITE

INDEX CONTROL

INDEX A AND B STAR GATES

INDEX ADDRESS REGISTER SET

INDEX STAR

INDEX TAG LATCHES

INDExING OPR CODES

INDICATORS - CONSOLE

INDICATORS CON50LE

INDICATORS RE~ DwG

INDICATORS-TAPE C~ CONSOLE

INDICATORS-TAPE CE CONSOLE

INH DR TERM RES' fiLTER CAP REF DWG

INHIBIT 1

1406

1406

PAGE 6

44,33,31.2

44.33,31.2

44.34.21.2

44,34,21.2

44.32.11,2

44.3l.11.2

44.30.11.2

44.30,11.2

36.31.11.2

36.31,11.2

36.31,11.2

36831,11,2

36 .. 37.11.2

36~ 37.11.2

36.37.11.2

36.31,11,,2

42.!>6.1le2

'42.76,11.2

42.66.11.2

42.'5,11,2

42.65.11.2

42.7!i.ll.2

41.50.71.2

31.24,11,,2

31.09.2le2

31.31,41.2

31.31,21,2

31.30.11.2

31.31.31.2

31.31111,,2

32.34.21.Z

32.34,11,2

32.39.11.2

31.05.11.2

3l.0~.21.2

31.0S.31,2

7:;.11,41,2.

73,ll.2l.l

73.12.21,2

73.11,11.2

13.11.31.2

"13.11,51.2

13.11.61,2

13.11.71.2

13,12,11.2

41.Sh6h2

41,!>O.~H,2

41.50.41,,2

41,51,21.2

41.50.01.2

t.l.52.31.2

37.20.11.2

37,20,21,2

U9.02.50.0

n,alt11,2

71,IH,12,,2

42.40.43.2

3!),1l.1l.2

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£c " llO,24V

124464 1401 ALPHABETICAL LOGIC LISTING

TITLE

REFERENCE ONL.Y

lOGIC II

INHIlHT 2

INHIBIT 4

INHISIT 8

J NH 11:31 T A

INHI61T 8

IHHIS IT C

INHIBIT C OIG AND ClONE

INHIOIT CHECK LATCH

INHIBIT CHECK SECTION 1

INHIBIT CHECK SECTION 2

INHIBIT DRI VERS

INHItH TORI VERS

INHIBIT DRIVERS

INHlfjlT DRIV€RS

1406

1406

INHIBIT GATING ANO ARITH CHEC~ LATCH

INHIUIT RESISTORS&FJLTER C REF. DWG. 1406

INHIBIT WM

INPUT OUTPUT LINES REF DWG

INPUTS FROM TAU REF DWG

INPUTS FROM TAPE DRIVE 1'30 REF OWG

INPUTS FROM TAPE UNIT 719 REF DWG

INQUIRY ATTACHMENT CONTROL CKTS

INQUIRY ATTACHMENT DATA CKTS

INQUIRY ATTACHMENT--DAT~ CKTS

I~aulRV ATTACHMENT-~CONTROL CKTS

INQUIRY FEED THRU MOO-D

INQUIRY-MODE MODIFY

INTERLOCK STOP

LAST ADDRESS & READ END CONT~OL

LOAD LATCH AND G~TED WM

LOGIC INDEX

LOGIC INDEX

LOGIC INDEX

LOGIC INDEX

LOGIC INDEX

LOGIC INDEX

LOGIC H~l)E)(

L.OGIC INDEX

L.OGIC INDEX

lOGIC INDEX

LOGIC INDEX

LOGIC INDE)(

LOGIC INDEX

LOGIC INOEX

LOGIC INDEX

LOGIC: INDEX

LOGIC IND~X

LOGIC INDEX

LOGIC INDEX

LOGIC INDEX

LOGIC INDEX',

LOGIt: INDEX

LOG!C INDEX

LOGIC IND[;X

LOGIC INDEX

LOGIC INDEX

LOGIC rNDEx

LOGIC INDEX

TAU

TAU

TAU

1406

1406

1406

PAGE 1

]5.11.51.2

-"3'!I.12,11,2

3S.12.51.2

3S,13.1l.2

35.130!)loZ

35.14.11.2

35,15.11.2

35.17,71.2

35,11.S1.2

35.11.61.2

42.58,11.2

42.68.11,2

4l.18.1l.2

46.10.51,2

44.13.21,2

42.68.21.2

3S.14.!::I1.2

73,91.91,2

B9.0Z,3!),O

B9,02,21,0

89.02.20,0

17,01.11,2

71,Oh 21.2

71.01,21.2

71,Olol1.2

77.01,31.2

77,01,0102

36,02,11.2

3f'a16,1l,2

31.07.11.2

B9,10.01. 1

69,10,OZ,1

89,10.03,1

31,01,10.a

31. 10.10.2

32,30,10,2

3/ .. 00.00.2

)!!t,10.10.2

3h20,10.2

36.00,00.2

36.0lo 10.2

36.01.10.2

36.0lt 10.2

36.11.10.2

36,30,10,2

36.30,10.2

36.31,00,2

:H.OO.OO,2

37,17.10.2

41,1l.IO.i!'

42,53,10,2

42,63,10.2

42,65.00.2

42.13.10.2

4 1 .. 10.00.2

44.15.00.2

1j.4,30.01.2

44.30,10.~

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TITLE.

LOGtc INUEX

LOG Ie ~NDEX

lOGIC iNDEX

L06tC lNf)(;,l(

LOGIC iNDEX

LOGIC tHOE-X

LOG Ie 1 NDE-:X

LOGIC INO£)(

LP PT & UUSY L REWIND REWlND UNLD

LRCR ERROR & lRCR RESEt

LRCR REG PSNS 1 2 4 AND 8 elTS

LRCR REG P5NS A BAND C BITS

MANUAL CARRIAGE (TAL

MANUAL CONTROLS SECTION

MANUAL CONTROLS SECTION

MANUAL CONTROLS SECTION 3

MANUAL OPERATION

MANUAL OPERATION

MANUAL OPERATION-C.E. CONSOLE

MANUAL OP~HA1ION-QPtRATORS CONSOLE

MAN0AL OPERATION-OPERATORS CONSOLE

MANUAL OPERATION RESET AND LOAD TAPE

MEMORV SWITCH DRIVE

MOD. CTRLS IV TRAN &1400 CHAR CTRL

MOO.ClRLS III LJNITS&Tt.:NS Bon. &. (R

MODIFIER CONTROLS II MODC,3Gl-l

MODIFiER CTRLS T PLUS 1 AND MINUS 1

MODifIER EvEN DIGIT GENERATOR

MODIFIER INVALID ADDRESS

MODlfJfll 000 DIGIT GENERATOR

MODIFIER 5((T 2 ~IT

MODIFIER SEcr A HIT

MODlflE~ SECTM ~ oIT

HODlffER SECfD B ijlT

MODIFIER SHT. B HlT

MODIFIER SECT. eOR~Ow-CARRV UlT

MODifIER SECTe (Z utT

MODIF!ER SE.CT. (DIGIT BIT

MOtilF1ER lONE CK GEN

MODIFIER-SECT 1 BIT

MODIfY OPERATION CONTROlS

MOVE COLUMN BINARY

MOVE RECORD

MULTIPLY AND DIVIDl OP CODES

o REGISTER GATING-WKITE LATCH

ODD PARITY OPL~ATIONS CHECK

ODD-EVlN CHARACTER :OUNTER

OP REG ZO~t DECODE

OP REGIST[R LATCH

OP REGISTER UNITS DECODE

OP REGISTER UHIT5 OECODE 2

OPERATiON CODES n NOT A lONE

OPERATION CODES A NOT B ZONE

OPERATION CODlS AB lONE

OPERATION COOES NOT.AU lONE

OPERATIONAL DECODE

OPERATIONAL DECODE

OPERATIONAL DECODE

TAU

TAU

TAU

. TAU

REfERENCE ON\oY

\.OG 1:( tI

41t,70.00,2

46.10.001112

46,36.10,2

46,!H.lO,2

10.10" \ ').2

1Q.10,,11,2

70.10 • .11112

74~lO.lO.2

B9.6ChOZ.l

B9.50.42.1·

69.50.40,1

69.50.41,1

36,41.1.1.2

3l.0:h 11.2

31.03.21.2

31,03.31.2

71,71.41.2 .

71.7h6lt2

7l.H.H.2

71.71,11,2

71.n.ll.2 HII7l1l21.l

46,31.91.?

32.42.41.2

32.42,3lt2

32.42.21.2

32.42,11.2

32,44.2'1.2

32.!44,41.~

32,44,11.2

3-21143.21.2

32t&43o!H.Z

32043131.2

32.43.41.2

32043.61.2

32.43.91.2

32.43.61.1

32,43,71.2

32,,44.31,2

3.2.43,11.2

1406 42 0 65,,02,,2

41"lle41.2

41,51.11.2

/t4."lO,91,2

fAU

"'4.11,71,2

3':1&26,21.2

tI9. I.O.6¢! .1

~~.22·.1h2

3!,.Zl.lle2

35,13.U.2

35.23.21.2

35.25.11.,

35.26·.11.2

35.24.11.2

35.27.11.2

10.11,,1.2

70.11.21.2

70.11.41.2

PAGE 8

OO.CO.OOH

tiME

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01B1

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0101

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oun

0161

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EC .'

ll0:324V


TITLE

OPERATIONAL DECODE

OPERATIONAL OECOD~

OPERATIONAL D~CODE

OPERATIONAL DECODE

OPERATIONS CHECK LATCH

OPR REG DISPLAy DRIVE

OUTPUTS TO TAPE UNIT 729 REF OWG

OUTPUTS TO TAPE DRIVE 1.330 REF DWG

OUTPUTS TO TAU REF DWG

OVERLAP RUSY AND COMPLETE CONTROLS

OVERLAP CONTROLS

OVfRLAP CONTROLS

OVERLAP INTERLOCK STOP CONTROLS

OVERLAP PROCESS INT~RLOCK CONTROLS Z

OVERLAP STAR-GATING

OVERLAP STAR-HUNDREDS

OVERLAP STAR-TENS

OVERLAP STAR-UNITS

OVERLAP START CONTROLS

OVERLAP-PROCESS INTERLOCK CONTROLS 1

PFR CHECK LOGIC

PFR CHECK PLANE REGISTER

PfR ENCODE-VALID lTV

PFR OP CODE GENERATION

PR PAR ERROR

PR ROY START-AFTER SP CTRL NUMERI~

PR ROY START-AFTER SP CTRl NUMERIC

PR ROY TR-SET 201 202 2 3

PR RDY TR-5ET 201 202 2 3 NUMERIC

PR SCAN PR SCAN CaMP AND WM PR TRIG

PR SCAN PR SCAN COMP AND WM PR TRIG

PR SCAN PR SCAN cOMP l~S NUMERIC

PR SCAN PR SC~N COMP TRS NUMERIC

PR XFER'AND PR XFER caMP TRS

PR XFER ANO PR XFER COMP IRS NUMERIC

PRE-SENSE AND SENSE AMPLIFIERS

PRE-SENSE AND SENSE AMPLIFIERS

PRE-SENSE AND SENse AMPLIFIERS-2K

PRE-SENSE AND SENSE AMPLIFIERS -4K

PRINT BUFFER RING ORIVE

PRINT DUFFER TENS RING

PRINT SUFFER TENS DRIVE

PRINT aUFFER UNITS RJNG ua-U4

PRINT BuFFER UNITS ~ING U5-U9

PRINT COMPARE

PRINT COMPARE

PRINT COMPARE NUMERIC

PRINT COMPARE NUMERIC

PRINT CONTROL CLOCK PULSES

Pin NT ERROR

PRINT ERROR

PRINT ERROR ~U~ERIC

PRINT ERROR NUMERIC

PRINT INTERLOCK RD PCH

PRINT INTERLOCK RD PCH NUMERIC

PRINT READY START' AFTER SPACE CTRl

PRINT READY START & AFT~R SPACE CTRL

PRINT READY TR AND SET 201 NUMER!C

PAGE

R EfE R Et.CE ONL v LOGIC Ii

1406

1406

9

70.11.'.1.2

11.11.11.2

71,11.21.2

11.11.31,2

35.28.31,2

l!h29,l1.Z

89,02.25,0

89.0Z.26.0

li9.02.30.0

74.21.11.2

71.61.21.2

74.21.31,2

74.31.6'1.2

74,31,51,2

14,11,11.2

1~.1l,4le2

14.11.31.2

7/ •• 11.21.2

7/ •• 31,11.2

11 .. :n,41,2

S6.17,41.2

'6,10.91,2

56.13.11,2

56.1S,l1.2

46.36.91.2

36.31.71,2

36.31,71,2

36.31.31.2

36,31. 31.2

36,31,41,2

36,31.4!e2

36.31,41.2

36.31.41.2

36,31.51.2

36.31,!H,2

42.69,11.2

42.79.11.Z

42,59,11.2

42.,9.11.2

46,31,71,2

46,31,61.2

36.37,91.Z

46.31.41.2

1.6.37.S1.2

36.33.21,2

36.33.21.2

36.3'h21.l

36.33,21,2

, '16.37,81.2

36,37.21.2

36,37,21,2

36.37,21.2

36.37.21.2

36.:H.~1,2

36.31.~l,2

36,31,71,2

36,31.71.2

36.31. 31.2

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£C II

U03Z4V


TITLE

PRINT READY TRIGGER ANU.SET 201.

PRINT ~~AN (OUNT[H

PRtNT SCAR COUNTER

PRINT SCAN COUNTER NUMERIC

PRINT SCAN COUNTER NUMERIC

PRINT STORAGE LATCHES 1 2 4 8

PRINT STORAGE LATCHES A-8-C-WM

PRINT STORAGE 5tNSE AMPLIFIERS

PRINT STORAGE ARRAY

PRINT STRG LTCHS WM-PEC-PLC-EaC

PROCESS CHECK AND MAR KEY CONTRO~

PROCESS CONTROL SECTION

PROCESS CONTROL SECTION Z

PROCESS CONTROL SECTION 3

PROCESS CONTROL SECTION 4

PROGRAM ACTIVITV RECORDING CONTROLS

PROGRAM SKIP LATCH

PROGRAM SKIP POSITIVE TEST

PSS COUNTER

PSS COUNTER

PSS COUNTER 2 4 BIT DECODE NUMERIC

PSS COUNTER 8 A B BIT DECODE NUMERIC

pss COUNTER ADVANCES

PSS COUNTER ADVANCES NUMERIC

PSS COUNTER ADJUST CONTROL TRIGGERS

PSS COUNTER CONTROL GATES

PSS COUNTER CONTROL GATES NUMERIC

PS5 COUNTER CONTROL TRIGGERS NUMERIC

PSS COUNTER CO~TROLS

Pss COUNTER CONTROLS NUMERIC

PSS COUNTER NUMERIC

PS5 COUNTER NUMERIC

Pss MEMORY RINr.

PS~ MEMORY RING

PSS MEMORY RING NUMERIC

PSS MEMORY RIN~-NUMERrC

PSS TRIGGER

PSS TRIGGER

PSS TRIGGER NUMERIC

Pss TRIGGER NUMERIC

PULSE DISTRIBUTION

PULSE DISTRIBUTION AND FEED THRUS

PUNCH CB GENERATION

PUNCH CHECK DECODE

PUNCH CHECK DECODE

PUNCH DECODE

PUNCH O!;CODE

PUNCH DECOOE

PUNCH DECODE

PUNCH DRIVER RESET

PUNCH DRIVER RESET

PUNCH DRIVE TENS

PUNCH DRIVE TENS

PUNCH FEED

PUNCH MATRIX 0-1

PUNCH MATRIX 0-1

PUNCH MATRIX 2-3

PUNCH MATRIX 2-3

PAGE 10

REFERENCE ONLY

LOGIC II

46.10.41.2

31.09.11.2

:.H.02.n.2

31.02,31,2

31,02,41,2

74.11.81.2

34,21.31.2

36.34.11.2

36,34,31,2

3(a34.5lt2

36.34,61,2

36.34,21.2

36.34.21.2

36.34.11.2

36,34,41,2

36.34.11.2

36.34.21.2

36.34,21.2

36.31,21.2

36.3h21.2

36.31.0le2

36.31.01.2

36.3ltOl.2

44.10.11.2

36.21.11.2

36.23,11.2

36.28.21.2

36.28.21.2

36.29.11.2

36.l9.21.2

01A6

01A6

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01A6

01A6

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01B7

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724464 1J.01 ALPHABETICAL LOGIC LISTING

TITLE

PUNCH MATRIX 4-5

PUNCH MATRIX 4-5

DUNCH MATRIX 6-7

PUNCH MATRIX 6-7

PUNCH MATRIX 8-9

PUNCH MATRIX 6-9

PUNCH SCAN GENERATION

PUNCH SCAN COMPLETE

QUI BINARY DOUBLER

QUI-UINARY VALIDITY CHECK MATRiX

QUJ-OINARY VALIDITY CHECK LATCH

QUI-BINARY DOUBLER CARRY TRIGGER

QUI-ijINARY DOUBLER ENTRY

CUIN ADDER ao Q2 Q4 Q6 08 NOT CARRY

QUINARY ADDER OUTPUT

QutNARY ADDER-CO Q2 04 Q6 CARRV

RD PCH COL BIN LATCH

RD PCH COL BIN TRIGGER

RD-PCH COL BIN MAR conTROL

READ A REG VRt:,

READ CLOCK

READ. CLOCK GATING

READ CLOCK ~ATING

READ CLOCK DRIVE

READ CONOI TlON

READ DELAY CONTROL

REAO FEED

READ GATING

READ GATlNG

READ GATING

READ GATING

READ GATING

READ GATING

READ GATING

READ IMP C~ LOGIC

READ PU~CH RELEASE

READ PUNCH INDICATION

~EAD RECOGNITION

READ RECOGNITION

READ SCAN COMPLETE

READ S"CAN GENERA TJON

READ WRITE VRC

REFERENCE DRAWING

REG A AND HEG B C BIT PSN

REG A AN[) REG ~ AND 2 BIT PSNS

REG A AND REG U 4 ANO 8 BIT PSNS

REG A AND REG B A AND a ~lT PSNS

REVERSE SCAN

R-W REGISTER BIT POSITION

R-W REGIST~R ~tT POSITION

R-W,REGISTER BIT POSITION

ROW BiT CORE & RD aRSH CONN REF DWG

ROW UIT CORES & p~ MAG (ONN REF DWG

SEL&REAOY RD-&WRIT[

SELECT £. READY

Sf.NSE SwlTCttES OPTIONAl.

SERIAL DISTRIBUTION SECTION

SERIAL DISTRIBUTION SECTION II

REFERENCE ONLY

LOGIC II

TAU

TAU.

TAU

TAU

TAU

TAU

TAU

TAU

TAU

TAU

TAU

TAU

TAU

TAU

TAU

TAU

TAU

TAU

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36,29,3hZ

36,29,31,2

36,29,41,2

36,29,41,2

36,29, ~n.2

36.29.H.Z

36,22.11.2

36.0lt21,2

44,18,11.2

34.32,19,2

34,32,20,2

44,18.21.2

44,18.01,1

34,32.14.2

34,32.17,2

34,32,15,2

41,11,21,2

41,11,11.2

41,11.31.2

59.S0.10.1

69.10,20.1

69c>10,30,1

8911110.:n.1

89.10.10,1

89.60,20,1

89030,10.1

36 .. 10.11,2

70,,61,21,2

70,61.21.2

70.6h31.2

10,61-31.2

70.61.41.2

70,61,41,2

7ltttle 11,2

36.10.21,2

56.10.l1.2

36.18,11.2

~9.40.60.1

69.40.61.1

36.01.31.2

36.11,11.2

B9.50.20.1

73.00.00.2

139,40.23.1

69,40.20.1

lH.I.O.Z1.1

139,40.412,1

31,04,11.2

r:ll) .40.S0 .. 1

69.40.51.1

B9.40.~2.1

4;2.40.51.1

42.40.'~,1

B9.60.10,1

B9 .60. 01.1

34,22.11.2

32.41.11.2

3l.41.Z1.Z

PAGE 11

00.00.00.2

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U0324Y

124464 1401 ALPHA~ETICAL LOuie LISTING

TITLE

SERIAL DISTRIBUTION SleTION III

SERIAL DISTRIBUTION SECTION IV

SER IAL GA TE

SERIAL GATE 4 ANU 8 81TS

S!::RIALllING GATE (I) A~L> tiCZ

SERIALIZING GATE HA AND H8

SET STARS AND ADOlR CARRY

SET UP A R€G CONTROL

~ET"UP ADDR CONTROL

SIGN CONTROL AND H tilT ZONE ADDER

SIuN TRIGGER

SIG~AL DISTRIBUTION SHEET

SINGLE CYCLE PRINT CONTROLS NUMERIC

SINGLE CYCLE PRINT CONTROLS

SINGLE CYCLE PRINT CONTROLS

SINGLE CYCL~ PRINT CONTROLS NUMERIC

SKEw ERROR ~ A R~G VRC

SOCKET RESERVATIONS

SOCKET RESERVATIONS

SOCKET RESERVATIONS

SOCKFT RESERVATIONS

SOCKFT RESERVATIONS

SPACE COUNTER

SPACE SKIP REGISTER

SPACE SKIP COMPARE eQUAL

SPECIAL CHARACTER COMPARE

SPECIAL CHARACTER COMPARE

STACKER SELECT

START

STOP BRUSH INTEGRATION

STOP BRUSH INTEGRATION

STOP 1-0 ATTACHMENT

STOP 55 TIUGGER

STOR ADDRESSING H8 LOCATION Cl4-D14

STOR ADDRESSING HA LOCATION C16-016

STOR ADDRESSING HS LOCATION C11-017

STOR ADDRESSING HCD LOCATION (15-015

STOR ADDRESSING HCl LOCATION C18-018

STORAGE ADDR MANUAL CONTROL & RESET

STORAGE ADDRESS ui LOCATION COI-0

STORAGE A~L>RE5S T1 LOCATION (06-0 6

STORAGE ADDRESS Hl LOCAT10N C11~Dll

STORAGE ADDRESS u2 LOCATION (02-0 2 -»<.

STORAGE AODRES~ T2 LOCATlON (07-D 1

STORAGE ADDRESS HZ LOCATION e12-012

STORAGE ADD~ESS U4 LOCATION C03-D 3

STORAGE ADDRESS T4 LOCATION C08-0 8

STORAGE ADDRESS UB LOCATION (04-0 4

STORAGE ADDRESS TM LOCATION (09-D 9

STORAGE ADDRESS UA LOCATION (19-0l9

STORAGE ADDRESS ue LOCATION C21-02l

STORAGl ADDRESS uCD LOCATION C05-0 5

STORAGE ADU~ESS TeD LOCATION CIO-01

STORAGE ADDRESS uel LOCATION CiO-02

STORAGE ADDRESSING H4LOCAlIONCIl-D13

STORAGE CLOCK PULSE& Z1 l2

STORAGE CONTROL PUL~E GENERATION

STORAGE eOHE FRAME REf. DWG.

REHRENCE"ONI.Y

LOGIC II

TAU

TAU

TAU

TAU

TAU

TAU

1406

1406

32.39.41.2

36.49.11.2

36.35.21.2

B9,50.51.1

89.90,11.9

B9.90.10.8'

36,44.11.2

36,45.11.2

44,31,l1,l

31,01,11,2

32.37,41,2

32.38,11.2

32.3tJ.21.2

32.30.11,2

32,35.21,2

32,35,31.2

32,36.31.2

32,36.41,2

42.61.03.2

32.35.51.2

3Z,J6.51.l

42.61.02.2

31.12.94.:2

42.60,11,2

PAGE 12

GATE

01A8

01A8

01A7

01A1

01A7

01A7

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0184

0103

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01A6

01A6

01A6

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ooxa

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TITLE

STORAGE CORE· ;:·RAt.1£ REf. DW".

STORAGE CORE F~AMES REF DWG

STORE CONTROLS

STORE CYCLE D~IVtRS

STORE I STAR

STORE INDEX CONTROL

STORE INDEX CYCLE TRIGGERS

STORE INDEX CYCLE TRIG GAtEs

STORe CLOCK PULSESRl R2 R3 STROBE A

SW CORE DRIVE TERM RES 4K REF DwG

SW CORE DRIVE TERM RES 2K REF DWG

SwITCH MODE

SWI TCH MODe. 11

5wlTCH MODE-INQuiRY MACH ONLY

SWITCHES AND INDICATORS CONSOLE

SWITCHES CONSOLE LOwER PANEL

SWITCHES LOWER PANEL

SWITCHES MANUAL ADDRESS THOUSANUS

SWITCHES MANUAL ADDRESS UNITS' TENS

T TIME OOOM015 015-045

T TIME 000-030 030-060

T TIME 030-105 015-105 15-000

~ TIME 045-060 015-030 060-015

T TIME 04S-075 U TIME 0 60

T TIME 060-000 075-090 030-090

T TIME 060-'090

T TIME 090-000

T TIME 090-105 105-000

T TIME 090-030 U TIME 075-10~

TAPE ANO RP OVERLAP MODE LATCHES

TAPE OVERLAP CONTROL INTEKLOCK

TAPE UNIT LINES

TA?E UNIT LINES

TENS ADDRESS DECODE

TENS DECO~E S~ITCH

TENS DECODE SWITCH

TENS HAMMER DRIVE

TENS R[NG SWJTCHES

TENS RING SWITCH~S AND INHI~lT TERM

TIE ~OWN LIST REFERENCE DRAWING

TRANSFER PROGRAM

TRANSFER PROGRAM SKIP

TRANSFER SCAN MAR CONTKOL

TRANSLATE AND CHECK DIGIT

TRUE COMPLEMENT

TRUF. COMPLEME~T BINARY ENTRY

TRUE COMPLEMENT ANALYSIS

TRU~ COMPLEMENT 'QUINARY ENTRY

U TIME OOO~015 060-090

u TIME 0.)0-030 030-060 TTrME 000- 6

U TIMe O~U-045 U45-060 60-075

U TIME lU~-OOO 090-000

UO-U4 HAMMtR DRIVE

US-U9 HAMMER DRIVE

UNIT PLUGGING CHART

UNIT PLUGGING CHART

UNIT PLUGGING CHART

UNIT PLUGGING CHART

REFERENCE ONLY

LOGIC'

1406

TAU

TAU

1406

1406

TAU

TAU

TAU

42.70.11.2

42.40.11.2

41.!ih41.2

41.50.:U .• Z

41.5h51.2

41.51.31.2

41.,0.21.2

41.50.11.2

31.12.93.2

42.40.41.1

42.40.42,2

37.30.11.2

37.30.12.2

37.30.11.2

37.31,11.2

37.10.11.2

,31.30.:H.2·

37.30.2Z.2

37.30.21.2

31..12.22.2 '

31,12.12,2

. 31.12.41.2

31.12.31.2

31.12.92.2

31.12,32,2

3ll.12.11.2

3lL.12.2h2

31,12,42,2

31.12,91.2

74,21.01.2

74.41,11.2

69,60.50.1

89.60.51.1

36.36.41.2

42.64.11.2

42.74.11.2

36.38.31.2

4(,.10.81.2

46.10,91.2

42.40.10.2

75.01.09.2

34.21.,U.2

56.12.11,1

34.32.18.2

34.31.12.2

44.18,31.2

34.31.11.2

44.18.41.2

31.12.61.2

31.12.51.2

31.12.71.2

31.12.62.2

36.38.01.2

36.38.11.2

B9.90.11.1

ll9.90.12.1

69.90.51.1

31.01.20.2

PAGE 13

00.00.00.2

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T ITL.E

REFt::RENC~ ONL.Y

LOGIC Ii

UNIT PLUGGING CHART

UNIT PLUGGING CHART

UNIT PLUGGING CHART

UNIT PLUGGING CHART

UNIT PLUGGING CHART

UNI1 PLUGGING CHART

UNIT PLUGGING CHART

UNIT PLUGGING CHART

UNIT PLUGGING CHART

UNIT PLUGGING CHARt

UN I T PLUGG I,NG CIIART

UNIT PLUGGING CHART

UNIT PLUGGING CHAHr

UNIT PLUGGING (HART

UNIT PLUG~lNG CHART

UNIT PLUGGING CHART

UNfT PLUGGlNG CHART

UNIT PLUGGING CHART

UNIT PL.UGGING CHART

UNIT PLUGGING CHART



UNIT PLUGGING CHART

UNIT PLUGGING CHART

UNIT PLUGGING CHART

UNIT PLUGGING CHART


UNIT PLUGGING CHART

UNIT PLUGGING CHART

UNIT PLUGGING CHART

UNIT PLUGGING CHART


UNITS ADDRESS DE~ODE

UNITS DECODE SWITCH

UNITS DECODE SWITCH

UNITS DECODE SWITCH

UNIT5 HAMMER DRIVE DISTRIUUTION

UNITS RING SWITCHES

£RM

UNITS ZONE SERIALlllNG GATE

UTIME90-l0~ 30-90 75-90 30-000 60 9

VALIDITY (HECK

VOLTAGE OISTRIBUTION

1406

1406

1406

1406

1406

WRITE CLOCK TAU

WRITE CLOCK AND D~LAY COUNT DRIVE TAU

WRITE CLOCK GATING TAU

WRITE CONOITION TAU

WRIT~D£LAY CONTROL TAu

WRITE DISC TA.F?E.,./Io'ARI(,Er~A~E'''T;pi~i'

WI~ J TE GAT ING

WR ITE GATING

WRITE GATING

WRITE GATING

WRITE GATING INPUT TO TAU

WRITE GATING-O REG. STORE A REG.

X POSITiON LAT AND MULTIPLIER LAT

ZONE BIT GENERAlOR

31.10.20.2

3lelh3C.2

)!).10,20.2

35,20 • .20,2

36,01,10,2

36,17.20.2

36.30,4?O.2

36.37.10.2

:n,10.10,Z

41~lO.10.2

41.50.00.2

42,!)3,20,2

42.63,00.2

42.73.10,2

44.15.10.2

464151,00.2

70 0 10,11.2

71 41 10.11.2

73011,82.2

14811.10.2

42.61,04,2

31.12,8hZ

89.20.10.1

:~9.60.30.1

10.51,l1.2

10,51,31,2

74,11,b1,2

44.11.21.2

34.33.11.2

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7229.)1 1401 SYSTEM

INSTALLATION· PROCEDUR£ PAGE I Of 6 , .'

I. CHECK ALL MATERIAL RECEIVED AGAIHST SHIPPING CHECK OFr LIST CONTAINED IN SYSTEM INSTALLATION PARTS PACKAGE (THIS PACKAGE CONTAINS ALL DETACHABLE. CABLES ETC). .

2. REMOVE ALL SHIPPING TAPE I • BRACES AND OTHER MATERIAL AS PER PACKING AND UNPACKING INSTRUCTIONS 'NCLUDED WITH EACH UNiT. .

3.

4.

5.

6.

7.

AT THIS TIME MAKE A THOROUGH PHYSICAL CHECK FOR OA~IAGEO, BROKEN OR lOOSE PARTS RESUL T I NG FROM SH I PMENT (I NCLUD I NG EDGE CONNECTORS I. 6~UTO~ - TURN FEED OVER MANUALLY WHEN REINSERTING BRUSH ASSEMBLY TO PREVENt BR H AGE. .

INSTALL THE FfLE rEEO MAGAZINE ON THE 1402. (REFER TO 1402 CE REFERENCE MANUAL. FOR INSTRUCTIONS.)

CHECK THE 1402 ~ELAY GATE FOR LOOSE RELAYS AND DISPLACED ARMATURES.

MANUALLY TRIP CLUTCHES AND FEED CARDS THROUGH THE READ AND PUNCH FEEDS. CHECK FOR BINDS. .

CHECK ALL MANUAL KNOBS. lEVERS, AND COVERS ON THE 1403 FOR PROPER OPERATION. II

INSTALL (2) ANTI-WALK FOOT COMPONENT PARTS (2 SETS) TO THE 1403 fRAME NEAR THE CASTERS BY THE FOLLOWING PROCEDURE, INSERT THE MOUNTING STUD IN THE MACHINE.FRAME FOR ITS FULL THREADED LENGTH. ASSEMBLE THE FOOT COVER AND MOUNTING fOOT TO THE STUD. BACK THE MOUNTING STUD OFF FOR THE REQUIRED DISTANCE TO STABILIZE THE MACHINF..

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9.

1403-CHECK FOR OIL IN THE HYDRAULIC RESE~VQIR. APPROX LEVEL TO BOTrOM Of MAGNETS. C , , 1403-CHECK FOR Oft IN THE RESERVOIR AT THE RIGHT END OF THE IIT" CASTING ( IBM #6) - 1403 . .

10. ALL 1401 MACHINES FROM SERIAL NUMBER 20890 AND ABOVE HAVE BEEN DESIGNED FOR CABLES TO EXIT UNDERNEATH THE MACHINE. THE MACHiNE WILL BE SHIPPED WITH CABLES ABOVE FRAME AND SHOULD BE INSTALLED AS DESCRIBED BELOW:

fA} AT 0181-01B8 - REMOVE THROW AWAY COVER AND DISCARD

fBJ AT OIBI - REMOVE COVER SUPPORT BRACKET (1943701 AND RETAIN. OPEN GATE OIBI.

fC) AT 0lB8 - RUN ALL CABLES DOWN THROUGH THE OPENING AT 0181-0188. STARTING WITH CABLE NEAREST REAR OF MACHINE6 PLACE A LOOP THROUGH THE OPENING SUCH THAT THE CABLE CONNECTOR G ES THROUGH LAST.

(OJ AT OIBI - 0188 -INSTALL HOUSING (723351). INSTALL fiRE BARRIER THEN lNSTALL FILTER. INSTALL COVER SUPPORT BRACKET, (194370) REMOVEQ IN STEP B, AT THE CENTER OF THE FRAME. INSTALL COVER (194372). FOR RAISED FLOOR INSTAl.LATION INSTALL KICK PLATE (597329). FOR ABOV~ FLOOR INSTALLATION INSTALL KICK PLATE (723359) CLOSE GATE OIBI.

tE) AT 0284-02B5 -REMOVE COVER {194372}. OPEN GATE 02B4. CONNECT CABLES - FIRST PASSING THEM UP FROM UNDERNEATH FRAME. INSTALL HOUSING (1233521. ' FOR ABOVE FLOOR INSTALLATIONS INSTALL CLAMP (723353) TO HOLD CA~LES AT 0265 SIDE OF MACHINE. THIS INCLUDES THE THREE 1403 CABLES If THEY PASS UNDERNEATH THE LENGTH Of THE 1401. INSTALL FIRE BARRIER THEN INSTALL fiLTER. , FOR ABOVE - FLOOR INSTALLAI10NS INSTALL KICK PLATE (7233601. FOR RAISED FLOOR INSTALLATIONS INSTALL KICK PLATE (591329). INSTALL COVER (194372j. CLOSE GATE 0284.

II. CONNECT CABLES FROM THE 1401 TO THE 1402. - (SEE· NOTE It

12. CONNECT CABLES FROM THE 140 I TO THE t 403. (SHOE WITH GOLD PLATED PINS CONNECTS TO FRONT RECEPTACLE. ON CURRENT MACHINES THESE WILL ONLY fiT ONE WAY}.

12A. If SYSTEM HAS EXPANDED MEMORY t CONNECT POWER AND SIGNAL CABLES FROM 1401 TO THE 1406 f06B7) (WILL ONLY FIT ONt WAY AfTER 1401-20010 - SEE NOTE I).

13. CONNECT THE MAIN POWER CABLE TO THE UPPER TERMINALS ON THt INNER CIRCUIT BREAKER OF THE 1402 UNIT. THE GHEEN (GROUND) WIRE SHOULD BE CONNECTED TO THE FRAME O~ THE 1402. REFER TO 1402 WIRING DIAGRAM #609400 PAGE 11.01.11.1.". ON SYSTEMS WITHOUT THE 1402 THE MAIN POWER CABLE WILL BE CONNECTED TO THE 1401 AT THE BULK POWER SUPPLY AT GATE LOCATIONS 02B7 AND 0268. REFER TO 1401 POWER SUPPLY DIAGRAM. (BE SURE TO TIGHTEN ALL TERMINAL SCREWS fiRMLY).

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14. DO NOT CONNECT TAPE UNIT CABLES AT THIS TIME. H

15. CHECK CUSTOMERS POWER RECEPTACLE FOR THE PROPER TYPE OF VOLTAGl: SUPPLY AND GROUND. GROUND CONNECTION SHOULD BE GREEN WIRE NON-CURRENT CARRYING EARTH GRo0ND. IF IT IS NECESSARY TO CHANGE THE SYSTEM VOLTAGE SEE STEP 1.0 OF REFERENCE MATERIAL:

KEY LOCATION

NOTE I - 1402 CANNON CONNECTORS-THREAD ON OUTSIDE OF RING-SMALl-NEAR PIN 3 -LARGE-NEAR PIN 3

1406 CANNON CONNECTORS-THREAD ON OUTSIDE OF RING-SMALL-NEAR PIN 6 -LARGE-NEAR PIN 15

,- .

SEE INDEX CARD 11-20-.61 113401 ,;9-~-62 11.5586 3 - I 2~' 6 3 I I 6 7 7 59 - 24 ··6 3 'i 8 S 7 5, H ~"'- 2 I - 64 I 14096 _

lATE EC NO DATE EC NO DAr£. EC NO

8 - , I .. 64 t I 4 2 I r 2 - I 9 " 6 5 I 2 34 1. 6

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722951 1401 SYSTEM

INSTALLATION PROCEDURE PAGE 2 OF 6

16. LIFT CARRIAGE BRUSHES AND OPEN '~T" CASTING ON THE 1403 BEFORE APPLYING POWER.

17. APPLY POWER. CH£CK ALL SLOWERS FOR OPERATION ON THE 1401 (AND 1406) ESPECIALLY THE ONE OVER THE CORE STORAGE UNITS. ALSO CHECK THE CARRIAGE BLO~lR ON THE RIGHT S I DE OF THE 1403. PLACE A CARD OVER THE LOUVERS IN THI S COVER. I F THE CARD IS DRAWN AGAINST THE COVER, THE BLOWER IS OPERATING·CORRECTLY.

IS.A CHECK FOR PROPER PHASE ROTATION ON THE 1403. SLIP A PIECE OF PAPER OR TAB CARD THROUGH THE PAPER FEED ROLLERS ON THE BACK OF THE MACHINE. THE PAPER OR CARD SHOULD BE n .. u DOWN. IF TH 1 SIS CORREC T CLOSE THE liT" CAS T I NG AND CHECK TO SEE THAT THE CHAIN IS TURNING COUNTER CLOCKW1SE,LOOKING DOWN AT IT. FINALLY CHECK TO SEE THAT AIR IS BLOWING INTO lHE HAMMER UNIT. THiS CHECK CAN BE MAOE BY PLACING A CARD OVER THE LOUVlKS IN THE COVER ON THE LEFT SIDE OF THE 1403. If THE CARD IS DRAWN AGAINST T~fE COVERt AtR IS BEING BLOWN INTO THE MACHINE. COMPLETE THE CHECK BY fEELING THAT AIR IS BEING BLOWN OUT OF THE ~AMM£R UNIT. AT THE SIDES OF THE UNIT. IF ALL THREE OF THE ABOVE ARE INCORRECT REVERSE ANY TWO LEADS ON THE MAIN POWER CABLE. IF ONE OR TWO ARE INCORRECT FOLLOW PROCEDURE OUTLINED IN THE 1403 REFERENCE MANUAL PAGE 6, FORM 11225-6493. (IF THE SYSTfM DOES NOT HAVE A PRINTER BUT HAS TAPE DRIVES USE STEPS 2,A OR STEP 278 FOR CHECK&NG PHASE RELATIONSHIP).

B. IF AL l Pf-IAS 'n~G IS CORR E CT J TIS NOW SAfE TO LOWER CARR I AGE BRUSHES. A CARR' AGE TAPE SHOU~D BE INSTALLED.

19. PULL EMERGENCY OFF SWITCH AND POWER SHOULD DROP. REACTIVATE SWITCH AND APPLY POWER. 20. CHECK 140l

J 1402 (AND 1406' POWER SUPPLY VOLTAGES. THEY SHOULD BE ±2% WHEN

MEASURED A) DESCRIBED BELOW. fA} MEASURE -6V +6V AND -12 VOLT OUTPUT AT GATE LOCATION OIE3.

ADJUST FOR ~ROPER OUTPUT. ALWAYS ADJUST -6V BEFORE AOJUST~NG -12V SEE 1401 WIRING DIAGRAM FOR LOCATION OF SUPPLIES LOCATED ON 02A4. AND 02A5 (1401 ONLY).

(8) MEASURE -6V +6V AND ·12V AT GATE LOCATION 02AI ON MACHINES WITH TAPES. IF THIS FEAtURE Is NOT PRESENT. MEASURE AT GATE LOCATION U2A7, 02AS OR 0286 DEPENDING ON WHICH MAY BE PRESENT. ADJUST FOR PROPER OUTPUT FROM THE SUPPLIES WHiCH ARE LOCATED ON 02A3 AND 02A6 ALWAYS ADJUST -6V BEFORE ADJUSTING -12V. REFER TO 1401 WIRING DIAGRAM, ( 140 I 0 NL Y ) .

(Cl M[A5URE -36 VOLTS ON 02B2 ON MAGNETIC TAPE SYSTEMS WITH TAU 2.

(D) MfASURE -60 VOLTS ON 0lB8 AT THE -60 VOLT BUS BAR. ADJUST FOR THE PROPER OUTPUT FROM THE SUPPLY LOCATED IN THE 1402. IN MODEL 0 TillS SUPPLY IS LOCATED ON 01B4 (1401 ONLY).

(E) MEASURE -20 VOLTS ON DIAl AT F26R AND ADJUST FOR PROPER OUTPUT FROM THE SUPPl Y LOCATED I N THE 1402. 'N MODEL D, SUPPL Y IS LOCATEO ON GATE 02A8. (TURN OFF ALL POWER-INCLUDING LINE POWER INPUT TO 1402-AND MOVE TAPS ON SUPPLY IF ADJUSTMENT IS NECESSARY J -

NOTE - -20 VOLT POWER SUPPLIES (PART NUMBER 473430) ON 1402 "M" SUffiX AND LATER, ARE NOT ADJUSTABLE.

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(F) MEASURE +30 VOLTS ON OIAI (AND 1406 CORE ARRAY GATES) AT F26N. MEASURE E +12V FIXED ON alAI (AND 1406 CORE ARRAY GATES) AT F26Q. MEASURE +12V VARIABLE (18V DIFF) ON OIAI (AND 1406 CORE ARRAY GATES) AT FI3Q. ALWAYS ADJUST +30V BEFORE ADJUSTING +12V. IF VOLTAGE VARIATION OF THE MEMORY IS DESIRED R£FER TO 1401 REFERENCE MANUAL.

(GJ THE MARGINAL VOLTAGES ARE NOT MEASURED.fIF THE ABOVE STEPS ARE FOLLOWED, THESE VOLTAGES SHOULD BE WITHIN TOLERANCES).

(H) ON LATER MACHINES THE MARGINAL VOLTAGE SUPPLY WILL ~OT BE PERMANENTLY INSTALLED IN THE SYSTEM. A PORTABLE SUPPLY CAN BE ORDEkED BY THE BRANCH OFFICE. THIS WILL PROVIDE GREATER FLEXIBILITY FOR CHECKING THE SYSTEM INCLUDING ANY PERIPHERAL EQUIPMENT. A SPACE FOR STORAGE Of THE PORTABLE SUPPLY IS AVAILABLE IN THE LEFT END OF THE 1402 DIRECTLY UNDER THE PUNCH DRIVE MOTOR. THE PORTABLE SUPPLY CAN BE PLUGGED INTO ANY I 15V RECEPTACLE AND IS USED THE SAME AS THE FIXED MARGINAL SUPPLY.

21. RUN READEr. AND PUNCH WITH NON-PROCESS RUNOUT KEY.

22. RUN READ WITH PROCESS UNIT. (PUT IN READ OP MANUALLY).

23. RUN PUNCH WITH PROCESS UNIT. 24. RUN PRINTER WITH PROCESS UNIT WITH NO INFORMATION IN THE PRINT AREA.

24A CARRIAGE CONTROL SINGLE SHOT ADJUSTMENTS. MAKE THESE ADJUSTMENTS ONLY IF THE 1403 IS BEING F!ELO MERG[D. OTHERWISE, PROCEED TO THE NEXT STEP.· .

(A) 4.5 MILLISECOND SINGLE SHOT ADJUSTMENT. (LOGIC 36.43.21.2).

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A TAG LOCATED ON THE 1403 TRANSLATOR HANDLE SHOWS THE TIMING FOR THE 4.5 MS SINGLE SHOT. ADJUST THE 4.5 HS SINGLE SHO! lOR H THIS TIMING.

(B) 16 MILLISECOND SINGLE SHOT ADJUSTMENT. (lOGIC 36.{,.31.2J.

SUBTRACT THE ACTUAL TIMING OF THE 4.5 MS SINGLE SHOT FROM 21.4. ADJUST THE 16 MS SINGLE SHOT FOR THIS TIMING.

(C) 10 MS "CARRIAGE INTERLOCK 1• SINGLE SHOT ADJUSTMENT. (LOGIC 36.46.21.2).

SUBTRACT '1.7 MS FROM THE FINAL ADJUSTMENT OF THE 16 MS SINGLE SHOT. ADJUST THE 10 MS SINGLE SHOT rcy{ THIS TIMING.

246. IF IT IS DESIRED TO TEST THE RESET CHECK CllieUIIS PHOCEEO TO THE REfERENCE MATERIAL STEP 2.0.

25. RUN COMBINATION OP CODES 3,5,6. AND 7.

DATE EC NO DATE EC NO I DATE: EC NO SEE I NDEX CARD 11- 20 -61 11340 I e ~,62 115586 3-12-63 11677~~24-63 11857srt 5-21-L>4 114096 8-11-64 11421 1)2-19-65 123446

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722951 1401 SYSTEM INSTALLATION PROCEDURE

PAGE 3 OF 6

26. REMOVE POWER AND INSTALL TAPE UNIT CABLES o

(A) FOR C~D AND F SYSTEMS - WHEN 729 AND 7330 TAPE UNITS ARE iNTERMIXED, CABLE~ CA~~yT BE CROSS CONNECTED. t.E. EACH END OF ANY TAPE CABLE MUS T CORR TO THE SAI-1E TYPE T APE UN I T ON EITHER END. THE t IRST TAPE UNIT IN THE SYSTEM MUST ALSO BE CONNECTED TO THE PROPER CONNECTOR IN THE PROCESSING UNIT. AFTER THE INITIAL CABLE ~OOKUP HAS BErN MADE AND CHECKED OUT 4 THE CONNECTORS ON EACH END OF THE CABLES f-;USr BE IDENTIFIED WITH ",2910 OR "7330" LABELS PROVIDED IN THE SYSTEM MAINTENANCE PACKAGE FOR THIS PURPOSE. (NOTE' - 729 Aim 7330 CABLES HAVE IDENTICAL CONSTRUCTION.)

27A. IF SYSTEM HAS TYPE 729 TAPE D~IVES APPLY POWER AND CHECK ROTATION OF MOTORS BY HITTING LOAD REWIND. IF THE HEAD DOES NOT COME DOWN CHECK FOR VACUUM IN

A

COLUMNS. IF AIR IS BLOWING OUT THE PHASING IS REVERSED. IF AIR IS BEING SUCKED IN, PHASING IS CORRECT AND SOMEtHING ELSE IS PREVENTING THE HEAD FROM COMING DOWN. IF ROTATION IS INCORRECT, TURN OFF ALL POWER TO SYSTEM (LINE POWER INCLUDED) AND REVERSE ANY TWO PHASES Af CIRCUIT BREAKER #2 IN THE 1402 'REFER TO 1402 lOGICS B FOR DIAGRAM-SEC IA) NOTE: ON MOD ° SYSTEMS, CIRCUIT BREAKER IS LOCATED 02B8.

TURN PO~ER ON AND RECHECK ROTATION. 27B. IF SYSTEM HAS TYPE 7330 TAPE DRIVES.

fA) CLEAN TRANSPORT AND CHAMBER. (8) TURN OFf 7330 POWER CONTROL SWITCHES. ~ f,C) 'f) INSTALL TERfvllNATOR SHOE. t.

CAUT ION: D~ NOt, AT ANY T I~~~ TURN pmJER ON WITHOUT A TERMINATOR SHOE INSTALLED 0 TH 7330. DO NlU PLACE THE TERMINATOR SHOE ON TI.E 1401.

-(D) TURN ON 1401 MAIN LINE POWER. C (E) TURN ON 7330 POWER CONTROL SWITCHES. (F) SYSTEMS WITH AN INTERMIX OF 729 AND 7330 TAPE DRIVES'OMIT THIS SECTION AND

PROCEED TO SECTION G. SYSTEMS WITH ONLY 7330 TAPE DRIVES CHECK LINE POWER PHASING AS FOLLOWS: WITH TAPE IN THE VACUUM COLUMNS PUSH HEAD DOWN AND CHECK TO SEE THAT THE DRIVE CAPSTAN IS ROTATING IN A COUNTER CLOCKWISE DIRECTI9~. If CAPSTAN IS ROTATING IN A CLOCKWISE DIRECTION THE PHASING IS R~V[I<)EO. TURN OFF ALL POWER TO SYSTEM (LINE POWER INCLUDED) AND REVERSE ANY l\.U PHASES AT CIRCUIT BREAKER #2 IN THE 1402 (REfER TO 1402 LOGICS FOR DIAGR~M - SECTION IA). . ' - . NOTE: ON MODEL D SYSTEMS CU. ~'JIT BREAKE'R IS LOCATED IN 02B8.

(G) TURN POWER ON 7330 TAPE DRIVES. LOAD ONE OF THE 7330 TAPE DRIVES (PLACE 0 T~f~IN VACUUM COLUMNS AND PUSH HEAD DOWN). CHECK TO SEE THAT THE DRIVE l./~l·~,fAN IS ROTATING IN A COUNTER CLOCKWISE DIRECTION. IF CAPSTAN IS ROTATING IN A CLOCKWISE DIRECTION THE PHASING IS REVERSED. TURN OFF ALL POWER TO SYSTEM (LINE PO'dER INCLUDED) AND SWITCH WIRES ON THE "AU SIDE or FUSES 2 AND 3 IN 7330. USE 7330 REFERENCE MANUAL AS A GUIDE REPEAT ABOVE PROCEDURE FOR EACH 7330 ON SYSTEM. .

(H) CHECK: READ BUS SIGNAL LEVEll. WRITE CIRCUIT rEED THROUGH SKEW AND TRACKING AS PER 7330 C.E. REfERENCE MANUAL. '

E E

F

G

H

28. CHECK TAPE OPERATION FROM THE t.E, CONSOLE (02AI)

(A) WR I TE TAPE WITH TERM I NAL AT A26 ON PIN A fOR CONT I NUOUS WR IT I NGt ON PINS B~C, AND 0 FOR WRITING WITH GAPS AND ON PIN J FOR I CHARAC ER RECORD~.

(8) WRITE TAPE MARK

(C) BACK SPACE AND READ RECORD TO CHECK TAPE INDICATE.

(0) REWIND AND READ

29. CHECK TAPES WITH PROCESS UNIT.

(A) MANU~L TAPE OP WRITE

(B) MANUAL TAPE OP READ

30. IF SYSTEM HAS EXPANDED MfMORY~ RUN THE PROGRAMS SHOy,,'N BELO\\ TO INSURE THAT THE 1406 SIGNAL CABLES CONTACTS AKl MAKING:

(A) FOR BK SYSTEM, HANUALLY ENTER A "C" BIT IN LOCATION 7999 AND THEN ENTER L 7999 7998 IN ANY MEt-1ORY LOCATIONS. BY SlARTtNG THE LOAD OP, THr ENTIRE MEA6RY SHOULD BE LOADED WITH "C" BITS,!. STORAGE SCAN. MANUALLY ENTER C,AJ.B,S{4 t2 t I iNTO 7999. THEN PROCEEu AS ABOVE BY LOADING C,A,B.8.'l,l, IN 0 THE ENTIRE MEMORY. STORAGE SCAN.

(B) FOR 12K SYSTEM~ MANUALLY ENlER IN LOCATIO~~ 11,999 AND USING PROGRAM ~ 11,999 1 1.99~_. PROCEED AS IN STEP fA).

te) FOR 16K SYSTEM,!. MANUALLY ENTER IN LOCATION 15,999 AND USING PROGRAM L 15,999 15,99~_. PROCEED AS IN STEP (A).

31. RUN CE DIAGNOSTIC TEST AS OUTLINED IN THE DIAGNOSTIC TEST PROCEDURE GOOK.

32

33.

340·

35.

IF SYSTEM HAS EXPANDED MEMORY, PERFORM A FULL STORAGE PRINT OUT.

IF SYSTEM HAS 131 I DISK STORAGE DRIVES - REFER TO 131' CUSTOMER ENGINEERINI· REFERENCE MANUAL !NUMBER 227-5649-X) AND ITS SUPPLEMENT (NUMBER 227-5758-X: SECTION I .2.X FOR COMPLETE INSTALLATION INSTRUCTIONS ANn CHECKOUT PROCEDUR S. FOR CAI3LI~G 1·~09-14ld ill. ATTACHMENT, seE FEATURE HIM 4:)S081 PI~OVIDED IN lu,09 MAINTENANCE PACKAGE. IF SySTEM HAS 1051 ATTACHMENT INSTALL CABLES AS fOLLOWS: )

(A) THE AC POWER CABLE ATTACHED TO THE 1051 MUST ENTER THE 1447 FROM THE REAR AND CONNECT ON T81 AS INDICATED BY (ORO ASSEMBLY DRAWING 737855.

I B)

(C J

THE 1447 END OF THE SIGNAL CABLE (737090) MUST ENTER THE 1!~47 FRO~'; THE REAR ALONGSIDE THE' 1051 AC PCWER CABLE. rEED THE CABLE LIP. THRU TIIE'47C2 TNQ HINGE AND PL.UG HiE PAl'DLE CARDS AS INDICATED BY SIGNAL CABLE PRINT 1737090)

PLACE T~I[ CABLE CLAMP(737063) OVER THE TWO CABLES JUST TO THE RIGHT Of THE EXISTING CAr3LE CLMlP, !'\AKING SURE TIlE WIDER SECTION cr THE CLAMP ISO'J E R Till L /. R G [1-: C ldH. [, pus 1/ THE C t AH PST tI REA 0 ED END S H HUT H E [XISl ING r-HM1E IIOLES. IASlEN THE CLJ\~1P WITH TWO WASHERS (22478) AND n·JO NUl S (23 9 ~ I ) •

SEE INDEX CAHO A-II-64 114215 3-12-(d 11677~ 2-19'"65, t23446 9-2S-63 11857:,ti 5 - 2 I -. () l, I I 4 096

EC NO DAH [C NO DATE EC NorMTE

______ ~_. ______ . ___ . ___ L________ _____ - -----

G

722951

A

B

C

0

E

F

G

H

35.

1401 SYSTEM INSTALLATION PROCEDURE PAGE 4 Of 6

(D). THE 1051 END OF THE SIGNAL CABLE ENTERS THE 1051 FROM THE BOTTOM SIDE CLAMP CABLE ON EXISTING OPEN ENDED C~BLECLAMP AND RUN LEADS THRU GATt

, HINGE TO CARD SIDE OF GATE. PLUG PADDLE CARDS· AS INOICAT[O ON CABLE ASSEMBLY DRAW I NG (737090). . . .

3b.' SERIAL I/O CABLE INSTALLATION· A

W~E~ THE SERIA~ I/O DEVIC, E HAS A SHI£LDED CABLE WI~H A BRAIDED STRAP, ~ROUND ~ THE BRAIDED, STRAP USING AN I/O CONNECTOR MOUNTING SCREW. I

37. 1~01 METE~ CHECKOUT PROCEDuRE ! '

I MPORT ANT N6TE!, • ~ w •

NOT MORE THAN 50 HOURS ALLOWED TEST TIME ON ANY OF THE METERS. (IN-CUSTOMER-MODE}. " "

RUN METER TEST OFT 9~OO. CH~CK METt~ OPERATION OSING D~T IN~TRUCTIONS.

~ "

i •

~' . . .. ' J '

~

\. ,

,,'

REFERE~CE HATERIAl 1.0 TO CHANGE THE S~STEM FROM 208V TOJ~30V COMPLETE THE FOLLOWINGc

. 140 I . (A)

GATE 02A3 - MOVE WIRE OR WIRE ON BULK REGULATOR T8·4 TO 1B-5. ' EXPANDED BULK REGULATOR (ALL ,'ODELS EXCEPT AI '

(8) 1250 WATT REGULATOR. LOCATED IN THE LEFT SIDE OF THE 1402. ON MODEL D SYSTEMS LOCATED ON GATE 02A7.; MOVE THE WIRE ON THE 12S0 WATT REGULATOR

(C J

TB-4 TO TB-5. i

115V AC ISOLATION TRANSFORMER~ LOCATED BEHIND THE RELAY PANEL ASSEMBLY IN THE 1402. ON MODEL D SYST~MS LOCATED IN 0287-8 GATE AREA. REMOVE THE WIRE ON THE TRANSFORMER SQLDER TERMINAL 6 AND SOLDER TO TERMINAL 7. ON LATER MODEL 0 NACHINES TERMINAL 7 IS WIRED TO TERMINAL POSITION 7 Of THF 8 POSITION BLOCK NEAR THIS TRANSFORMER. ON THESE MACHINES REMOVE TH[ WIRE ON TERMINAL POSITION!6 OF THIS BLOCK AND INSTALL ON TERMINAL 7.

(D) 24V AC STEP DOWN TRANSFORMER.j LOCATED IN THE 1402 BEHlhO THE FUSE PANEL. (DOES NOT EXIST ON SY~TEMS BELOW 20000) ON MODEL 0 SYSTEMS LOCATED IN 02B7-8 GATE AREA. ,REMOVE THE WIRE ON STEP DCWN TRANSFORMER TB POSITION 2 AND INSTALL ON TB POSITION 3.

(E) -60V AT 10 AMP OR -60V AT 20 AMP SUPPLY. LOCATED IN THL BhCK OF THE , 1402. ON MODEL D MACHINES LOCATED IN GATE AREA 0184. I'EMOVE WIRE FROM,VRI-4 AND INSTALL ON VRI-5. (VRI IS THE 12 POSITH'N TERMINAL BLOCK LOCATED TO THE BOTTOM OF THIS UNIT.)

{F' 3V MARGINAL CHECK SUPPLY. (EXCEPT PORTABLE SUPPLIES, L0tATED IN THE LEFT END OF THE 1402. LOCATED IN GATE 02A8 ON MODEL O. REMOVE ,WIRE ON Me POWER SUPPLY POSITION VRJ-4 AND INSTALL ON POSITION VRI-5. \THIS WIRING CHANGE IS MADE INTERNALLY OF THE SUPPLY ASSEMBLY DIRECTLy. ON

8

C

0

(

F

G

THE TRANSFORMER.) H

1406

'(A) 415 WATT REGULATOR IN 1406 GATE 0688. (NOT ON EARLfER SYSTEMS) REMOVE WIRE fROM T8 POSITION 4 AND INSTALL O~ TB POSITION 5.

1~03

(A) ONLY THE CHAIN MOTOR IS AFFECTED. WIRE TB7 AS PER WIRING DIAGRAM PAGE 01.09.1.

1405 (A) CHANGE TRANSFORMER TAPS fOR 3 TRANSFORMERS AS ~HOWN ON LOGIC PAGES

75.50. II AND 75.50.2/.

Il. 07

(A' NO CHANGE REQUIRED.

IL.09

{A l I NPU T THANSFORt-ICRS , GATE 47C4 ' REMOVE REAR COVER, REMOVE CONNECTION AT TERMINAL #4 AND RECONNECT TO ~. T LfU·11 N A L If ~~ DAlE EC NO DATE

SEE INDEX CARD 11-20--61 3-12"63 116775 9-24-63 8 - I I .. 64 I 142 15 2 - 19-65

EC NO DATE 1/3401 8-2-62

1/8575H 5-;~1-64 123~~ 6

[C NO 115586 114096

, , l

',1

--, '_ .. _-._----

-J

A

B

C

0

E

F

G

H

J I

722951

I. I

1.2

1.3-

2.0

2. I

2.2

2.3

IltOI SYSTEM INS TAL l A T ION PR 0 C E OUR E :

REfERENCE MATERIAL

7330

(A) REfER TO 7330 SERVICE AID CEM - NUMBER 73

729

PAGE 5 Of 6

(A) ADD FIB 352075. THIS BILL INCLUDES A 230V TO 208V STEPDOWN TRANSfORMER.

1311

MOD Ii AND MOO II

REFER TO CUSTOMER ENGINEERIW~ REfERENCE ~\NUAL SUPPLEMENT (NUMBER 227-5158-X) FIGURE 1-3

ME.TER DEVICES

(A) I~E1ER POWER SUPPLY (ALL CONfiGURATIONS ONLY THE INPUT AC POWER TO THE TRANSFORMER IS CHANGED. MOVE WIRE FROM TB-AC-4 TO TB-AC-S.

IF IT IS NECESSARY TO CHANGE THE SYSTEM FROM 230V TO 208V REVERSE THE INSTRUCTIONS IN STEP 1.0 ABOVE.

IF A VOLTAGE CHANGE IS MADE ON THE SYSTEM ENTER AN MES ORDER SO THAT RECORDS

A

B

WILL BE PROPERLY UPDATED. C

PROCEED NEXT TO STEP 16.

RUN PRINTER WITH PROCESS UNIT WITH NO INFORMATION IN THE PRINT AREA.

A. IF THE 1401 MACHINE NO. IS 10000-20000, PROCEED NEXT TO STEP 2.3.

B. If THE 1401 MACHINE NO. IS 20000-AND ABOVE, SKIP STEP 2.3 AND PROCEED NEXT TO STEP 2.4.

TEST RESET CHECK CIRCUIT AS FOLLOWS; (A)

(B )

(C )

CLEAR THE ENTIRE PRINT AREA AND EXECUTE A PRINT OPERATION WITH THE SCOPE SYNC ON CI7N +U NOT FIRST SCAN GOING PLUS ON 36.35.11. I IOIA6).

SCOPE BO;~N AND B04N ON GATE 0185, LOGIC 36.37.51.1 SHOULD GO TO +T WHEN NOT PRIN"fING AND -T WHEN PRINTING. SCOPE D03H, G AND 004G LOGIC 36.37.41. I AND C04H, G AND D04H LOGIC 36.39.91. I THEY SHOULD BE AT +T WHEN NOT PRINTING. WHEN PRINTING, THEY WIl.L GO +1 IN THE HALF OF A SUBSCAN JUST PRIOR TO THE TIME 1/6 OF THE HAMMERS MAY BE OPTIONED TO PRINT (SIX RESETS PER PRINT SCAN).

SCOPE Plt~ E OF TRIGGER IN E21 ON OIB5J. LOGIC 36.37.51.1 SHOULD TURN ON (GO TO +U) 110 USEC AFTER SYNC GOE~ POSITIVE. SHOULD TURN OFF 220 USEC AFTER IT TURNS ON. PATTERN SHOULD REPEAT ITSELT EVERY 555 USEe WHILE PRINTING.

(D) SCOPE PIN E OF TRIGGER IN F20 ON 0185£ LOGIC 36.37.51.' SHOULD TURN ON (GO TO +U) 190 USEe AFTER SYNC GOE~ POSITIVE. SHOULD TURN OFF 220 USEC AFTER IT TURNS ON. PATTERN SHOULD REPEAT ITSELF EVERY 555 USEC WHILE PRINTING.

(E) IF ABOVE TRIGGERS ARE OPERATING PROPERLY l PROCEED TO STEP F. IF NOT, THE HAMMER DRIVER RESETS ARE NOT WORKING PROrERLY. CHECK LOGIC ON 36.37.41. I TO GET RESETS WORKING PROPERLY. THEN REPEAT STEPS C AND 0 THEN PROCEED TO F IF C AND D ARE O.K.

(F) SCOPE PIN G OF F02 ON 0lB5 (LOGIC 36.37.51.1) FOR THE FOLLOWING STEPS.

(GJ BEING _~LL~'LCAREFUL,' TIE PIN E OF TRIGGER IN E21 TO IIGROUND" WITH CLIP LEAD. -/RTS' CHECKS LOG:C BLOCK 4B ON 36.37.51.1, AND PIN G OF F02 ON 0lB5 SHCULD GO TO +U AND STAY THERE BECAUSE THE RESET CHECK LATCH HAS BEE!'i IISET" WHICH WILL HOLD ALL THE HAMMER DRIVERS RESET. AFTER REMOVING CLIP LEAD, RESET THE LATCH WITH THE 1-0 CHECK RESET SWITCH.

(H) TIE E21H TO "GROUND " WITH CLIP LEAD. THIS CHECKS LOGIC BLOCK 4C AND RESULT SHOULD BE AS FOR STEP G. RESET LATCH AS FOR STEP G. .

(I) TIE F20E TO "GROUND" \-11TH CLIP LEAD. THIS CHECKS LOGIC BLOCK 40 AND RESULT SHOULD BE THE SAME AS FOR STEP G. RESET LATCH AS FOR STEP G.

(J)' TIE F20H TO "GROUND 11 WJ"rH CLIP LEAD. THIS Ct-IF::CKS LOGIC BLOCK 4E AND RESULT SHOULD BE THE SAME AS FOR STEP G. RESET LATCH AS FOR STEP G.

(K) A llill-I--1r~~L21OR~I. - TIE E 20B TO "GROUND" WITH CLI PLEAD. ~ I K~GIC BLOCK 3F AND 4F AND RESULT SHOULD BE THE SAME AS FOR STEP G. RESET LATCH AS FOR STEP G.

B Wl11iOUT PRINT STORAGE - TIE FI5B TO "GROUND" WITH CLIP LEAD WFITI [ E~ E C U T rFrG"""-A--pf{TN TOP ERA T ION. TH I S C HE C K S LOG I C B L 0 C K 2G AND RESULT SHO~LD BE THE SAME AS FOR STEP G. RESET LATCH AS FOR STEP G.

(L) A llilHPRLNT STORAGE - OPEN T-FRAME ON 1403 V-JHILE EXECUTING THE AfHY\FE--pR:nn-cfPITfATI O~J WI TI-I THE PR I NT AREA CL EAR. 1H I S CHECKS LOGIC BLOCKS 5J AND 6..1 ON LOGIC 36.31.01.1 (GATE OIA6). RESULT SHOULD BE THE SAME AS rOR STEP G. RESET THE LATCH WITH THE 1-0 CHECK RESET SWI1CH.

B \.,J.lllIOUT PRLNJ STORACE. .. OP[N T'-FRAME ON 111(H WHIL[EXECUTI~G HiE ;moVr-prrnJr'OPU{ATlON \"'1 III HI£: PRINT AHfA lLLAH. IHIS CHECKS L.llGIC BLOCKS LtJ,5J, A~:D 6J ON LOGIC 36.31.01.1 (GAlE OIA6) AND kESULI SHOULD BE TH[ SAME AS FOR STEP G. RESlT THE LATCH WITH lilt I~O CH[CK [<[SIT SWITCH.

DATE EC NO DATE EC NO Ol\TE

o

E

f

G

H

EC NO SEE I ND[X CAHD 11- 20-61 VI 340 I 8 ~'6? 115586

3-12-63 11677S 9-24-63 11857~H 5··21-6L. il4096 8 - I I - 64 I I 4 2 I S 2 - I 9 -6 S I 2 >4 4 6

_.,_. __ ._-_._-_ .. _--_._----'-----

A

. " ,

I :{

B

c

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722951 ' 140 I ,SYSTtM

INSTALLATION PROCEDURE REFERENCE MATERIAL

, PAGE' 6 OF 6

(M). TRY TO PRINT IN ONE POSITION ONLY. IF O.K. EXPAND THE PRINT FIELD AFTER PRINTING IN ALL POSITIONS CHECK TO SEt THAT THE -60V HAMMER • RESPONSE. COMMON FUSES (Z) ARE NOT BLOWN. IF FUSES HAVE BLOWN AND SLOW A SECOND TIME, CHECK FOR GROU~qS ON THE HAMMER RESPONSE L1NES.

'1.~'.~

. ....

2.4 ' TEST RESET CHECK CIRCUIT AS FOLLOWS:

(A) CLEAR THE ENTIRE PRINT AREA AND EXECUTE' A PRINT OPERATION WITH THE SCOPE SYNC ON CIIN -T NOT FIRSTSC.AN GOING NEGATIVE ON36.3S.'I.2 fOIA6).

(B)

(C)

. SCOPE B03N AND 804N ON GATE 0lB5 LOGIC 36.37.51.2 SHOULD GO TO +T WHEN NOT PRINTING AND -T WHEN PRiNTING. SCOPE D03H G AND 004G lOGIC 36.37.41.2 AND C04H, G AND D04H LOGIC 36.39.91.2. tHEY SHOULD BE AT +T WHEN NOT ~RINTING. WHEN PRINTING THEY WILL GO +T IN THE HALF OF.A SUBSCAN JUST PRIOR TO THE TIME. 1/& OF THE HAMM&RS MAY BE OPTIONED TO ' PRINT (SIX RESETS PER PRINT SCAN). . SCOPE PIN E OF TRIGGER IN E21 ON 0185 t LOGIC 36.37.51.2 SHOULD TURN ON (GO TO +U) 110 USEe AFTER SYNC GOES NtGATIVE. SHOULD TURN OFF 220 USEe AFTER IT TURNS ON. PATTERN SHOULD REPEAT ITSELF EVERY 555 USEe WHILE PRINTING.

(Dl, SCOPE PIN E OF TRIGGER IN F20 ON 0185,1. LOGIC 36.37.51.2 SHOULD TURN ON (GO TO +U) 190 USEe AFTER SYNC GOES NtGATIVE. SHOULD TURN OFF 220 USEe AFTER IT TURNS ON. PATTERN SHOULD REPEAT ITSELF EVERY 555 USEC WHILE PRINTING.

(E) . I F ABOVE TR I GGERS ARE OPERAT I NG PROPERL Y, PROCE ED TO STEP F. IF 'NOT THE HAMMER DRIVER RESETS ARE NOT WORKING PROPERLY. CHECK LOGIC ON 36.37.41.2 TO GET RESETS WORKING PROPERLY. THEN REPEAT STEPS C AND D. THEN PROCEED TO F IF C AND 0 ARE O.K.

(FJ 5COPE PIN G OF F02 ON DIgs (LOGIC 36.37.51.2) FOR THE FOLLOWING STEPS. (G J BEING VERY CAREFUL, TIE PIN E OF TRIGGER IN E21 TO "GROUND" WITH CLIP

trAl'J-. 1 His CRrC'R'S BLOCK '+B AND 36.37. 5 1.2 AND PIN G OF F02 ON 0 I 85. . SHOULD GO TO +U AND STAY THERE BECAUSE THE RESET CHECK LATCH HAS BEEN

ItSET" WHICH WILL HOLD ·t,LL THE HAMMER DRIVERS RESET. AFTER REMOVING ,CLIP LEAD t RESET THE LATCH WITH THE I-a CHECK RESET SWITCH.

fH)TtE E21H TO "GROUND" WITH CLIP LEAD. THIS CHECKS LOGIC BLOCK 4C AND' RESULT SHOULD BE AS FOR STEP G. RESET LATCH AS FOR STEP G ..

(I) TIE F20E TO' "GROUNO II WITH CLIP LEAQ. THIS CHECKS LOGIC BLOCK 4D AND RESULT SHOULD BE THE SAME AS FOR STEP G. RESET LATCH AS FOR STEP G~

(J) T IE F20H TOJIGROUND" WI TH CL I PLEAD. TH I S CHECKS LOG I C BLOCK 4E . . AND RESULT SHOULD BE THE SAME AS FOR STEP G. RESET LATCH AS FOR

STEP G.

(K) A ¥ATH tRt~~ SI.Q.RAGE - TIE E20B TO "GROUND" WITH CLIP LEAD. ;1 SH~ S lO~BLOCKS 3F AND 4F AND RESUL T SHOULD BE

THE SAME AS FOR STEP G. RESET LATCH AS FOR STEP G.

B WITHOUT kRI~l_SlOB.AGE - TIE FI5B TO "GROUND" WITH CLIP LEAD WHILE EXC~~ ~NT OPERATION. THIS CHECKS LOGIC BLOCK 26 AND RESULT SHOULD BE THE SAME AS FOR STEP G. RESET LATCH AS FOR STEP G.

(L) A ~IT~ PRI~T SO~~~GE.. - OPEN T-FRAME ON 1403 WHILE EXECUTING THE· 80 E PR Nt ~rtON WITH THE PRINT AREA CLEAR .. THIS CHECKS

BLOCK 6G lOR 6F) LOGIC 36.31. I 1.2 (GATE OIA6) AND RESULT SHOULD BE THE SAME AS FOR STEP G. RESET THE LATCH WITH THE I-O CHEC~ RESET SWITCH ..

B ~ITH2UT ~~tN6 ~~{LRML ,"' OPEN T-FRA~1E ON 1403 WHILE EXE.C.UTING'THE . BOV PR' P l~ WITH THE PRINT AREA CLEAR. THIS. 'CHECKS LOGIC BLOCK 6G ON LOGIC 36.3Iwll.2 (GATEOIA6) AND

RESULT SHOULD BE THE SAME AS· FOR STEP G.RESET THE LATCH WITH THE I-O CHECK RESET SWITCH. .

'. '(M) ·TRY TO PRINT IN ONE POSITION ONLY, IF O.K., EXPAND THE PRINT FIELD. AFTER PRINTING IN ALL ,POSITIONS CHECK TO SEE THAT THE -60V HAMMER RESPONSE COMMON FUSES (2) ARE NOT BLOWN. IF FUSE'S HAVE BLOWN ,AND . BLOW A SECOND TIME, CHECK FOR GROUNDS ,ON THE HAMMER RESPONSE LrNES •.

B

c

()

E

·f

G

H

J

DATE EC NO DATE EC NO DATE EC NO SEE ~No.EXCARO 1.1 -20-6 J I f 340' ,g".J -6.2 f 15586 l

3 -12 -63 116775 9-24-63 t 185 75H 5- 21-o"!t '~1 .. 4._0. 96, .... J 8-1 '-64 . 114215 2-19-65 123446 __

,

. 'J'

. .....

i '

1 I l.

LOGIC II

99.99.99.0

HACH 1401 STAGE II

POWER $UPPLY WlRING SCHEMATIC

PLUS/M'lNUS 6V AT a A""PS

PLUSI~INU$ 61/ AT 12 AMPS

PLUS/MINUS 61/ AT 12 AMP$

PLUS/MINUS 6V AT 16 AMPS

PLUS/MINUS 6VAt 16 AMPS

PLUS/MINUS' UY AT. 12 AMP'

PLUS/MINUS 121/ AT 12 AMPS

PLUS/MINUS 20V AT 6 AMPS

FLUS/MINUS 20V AT IS AMPS

PLUS/MINUS 20v AT 15 AMPS

PLUS/MINUS 30Y AT 1 AMPS

PLUS/MINUS 30V AT , AMPS

PI,.US/MINU$ 31/ Me AT 5 AMPS

PLUS/MINUS 3V MC AT , AMPS

PI,.US/M'NUS 12\1 AT 20 AMPS

PLUS/MINUS l2V AT 20 AMPS

PLUS/MINUS 60V AT '10 AMPS

PLUS/MINUS 60\1 AT 20 AMPS

SMS O/V PROTECTION SCHEMAtiC

PART ,

123163

411401

aouo. 413Ul

201211

4'U471

20JU2

" nSOl

477Ul

lOU"l

473411

210009

473561

4lUil

21084it

208U9

47U81

22090)

410166

6\1 SUPPLIES 208948

12V SUPPLIES 201961

lOy $UPPI.I ES 2089'1

PAGE 1 '

£C " 113544

FILE 3

L06IC NO.

CARD CAP

AA F

AD 8-

AE A-

AE C-

AE D

AE N ....

AE E-

AJ H-

AJ T

AK B

AK C-

AM --

AQ Q

AQ U

AQ V

AQ W

AQ X

AS u-

tA C-

CE A-

CE D-

CE E

CE H-

CE K··

CE M

C6 -

C6 VW

C6 VV

C6 101101

CH -i

CH VV ~

tH VW

CH \oIW

CJ VI)

CJ· WF

CJ WV

CJ YC

CK VU

CK WF

CK WV

CK YC

CL YQ

CL VR

CL VS

CL VT

CM -

CN WT

HACU SMS CARD CAP CODE INDE~

l~Ol

NAME

CTDL FAMILY DELAY INFO 3 SHEETS

SDTOL fAMILY DELAY INFO ~ SHEETS

ALLOY UNIVERSAL DELAY CIRCUIT

CARD ASM TSTR ALY STOR ADDRESS REG

CTOL LOAD CARD

ALLOY HAMMER DRIVER LATCH

CTOL HISH SPEED TRISGER

ALLOY HAMMER DP LATCH - HIGH SPEED

POWER SUPPLY SEQUENCING

POWER SUPPLY SEQUENCING

ALLOY DIODES TYPE AAS

ALLOY MEMORY THERMAL SWITCHES

MEMORY EMITTER RESISTORS

ALLOY ONE WAY N BLOCK

GENERAL DELAY CIRCUIT

ALLOY SWITCH DECODER NO 2

ALLOY Z DRIVER 12V

ALLOY CURRENT SOURCE

SENSE FINAL AMPLIFIER

SENSE AMPL RECTIFIER + CLIPPER

CTOL t AND 6ATE

DELAY L!NE LUMPED 1 USEC

STANDARD CABLE TERMINATOR

'CT~LPNP THREE WAY t GATE

CTDL INVERTER LATCH NPN

CTDt PNP INVERTER LATCH

CTDt-CARD TSTR T LINE LATCH

CTOL TWO WAY AND PNP NO LOADS

CTDL TWO WAf AND PNP TWO LOADS

CTDL TWO WAY AND PNP ONE LOAD

CTDL TWO WAY AND PNP ALL LOADS

CTOt TWO WAY AND NPN NO LOADS

CTDt TWO WAV AND NPN ONE LOAD

CTDt TWO WAY AND NPN TWO LOADS

C~DL TWO WAY AND NPN ALt LOADS

CTDL 3 WAY AND PNP ONE LOAD

CTDt 3 WAY AND PNP NO LOADS

CTOt 3 WAY AND PNP AtL LOADS

CTOL 3 WAY AND PNP Att LOADS

CTOt 3 WAY AND NPN ONE LOAD

CTDt 3 WAY AND NPN NO LOADS

CTDt 3 WAY AND NPN A~L LOADS

CTDt 3 WAY AND NPN ALL LOADS

CTOt EXTENDER CARD

CTDt EXTENDER CARD

CTDt N OR EXTENDER CARD

CTDL tP OR EXTENDER CARD

CTDL COUPLING NETWORK

CTDL EMITTER FOLLOWER NPN

PAGE 01

PART NO.

6123162

PART NO.

311884

313000

311929

311940

311946

371 .. 15

311945

316429

310564

310425

310~26

311203

. 310703

370833

370834

31()835

31CJ836

312285

311922

3119 ....

31()145

31()140

31()139

31()143

3703S1

371263

371261

371262

311251

3712b6

371265

37126 ..

371252

311261

371268

311253

371071

371269

311270

31125 ..

371072

371255

31HH5

371074

311673

311256

37'266

EC NO.

120g10

REF NO.

31188"

31366eJ

311929

3119 .. 0

311946

311 .. 15

316~29

316"29

37056 ..

376425

370426 .

3769611

370703

370833

31683"

310835

31"836

312285

311922

3719 .. "

3701 .. 5

310140

370139

3101 .. 3

316351

37CJ915

370915

370915

310975

316916

370916

370916

370916

370911

370971

370917

310971

310978

376918

376978

318978

376979

370979

370979

370979

371256

371260

C.f. RH NO.

729955

12995 ...

129800

7298!Jl

729862

72981l]

72980"

129805

129953

729953

1299()2

129806

129867

129868

131J3 .. a

1298"9

729810

129811

729812

129956

129813

729814

729815-

729816

129811

729818

129819

129820

729822

729821

729823

12982 ..

729825

72982.6

729827

729828

7't)S2.?

7:1'930

7:U8!J.

119tn2

129633

72983-. .

129835

729836

729837

729838

129839

7298 .. 0

7298~1

LOGIC NO.

CARD CAP

CN WU

CP WT

CP WU

CO -

CO YG

- CO ZT

to Zv

tR -

Cil YS

Cit ZT

tR ZV

CW -

CV -

DA B

OA Z

DB Z

DC K

DE F

DE 6-

DE J

DF J

OF 0-

- OF R

DS P-

06 0

D6 5-

06 T

OS U

DS Y-

06 ill-

_ DS X-

'OS y

. 06 Z,,:,

'DH A-

DH B

DH C

DHD-

- DH E

DH F

"DH S

OH H-

'DH J

DH K

DJ 0-

DJ E

.DJ F-

FILE 3

OK A

DZ A

EY

FP

, MACH

' .. 01

NAME

CTOL TRANSLATE BLOCK NPN

CTDL EMITTER FOLLOWER PNP

CTDL TRANSLATE BLOCK PNP

CTDt ONE WAY PHP NO LOADS

CTDL ONE WAY PNP ONE LOAD

CTDL ONE WAY PNP 2 LOADS

CTOL ONE WAY PNP ALL LOADS

CTOL ONE WAY NPN NO LOADS

, CTOL ONE WAY NPN ONE LOAD

CTDl ONE WAY NPN 2 LOADS

CTDL ONE WAY NPN ALL LOADS

tTl)L TRISGER

CTOL POWER INYERT~R

OIOl AND SATE

Dlff BASE OSCILLATOR 2 .. 0KC S L SATED

CONY DIFF BASE SPLINE TO SOTRL

CONV DIFF 8ASE N L TO SDTRL OR $010L

SDTDL FOUR 2 WAY N AND LOS BeKS W LD

SDTDL 4 2 WAY N t L06lC ILKS W'D LDS

SDTDL 3 WAY IN t LOSIC OlK W~O LOADS

TDL t TRL LOAD CARD

SDTDL INVERTING POWER DRIVER

SDTDL NON INVERTING POWER DRIVER

CARD ASH UTR CLK t WITH EMn fOL DR

'CARD ASH TSTR CLK t WITH EMIT DR

SDTOl INDICATOR DRIVER

SDlDl 2 WAY ~OGIC BleK ~OW SP W LOS

$DTOL 3 WAY L061C BLK LOW SPW'O LDS

SPlDL 2 WAY LOGIC SLeK LOW SP W LDS

SDTDL 3 WAY L061C BLCK lOW SP W"O LO

SDIDL 5 WAY LOGIC BLCK LOW SP W·lDS

SDlDL 5 WAY L06IC 8LCK LOW SP W"O LD

SDTOL 18 WAY LOG ILK LOW SP W LOAD

SDTDL 10 WAY LOS ILK LOW SP WO"LOADS

$DrRL INVERTER LOW SPEeD WITH LOAD

sprDL INVERTER LOW SPEfD W'O LOAD

SDTDL t SDTRL 3K RESISTOR CARD

SDTRl SINSL[ SHOT

SOT ilL TRISGER AND DRIVER

SDTOl RAND W RF6 BIT POS

STOTL DDL LEVEL LI L2A lOW SP WO lDS

SDrDl HUP NUHBER ~

SDTOl LATCH WITH GATE OUT

TWIN CARD ASH FILE PROGRAM 'KIP

TWIN tARD ASH FILE OP DECODE

TWIN CARD ASH liNE DRIVERS

ALLOY CURRENT SOURCE

SENSE AHPL RECTIFIER t CLIPPER

DRIFT DRIVER RESISTOR

ALLOY LOAD RESISTOR

PASE 02

PART NO.

a123162

PART NO.

31l2S8

311259

311251

311273

311218

311212

.. 311211

311216

:nun :n1215 nu7ft lnu .. 5115 .. 2

31192 ..

:na121

U038S.

nO~68

naZI6

3111211

31a219

310232

310225

31a226

3103 .. 3

3J03 .. 2

3103 .. 1

31038B ..

na31' llall8

310371

310316

ll0315

310313

310n ..

31BJ .. a

310312

31031'

310202

310350

llOlS)

310358

Ua352

3103 .. ,

JUJU

nun 313335

310"U

312359

31i199

11'''53

EC NO.

\21010

REF NO.

3112~8

111259

31125'

310981

31098'

31898)

31098 ,

n0981

310988

51.,981

3lotea

31153 ..

3115"2

31192 .. -

51OI27

nOl8S

JlOlt68

31a216

31CJ211

310219

~10212

3111225

na226

3103 .. 3

31a342

J1ll .. ,

nUJ80

nR319

310318

310377

310955

lJ195S

310955

J1095S

3109':.0

31095CJ

310311

310262

UCJ150

310551

310358

31CJ352

3103 .. ,

313336

371335

313335

376 .... 3

3123S9

311199

3714S3

e.E. REF NO.

1298 .. 2

129S .. 1

129(1 ....

129(1"5

1298 .. ,

1298"1

1298 .. 8

129S .. 9

129850

129851

729852

129853

12965 ..

1291155

129903

12990 ..

129905

129906

729901

729908

129969

1299 to

129911

129856

T29851

129912

129913

1299 'It 1299'5

129916

129911

129918

129919

129920

129921

129922

129923

129924

129925

129926

T29'l21

129928

129929

313336

373)53

313335

129858

729951

729930

129859

LOSIC NO.

CARD CAP

FT -

FW -

6J -

6K -

HB -

HB WW

HN -

clB -

JF

JF VA

jF VN

JF VP

J6 -

J6 VV

j6 VW

J& WW

jH --

JH VU'

jH WY

JJ '

jJ VA

JJ VN

jJ VP

JL VB

JM VO

IN -

J'Z -

KA -

NB -

N6 XX

NT -

NU -

NW -

~P -

PO -

OC -

QD -

P,K -

TA B

rB 6-

TB Q

TB R

TB S-

TB V-

TC K-

FILE 3

TD B

TD C-

TD D-

MACH SMS CARD CAP CODE INDEX

140\

NAME

ALLOY uSC 360KC FREE RUN CRYSTAL

ALLOY SWITCHES

6ENERAL PURPOSE FILTER CARD

CABLE DE COUPLE CARD

CAP SENSE AMP NPN NO LOADS

CAP SENSE AMP NPN ALL LOADS

ALLOY DRIVERS READ WRITE VM

CTRL OSC 10Ke FREE RUNNING CRYSTAL

CTDL HI SPEED 1 WAY PNP NO LOADS,

HIGH SPEED ONE WAY PNP ONE LOAD

CTOL HIGH SPEED ONE WAY PNP TWO LOAD

CTOL HIGH SPEED ONE WAY PHP ALL LOAD

CTDL HI SPEED 2 WAY AND PNP NO LOADS

CTDL HI SPEED 2 WAY AND PNP DNE LOAD

CTDL HI SPEED 2 WAY AND PNP 2 LOADS

CTOL HI SPEED 2 WAY AND PNP ALL LOAD

CTOL HIGH SPEEO 3 WAY AND NO LOADS 6

'" CTOL HI SPEED 3 WAY ANO PNP ONE LOAD

CTDL HI SPEED 3 WAY AND PNP ALL LOAD

CTOL HIGH SPEED ONE WAY NPN NO LOADS

CTDL HIGH SPEED ONE WAY NPN ONE LOAD

CTOL HI SPEED 1 WAY TWO LOADS

CTOL HIGH SPEED ONE WAY NPN ALL LOAD

CTDL LOGIC INVERTER PNP ALL LOADS

CTDl LOGIC INVERTER NPN ALL LOADS

CTDL TRIGGER GATE EXTENDER

CTOL TRIGGER NO 2

INDICATOR DRIVER ~O M~

CTOL SINGLE SHOT T INPUT

CTDL SINGLE SHOT U INPUT

CTOL INTEGRATOR -U AND -T

CTDL INTEGRATOR -U AND -T

ALLOY DIFFERENCE AMPLIfIER

CTDL POWER INVERTER TYPE

27B MEG RESISTOR CARD

CTDL EMITTER FOLLOWER PNP

crDL EMITTER FOLLOWER NPN

ALLOY CLUTCH MAGNETIC DRIVER

ALLOY RELAY DRIVER

ALLOY OSC 347.5KC FREE RUN CRYSTAL

SDTRL 93 COAX LINE DR DISPERSED LDS

SDTRL OSCILLATOR 32B KC S LINE GATED

SDTRL OSCILLATOR 115 KC S LINE GATED



SDTnL OSC1LLATOR 1 HC S LINE GATED

SDTRL END OF LINE TERMINATORS

SDTRL DIST LINE TERM W OPT LD RESIST

snTnL SOTRL 6.61 KC OSCILLATOR

SDTDL SDTRL "5 KC OSCILLATOR

PAGE 03

\

PART NO.

IHU162

PART NO.

3n~05

3111.90

371501

311533

371561

37150"

3n~63

3112~5

371519

311518

311517

371576

311583

311582

371581

371580

371586

371585

31158 ..

371590

371589

371588

311587

311011

371079

311081

311 B82

3115166

371591

311592

311635

311996

311071

311676

371598

311,365

371370

311633

371078

311188

310066

310296 '

370295

370297

310298

370299

3'1033lj.

310389

310401

310IJaO

EC NO.

120070

REF NO.

3711605

3111691J

371501

371533

371561

311500

3711663

,11\245

370982

310982

310982

3709B2

370983

310983

370983

37tW8 ..

31098 ..

37098~

310985

370985

376985

310985

311Q71

371019

311081

311082

371546

371591

311592

311635

311996

311611

, 371616

311598

311365

311310

311633

371078

371788

370066

310296

310295

370297

310298

376299

31033 ..

370389

370401

370400

t.E. REF NO.

729860

129861

729862

129931

141800

74'416

129863

129932

129864

129865

729866

1296b'T

129868

129869

72987(J

129871

729872

129813

7298116

'129815

729'H6

729811

129818

129819

129880

129881

129862

129883

729884

129885

129886

729881

729688

729889

129890

129891

729892

129893

129894

729895

129Y33

1299316

129935

129936

129931

129938

129939

129940

729941

129942

LOGIC. NO.

CARD CAP

TO E

.. TD F

TD G-

• TO H

TO 1(.-

; WL-

W ......

• VB v~'t8 z-.. YC A

-YC 8-

• YC c'YO M

,V6 A-

• '1'6 D-

• '1'6 0-

~ '1'6 E-

ve f

-'1'6 G

'1'6 K

'VG L

'1'6 M··

"V6 Q

n v~2J MI(

3J MX

-"J M)t

bJ )tD

C6

'CH

"CJ

.. Cit

CL

-CQ

·CR

,JF

"J6

.JH

'JJ

.,5'1' ••

-bY ••

FILE 3

MACH SMS CARD CAP CODE INDEX·

' .. D.

NAME

SDTDL SDTRL 2~0 ItC OSCILLATOR

SDTDL SDTRL 320 KC OSCILLATOR

SDTDL SPlRL 360 ItC OSCILLATOR

SOTDL SDTRL bb7 ItC OSCILLATOR

SOTDL SPTRL • MC OSCILLATOR

ALLOY SENSE AMPLIFIER NO 2

ALLOY AMPLifiER PRE SENse NO

,SENSE AMPL INPUT FILTER AND SEt 6ATE

SENSE ANPL RECTifIER + CLIPPER

SENSE ANPL-CLIPPING LeVEt CONTROL

SENSE ANPl SEt G READ 6 + DO P CTItL

PEAK DETECTOR INTE6ATOR·t V " DRIVER

SENSE AMPLIFIER CLIPPIHG LEVEL eTR

'OWER SUPPLY bV OVERVOlTAGE

POWER SUPPLY 12Vo.VERVOLU6E

POWER SUPPLY lOV OVERVOLTA6E

POWER SUPPLY 20V OVERVOl'A6f

PO~ER SUPPLY 20V AMPLifiER

POWER SUPPLY 10V AMPLifiER

POWER SUPPLY 20V 'SA AMPLIFIER

POWER SUPPLV bV AMPLIFIER

POWER SUPPLY 12V AMPllfIERAEF-6V

PoweR SUPPLY 3V AMPLIFIER

ElK DELAY c,aeUIT

CTDl NPN TWO WAY GATE W' CalL LOAD

PNO TWO-WAY WITHOUT COLLEC~ORS LD

crDL PHP TWO WAY GATE WITH COll LOAD

CTDL STANDARD CABLE DRIVER

ALLOY-FIELD REPLACEMENT.AM tARO

'TDL 2 WAY AHD PHP fiELD REPLACEMEHT

crDL 2 WAY AND NPN fiELD REPLACEMENT

CTDL 3 WAY AND PNP FIELD REPLACEMENT

CTOL 3 WAY AND NPN fiELD REPLACEMENT

CTDl EXTENDER CARD FIE\.D REPLACEMENT

CTOL WAY PNP fiELD REPLACEM(NT

CTDt ~AY HPH FIELD REPLACEMENT

CTDL HI SPEED 1 WAY PNP FLD REPLACE

CTDL HI SPEED a WAY AND PNP FLD REP

ClDL HI SPEED 3 WAY AND PHP fLD REp

CTDL HI SPEED WAY NPN FLD REPLACE

FIELD REPLACEMENT L5

fJELD REPLACEMENT L6

'AGE 04

PAU NO •.

• 'AAT NO.

310399

370398

310391

3l039{)

31055'

3n'9'

Ute".

SlOft".

nOft"

)ta ... ,

110"20

310"Z'

nosol

.n05lS

JloS16

nOSJ8·

370519

370001

n060a

3106"

310612

1106U

1116'1»

312b81

no ..... no)~,

310142

310089

31190~ .

3109lS

n191.

310911

310978

311919

31898)

310980

310982

3189U

51098 ..

370985

370950

.318955

EC NO.

I2CJ070

REf NO.

31ft!99

310398

nun 310396

!lCJSS'

3n.9. Uta ..

3JO ... ,

no .. " 310 .. "

.170 .. 20

no .. 21

1105o,

311)515

110516

nOS18

310519

n060} .

310608

310'"

310612

310613

310b"

312681

. 31 In ....

310''',

nO,.,2

510089

37090"

310985

.)70950

31"9~5

C.E. REF NO.

1299 .. 3

1299 ....

1299"·5

1299 .. 6

1299111

1298,.

129891

729961.

1299 .. 9

lJ01l19

1299511

1299S'

129952

3115151

31051b

370518

3111519

na'''1 31068B

1106"

310612

310613

n061.

' .. 6bOI

129898

129899

129900

12990'

37090"

370915

318976

318911

370918

370919

37098 ,

118980·

310982

310983

31119S ..

310935

310950

310955

.....,

i

v

A

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~ I CIOL DELAV nWORMAT ION [ ........ T7m55 0\ 0\ N ,... GENERAL -

THE TURN ON TURN OFf DELAYS OF THE CIRCUITS USED IN A PARTICULAR MACHJNE ARE COMPLEX FUNCTIONS OF MANY VARIABLES SUCH AS THE TRANSISTOR DELAY, INPUT-OUTPUT LOADING, FALL AND RISE TIME ETC.

tHE DELAY SPECIFICATIONS ARE GIVEN BELOW AND ARE CLASSIFIED Bye I R CUlT T YP E .

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b SHOULD BE USED AS A GUIDE.

SPECIFIC CIRCUIT APPLICATION AND OR CAPACITIVE LOAD (EXAMPLE: WIRE CAPACITANCE} MAY RESULT IN ELAYS WHICH ARE OUT OF THE GIVEN RANGES.

THE FOLLOWING INFORMATtON 'IS PROVIDED FOR THOSE CASES WHERE CARD REPLACEMENT DOES NOT RESULT IN IMPROVfMENT AND A MORE DETAILED ANALYSIS IS NECESSARY.

THE DELAY OF THE SIGNAL IN THE CTOl BLOCKS IS A FUNCTION OF THE TRANSISTOR DELAYS PLUS THE LOADING EFFECTS OF THE INPUT AND OUTPUT CIRCUITS. DELAYS FOR SEVERAL STAGES IN CASCADE ARE NUMERICALLY EOUAL TO THE SUM OF INDIVIDUAL STAGES. UNLESS, OTHERWISE STAfEDf DELAYS ARE MEASURED FROM THE "ME THE INPUT SIGNAL CROSSES I S REFtRENCE VOLTAGE TO THE TtME THE OUTPUT SIGNAL CROSSES iTS REFlRENCE VOLTAGE, AS SHOWN.

MPM TYPE PNP lyrE

INPUT

OUTPUT

UBAS IC LOGIC BLOCK DELAY I NFORMATf ON**

¥A~A f8~&~bE~~~ OF DELAY IN A STRtNG OF lOGIC WHEN DRIV t THE CTOl OUTPUT AND CURRENT MODE BLOCKS FROM THE CURRENT MODE OUTPUT. .

TURN ON IV SEC I

TURN OFF (U SECt

MAX MIN MAX MIN

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• WIRES ASSUMED ON GATES -- INCLUDES WIRING CAPACITANCE EFFECT BETWEEN ADJACENT CARDS·

EXAMPLE OF CTOl DELAY LOGIC STRING. CONSIDER THE fOLLOWING [OGIC stRiNG: ,-----

2 CURRENT TWO ADDITIONAL ' MODE BLOCKS '-WAY T BLOCKS

'TWO ADOn tONAl, . 2-WAY U BLOCKS

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S ADDITIONAL U BLOCKS S X'-O.OIJ 2 ADDITIONAL T BLOCKS 0 2 P-TYP£ CS BLOCK 2 X O.OIS Z. PARALLEL COLLECTORS Z. X 0.007

23 INPUT Of ODES 23 X 0.02 TOTAL TURN ON oElAy'fROM A TO B

TURN OFF DELAY

2 T BLOCKS 2 X O. 18 2 U BL OCKS 2 X O. I 2 2 lST U BLOCK LOAD 2 X 0.09 2 2ND U BLOCK LOAD 2 X 0.13 t 3RD U BLOCK LOAD 0.18 , ~ST T BLOCK LOAD 0.22 I 2ND T BLOCK LOAD 0.30 2 P-TYPE CS BLOCK 2 X 0.02 ~ PARALLEL COLLECTORS ~ X 0.01

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··tOGIC INYERTtR*~

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TURN ON TURN OfF

DELAY PER PNP INVERTER IN STRING DELAY PERNPN INVERTER IN STRING ADDER lOGIC INVERTER DELAY.

PER PNP INPUT LOAD PER PNP OUTPUT ,LOAD PER NPN INPUT LOAD PER NPN OUTPUT LOAD

DELAY ACROSS PN~ BLOCK DRIViNG LOGtC INVERTER IN SlRING

DELAY ACROSS NPN BLOCK DRIVING LOGiC INVERTER IN SlRING

A031TfONAl DRIVlNG BLOCK DELAY PER PNP INPUT LOAD PER PNP OUTPUT LOAD PER NPN INPUT LOAD PER NPN OUTPUT lOAD

DElAY ACROSS PHP BLOCK DRIVEN 8Y lOGIC INVERTER

ADDITIONAL DELAY DUE TO lNVERTER OUTPUl LOADING

1ST PN? BLOCK 2ND PNI' BLOCK 3RD PN? BLOCK 4TH PN? BLOCK

DELAY ACROSS NPH 8LOCK DRIVEN 8Y LOG1C INVERTER

ADOlT.ONAL OELAY OUt:: 10 INVERTER OUTPUT LOADtNG

1ST NPH BLOCK 2t1O NPH BLOCK 3RD MPH BLOCK 4TH NPM BLOCK

W SEC I (U SEt) MAX MIN MAX ~IN

-.08 • • f,. .55 .06 0 ".06 .~I -.02

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0 0 .0& 0

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DELAY INFORMATION

TEST CIRCUIT

5 tooWAV PNP

I-'WAY NPN LOGlC BLOCKS

5 i-WAY NPN LOGIC BLOCKS

4 I-WAY PNP LOGIC BLOCKS

PNP EM.TTER "OR" DELAY to SEC) T I '

TON TOFf MAX. MIN. MAX. MlN.

DELAY PER BLOCK' • 92 .28 • t S • 10

DELAY PER ADDED BLOCK ON DRIVER INPUT

.00 .00.06 .03

DELAY PER ADDED .00 ~.o, ·00 CTOl BLOCK Ot: OR I VER OUTPu'r DELAY PER ADDED .Ot -.008 .00 CTOL SLOCK ON E.F.

.00

.00

T2

, 1·0N TOfr MAX. MIN. MAX. MIN.

.50 .12 .}2 .1 Z

.00 .02 .00

.ot ... 02 .O~ .06

.00 ' •• 01 . 006 .01

DELAY PER ADDED .01 .00 .00 .00 -.03 -.Ot .00 .00' CTOl BLOCK ON DRIVER BLOCK DELAY Wll E.F. .29 .28 .30 .to .50 .25 .24 .12 ON ORIV R .. NO LOAD R IN DRIVES DElA Y PER ADDED .00 .. :02 .02 .00 .00 .00 -.01 .00 E.F. DELAY PER ADDEO .00 -.Ot .0;· .00 .00 -.OOS -.oos .00 CTOL BLOCK ON DRIVER INPUT DELAY PER ADDED .00 .002 .002 .00 .00 ... 01 ·Ot 5 .00 SlOCK ON E.F. UTPUT ' DELAY PER ADDED :00 .00 .004 .00 .00 ... 02 .00 .00 BLOCK ON DRIVER BLOCK

NPN EMITTER "ORl1 DELAY (U SEtt ~~~~~~-----

" T2

tON TOFr TON TOfF

DELAY PER BLOCK DELAY PER ADDEO BLOCK ON DRIVER

DELAY PER ADDED

&~?bERL85~p3'

MAX. .42

-.02

... 01

MIN. .36

.Ot

-.01

MAX, MIN. M4X. MIN. MAX. MtN.

.15 .14 .70 .19 ,10 .06

.OS .• 08 .00 .00 .0" .02

.005 ,.OO~OO .po .03 .01

OELAY fER ADDED .00 .00 ' .00 ,.CO .00 .002 .005 .005 CTDl BLOCK,ON E.f. '

._--"-P" co;;] 7.H9"fs

SHEET 2 OF 3

TON TOFr TON TOFF MAX. MIN. MAX. ~HN. MAX. M1t4. MAX. MIN.

DELAY PER ADDED .00 ' CTOl BLOCK ON

.00 .00 .00 ".04 .00 .00 .00 DRIVER BLOCK

DElAY Wi3 E.F. ON DRIV R - NO LOAD R IN DRIVER

.32 .36 ' ,f 5 . ,,. .70 .20 .16 .06

DELAY PER ADDED ·02 E.F.

·00 -·02 .00 .00 .00 .Oc, .00

DnAY PER ADDED ,'00 CTOL BLOCK ON

-.02 .02 .00 .00 .00 .01 .00 DRIVER tNPUT OELAY PER ADDED .005 .00 .00 BLOCK ON [.f.

.00 ... 005 .00 .01 .00 OUTPUT OElA Y PER ADDED BLOCK ONOr<tVER

.01 .00 .00 .00 -.01 -.00 .00 .00

SLOCK

uTRANSLATE BLOCK DELAY DATA··

NPN BlOCK T U

0- 9 AD\H TI ONAL LOADS

TOTAL N~M8ER TURN 2" TURN OFF OF LOAD (U Sf J !U SEca

MAX. MIN. MAX. MIN . I .70 .16 . Jl. .12 2 .70 .16 .36 .13 3 .70 .16 .40 .14 .. .70 .n .43 .15 5, .70 .17 .46 .16 6' .70 .18 .,.9 .17 1 .70 . '8 .50 .18 8 .70 .1B .51 :l~ 9 .70 t 19 .51

10 .70 .20 .60 .21

!~!LOCK

TOTAL NUMBER TURN ON TURN Off OF LOADS (U SEt} (U SE~J

MAX. MIN. MAlL MIN.

t .52 .17 .26 .14 2' .52 .17 .11 .16 3 .52 .17 .35 .17 4 .52 .18 .38 .19 5 .53 .fa .41 .20 6 .53 . '8 .~4 .21 7 .53 ., 9 .41 ·22 'S .53 .\9 .50 ·23 Sf .53 • t 9 .S4 .24

to .53 .20 .56 .25

r-----------i CttCUIf An. PUUQllII IWIDAtn

DATl

ITA"O"OS .-------------......... ~,~--*-------.---- t::: :~ -:I 1219_5_5

---, '" .......... CIt ..... DE--r

~I-----' 0\ N ,....

**EMITTfR FOLLOWER DELAY. ...

NPH - ..

. . 2-1" ADDITIONAL LOADS

c

TOTAL HUMBER OF LOADS

3 .. S

6

7

B , to II

.2

13 , .. 15

T OT A~· N~M8EA . OF lAO .

3

It

5

6

7

8

9

to II

12

t3

14

IS

...... , .. .,..

TURN ON fU SEC J

MAX. MIN. .68

.68

.68

. 68

.68

.68

.68

.68

.68

.68

.68

.68

.68

TURN ON Cu SEC t

MAX. ~48

.50

.52

.54

.S6

.S8

.59

.59

.60

.60

.61

.6*

.62

.14

• f ~

• t6

~ t7 .

.18 .

.19

.20

.21

.2 t

.21

.22

.22

.23

MIN.

• f 8

.19

.20

.2 t

.22

.23

.24

.24

',25

.26

.26

.27

.27

.f;'

,f

TURN OFF to SECt

MAX. .25

.26

.21

.21

.29

.30

.. H

.32

.33

.3,.

.35

.36

MIN. ~OS

·06

.06

.07

.01.

.08

.08

.08

.08

.08

.09

.09 ,37 , .09

TURN OFr to SEt)

MAX. MIN.

.17 .06

.18 .06

.19 .07

.21 .07

·22 .08

.2~ .08

.24 .09

.26 .09

.28 .09

.29 . to

.30 .10

·3 t .• 0

.33 . to

SHEET 3 Of 3

DELAY OATA ----TURN ON (u SEC J

IN PHASE INVERTED

MIN MAX MIN MAX

BASteN BLOCK DELAY .100 .100 .1 S8 .200 PER CTDL BLOCK LOAD ".010 -.005 - .02 . - .005 ~ER ADDEO FAN-IN DieDE -.002 ··.002 -,001 ".001

BASIC P BLOCK DELAY .080 .110 .210 .21+0 PER CTOL BLOCK LOAD .000 ·010 ~ .020 ~.OO; PER ADDED FAN-IN DIODE -.001 -.001 -.002 -.002

BAStC CTOL PNP DELAY .230 .S60 .200 .500 PER CTDL BLOCK LOAD .000 .020 .000 .020 PER ADDED fAN-IN DIODE -.020 •. 020 ·.022 -.012

BASIC CTOL MPH DELAY .200 .450 • J 00 .400 PERCTOL BLOCK LOAD .020 .020 *.010 ·.010 PtR ADDED FAN-tN DIODE .015 .030 ... 019 ... 006

.TURN Ofr IMU SEC, IN PHASE IN\'lRTEO

MfN MAl( MIN MAX

BASIC N 8LOCKOELAY .090 .090 ,090 .130 PER CTOL BLOCK LOAD .010 .010 .CIO .010 PER AOOEO fAN-IN DtOOE .001 .00' .00' .00t

BASIC r BLOCK DELAY .060 .130 .too .120 PER CTOl BLOCK LOAO .000 -820 .010 .010 PER ADDED FAN-IN OIOOl .002 • 02 .... 001 -.001

BASIC CTOL PNP DELAY .060 .340 •• 40 .350 PER tTOl BLOCK LOAO .020 .100 .000 .100 PER ADDED fAN-IN 0100£ .• 002 .021 .01Z .020

BASIC CTOl WPM DELAY .16~ .220 . t"8 .170 PER CTUL SlOCK.LOAO v 10 .260 .06 :3f8 PER ADDED f lUI" t M D lODE .00 .010 .005

I--------t-,----~---

elWIU 110. """liOYAl fWftlOnlUY NO.

~uo CODE 729954

, ,:~

(iENERA:L

SOTOL ,LOtiU': FAMILY OELAV~ fNfORMAT tOrt

OEflNITiONS SHEET 1 o.F 4

. THE' TURN ON . TURNOfF' Q,EL4V$ ·QF THE CtRCUH SUSEO f N A PARTI CULAR MACHUk ARE C,OMPLEX.fUNCT IONS .Of. MAONV. VARfABLE$ SUCH AS THE TRANS t STOR DELAY ,.lNPUl-OUTPutLQI\ lNG, fAlLANO RISE TIME& ETC. ',". .' .. '. ' . .... "

THE v£LAV SPE£IFlC,.HONS.'.4f\~ GH'EN8Et.OW A;NO ARE, ,1"

~~A::~~t~:bYh1m~ ;bHnE~MHVi~Awa~6tgf Bf£htl~~£t,G {YEN GUI DE. SP EC l FtC C ' .. Rtti. '.1', APPI;. i,CAJ. '." E, N,. ANn./,OR . tAP. At.ltVE ·OAD. J~~Ag~L~~E ~JeiN CAl~fi~I~CE) MAt R SUl!. IN ,OElAYSWHt CH ,.fli

THE rOLLOWlN' iNFORMATlo.N IS' PROV toEO fOR THOSE CASES . WHERE CARP REPLA. tEME .. NT 00£5 NQ.TRE. S,ULT H1 JMPROVEMENT ANt) A MORE OETAtLED ANAlYS1SI,S NEC£S$ARY.' . .... .: ,'. if' ,

HlGH SPEED" LOW SPEED CIRCUITS . , ·t,. .' '. ", .'

, "THE SOTDLCtRCU I lS 'ARECL4SSl' lED iNTO TWO MAJOR.. . . fAMILI ES THE LOW SPEEO AND THE HJGH.SP[£()<tIRCUtlS.· THE DlfFERENtE BETW£ENTHE TWO FAMILIES C'ONSlS1S QflHE INPUT

. SPEED UP, CAPAC IT OR ·THAl ·IS USED ONLVfN TH£HlGH SPEEO LOGiC ,S: OCKS. ,.... .

'DELAY CHARTS I '

. NUMEROUS CHARTS GIVING D'ELAVIN,·QRMAHON HAVE BtEN , . ' !, INCLUDED IN T. HI S '.Oi.CU.M.ENT ~'.' B,OTH.' .M. 1.,ti'''M~M:,:AND M. A. XIMUM,D:£L.'AYS ~. ,ARE GIVEN AS A fUNlIOt{Of SOME VARIAS €' 'SRVARIABLES,' "

No.MI NAL DELAYS HAV . BHN;AV01DED DUE·r . P'S'$ I BLE .. ' MtSINTERPRETAT.'O.NS, .. 'Hi MAXIMUMOt .. ·:tAY GtVEN ARE S.Ll.GHO·'.EIll.· .. lESS THAN THE THEORETICAL MAXIMUM 0 LAY. THE MAXfMUM ··L.VS G I!JEN SHOULD NGT 8E EXCElD£D HiPaA~ ,ltCALAPPLJC-AHON·S .:':' .

USE OF GRAPHS. . ' .. THE FOLlOWlt~G STEPS, ARE.' Rf..f;,OMMENOEO t.OR'USJN(i'THE

tNFORMATION PROVIDED IN lHE ACCOMPANYING GRAPHSi. '. . .

I. GIVEN. A. LOAD CONfJGU ... A.~TtON.·REF£.'~ .TO TH.£G.R.APlf OUTPUT FALL TIME' 'VS. LOADING TO OET.EltMlNE TH~ OUTPUT fALL liME. .- " !

2. GIVEN THEtNPUT fALL 1U1£, THE OUTPUT RiSErs DETERMINED FROM THE GRAPH or OUTPut Rt'SElIHEVS. INPUT fALL II ME'. ..' .. '. ". "

3. KNOWLEDGE o.F THE RISE TIME AND USE Of THE GitAPH o.F TURN-o.fF DELAYWS.INPUT RISE TtME RESULTS ,IN

, TURN-OFFL,IMITS\.' '

It. KNOWLEDGE Or:: INPUT FALL "ME AND USE o.FTHE GRAPH Of TURN~ON DELAV VS. I HPUT fALL TIME R['St;L TS I N TURN-ON LIMITS. ....

~

• ' <

, .•... . >.~. ,', ~ •.

, tHEil.iSE AND fALL TIMES WERE MEAsuRED FRO'M "THE "0% TO 90% ' POlNlSQfTtiEINPUTAND OUTPUT WAVEFORM. THE TURN-ON DELAY WAS MEASURED AS THE T I ME. INTERVAl BETWEEN 10% DOWN AT THE INPUT TO. to%UPAT. THE OUTPUT. THE TURN't,",OFF DELAY WAS MEASURED AS THE TH'lEI,NlEftYAlBETWEEN 10% uP AT nt. INPUT TO 10% Do.WN AT THE OUTPYT j .' UNLESS. O.lH£RWI SE STATED THE R j Sf. FA~L AND DELAY TIMES ARE,G,IYEN f N N SEC (NANOSECo.NDS). '

.. '.0% ___ :::1 Tr.t .. _. ~ ___ _ tNPttT I·

90% ~ _ ~

90%

OUTPUT!

10%

TON : JURN-ON DELAY TOFf : TURN-OFf DELAY' Tf : fALL TIME TR : RISE TIME

*.*HIGH SPEED SINGLE LEIIEL l.OGiC BLOCK**

OUTPUT FALL llME VS iOAD I NG .' OUTPUT" ALL ,T" ME VS LOADING

us

--- 100 u LI.I lit

lIS 15 I .'

.~~ r--. Ri.o .'?6K "'3

IL06', C

1 i-.- ~ L&Gll ' SLOCK LOAO -

BLOCICLOAll ., '.

..

,"

. 1\ NOTE: ADO 10 N SEC PER

~ Oo.T OR TO. Tf "I--

RC~6.2K

\ ~ i\ " ~ "I, R ~

I $()

\.a.. t- 25

..

NOTE. &DO to N SEC PU t OT OR TO If·

~ ~

-.~~ 7 l GIC BLI CK ~~

i-- LOAD -......... -:---,

It ~GtC BLOCK r--~

LOAD , BLOCK LOAl'

, 2 LB 3~a LOAD LOAD

0 t ], t J J J, J ~ 1 2 .3

I I I 2 3 4 5 6

NUMBER Of LOADS SWHCH£G NUMBER Of LOADS, SW ITCHED . ., .

.' , CIReLlIT AND '~C~AGINli STANDARD ! 1·

APfROVAL

i·'f·

i

C t', 'f. c ••.. CO •• NO " .. '"

f 'i

.'It".

SlAliOARO$ ..:t r-_C .... Oll .... [ -'-i ~I--__ ..J

m N

"

lOO

4J 1'0 ~

,2

I 120 -----I-= L

I- eo :::;) Q

ct:: I- ,

40

0

tOO

u 60 w VI

z 60

I-:::;) Q.. I- 40 ::;) 0

VI t-

20

0

75

u 60 L\J VI

:z 45

.... ::;:J Q.. I- 30 as 0 t-

IS

0

c .... ce ...... • ' ••

, OUTPut fUSE UHE VI fHPIJ' FALL, TIME

, :, ..

RC~G.J6K ... ' ,

"

~~ -Low'a ' ",- .1 lOGIC ': ,. , SLOCK LOAD ',.

/ , -- ,

y V •

v ~ [...-I ~ ......... HIGH 8 ,. -~ ~ ~'

t LOGiC, . ~ ~ BL.OCK. lOAD

",.

4 0' 80 12Q 160 200 240 2BO 320

TURN-OFfVS INPUT RISE 'tME

RCQO~56K A 1 J

V HiGH B -fi LOGtC

/ I" ,LOCK L,OAD ,

~ . /

/ /

/' ~

/ --~~ v'" ~

~, i"':"'" ' LOWS -,

~ ...-. ,l lOGIC

l/ BLOCK LOAD

20. 40' 60. 80 1O0 12(1 140 160'

TR INPUT N SEC

HtRN"ON \IS "NPUT fAll. TIME·

ftC=O.S6K • 1 1 ,7 Of .' , , lOW B V - ,3 U1GIC ..

8LOCK LOAD • V

~ , I l

I

V v I :T

,~ ~'

t.-;... JIG~fB " !: .

? ~ i""" I LOGlC·' J ~ BLOCK LOAD )

~~ ","'"

ioIi"'" .. ~ t, t I

\,

:,vl"" ·U)GI C BLOCK DRlvtNG,~ ........ LOGIC 8LOCK ,-

~ I t. , I l . t I

40 80 120 t60 200 2,40 2BO '

TF INPUT" N SEC

4W

; ,"tit Z

I'

• ... ,::;l ca-B '" I-

u loW VI

: I ...

::;) ,Q., l-

I 's ! V) ....

I :

U W !A

,Z

J s I

a.. .... 5

i Q I !

l-

i

729954

SHEET 2 Of 4

OUTPUT RISE TtME VS INPUT FAL~ TIME

~~O

RC·6.2K LLbw ~J _ 7 1 LOGIC

~./ BLOCK LOAD

240 / /

- -, /

160

---l/

v -,V ~HI GH B 4 LOGIC

/' v; BLOCK LOAD ./

80 _v ~ ~

~,... '-, :1 . 100 200 300 400 ~;oO 600 700

TF INPUT ~ N SEC

TURN-OFF VS H~P'UT RI SE T I ME

25 0 " RC:ll 6 . 2K :,

20

IS

A J"~ '"

~~GH B

:/ ..., 1 LOGIC 1\' BLOCK LOAD '" ~/

",.

I L

to V /' Y .~ --

/' ,

/ .,.,. lOW B

/ "" .".",..,."'" 4 LOGIC ~

.,-. BLOCK LOAD ",.

,... ..--------.--~ "

50

o 40 80 120 160 200 240 2 10 ,:t: a JR INPUT - N SEC

TURN-ON V$ IN~UT fALL riME'

2S.Q R~~6 :2K •

.)/1+ ,

. LOW B 21)'0 / 1 LOGIC

.... '/ BLOCK LOAD -

~ V -

V V v .... HIGH B

V ~ V 4 LOG Ie· / BLOCK LOAD

, ' v ,.,- --I-- -'~ ~-

/' -" V "...

? ;/ /" -- ---- -'-f--.

lOa

50

o 12Q 240 360 480 600 720 840

TF INPUT - N SEC

ClaCUIT AIID PACUCING $lAItDAAD

"nQVAl DATE

ABC 4-2-62 CIIAIUIi 110. APPROVAL DUE CH,ANGl NO. APPROVAl O[YllOPIoIlNI NO.

. H5S99 -...I N 1.0

--+-.----,----------,-- ---_. ---. ~ -+--.......,....-+--.....:..~II----+ ------' . .&:-

. ~ IlANOAHIIS i

.J}. f . .-- -- •... ---....,-COPl , , . I tUO eaPE I 72 9954

:i l I ;.;

. ~ ii' SHHT 3 OF 4 f,

;: ~. ;

I ;.

. (fiOG'C BLOCK TURN-OFF VSJHSE ,'HIE iNPut * TURN-ON VS FAil T.IME INPUT ; RIVEN BY

: POWER DRIVERS) I"

> , 150

ftC~f). ,6K .,,:,JI! 125 -,--

'" . , ~ ". ' . V ; /: 120 ··IOC.

u V u /'" "'" 1.1.;1' Vl - .1.1'1

,2 I, V 3, '/ ,/'

90 f--- -.-... : .' 75

.,

I

L ,,-

~. 4 '. / .... --.. - ,.......:... ..... ~

::t V. , ::::I V

.......- ......... ,".

Q.. / Q... J :/ I- 60 i--_ .•. _. & SO :::I /~" .",. ;7 ·0 ./ ./

l.n ~/T ",. co ./ -... / .... -30 ;;CW" ,./ ....- * LOGIC to KS ORLVE~

25. _.

.---- B V POWER DRH'ER - ., ,'-;...-- .

I 0 t • J, ' I . . 'r /' 0 2: SC 1 100 125 ,~O· .75 -zeo 40 80 120' 160 200 240 "

ta • NPUT .. N SEC iF INPUT .. N SEC

: ;

\ ~

i ,

,

.'

, . ..

"

!

',~

"

~: ': ~

+ t ;

t ..

. / , , /'

.. CI8CUII AIIQ PACKAGING SIAHDARD

~ , ~#', --AP'ROVAL DAI(

.. , ABC 4-2*62 F

IHf£I~AnfNAl'USIHlSt M~CHlH($CORP. DAfl CIIA/Hlt/IO. APPROVAL DUE CIiAft!t.r "0. ~'PROV.u DtYHOP"'lNl NO. ...., ------,._--"- N

Ie H~MtI $ :f,)r.bL LC> G It:. QCLAY ~~'''62 IISS99 IJ)

4, NFQ, ~ REI:'. >W~ IJ)

~---.- ..... \J1 Il1SIdN Monn .J:"

~A1! -4:» 13 :-1-{,2 SCME r----' -"_.-

eN,Eell RQ. 1~-1-'2 DRAW I APPRO' . CH[C~ I : .. . , .. ..

•• Q, ... o 1l'4 ..... LI G 6 4 62

i I

;\. '

SJAHOAROS CoDf

.::r t----'---f ~~.--...I en N ,....

l

200

II U LIJ VI

Z

I,

I- 100 :;:) Q.. I-:;:) 0 ... I-

o

400

u 320 LIJ VI

:z ,', 240 l-

. :::l Q.., I- 160 :::) 0

ex: I-

80

C4RDCOD£ 729954

SHEET 4 Of 4

eUtOW SPEED SINGLE L£VEL LOGIC BLOCKS'"

FALL tiME VS LOADiNG fALL TIME VS LOADING

J 'l . r

La lOADS I--

_. , f 4 2 LB 2 LB r--- -"- LOAD LOAD'S 800

u

,

_ .. ", -'-,

-,

WJ VI

z 600

l-=> Q.

400 I-:;;:> Q

\.

"\

" "' " " t •• : " ...... , 5 LB lOAD, ~ r--

. Rc~ .',6K I;.i,. ..... 200 -

RC: 6•2K 7 LB LOAD

2 ,3 0

l 4 3 4 5 ~ 7

lOADS SWI TCHtNG LOADS SWITCHING

OUTPUT RISE TIME VS INPUT fAll TIME TURN-OFF VS INPUT FALL liME

. A~ RC:6 .2K

250 ...,..---.,-" . .----b·'~(-Rc=6.iK ~' ~ i"'" "

RC= • S6K""

~ ~ I

~ ~f-'" . ~ r Rt=6.2l\ ./

u 200 UJ VI

:z ISO

l-

/" ,.

~C:;·56K -- ./

V .,/ -

/ .JI"

./ /' ~ V RC=6.2K

~ !""'-/' ,."....... i"" ~~ /~ ."'" L.-

~ /' -----~. / .-~ 7" ~

..-~ ~",

,;..... ~ ---- RC-: .~6K -- ...-" ,......-; ~ ---..,..,- ------

=> Q. l- 100 :::l 0

Q I-

50

.. V ..,..,. .... ...,- ~ ,...

I--~ RC=·56K .A"'" -.--. ...--. ~ ::::: ------ 1-

-'" . 41""""',

.-

0 120 240 360 If SO 600 720 840 96 0

0 120 21.0 360 4tO 600 720 840 96 o

600 t,

c.,J M30 LIJ VI

;I:

160 5; Q.

~ 240 0

VI t-

120

0 S

'. "

, .,

c' C, •• CQ,. trio • • 1,1JiII' .,,,,. ••

TF INPUT - N SEC

TURN~orf VS INPUT RISE: TIME

~ ~

RC::6 .2K .... 'v -"" rRc;·56K /' ~v

I"'" V .".

~ ~ V ;- RC: 6 •2K . ...,... -

/" V '/ -~

~ ~ I- RC= .56K ./ ---~v V ~ i-""'" ./ ..".,.....

~/ V ~ ./ / -;:~ '\

"

t ;0- 24ty 3 ~o 40U 460, 560 CIRCUIT AflD PACKAGING StANDARD

is. INPUT - N SEC APPROUL DATE

ABC 4-2-62 (IAn CHANG£ NO. API'Ail~.u OAH Ct>ANjl[ kO. APPROVAl DEVelOPM[NT NO.

~~;:::~~~:';:':"~':':::'::'::-';::::~I~......io...:,-:-f--.,..,...--4~-~----I--'----t----I-----'--·-- -...J ·62 11~599 N

I.D

~~~~-~~=~------, DEfAI~ WIi, 11-------1---'-----,1---, CH~C~ RQ. APPRO

--------- 1.0

LIG 6-4-62

Ul ~

'\1. '.'

','.

ITAIIOAlOI o r--..;;C ..... OD"'£_-I 0..-___ .-1

~ N ,...

7-36 USEC

_BOLV. . -P N-rG

6oo0~30.000 USEe

-B·OLY -P N-

rG . -AJ

60-,340 VSEC

-BDLY -P N--

r G

- CJ

300-1700 USEC

--SDl.Y . ~~ H--

r-G

- CF

5HlllENC.F. OF OPERATION

I. AlL I NPUTS UP ALI. TRANS I STORS ARE ON OUTPUT I S DOWN

2. ANY DO\1N INPUT \4ILI. CAUSE T3 "0 GO OFF, TI AND 12 WILl. REMIN ON UNTIL Rt CAPACITOR 1$ CHARGED. WHEN THE CAPAC I TOR I $ CHARGED TI AND T2 WILL SF. OFF ANI) THE OUTPUT W'LL 8E UP

-I

PiNS SIGNAl. WAVE SHAPE tiME

I r ~ 8 U I NPU'(

I , U INPUT I • •

N T OUTPUT .--LJ • tXTEHDER r----·-

INPUT -I

• , Q

Dn AN

DI' AN

""

LtVElS "IN MAX

UP "5.26 0.24 DOWN -7.44 -12.S

UP -5.26 0.2.4

DOWN -7.44 -12.5 UP 1.41. 6.2.4

OOWN -5.46 -6.24

UP n6

DOWN -12

CAIO COOl

A A F ~

REFERENCE DRAWING SEE PRODUCTION DRAWING 37188~

ALLOY UNIVERSAL DLlAY CIRCUIT

)

DZ. AU

I

2

~I! 14

.

"92ltll 1& 16

. 17

ISK

6S0A

COMPONENT SIDE

L2I S6UH

Ie

CIIICUIT AltO "AC~AQI'" Sf""DARD

DATI

ABC At-2-62

r-~Il~A"~OA=*DI~---------------------~--------------------~------------------------------------~------__ ~----~ COOl 729801 REFERENCE DRAWING 0t--___ -'

~ N ,...

(

A o-Qt-+---I

8 AN

065 G 0-+.1-

AN

D62

r---------~a---~--. -," ...

AN -6

-6

0129

--------------~~---------AN

+6

~ RI27 680il

.SEE PROOUCTION DRAWING 373000 PAGE I OF I

-_ .... _-----------;111'--------;

+6

-6 DI26

~----.--------------~~.--------..--~ AU

--"'''''''-'" -12 lIN

X Q--fO-.... --I

Q

i 060 ( I/2W r' tQ-O---f

I

D89 Ho-~~~~~~""·-I

AN

0<>- 891576 JC <>-3

SO- .11t-- 0 CO- 89107'

14 I-I~ r-

IT CHWW

~ -

891576

I JG--

891922 JO

CAe-

po- 891922 89'922

180 PF

w

jOe>- J .91576 d 891576 - 891922

2 10 I 17 i-

JG-- UO- JG-- CAC-

TO- 8gl071 L 891922 ~ 9 ~~ 8 ~

r CtW so- CAe-

XO- 89107' Ro- 89206i 0.0-L .9,.61 19 ~) .... .8 1 ~ 7 ~~ l 6 -4 15 ~W_ ""---' . CAe- CAe- CHIN CEK~ CEK-

N 1l.9~O71 8gl011 ... 891922 892061 891546 I) i-oI K' " )0- 12 r-<>-- 5 f-oL ,0- Ho- E V Z

J 892061 i6

eu-

AN

-6

VOL TAGE GROuNi)

-6 +6 -12 +30 +6M -1211

SEQl,JENCE OF OPERATION

-I':

m 1 2 3 4 5 7 8

I. THE ONE ANCJ TWf) DIGIT NUMBERS SHOWN IN THE INDIVIDUAL BLOCKS OF THE BI.OCK DIAGRAM REFER TO A 'rAA:;SISTOR or THE SAME NUMBER IN THE DETAILED SCHEMATIC

2. THE BOO,OOO SERIES NUMBER IN EACH BLOCK REFERS TO THE ENGINEERING SPECIFICATION FOR THAT PARTICULAR CIAcLlIT

. 3. THE CARD AND CAP CODE IN EACH BLOCK REFERS TO TH( RESjlCCTIVE. PORTION OF THE DETAILED CIRCU',RY

4. FOR INFORMATION PERTAININC TO WAVE FORMS OF EACH INDIVIDUAL CIRCUIT, REFER TO THE CARO AND CAll CODE OF THE CIRCUIT

CtfIN CAC- 1 CEX- CHIN !(A--c,.CUIT AN" 'ACUGIIIQ STAIIDAlO

AI'PIIOYAl DUE

----...-------,--------....... ~ --------'---------------------~--------r_--------~------~

REFERENCE DRAWING <:)

&1 N ,...

'os 10 SEE PRODUCTION DRAWING 373000

IS 20 15, 30 35 40 If5 SO 55 60 65, 70 75 80 35 90 95 1,00 10$

u 111111, '" I" J' I,uilillll, 1'1111111111.1 u..ulu.uluuhllJu..tJ.WJJ I.' ,1:"1.1, J I d..u.· I

PAGE :r Of Z

PART NO. VALliE QTY. r-'

216445 flC , 216458 3.9K 8

85 • 8S 2161160 4.11t t 216116' 5. flit ,

... ,.. : 80 2'61,611 10K 8 216471) flit It 80

! 75

2161+72 15K S 1110'4 1680 nllIW t 3504]1 . 240" Ii 148)05. It) II t Its)OSI JOn f

65

1091007 AN I, tJ91008

~'" J

HOItj" , 491)H 56 liN ,

~~-.

60 3I1JU" OJ) J )!lnS .) H SJS0C9 0)\ ,

55

so 50

)0 ]0

25

20 '0

15 IS

1 n(1 r1 f1 f1 f1 f1 n n n r H 1r-rfl f1 HOLE f-'ATTERN f1 n n n r1 r, r1f1 fHl f1 n nr1nHf' , 181171 tII15It4\IJIIZIIIIIII1YIIXllWllvItUIITI lSi 490000 RIIQIIPIINIIMI fLI1Mt'IJI ,t'IIGIIFI IE. '01 let faf fA,·.

• 1J I'l II II II flllJLUJ

POSITION VAWE lOWER tl:L£ U'PE:R HOlt POSITION VALUE lOWER HOLE UPPER ~L£ POSITfOH VALVE """'fR HOlt UflPER HOLE !'OS 11 I Off TYff , 10K 08.4 0814 63 56 UH 9838 2 JO.55 12,t, 1225 64 151( 8339 3 JO.) 151LI 1520 65 AN 9339 4 JO." tS'4 1822 66 15K 87"0 5 00 ntlJ 2011t 2028 67 AN 9141 6 II< 2414 2424 68 JO.9 181'9 7 JO.9S 2814 2833 69 20 fI 2849 8 JO.35 3414 3421 70 680 01/2\11 4049 9 JO.4S 4114 41H 71 AN 5249

10 AN 5114 5124 72 56 UH '6549 II AN 5414 5424 7J 680 nt/2W 5949 12 4) n 7"'" 7124 74 AN '250 13 JO.4 8414 81122 75 56 UH 3350 ." 12K 8814 882" 76 240 PF 475C1 IS JO.5 9214 9224 77 4.7K 1551 16 AN 9614 9624 18 680 01/2\1 31st 17 AN 1001" 10024 79 JO.3 57St 18 JO.6 0616 0628 80 AN 6351 19 JO.3 2616 2622 81 56 UH 8451 ~o JO.3 3016 3022 82 5.1'1( 41*52 21 JO.S 49.6 4926 8) JO.4 3SS3 22 JO.S 82.6 8HG 84 ].9K S05] 2) JO.S 8616 8626 85 JO.) 615' 2it 12K 9016 9026 86 680 nJ/'N 80S} 25 Alf 9416 9426 87 JO.) LIZS4 26 AN 9816 9826 88 240 Pf 6654 27 12K lOZt6 10226 89 AM 69:;4 28 JO.8S 2218 2235 90 JO.3S 8255 29 JO.SS 1020 10H 91 Jo.95 0956 30 JI.O 6921 6!141 92 AAs 3056 )1 ].91( 3722 3732 93 3.9K 7156 ,2 JO.7 4722 i!n6 94 AN n56 33 190 " 3423 3437 95 S.IK 7358 34 JO.9 7523 7541 96 680 nt/N 2160 35 56.UH 1624 1638 91 AN 7SM 36 JO." 3224 3232 ~ JO.3S 266. 37 fOK 3924 39)" 99 JO.1 1163 38 AN ItS2" 4534 100 20 n 156,

" AN 6)2" 6H" 101 &80nt/N 666) ItO JO.S 2625 26)5 ,102 56·0it 9063 Itl JO.l 6725 67)9 10) AN 976) .. : JO." 7725 77 ..... 104 JO." 1016] "3 JOtS 1826 18)6 105 AA$ ,,65

" JO.5 ]026 )O,() 106 JO.) 8865 ItS 15K t..U6 43)6 f01 ,. II( 936S 4' JO.' n26 5HZ lOS 240 ,., 4966 41 AN 5726 S7)6 f09 ;240 " 5)66 ..a AN 6126 6')6 110 ).91( 5666 .. , AN 24:!1 2431 tit 10K 6066 SO Jo.1 73':.7 73lt3 lIZ 140 " to)66 SI ISK 1328 1138 H) fOK it467 SZ AN 4US 4H8 H4 tOK 9561 53 AN 4928 "938 tiS ).91(. 9967 54 'SK ssz8 SS)8 .. 6 S.tK 5869 5S 12K 5928 5938 1t7 AN 6268 . 56 JO.)S 6Sl~ 6537 "e J.~ 2869 57 JO." 1t3' 7t" 58 AN 80)5 8045 S9 AN 95)6- 9546 60 AN aSJ7 "-, a,47

" &80 nt/IV 102)1 --"":t02,1 6! Nt

89_ 89tt8

C

9852 8349 93'.9 87S0 915t 1861 2859 4063 5259 6563 591H 1260 3364 '+764 1561 )76~ 5757 6361 81~65 4462 156t 506J 6159 8067 4260 6668 6964 8262 09/~ )066 7166 7766 73GB 2174 1570

·2668 1177 1573 . 8677 9077 9773 10111 1315 0871 9375 4~0 5)80 5676 6076 10380 ~77 9571 9971 5878 6278 2879

119 f80 PF 3169 3183 120 101( 38~9 3979 121 5.tK "269 4279 122 3.9K 4669 4619 123 10K 7M9 7879 WI 56 UH 3510 3$84 f2S Zlto fI' 8310 8364 126 AN 4011 "061 121 6SO Ili/N &571 6585 128 56 UH 6971 6985 t29 AN 8071 80fU f30 JO.f, ))72 usc) 1)1 56 UH 1873 1887 1)2 'OK 127) 128) III 3.,i< 7673 768)

. Jl4 . JO.) 88n 8879 US JO.'. 6,75 679' 13& ,. tl< 7 rt 1&iS1

CIIIlIIl NO. onO'"t tAft

I 034 8ln 80ll 82Z9 2 O}4 9'H 8931 9129 3 O}4 100)) 98)1 10029 It 083 124t 1044 1242 5 on llltf 1944 21lt2 e o lit ]04t 284" )Ol,t 7 083 3941 )1lt4 191+2 8 083 484( "6"" 4842 9 083 57/tb 55"" 5742

10 o)ft 6648 6446 66'.4

" 083 7551 7349 7541 ,2 0)) 1)57 2155 2353 tJ· 083 "59 89S1 'ISS 14 08) lOOS9 9851 'OOSS IS OJ) t087 0885 106) .6 o~ 2S87 U85 258) 11 oe) 4687 ItWJS 1t683 .f 08) 5987 518S 598) I' OS) I", ,.as 8987 IG 09) !i087 '''' .,

'ttleun I'"'''CUI''' I' ... DUI

ABC

taft

'·2"62

.... N

r-----1~ I

• . ~~~~--~--~------.------.~----~----~ __ ----~I

N

IYAIIOUOS COOl

0t---__ ..JI

~ N

"

c

0'-,-D

A-, H-

0'--E

A-l-

--Q ' 0"-,-"-

ON--, P-L-

SF-QUENCE OF OPERATION

I. AS COLLECTOR lOAD FOR CTDl BLOCK TO PROV I DE CURRENT MODE OUTPUT

Z. AAHD' CONNECTED TO +, VOLTS; D~ E, G, , ARE T LEVEL INPUTS AND C, 8, H, " ARE N LEVEL 01JTPUTS '

). A ,-"0 , CONNECTID TO -II VOLTS, 0, l, ., , AkE U I.IVItL '"'UTI AND C. I, H. N ARE ,. LEVEL OUTPUTS '

CAIO COOl 729802 A E A -

REFERENCE DRAWING SEE PRODUCTION DRAWING 371929

CTDL LOAD CARD

A

RJI RJIt I") ,\I' ")0 A It,o A ")0 .n. ")0 A

llO LIZ LIS 56 UM 56UH S6UH

C' t' " N

lUg 1\32 "" "I" 210 A 220 A 220 A 220 A

D E G

--------

1- 2,17007

- "9131 I 170~

- IZOO.L 1.~ll11

- 1]010

CIRCUIT UD 'ACU01NQ STANDARD

OAT(

ABC 4-2-62 r-----_______ ~ __ ~~__rr-~--,__---....,.---.."...--~r__--'---_r----,...L-----" ,-INlERNA TlONAl BUSINESS MACHINES COit_u __ D_A_H",,; ~,-+_C_HA"ot "_0_, -t-_A_'''_"_OV_A_L +_D_AT_E_+-_C_HA_"_Qt-,' _"0_, -t-_A_P'_"O_Y_AL_t--~~l_OP_M ~~_~.

DESIGN DETAIL RQ. CHECK WH APPIIO

-..J N

-----;\.0 co o N

IfAMOAROI COOl

«\1------1

~I-----~ 0\ N

"

-AO·H- C o--ot-----1

c

-8 , R-

-c

-I·ON--f

D-c

SIQUENCI OF OPERATION

E

, -12

;; I. WHEN INPUTS AT E (GATE) AND , (SIT) ARE IN COINeIKNeE T) 1'UIIMS OM

2. WITH T) OM. Tit TURNS ON. TS TURNS ON AND LAYC",S ,It

). 12 TUAHS ON THE OUTPUT IS GND

It. WH'EN C (RUn) IS .. T5. Tit, T2 TURN OFF AND T .... OUTPUT 1$ -6OV

S. FAILURE TO RUIT PROPERLY WILL RESULT IN ILOWN fUSl

SIGNAL 'INS NAHE WAVE SHAPE

E,' N GATE -, I A,f T SET ~ I

c T RESET I H,N HAMMER CHECK DRIVE

D.R V OUTPUT ~ I

UP

DOWN UP

DOWN UP

liO\JI~

UP

DOWN

UP

DOWN

R8

D29 C>t

AN

Llvns

"IH MAX

+5.61 , +6.24 -1.19 -3.91 -3.91 ... JI

·5.46 .. 6.24 +1.44 +6.24

-.81 -6.24

"'2.S -0

-54 -60

'IURlAIIONAl BUSINESS M'CHINES CORP,

J

CA., COlI 729803 A E C -


ALLOY HAMMER DRIVER LATCH

OAU

~~~~~-4~~~~'

.1 1)2422 . 213697

491237 D

CHAIIG' 110, .. nOVAL

-60

DI "~~~~--.---~-----o'

"

o

-60

.1 .....,iiTirij,..--4 11 t-.i=r7"i----i •• II t......:r~~--i

20 21 ~~~-.....

22 21 t--" ..... ----I

. )17008

491007 491001

TI ')0 T2 ..-;;;.,c;..;::-=+-_-t1l0 n 0)) T4 278 T, 0)4 T6 014 T7 278

COMPONENT SIDE TI OJ)

CIICUII .MO ,.CIASIMS IIAIOAR.

A".OVAL OAU

ABC "-2-62 CHAIIGl 110, .. nOVAl OlVlLO'MUlI 10,

1 f

i I

i I

, J

1

tUilO ... -ll't-_C ... O .. " __ -t 0t-___ ..

~ N ,...

+6

019

-J AN . RIS

loon

RIt'

)K

-! . C)9 D,U -"D' ~. G ........ "'.11--p. -tl A o----tt---......-t~..-_! -A nOPF AN -I ,--c:

cO'------

S!I1UENCE OF OPERATtO"

t I 13 ANO T5 ON, T2 ANO T6 OF'

I, 'IN N MUST 1£ CONDITIONED TO A DOWN LEVEl 0,58 U Ut. tEFORE A NEGATIVE SHIFT •• APPLIED TOPIH G FOR A lIP._LEVlL AtllAND OOlom lEVEL AT , - - ~=.- -_.

,. TO FLIP TRIGGER TO ORIGINAL STATE PI" H AND A HUST 81 CONOITIONED AS WERE 'INS NAND G

_, DOWN INPUT AT • WILL RF.Ul' TRIGGER TO CONDITION t AND 'DOWN '"PUT AT E WILL PoUET TRIGGER TO CONDITION Z

S, , AND C ME exTENDER INPUTS

SIGNAL PlNI NAfoIE WAVE SHAPE

LEVELS

"IN '-'--r----

A,O U SET 'LIU~ .. T GATE 1 .f

" T GATE: I J 0 T CKITI'UT IJ I J , T OUTPUT 1 I l I U RElIT I

-OtLA' .. USEe

f. DELAY FROM .NPUT TO OUTPUT 0' OFFSIOE (LOADED) D'RIVIHC'I CTOL LOAOS; T ON. .11t M'ft .16 MAX

TO" .08 HIN .n MAX DlltVI", HI SPIED HESA: T Olt .0' Hut .t1 MAX

T M' .f MIN .n MX

I. OnA., FROM INPUT TO OlfSlor (UNLOADED). D.UYING H. "IUti OTDL MESA: T OM .11 HIN

T 0" .08 HIN , PIVlfC tTOl. LOADS: T ON .11 MIlt '

TO" .08 Htll

,

.

,

t

UP -.54

DO'WN -:7,'v-; UP 3.85

nOWH -' •• 46 UP ,3.85

DOWN -4.46

UP ,.85 DOWN -~.46

UP 3.85 DOWN -tt.46 UP -.54 DOWN "'1.44

~

MAX

+.24 r-'-

~~ 6.24

-6.24

6.24

-6.24

6.24

uG.2Jf ---6.24

-6.2'. +.24

r:lliL

CTDl HIGH SPEED TRIGG£R

• '2M

+6

~20 13 ,..-

I~

..

}600) ,e , 11

~. fa

..•. !f 100 . ~ It 22

[::

12980 ..

REFERENCE DRAWING SEE PRODUCTIONDRAWtNG '7'''''

LIT 200 UK

D24 ct4 r-'-~-'---~~---o.

I'M lltl "

----0' (I'

-----.--t;lt-----o I AM

. -. . 123920

't~IOO7

.Utlo •••• '" I-_C-.,OD-.'_ .... 01-__ '-'

~ ~

c

-. ' .. 0" 0--I

H-";"C

_AO.·."-...... . R-·-c

SlcttJEHCE OF OPERATION

. , • WHEMfNPUTS AT E (GATE) ANDF (sn) ARt: 1M' COINCIDENCE T, TURNS ON

Z. WITH n OH , T4 TUf!.NS ON. T5 TURNS OK. AND 1.ATCHES T't

, )'0 0 T.O TURNS ON. THE \lUTPUT " QItOUHO

It. ,!'HEN (: (RESET) IS Ufi'. TS TUftNS 0". 'If TURNS OFF, TIO TUANS' OF' AND THE OUTPUT 11 -60v

. lIeNAL 'UIS NAME WAVE SHAP(

',A T IlT ~ I,. .. CAn ~ ·c T Rnn I N,H ·~l~o

ORIVI

'.' . • OtITfJUf .-...J .. ~

.. ..

~.

729805

REFERENCE DRAWING SEE PRODUCTION DRAWING )1''''5

ALlO,Y HAMMER DRtVER LATCH HUGH SPEEOt +6 o

co------c*-----~

-6 -= +6

+6

JU, lion

"20

9.1 n ,U8 ··'I~_o ... - ......... ---..... "'V'IJV........,

.' ,6K'

00----

A 0--------------

LEVR$

HIN HAX

UP. -).91 -.71 DOWN -5.46 -6.24 UP 5.71 6.24

DOWN -1.'9 -1.91 UP 1.44 6.24

. DOWN ... 81 -6.21t UP

OOWlt

UP' -z., 0

»IN -SAt -60

C 0---(:.--....

COMPONENT SIDE

48)OItit (6) TMNSISTOA sr, NOTE D, III I D'Jll

100601 EPOXY * (It AREAS)

CIICIIIJ ..... f'uu"tt Sf.ttI ... t

''''OUl OAn

ABC C.UlltE 110.. A,,,toUt

.:.:::.!.:.....Il-...:..----:'-+-------.~---_t_---. -----t-----t-!-,S599

OAfI CIlAII" lito • ".110, ••• 1 "'.

..... N g U'I

c

-l ,-D'S

'D6S' A_ -K -

-..-Dt

SEQUENce OF OPERATIONS ,

I. THESE THREE CIRCUITS ARE SINGLE-STAGE RELAY DRIVERS, USEO TO SENSE A G IYEN VOL -rAGE. "PRESENT, THI S VOLTAGE ALLOW~ fA, TRAN~'STOR TO CONDUCT AND OPERATE A RELAY"" THE COLLEtTO" CIRCUIT. IF THIS VOLTAGE OROJtS OUT CURING NORMAL OPERAT IONS THE RELAY WI LL ALSO DROP.

Z. THE OUTPUT VOL TAG! LEVEL WHEN THE, TRJ\NS I STORS ARE OFF CEPENDS,UPON THE RETURN VOLTAGE or THE RELAY IN THE COLL£CTORC I RCtllT.

3. THEt6 V01. T SENSE (TI) AAY OPERATE A RELAY RETURNED TO NO MORE THAN 35 VOLTS. THE ·6 VOL 1 SENSE (T4) 4S VOL T.:\. AND THE -12 VOLT SENSE (13) 40 VOLTS.

""$ SHiMAL WAVE SHAftE NAME

~

K V -6 I, F , I • OUTPUT ... _~.J \'_---1 SEE NOTt 2 , .1."'''-1 StE H~Tr. I " OUTPUT r-._J

L y +~ ~_J L-. ---, r--- SUNOTE Z , OUTPUT I J It Y -u 'I r t OUTPUT I-..;~.J l __ ... 511 HO'TI 2

+6 0-,-' ....r'IJ'+J"I'-___

LEVELS

I1IN MAX

UP -I.I +.24

DOWN -S.76 -6.24

UP •. 24 +.211

DOWN

UP -.24 +.2!t

DOWN

UP +5.76 +6.24

DOWN +1.8 ;'.24

UP

OOWN •. 24 -.:i'. UP ~I.O ·~.2~ --DOWN -f l. 52 12~48

UP -6.1" ·5.76 D~ .-

REFERENCE DRAWING SEE PROOUCT'ON DRAWING 370~29

POW~A SUPPLY S~QUENCfNG

+)0

A8 "I * o--:---.NV'v-.... --......f

56 n 2W

32.3920

',.~',", ',. ',"3 , .. 14 ... . "

II' r'

DUt

o

....... ~,:o;:.:.... ...... 016 _ ........ _ ..... , ..

ill_nIT AlII I'AC ... ,,,, 'UIID""

OUI

A8C "-2-62 (lluer '0.

-------+----001

Nt'UeATIOM MOTU

THIll 'tOOll eM tl Uti, AS ,..,un TO IITIfEA , __ . It TVItE LOIte 'LOCltS "PI ...... 011 HOW T","NI ARE CONNlct! •• ,

729902

REFERENCE DRAWING SEE PRODUCTION DRAW'NG 3705'"

~llOV-OtOOES. TYPE AAS

"

tAU ·r-,;~~::'"-.::~::-:::-:-~':"':::::---"""1~~'"::;V:~6a ,

, CIIAIUIl 110.

H5592

• III

• · -.-• t§3;i:_

Ie I. 20

" 22

-------

n 241 25 le 27

,. r---.-_.--28 29

-t-~L-

~!:E : J

Si-II -30~.

" I ~~mnrnT~~~~~ ~

COMPONENT SIDE

tlllcim ARO "talC/lo'IUllue

DUI

ABC .... 2-62 un ("'all/If 110

_ .... _-_ .. _- -._-

'~r-'?--------r---------------------------------------------------------------------------------------4--------------r----------~~~~~ srANOI:~OS CUD CO Dr 729806 COOl

~I------I oot------' 0'\ N ,...

c

-AD' THER ',c-D-

E-

I. CARD CONTROLS DRIVE CURRENT BY DECREASING CURRENT FOR AN INCREASE IN MEMORY MIIIENT TEMPERATURE

A K B -


ALLOY-MEMORY THERMAL SWitCHES

r-------oc

,..----'"---0 0

A 0------1 -----. ,..-----0 £

~

10-If-12

F-]:~

r====tj~ t=317

~ T2 ~ <€;9 n T4 •

•

COMPONENT SIDE

HOLE ~ATTERN

491329 ABC

21 28 29

-

-------

~!~ I

~ 33

4-2-62

r~~~.n,t~::=~··~·~----------------------------'-------*--------------------~--~--------------------------~------\---------~-7-2-9-S-0-7~ M..-----'

·N ,...

c

"QUIlICI Of' OP.~MrfOll

t. CAfiOCOHTAIHS PORTION 0' £H.TTlA ~UISfAHtI-O' A MtMORY CONSTMT tURRENT DRIVE 'GURU

I. IlIiUTOftSLOCATEO 8ENtEN 'HITT£A MO EMttTl" "E1'UIUf VOLTAGE ME IWtTCH!D OUT Of' eUteUtfAST£MPIMTURE 1.left""11 '

REFERENCE DRAWING , SEE PRODUCT ION ORAWI .. ' 370-'26

MEMORY EMft'rEA RES'STORS

RU c o----------~~ ....... ----------.JV\IV---·-, "If,

Sf. it 2V

DO------------~.~---------------------------·6t." N·

ftl'

eo.-----.-·~---------------------------~~·----~ 11.1\

Daft

IV

§113 .- - t4

15 .• __ - II .. ... "

t.P.tvlf ..... AtUI'.' IfAllilno

aUI

ABC ell""CE "", ."'''I,I'At 1Ilr! (:IIIIICI 11ft .''''''At a .. ilO' ... ' MO. ------------ -_._-+--_.

~ .-.--.~-- --.---.,J..:..-~_t_--~:I ---- _._------..._---........(

----t~

"IlII""n, ~ ...... _C_OI;,;,I_ ...

8i: N ,...

c

-'D'C .. ':' " 1-

-10. N-

1-

SEQUEtfC,! OF OPERATION

I. JMPUT 'DOWN,15. nON; T", T2 OFF

Z. I'HP\'~ UP TS',T) OFF; TIt,TZ ON

,.' 'N' OUT OF' PHASE OUTPUTS AVAILAIIlE

".' COLLECTOR" T1 ED TO COUPllHG NUWORK

, " .... SIGNAL WAVE

HAM! "

O,'E' iNPUT I " , '

A,H P OUTPUT I ',G' " 'OuTPUT ~

OILAY • UIII;

fIItNtMII" 1\1'" OM ,tl, 'lV1U! ." .17

' .

SHAPE

I

• I

.. TIl 'M' OIlA,S 11£1\£ MEASURED AS M TfME tNTERVAt. '110M ntr eftaSI1. OF M, 'NPUT I'ttnRENcr n 'rMt "PUT SIGNA\. to THE CftO$St" or M OUTM mrRtNCr IV T .. OUTPUT StOMAL.

LEVELS

"'1" MAX

UP +0.4 ;.0 DOWN ~o.lo -].0

UP -S.6 -3.0

OOWN -6.4 -1. , UP -5.6 -'.S OOWH -6.1t -1·,1

REFERENCE DRAWING SEE PRODUP110N ORAWI~G 3ltJG)

729808

Al.lOY ~ONEWAY ttN" BLOCK

TP,

r---.... - ....... -a "

~II IZ

21 6 t3

r

T'8

,---"'---..0 It

--.... --'--0 G

21162J

§~ ::1 I '--w,,",,"':;:;;:;::;;~~;:;;:;:;:;:;;!....1 01, '"

'1.' OR. 'EiE3:" "'~ GIS 015 T, T. Of, 01, TI TI

ClltV" .,," ,leu .... "aIlDUI

ABC -.-2-62 OUI tllAltI! 1111. ."""YAI. ."n.,,,,, It,

...,

F=t-.~~~W~~r--~"--- =~=~'.' ~--·--4·--+~-r-----1i --_._ ..... 1-'---,

-

I 734340

AQQ-REFERENCE DRAWl NG PRODUCTION DRAWING 370703

GENERAL DELAY CIRCUIT

WIREA8LE -[ A-I,Q,R ULY C CAPACITORS P-".~ . L - SUPPLY VOLTAGE

INPUT f E +12 VOLTS

R

1.20 r 2.7 UF

Po--•.

SEQUENCE OF OPEMTION

O. INPUT LEVEL DOWN, OUTPUT C UP, OUTPUT E DOWN.

2. INPUT SWITCHING TO UP LEVEL, OUTPUT C DELAYED THEN SWITCHES TO DOWN LEVEL.. OUTPUT £ DELAYED THEN SWITCHES TO UP LEVEL.

l. niE DELAVOF THE POSITIVE EDGE IS OETERHUI~O BY THE WIR£ABLE CAPACITORS. THE OUl"PUT REM I hS AS LONG AS INPUT REHA I NS UP.

~It: PIN D GR~NDED

LEVELS

PINS SIGNAL NPJotE WAV£SHAPE HIN HAX

F INPUT ~ UP -S.3IV ft-.24V

DOWN -6.95V t--12.48V

I L UP - .S4v 1+-.24v E OUTPUT

DOWN -S.8IV 12 .4BV

I r UP +1.44v 1-6.7v I

C OUTPUT -III DOWN -4.47v t--6.24v

RELAy~:

fQT SU AT QIS e21 sn 8T 15:i INPUT F 7 USEC 34 USEC A~Q 72 USEC 3]0 USEC F-G 3GO USEC 1.75 MSEC A-R 1.80 MSEC 9 MS£C A-B 9MS£C 39 MSEC P-H 140 MSEC 650 MSEC

t, DELAY IS HEASURED FROH THE T tHE D28 REVERSE BIASES TO WHEN OUTPUT C CROSSES GROUND.

Q

leu r~1 UF

~R6 ~3.9K

" L

~ R40 .> 680 n > IW

8

I ~~ -6

C48 C4S -'- CI8

I 12 "F 1""1 "J 100 ~

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I 483356 I-Pl- @ ~ot

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317022 ~6- • }.9K

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~ 317529 1-14- ~ 8.2K • + *AAs~ I-I~- • • • • ~- 16 • • -~go n Iwl

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.... 19- ~-iO.7 -. • • ~ 133859. ~20- ~.~ • • 1-21 - • • t .01 uH

~ 491320 ~22- [-:> UF • 1-23- • • • • HM- • i ... 12 UF +

I '-___ .... t-T9

COMPONENY SIDE

- -'1 > RI) .;> 1.6K > ~£ ~ ~ 0)"

--

I-m-26-

..... 21-28- 491008 29- 1}3820

~3Q-

1-31- 483008 ~32-

~33-

1-34- 48300a 1-35-~36-

.... 31- 317016 ~38- 491008 -39-

1-40 3 I 7 OUT ~41-

.... 42-~43-t-44-t-4~- -492411

1-46-.... 41-1-48- 13386]

TI-I-___ _

T2-l-___ -I n-l-____

I T4-53soo9 0)4 T5- 318325 (8) T6- __

T7-~ ___ -I T8 L..---' __ -'

CIRCUIT AND rACIIAGllCG SlA,\(j/lRD

APPROVAL DUE

DATE INTERNATIONAl BUSINESS MACHINES CORP. r..1TE CHANGE NO. APPROYAL

~NERAL DELAY CIRCUIT ~-.?'--b3 116800£1 9~-~12~--6i~3'+--~II~7~8~32~4-------~------+------

CHANCE NO. APPROVAL O(V(lf)PMENI NO.

I --

-.-- ..... ~ """ -1 ~

OfSIGtl MOOH SHS 1460 -----f.------4----il-----i------t------

C O£l;ll SCALE NONE ~' 7-1-64 119012-6 ~ECI\ _____ ~~~DETI-3-63 ___ ~-____ --~------_~--__ ·~----__ ---I--

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I. UP INPUTS TO T). DOWN INPUT T9, TJ ON, T9 0" MX. CUR~~NT FLOWS .f" Tl

Z. urt 'NPlITSTO T3. UI' INPUT T9'. 13 OFF T9 ON 111M tUMENT FLOW' IN 13

). T6, T7 CONDITIONF.:O IV$AHE SEQUENCE

It. WHEN IN 0'" CONDITIO"j OUTPUT ON T3 AND T7 Witt REFueT THE VOLTAGES NOUUD fRO'" tORES •.

PI,N5 SIGNAL WAV£: SHArE "ME ' A

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ur ·4.,")6 0.24

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729809

REFERENCE DRAWING SEE PROOUCTf ON DRAWl NG '70833

AllOY SWITCH, OECODER NUMB£R 2 +30

R., t. ftc

tIlAJlU"'.

.. 0

D2 l RIa

Ms t. K zv

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MS

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,. PI" H TIED TO q (+12)

2. WAVE SHAPE A T8.TS,T6.0N;Tt,U,T3,T4. T7 OFF

J. DOWN 1 NPUT AT A, T8 OFF Tf ON. OUTPUT AT G DOWN

It. 17, T8 OFF I INPUT AT TI. +3. TO It. VOltS

5. DELAYS FROM "IPln TO OUTPUT. MEASURED FAOM -6 VOLT LEVEL ON INPUT TO +6 VOLT LEVEL ON OUTPUT. TUFtN ON 0.9 USEe MAX TURn OFF 0.35 USEe MAX

PtNS IIGHAL WAVE SHAPE HAI'IE A

A U (NPUT --u B

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,

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DOWN -7.44

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U ;NPUf 10-DOWN 87.44

en 220 ..,.,

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-12 .5

." OP -".66. ~! t u INPUT

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0 u fl'fPUT .- OOWH -1.44 -12.5

~ - • , UP HZ +12

I U our,ut -0.74 .f' DOWN +0.24 , • lIP +12 +12 . , u OUTfut

DOWN -0.74 +0.24 t , ,

UP HZ +12 • U OUTPUT ~OWN -(1.74 +0.2.'.

I " IUTPUT ~ ~, +/2 "12 DOWN. -0.74 +0.z4

,.

c

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REFERENCE DRAWING SEE'ROOUCTION DRAWING J7083~

AllOY-DR fVER.·, Z, f2VOlfS

027 AA$

1(26

I.8K zw

1128

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03f AAs

D6

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011 Li&} 'I·

4'))1) .

•

A

"J tSK

R2,

1.8te. 2W

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11.01

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..... N

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SEqUENCE OF OPERATION

t. THIS CIRCUIT PROVIDES A CONSTANT tUMENT 'SOURCI WHEN POWER IS UP. TRANSI STOR 1 S OM WHEN POWER fSON

'UtS "elflN.. 'lAVE SHAPE NAHE

./

e YOLTM' 'U, .~

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, .

LEVELS.

""" I'IAX

IJII +28.8 .'1.2 OOllN

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OM "iO.Sl -fl.1tS

CUI coor 7298 II A Q W •

. REFERENCE DRAWING SEE PROOUCTtON ORAWlNG 310835

ALlOY·CURR£NT SOUACE #2 AECIJoIHEND MOtINT ON ONE INCH ClItTE"! ".on Un:

r---·--------~~··-:-:-,------'----.. -=~-6-n~~·

1t-....... --o+1I

· .. ,0

t09262BAftE ""IE CRIMP TERMINAL *tOfts J:t,DI .

E

~.' .. 9263 ... :: . f 61 " .. tl

.' , t1

...

CIS

+'10--,-1 b.. S.6 UF'":,,

C]O +)oo--;.th

6 UF ':

1-t~ t.8lOS) ~o-1-

z-,. it

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COMPONENT SlOE

CltCUIT AU ncucllo sUllun IlTl

ABC

-----4

..., N

!

.. flUENtl Of' OPIMT1OH

I. I NPUT. UP, flWt$UTO~ OM, outPUT DOWN. TM .. C utelltT 'ROVIOU A -, UHE FROK A +U LU.E INPUT. THlO" OUTPUT, VOLTACE O£PENDS ON I.OADDR1Vltt

I. DEl.AV· uue '

1\JRN ON TURN OFF

"ONAt., 'Ufl ... E,A. 0,1 'J INPut

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'.'

f'\AlWtJ" n.I, •• 00

---.N WAYI StWl

. O,t. .. 1 OVT'PUT ,'.--u--' 'f"

.'

72S8.2

'sEt PRODUCT lOO, ORAWH~1i 370836 . .~

, .. ~:

SENSE • F t"Al~P~4f:"~~":': ; ,.-: :'~ ': "~, '. ··t(.:;:~.··:f-/::~/~1F+'{ .. -

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h r ;; ·1 ... 21 ___ ............ __ ~. 'B, ::""., .. ".'.:'.", .. '~.'.'.:.'.·.1.·,~.9ft' ' , " ' tW,

:. e)1 , ,."'.',.'. , ...... ~--

, 100 "

LEVU.S

"'M HAl(

UP "S.2 +.24

DOWN ·tt .52 -12.48 UP OM .. s ... , .. ',l"

. 100 PF

"; 100 "F

COnAPONtNT SlOE

-6

..-.c.oo;~ __ -I 08)

t-~~--I 08,

.""OAIIDS ..01--' .-C.;;.;OO;.;..I_-I

~t--_....J

0"1 N ,...

·-.'8CJ'--I . C--I

APPLICATION HOTU

CUD coot 729956 A S U -

REFERENCE DRAWING SEE PRODLICTION DRAWING 372285

SENSE AMPliFIER-RECTIFIE~ AND CLIPPER fiQ.'NT CARO ON ONE AND ONE ~L' INCH CENTE"S NOli II:!

+12 + C2"

PUf .[:1: ··t~ .1"" .. ., .. UI

Tf

- 1-, I 0

DI'

III "18 6. 19K 1/811

.-----~------------o ,

"21 S.49K I/ew

...---..... ---oC

I

R46 16.9K lIaw

.... 25~·--·-VOLTAGES AT PIN G AND • 'ROM CLlPPI'" CARD 124591 -2- +22 UF I fooZ6·

-3-

c

l",lIT WAVE '0"" AT 'IN E 8.0Vp-p NOMINAL

~~;~~:"rE"t:J~H+I.59V TO -.s.88V

OUTPUT WAVE fORM AT 'IN C 0" ,

t. LCN ACCEPTANCE CHANNEL OV TO IlV P-P READ CONDITIONS OV 10 II.IV"" READ WHILE WRITE CONDITIONS

Z. HIGH ACCEPTANCE CHANNEL OV '1'0 10.1V '-P READ CONDIT.IONS OV TO 11.5V'" READ WItt LE WRITE CONDITION

INlUUlIONAl BUSINESS ImKINfS COIP. NAME I CARD ASH TST.R • SENSE AAPLIFIER-R~CTIFIER AND CLI~~

OlSle" MODEl SMI DETAIL RQ. 3-1-62 SCAU HONE CltlCK WH 3-1';'62 OR.~ ltG 1)-I7"'6Z .""0 CMtell I

124591 -4-I-~-

jl7020 r-6-

- 1-7-r008-1-'-

124588 roo 10-HI--.2--13--1"--15-

1,!4911t -ICS-550020 -17-~l -11-_'+91300 .... 11-5~0020 r20-1t}911t] rooZI-

1-22-~!-

17.1t~88 1-84-

I rT•

, ,99563

OlfE r.MA"8l 110. .,'UYAL

j,-J/j - 62 115599

+22 UF

l~ r-:--I':-:-t 2.21':'

+ 10 UF 1'6.21<V8w ~, I J I 0 'AAS*

Q 116.21< I/8w

6.21< I AAS*"

~ II< 1/8W 1 100 n 6 19KIA3~ .~ -K}-, 1 JO.7 ~ II( 1/8W

15..491(.1/8\-1 JO.7

~ ll6.91<1/BW 1tI-*

10 UF +

I. i, :iii ~ I,ll ill! II ~ IPllli/ II 1I:'!!1I /11111 1111 iii;, illl ~ d ii II J~!dlll:,' Ibl~Jq~lGl~l~ll "Ip "" KIH , D •

til

+ !! t

COMPONENT SlOE

f-27'-f-28

29--11- 492b04 31

-32 ~33-

~~ .. r-~ ~IOI6

~36-f0031- 491008 r-3I) 491016 f-39· ~~ 49'008 f- .. I - 213516

42' - .. 3· -44--4!!o .... 6 ... 479180 ~7- 491300 ~ ... TI TZ

r--'--'-

T!-T4 36908 1'&- 36908

086 086

'h ~::-="~-..., 086

T' 086 T8 ____ ....

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-- ----, \.(.0

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_eD+I'IA Q-

-D

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SEquENCE OF OPERAtION

I. ALL I NPUTS UP TRAAS ISTOR ON OUTPUT OOWN

2. En'HER OR 80TH INPUTS DOWN TRANSISTOR OF' OUTPUT ..

J. DELAY WHEN DRIVING eTDl lOADS TURN ON .1 USEe MAX TURN OFF .25 USEe MAX

It. DELAY WHEN DRIVING CLOCK LOAD TURN ON .26 USEC MAX TURN OFF • 12 USEe MAX

SIGNAL PINS NAHE WAVE SHAPE

e,D -.J s H,P' T INPUTS E,8 G I A T OUTP'UTS ,

+30

RI6 10K

042 C

Nt

DIll 0

AM

R) 10K

D6 H

Nt

DIt , AN

LEVELS

MIN MAX

UP +].68 +6.24 DOWN .. 4.46 -6.24

UP +1.44 +6.24

DOWN -4.62 -6,2,*

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CAe -


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A

1:1)5

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I o-,~~t-..IV~A.-..I .... AN

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c

,

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T5 }-~~~....j T6 01 T11-___ -I 11 ""-___ .....

COMPONENT SIDE

tlllCUIl AND I'''C~''GI''G tTA""".D

DATI

ABC INTERNATIONAl BUSINESS MACHINES CORP, om CHANGE liD. unll'fAl om.1 CH""Gf flO ~"IOYA~ .... _D_lV_tL_O_'M_t_I'_"_D_.-!

AHD GATE ------.;;,.;.;;.~.".--!l .. ..!:..=..;~=+-:...:.::.:~--I----.Jt-------.~.----.-- - N

D[$!GII ---+----- --_. ~ ... , CARO ASII mR - • 0.. i;T?-6Z 115599 ------,---- -I - ....

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n~=:: •• ' 4>t--....... ---I

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, t. ,I NP\IT up. OUTPUT UP AFTlR 01 LAY

'2. ' "W,,:' G • o~z U SEC • ~ 0." u SEC F .. 0'.6 U SEC C "0.8 U SEC I: · .... 0 U SEC

:S. Tn t.SK R£SISTO~("IN 0) TO ·6 VHEN DRIVING . '"'£SA," AND GATE. Tt E RES I STOR TO GROUND WHIN DRIVING .,. 1'"0 GAT!

-IfGMAL

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, A' T INPUT

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II I

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i

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UP +3.45 +-5.82

DOWN , -4.48 -6.24

UP +,.45 +5.02 DOWN .. 4.ft.8 -6.24

UP .).45 +5.81.

DCNN -4.48 .. 6.24 UP +).4S +5.82

DOWN -It."!. ....:!:~ ,~ +,.45 +5.81

""" -It.ita -6.zlt

--------------.--.-----..,...------r----""t 7298 fl.

REFEREN9E DRAWING SEE PROOUCTIONORAWtHG 37t94~

DELAY t.INE·LUMPED, r USEe

"-

roo .... ... .... ....

492406 .... .. .... :..

... -.,21t0i !-

.... !-

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'1171 .. ' •

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COMPONENT SIDE

t. :~. (:11. CIII' att. 'ICUI.,.tltlaN .•• • "",Yt, •• "

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,""fIlU.I U\ ........ 0.0 .... " ... _ ....

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-en ..... PT.: ..•.••..•. · ••.•....••........ : . ..... Jl_ .. J~ ....

SEQU(r-lCE OF' OPERATION

I • Hlf'VT GOWN TRAMS I STOR Oft OUTflUT (IP .

2. IWPUT UP TI\ANSfSTOR QrF OUT~VT OOWN.

"

SltJlfAL "INS V~V(. SHAP£ 1WIf: (J'

.

A~I. It INPUT c." G,H. ,"OqHD J ...

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onAv .. uue Jlfl"t~.

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UP ... 54 .'

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.1 ~ ALL t""lIt$ DOWN TRANSISTOR ON OUTPut UP

------2. ANY I "PUT lIP TAAH$I STOR OFF OUTPUT DOWN

,. ' COLLECTOR ,LOADING REQlIIR£O

4. ..NpUTS ON EXTENDER CARD MUST BE DOWN IN COINCIDENCE, WtTH INPUTS ON CARD FDA UP OUfPUT,

'!i. 'LOGIC 'SLOCKS MAY HAVE SYMBOLS OTHER THAN SHOWN .

!,,'MS ' , S1GNAl MAHE

C.O •. T ,NflUT E .. Q.,fI'. T INPUT N

tt~". T ' INPUT , L.', UTEltOl" H INP\I1'

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oil DOWN . up,

DOWN

UP

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; HOT!: THE' ABOVE' MNCts OF DELAVS ARE REPRESENTATIVE. SPEC I r: It I: 1 RCU IT , " APPLtc~TtOIt ANnlOR WIRtNG CAPACITANCe MY RESULT IN O£l.AYS WHit)!

ARE .OUT OF THE GIVEN RANGES. tM SUCH CAsn; CA,ftO REPLlICEMENT ' SHOU~D"NOtCATf,'F THE CIRCU'T IS OUT O"S'ECU'·,CATIONS.

, IXAAPU: lOGIC BlOCK DRIVING iF "OR".

LEVELS

"'IN MtlX

1.44 6.~4

-0.74 -6.24

1.44 6.2"

-0.14- "6.24 t.44 6.24

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0 O.

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REF~R~N'CE DRAWING SEE PRODUC;IONORA\fI.ttG 3701"0

A

COMPONENT SIDE

2 3 4 ,. )00722

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I '. }00n2

3· 49100] 4 ' 4,1007

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). OOWK LEVEL AT A WILL ftETURHClflCUtT TO CO~OIT\ON (I)

SIGNAL PlHS WAVE SHAPE NAME

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t., PIN 0 OR N AS OUTPUT TURN 0" 0.4S TURN ON 0.45

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REFERENCE DRAWING SEE PROOUtTfON DRAWING 310.39

~'2tl

l' Z411

2' X 21 28 29 30 31

31 3]

34

35 3G 37 38 39 410 41 4Z 4!

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U(lIJENCE OF OPERATION

I. Tl • Tit ,ON ,TI ,. 13 OFF

Z., OV SET- AT H OR C TURNS T2 OFF AND TI OM ,T, TURNS ON AND T4 TURNS OFF

J. 6'1 RUET AT 0 RETURNS CIRCUIT TO CONDtTlON (I)

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729818

REFERENCE DRAWING SEE PRODUCTIONORAW'NG 370 ... 3

crOL PHP .. 'NVERTER LATCH

sn c 00---·-...... --,----.... --1

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LATCH

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2. ANY I NPUT UP TRANS I STOR OFF OUTPUT DOWN

3. EXTERNAL COLLECTOR LOAOI NG REqUII'ED

4. LOGIC BLOCKS MAy HAVE SYMBOLS OTHER TWIN SHOWN.

PINS SIGNAL WAVE SHAPE NAME

8,F ,0 T INPUT I r I C,G.E T INPUT

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MINIMUI'I TURN ON 0.10 TlIRH OFF 0.05

MAXIMUM 0.80 0.80>"

I n.

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*THIS DELAY CAN OCCUR ONLY ON HEAVILY LOADED BLOCKS.

UP , DOWN

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NDTE: THE ABOVE RANGES OF DELAYS ARE REPRI:SENTATIVE. SPECIFIC CIRCUIT APPLICATION AND/OR WIRING CAPACITANCE MAY RESULT IN DELAVS WHICH ARE OUT OF THE GIVEN RANGES. IN SUCH CASES, CARD REPLACEMENT SHOULD IHDICATE II~ THE CIRCUIT IS OUT OF SPECIFICATIONS. EXAMPLE: LOGIC BLOCI( DRIVINQEF "onn.

LEVELS

MIN

1.44

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-7.1t4

REFERENCE DRAWING SEE PRODUCTiON DRAWING 37126)

CTOL .. TWO WAY "ANO" PNP NO LOADS

MAX

6.21•

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DATE

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I

213547 2

2135 7 3

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ABC 4-2-62

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SEQUENCE OF OPEAAT I Off

.. 80TH INPUTS DOWN TRANSISTOR ON OUTPUT IN

2. ANY UtPUT UP TRANS I STOR OFF OUTPUT 0010114

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4. LOG It BLOCKS liAv HAIJE SYHDOL~ OTHEft TW\H SHOWN

IICNAl PINS NAME WAVE SJoIAPE

e,F ,0 T INPUT -, J ~ -L: ::.:.0 e.c,f. T \twur

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729822

REFERENCE' ORAW1NG SEE PRODUCTION D~AWI'~ )71261

CTDL, ... ·tWOWAyftANO .. PNP TWO LOADS

c.

._--LEVELS

HIN MAX

1.44 6.;.!4

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-0.74 -6.24

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SIGNAL PINS NAME WAVE SHAPE

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OUTPUT

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-

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NOn: ntt ABove MNGES OF DELAYS ARE REPRts£NTATtVE. SPECIFIC CIRCUIT APPLICATION AND/OR WIRING CAPACITANCE MAY R.E~ULT IN DELAYS WHICH ARE OUT OF' THE CIVEH AANGES. IN suet' CASES, CARD REPLACEMENT SHOULD .NYHCAn IF TNt CIRCUIT IS OUT G'S'UfFICA'tIONS. !XAMflLE: LOCICIlOCK DI'UVIHG EF "OA".

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LEVELS

HIN

1.44

·0.74 , .44

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729821


eTOl .. two, WAY "ANOu PNP ONE LOAO'

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SIGNAL IItNS NAME

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NOTE: T1f£ ABOVE MMen OF DELAYS ARE REPRESENTATIVE, SPEttF It CIRCUfT APPLICATION ANO/Ot:! WIIUNG CAPACITAHC£ MAy RESULt IN DElAvS WHtCH ARE OUT OF M CHV£N MHGES •. IN SUCH CASES, CARD ftEPLACEMENT SHOULO n"HeArt t' THE CIAttHT IS OUT OF SfltC".tAtlOMS. EXAMPLE: lOCHC 'lOC~ ·ORIYING £t no""~

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REFERENCE . DRAWING SEE PRODUCTION ORAWtNG 371251

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,. COLLECTCFt~ ~ST liE lC/AflU

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'INS SIGNAL

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DELAY .. USiC

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Ie

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MIN ' HAlt

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72982~

REFERENCE DRAWING SEE PRODUCT tON DRAWING !7.266

crOL - TWO WAY "AND". NPN HO LOADS

'" TP8, .. DfS , AN

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AN

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DOWN UP

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LEVELS

litH

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1.44

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2.82

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729825

REFERENCE DRAWING SEE PRODUCTION DRAWING 37'26S'

trot - fWO WAY "ANO'" MPH OH,ELOAD

t---<J ,

•

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I .' 80TH I NPUTS UP, TRANS I STOR ON, OUTPUT DOWN

2. ANY I NPUT DOWN TMNS I STOR OFF OUTPUT UP

3. T4 COLLECTOR MUST 8E LOADED

4. LOGIC BLOCKS MAY HAVE SYMBOLS OTHER THAN SHOWN

PINS

I,F, U D

C,G, U E

H,N, T A

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DELAY - USEC

TURN ON TURN OFF

SIGNAL NAME

INPUT

INPUT

OUTPUT

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NOTE I THE AIIOVE RANGES OF DELAYS ARt REPRESEI~TAT I VE • SPEC I F I C . C I RCU I T APPL CATION AND/OR WIRING CAPACITANCE MAY RESULT IN DELAYS WHICH ARE OUT OF THE GIVEN RANGES. I N SUCH CASES. CARD REPLACEMENT SHOULD INDICATE IF THt CIRCUIT IS OUT OF SPECIFICATIONS. ' EXAMPLE: LOGIC BLOCK DRIVING EF "OR".

+6

TfI,

+6rI -6

LEVELS

MIN MAX

-5.Z6 0.z4

-7.44 -IZ.5

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REFERENCE DRAWING SEE PROOUCTION DRAWING 37126~

CTOL-TWO WAY "AND" NPN TWO LOADS

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CIRCUIT AIID 'ACKUlltCl STANDARD

U'ROYAL DATE

ABC 4-2-62

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2. ANY INPUT DOWN TRANSISTOR OFF OUTPUT UP

3. LOGIC BLOCKS MAY MAVE SYMBOLS OTHER THAN SHOWN

SIGNAL PINS NAME

B,F,D U INPUT

C,G,E U I NPIIT

H,NtA T OUTPUT

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II J' --, ' ______ d

I-

J

MAX J ffjH 0,80 0.80'>"

I

*"'fl DILAY CAMaceUR ONLY ON IlEAVILY LOADED BLOCKS.

-,.

, UP

OOWN UP

DOWN

UfI . GOWN

NOTiI THE Alon FlANGES OF DtLAYS ME REPRESENTATIVE. SPEelFIC CIRCUIT A'PLICATlOtt AHOIOR lURING CApACITANCE ""Y RESULT IN OELAYS WHICH ARE M 0' THE tHVEN MNCE$. fN 5utH tASU.t. cAN! REPlACEHEHl' SHOULD "")lCAn IF' THE CIRCUIt ,S OUT OF SPfCt'fCATtONS. IMMPU: I.OOIt 8LOCK "HVING rF ut)jtI'.

,-';2 ,

.... - .... 00

, ·'IM

L£HI.S

""N HAX

t.44 6.24'

-0.7", -6.2.4

+6.0

0.0

-0.$4 o.zft.

'-7." -u., "

AM lUS 151(

-t2M

I 2 1

"~tI , Il 2135 7 13

1298,. 7

REFERENCE" DRAWING SEE PROOUCTION DRAWING 371272

1P9

.,,,.

a r-• t.--.-

• • • • '.

ABC

c .... , "'.

CD t---..... - .. ~...-..-.. N ,...

Dc. G-

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IN . .

D e-'

;::: .

1·0----, Otl. ,·0.·" ,-

-H . • D-~ ____ -'"

-0

'0. '."-

IfQUENC£ OF OPfRAT! ON

I • DOWN I HPUT TRANS 1 STOR ON OUTPUT UP

2., UP f"Pur TRANS f STOR OFF OUTPUT DOlIN

) • I NPUTS ON EXTENDER CARD DOWN iff' tOl Nt IOENeE ' VI TH OOllff IttflUT ON CARD FOR UP OUTPUT

4. loale BLOCKS HAY HAVE SY""OU OTHER THAN'St«>WN

"N' SIGNAL NAME

E.' , H.O

T '..,UT

Nt' EXTENOE" IMPUT

G,C, P.A

U OUTPUT

D(LAY ... USEe

NRN ON NIIf OFF

"INIf1J" 0.10 0.05

WAVE SHAPE

I I r . --,

'- •. _---_ . .,. .. ; ' --1

AAXHtJH 0.80 0.80-:;

I

*114,. DELAy tAN OCCUR ONLY OM HEAVILY LOAOED 'LOCKS.

, •

Nt RU

. ISK

.. , ..

UP

DOWN UP

OM

UP

OOllN

NOn: THt AGOV£' RANGES OF DEtAYS AR£ !tl:PRESENTATIV£. SPECIFIC CIRCUIT APPLICATION AHD/OR W,RING CAPAC'TANCE HAY ftESUt.l' IN 9ELAYS WHltH ARE ttrt OF THE GtVEN RANGES ... fN SUCH CASES. CARD MPLACEHENT SHOULD INDICATE IF THE C,RCUIT (S OUT or SPECIFICATIONS. 1)(MtI'L1: LOIII& ILOCK OR'V'NG EF tlOI~".

LEVELS

foIlN

1.44

-0.74 +6

.0.0

..:o.S" -7 .....

G'

• ,

-'2M

AAX

6.2" ·6,24,

0.24 ·12;5

REFERENCE DRAWING SEE PROoUCTlON DRAWl"' J1.271

tTDl" ONE WAYPNP ,. LOADS touR ON CARD

(

'f6 H

AN

fUS • SIC.

-12M

, 2

lf9ll" 3 )1701 • 31701 S 491311 6

1 -8

~.II

'2-. 21357 13

:. r=rt;I§OCJ- 14

21)541

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,

•

0

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• JO.7

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• I" Nt

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c

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Dc .• -

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SEQUENCE 3' O'EMTt ON

t. UP INPUT TRANSISTOR ON OUTPUT DOWN

2. DOWN I HPUT TAANSI STOR OFF OUTPUT tIP

,. INPUTS ON EIIT£NDER CAIID. UP IN COINCIDENCE WI TH lift I HflUT ON CARD '0" DOWN OUTPUT

4. COLLECTORS HUST IE lOADED

5. LOGIC BLOCKS MAy HAVE SYMBOLS OTHER THAN SHOWN

IIGNAL "NS NME

E,F, U INPUT M,O

H,_ (XTENDER I NflUT

G.e, T OU"UT P,A

OILAV • USEe

TURN ON TUAH OFF

KIHIHIJI1 0.05 0.05

WAVE SHAPE

I-.J I r--------, I---J

~

MAXIMUM 0.70 1.51)1'

1

I

"TN" DELAY CAN OCCUR ONLY ON HEAV! L Y LoAO£D 'LOCKS.

UP . DOWN

UP

DOWN

• UI'

oo.tH

NOTf: THf AIOVI: RANGES or DElAYS ARE REPRESENTATIVE. SpECIFIC CIRCUIT MPLICATtOH AHD/OR ""RIHG CAflAtITANC£ HAY RESULT IN DELAYS WHICH. ARt OUT or ntE QIVrH RANGES. IN SUCH CASl!S, tARD REPLACEMENT SI«)ULD 'NDICATE IF M CtRCUtr IS OUT or SPECIFICATIONS. rlW1f1Lt:: LOGIC fLOtK DllfVIHG EF 'toR".

t'8

LEVELS

MIN HAl(

-5.26 0:2" -1." "12;5 -6;

-,2:. t .44 6.24

':'5.46 -(,,24

7298 .. 9

. REFERENCE DRAWING SEE PRODUCTION DRAW.NG 3712·16

CTOl -ONE WAY MPH NO LOADS· rOUR ON CARD

TP2 TPt

rds'z

'fl.

2.!S!7 )

~~ .~_,"",,~~;r;;:It-..I!;:;:;;;;:;r:-J OS'§!§:. I . . Tt T.~I 08)

. 081 I'·· fl f. t 08, TS TI

cllcun AI, ... c .... ". Sf." .... lUI

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c

Oe 'a-'

.-E:' "N '

.... ·oe ,;...., ·-F ',8 '

·-H 0,,-' ,.0--.............

0,,-' '-D .

SEQUENtE OF OPERATION

,. UP INPUT TRANSISTOR ON OUTPUT OOlolH

Z. DOWN INPUT TRANSISTOR OFF OUTPUT UP

J. fHPUTS ON EXTENDER tARO UP I N COl Nt I DENtE WITH UP INPUT ON CARD FOR OOWN OUTPUT

If. TIt Tit, TS COLLECTORS MUST liE LOAOED

5. LOG Ie BLOCKS HAl' IiAVE SVM80l S OTHER THAN SHOWM

SIGNAL "HS NAME

£,F, INPUT U H,D

IInNDlft .... INPUT

• ,C, T OUTPUT P,A

DnAl' • USEC

TUfIH OM TURH OF'

HtNIKUM 0.05 0,05

I'IAX I HUP-t .0.70

1.50-:1

WAVE SKAP£

J ,.-~--.~---...

'*THIS trlAv CAN OCCU~ ONLY ON HEAVILY lOAO£t'I nOCKS,

I UP

• OOWN UP

,. DOWN . UP

DOWN

MOTiI M AIIOV' MHGES OF DELAYS ARE RfPP.E'SENTATIV£. SPECIFIC C'RCUIT APPLICATION 'HD/OR \"RI~G tAPAtf.TMC! HAY RESULT IN DELAYS WHICH ME OUT OF THE CIVEII AANGES. rtf SUCH CASES, tARO REPLACEMENT SMOUlD INOICATt IF THE CIRCUIT f5 OUT OF SPECIF'CAT10NS. rXAMflLl1 "OGlt noel( O'HVINQ n ''OR'',

+6

LEVELS

"IN

-s.a6 -1.44 ,,6.

-u 1.44

-5.46 '

on

MAX

' 0.2'+

-u.S

6.24 ... ,.2ft'

1z98501

REFERENCE . DRAWING SEE PRODUCTION DRAWING 311271

.CTDl .~.ONE WAY NPN ",LOAD-' .. :FG,UR ON CARD .

Of6 M 0--40-..........

Nt

"'5 15K

I===t:~ ·~t3

491007

OJI • o--ta-.... --t

AN

1U0 15K

-'-"" .-...--... ~, ~ ... -•. ~.------.,--.:,-: -

C'ICUll' IIID 'ACU"" ty"'~ ... • ",tou .. .A"

ABC "-2-62

"""OVAL .an tU1l1t II •.

!lAM ( CARD ASH TSTR-tTDt. - ONE

c

tTOl - ONE WAY UPH

+6

DC-

-F r' ...

72985 t 1

REFERENCE DRAWING SEE PRODUCTION DRAWIN; 37.275

T'9 'tfOi 1;( 1

e-........... .ftG ,..-...... !j)ooo. -oA

,,0-....... --. .... t c' --«1-..... -..

SE(1UrNeE OF OPERATtON

, • UP I HPUT TRANS I STOA. OM OutPUT DOWN

2. DOWN rHPUT TAANS tSf~ OFF OUTPUT UP

3. turUTS ON urENDEA CARD til' IN COINCIDENCE W-ITK UP

... T2. Tit COLUC1OflS MUST Ie LOADED

5. 1.0G'C 'LOCKS MAY HAVE SYMBOLS OTHER THAN SK)WM

SIGHAt. '1N5 NAM!

E.', H,D

U fNPUT

N,' IXTlNOt" ,NPUT

G,C. f OUTPUT ',A

DELAY· USEe

MINIMUM tuM 0/11 . 0.05 1UM 0" O.OS

WAVE StlAP£

i..-l I ,--------,

:----1 I

~

MAXIMUM 0.70 I.S()1'c

frTMfS DtlAY (Aft OCCUR OMLY ON HEAVILY lOADED !lOCKS •

~-,~ DOWN f.

UP .. DOWN -. UP

OOWH

... tI, M AIOvl MNCU 0' OHAn ARt ,"'RU!HTAf"'. $,rCIf'!c. CIRCU'T A'PLICAT'Oft ANO/OR WflUMe tAPAC'TAHCf MAY AUULT IIf DELAYS WHICK ARE OUT OF THE CtVEN RANGES. :,. StitH CASU. CAltDREPlACEf1EHT SHOULD tHOtCATt " net ~t~111T 1$ 'XIT OF sP£t"ttAT10tfS. IICIMPUI LOift t"DtK OIUVIItGIF .'Oft".

LEVELS

Nt"

"5.26

-7.44

t." -5.46

MAX

1).24

sl2.5 -6.0 -12.5 . 6.24

-6.a ..

'0--_ 0'" Of'

, o--t(~t---I H 0--«-..... __ -' Aft

")I tSl(

~:~ ~Il

491007

Nt

,us t511t

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• .to.1 S6 IJH • 6800 •

• • •

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083. I '. t Z T t , 08' 'I ,..

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t:'::17Xl~m~W:nl~im1r':':':~!f.-.,..."";::;"-4, . CIf."" JlO. A''''O'U IAf' eft .. " N. .,,.,,," ",nOIlIIllI' ... I ISS" . '-+--~---II-------.J-"';';"'''':------ ;:::

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n ... ,Attl N t-_C..,O,;.;OI __ -t

"'t----... ~ N .....

. DG--E

r N

·0.' ,--H

0·."-_0 .

SEIlUENCE Of' OPERATION

I. UP INPUT TRANSISTOR ON OUTPUT OOWN

2. DOWtt IftPUT TRANS I STOR OFf' OUTPUT UP

). INPun ON EXTENDER CMO UP IN COINCIDENce WITH LIP I "PUT ON CARO FOR DOWN OUTPUT

4, LOGIC nOCKS MAv HAVE SYM80LS OTHER THAN SHOWN

PINS SIGNAL NAHE

E. '0 '..,UT u H. 0

Nfe EXTENDER INPUT

Gte. T OUTPUT P.A

DELAV G USEC

TURN ON T\l1IN OFF

MINIMUM 0.05 o,os

YAVE SHAPE.

---1 1 r--------l ~·1

I~

MAKIMUM 0.10 1.50>~

I

frTHIS DElAy CAN OCCUR ONLY ON HEAVILY lOADED BLOCkS.

-UP

f DOWN UP

• DOWN . UP

DOWN

NOTE: THE ABOVE RANGES OF llELAYS ARE REPRESENTATIVE. SPF.CIFIC CIRCIJIT APPliCATION AMD/OR WillING CAPAC ITANCE MAY R£$ULT IN DELAYS WHICH ""E OUT OF THE GIYEN MNC£!. IN SUCH CASES, CARD REPLACEMtNT SHOULO IHOltAT£ IF THE ClftCUIT IS OUT OF SPECIFICATIONS. . IICN1Plt: LOGIC eLOCK O.uytHC IF "OR",

LEVELS

I'll"

-5.26

-7.44

I.'''' "5.46

HAl(

0.14

-U.S -6.0

-12.5 6.24 -6.a4

729852

REFERENCE DRAWING SEE PRODUCT'OH DRAW.lNG J~'27"

CTOL-ONE WAY NPN FOUR lOADS

G

DO--

; rm M

t%U 'SK

.~

t .

01' H

AM

-6 'HS

~tI 12

21' 7 13

~91 Ii.

11 -18

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TS

• Sill

+6M

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U 083

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0 Mt

111)0 -6 I SIC

c-'--" --~-JO:T-

S6 UM 680 n 680 n 56 UH JO.7

+6f1

4'1007

f.~" .J fa I 013 'to

------------~----------~ Cite'" ••• ,.tt ..... " •••••• "'"

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"" ""t---_ ... ~, 'N ....

QHAy • USEC .

nfl,ICAl INVERTER AND EF OIlTPUT WAV£FOAH

. Im!T£R Q£!:A! , KINIMUH

0.15 0.10

~ 0.8 D.3

T OFF TON

IF PEL'AY. ' TOFf TON

~ 0.05 0.10

~ 0.1 0.1+

MFOllOWIN(: DElAv IHFDRMATlOJf APPLIn WHEtoi , THE' At TRiGGERING I "ruT PULSE HAS A ",51 TI"£

OF 0.45, V,$£C" (SEE fOLLOWING FIGURE)

TRtGGU' NO ,-ulSE

"M'" At SET TOINVf"TE~ OUTPUTS , ~'" At sn TO, U . OUTPUfS

"'IttIHUH . 0.10 0.'0

WV£tJC£ OF oeEMTI OM

I • Tit. T2 ON. T3. Tt O'F

• '. 'ATE UP TOPtN It At In TO PIN A fl. H ON T~ ,Tl 0"

J. fiATE UP TO P'M C. At SET TO PIN 0 f). 11 0" T4; T2 ON

".' GATE f1UST 8£ UP ). 75 U 5£C IEFORE At SET

S. DC sn PIN G. fl, TI ON f4. 12 OFF

6. COL1.ftTIVE 'ULLOVEn MAY 8E USED TO TUAN Tl OR Tit ON

7.0C SET ON PIN F UP WHEN TI, T3 ARE ON WILL RESET TO CONDITION I,

8~ ac SET OR RESET PULS£ WIDTH: O.S USEe MINIMUM.

I ".,.AL PINS , NJ1IH£' WAVE SHAPE

• u QAU. I A,D U At SET

, '.

Ii T DC SET 11, ~ I I

, £ U OUTPUT

--, I , H T OUTPUT t

C· u .ATE I I , 01: Si:T T

• ~ I I ..... ,. T OUTPUT

I '" u ~ 'OV'!'PUT ' 1-, I I

I I

LEVELS

I1IN

UP -0.51!

OOWN -7.44

UP "o.~4

DOWN -7.44 UP 1.44

DOWN -o~ 74 UP -5.2

DOWN -7.4 UP 1.44

DOWN -0.74

UP -0.54 DOWN -7.44

UP 1.44

DOWN -0.74.

UP 1.44 DOWN -0.74

UP -S.2 OQ\fN -7.4

,"

MAX

-...

0,'24

-12.4

0.24

-12.4 6.2',

-6.24

-0.8

-,.2 6.24

-6.24

0.24 -12.4

6.24 -6.24

6.21•

-6.z4

-0.8 -,,2

72985)

.REFERENCE DRAWING

. SEE PROOUCrfONDRAWING J715'-.

CTOL TR f GGER +6 -r. -12M

.... -40....;.---...0 ,

~8T' Ll..!.!!!li. Tt -----_ ....

, , tiltlllt AU PAC .. ,I., Sf ......

."'. .... 2-62

1,1 . ~----~~ __ ~~~ _____ ~ ____ ~ ______ ~_~ ____ ~~ __ ~~ __________ ~~ ,I

L~ __ ~ ___________ ~~~~~ .............. ~ ___ ......a...-~--"'ro_-'-_""""_"""""""'~ ____ ~--'--'w 1

4-

.UtlNIIII COOl

U\J--__ ""

31 N ,....

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, SEQUENCE OF OPERATION

D,P' 'N-

,-8 ' -C rA

0,-

,_D, ' .... r ,-0 ...

1. All INPUTS DOWN Tit, TI ON; 13. 12 OFF OUTPUT UP

2. ANV I NPUTS UP Tit. TI, OFF; T3, T2 ON OUTPUT DOWN

3. DOWN I NPUT OF AT lEAS,T I U SEC REQU I REO TO TURN Tit OR TI ON

It. EXTENDER INPUTS HUST DE DOWN IN COINCIDENCE \ltTH I NPUTS ON tARO FOR UP OUTPUT

"GNAl "HS NME WAVE SHAPE

1.0 T INPUT I I ,

U . -----4 C,E T INP!JT

A,E EXTENOER 'INPUT

NfF U ,OUTPUT

DElAy· USEC '

, "'NIHUM TURN ON 0,20 tuM 0'' 0.25

MAXIMUM O.6O>~ O.40frlr

R

*nltS DELAY tAN INCREASE 10 O.7S USEe FOR CAPAC tTIV£ LoAD.

**nul HLAY CAM 'NCIt!AS£ TO 0.55 uste FOR tAPAC'."V£ 1.0AO.

NOTtI LOttC ILOCKSMy HAV! $yMlOLS OTmR THAN SRlWN. '

• ~

LEVELS

MIN

UP 1.44

DOWN ·5.46

UP 1.44

DOWN -5.46

UP -6

OOIoIN -12

UP ..5.2 DOWN -1.4

-12M

+6,

MAl(

,6.24

-6.24

6.24

-6.24 '

0.8 ·,.2

72985 ..

REFERENCE DRAWING SEE PRODUCTION DRAWING 11t542

CTOl POWER INVERTER

- 2

... - .... -oft

·'2"

IH3 fSK

-tl

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,."

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fO' UF ,Ir

• • • • • •• + 110 n .2\1 t .~--

• • • J .~-.,.--:.

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15K • §j3 JO.,- • AN -""'t AN • AN -1Q- AN • • •

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CIICU!f III. 'AeU""1 &fUDAlI

.,PlO'U .. " ABC 1t-2-62

~ "-----t-~--_1 N

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IJAllvUDS I ~ t-....;C.;,;OD..;;.,' --I. ~ ~

-, -EON-

-c -100

-

-, _DOO-

SEQUENCE Of OPERATION

I. INPutS DOWII TRANSISTOR Oil OUTPUT ..

2. EITHER OR lOT" INPUTS" TRANSISTOR Of' AND OUTPUT IS DOWII

J. DR I V I NG CTDl lOADS: MAXIMUM TURN ON DELAV •• 28 USEC MAXIMUM TURN OFf DELAV •• 09 USEC

DRIVING WORST CASE CLOCK LOAD I'\AX I MUM TURN ON DELAV - • IS USEC MAX "'t.lM TURN OfF DELAV - .144 USEC

SIGNAL PillS HAH£ WAVE SHAPI

I,F, 0,'_ , INI'UTS I C.I

H I A U OUTPUTS I G ,

c

DTDL - AND GATE

-12

-12" +)0 C)

9 Q .) R29

~ Rig :> R28 .> 620 n )I

~ H .> 4.JK ~ 62K ~ ...... -

E .... ~ R26 ~ All. N - AA~ V",,,,

'Ioi ~.2K

~ T FA. C2S ~7 - lUI 207 Gs t C .---12

-12M +)0 ~ R17 (> "-

:)tRI6 ~ "" 620n • -.~4.1K 62K A

~2 RI4 ~ D- AAA - AA' vvv N 2.2K ~

P A. D!.I CI) D,!j T - ..... ~ ... , J-AM 20,.. GS

1-1-1""2-.. l-... 4-

5-"'6-

21412) 7-8-9-

10 214121 -II -

r- 12-

492411 11-LlVILS 317020 -14 -

503592 15 "IN HAl( ) 1702) 16

UP +1.44 +6. a .. 17 -

DOWH - ..... 6 -6.2" ]1702) 1-J8-

UP -.89 +,a" }17021 19 1-20

DOWH -7.44 -12.48 491007 21

f-o---o 22

I I- Tt

491217 A

I CAiD CO.. I 729855 I DAB - J


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Q • Rllt : RI8 ~~ 17 620 n

:>62K >

~G .~ 1t.)K ) ryr;-

D,!9 R)) AA I--

;;. 'V2~2: N

I--102

D~ C)O D~2 T r . ..

~ IIH 20 PF GS

Lr-€.'j) ..... 0 I 21

~ 24-

1'49ilti1-1 20 PF 25 2.2K T I --26 JI1020 GS ~

~ 27 50l5~2

~ 1"'"28- 214123

62~ I 2 n T2 29- )IZ°1) 1 20.fF

~ r-lO- 492413

I JI.O. ~ 31-Gs :-I<l- 32 503592

62K 2.2K ® :33- 317010 JO.7 1620 (I 34- 317JI) T4

20 PF e9 35 JO 7'-2.2K T!) 36-

~~ 620 n €J 37- 31701,1 J!.JL_ ~~ 38- 491007 JO.l AN ---tct- - 39- 491007

~ _1o,)K IAN -to- 40 491007 4.1K IAN 40-

f7 ~ 41 491007

~ JO.7 IAN -to- 42 491007 -0.- .N4 T8 43

I I

: :: ;: :: n ;: ~ ~ II : ~ :: :: :: iI ~ 11 T I -1 II :~ U :: ~l ~ ~lll ~ l: ll:l ::l: ~ : T2 )69179 102

lJl~J~lJJ!ll!~ll fl-T4- 369179 loa

It P!M RJH , u-I I Q T6 - )69179 102 I +~ $ T7-- I ra.., I COMPONENT SIDE

c •• cun AIID PACIlACIIIC "A!!DUD

APP.OVAl DAll

ABC 4-2-62 II'UIAIIO.AlIUStlm lAeltln eel.. om CHAIlGE 110. A".OVAl DAII CHAIIIl( 110. A".OVAL DIVllOP .. Uf 110. J

~.-A~MI~I~C~AA~Ol~A$~"~T~$~TIR~-~D~T.IDL~·---~~~~-?-.~~~~-'-IS-S-~------~------~--------~----------r--------+------ !~

~~~NWJt~G~A'~E~~~~:===~'=.1~-~6~1-1~1~16~0~14~ ___ t-______ ~ ______ ~ ______ ---~~-------r-----------i~ I-DlSIGIi

1-=. IiIOoU $HI I"'" t:F~n:-:,AI:'t~ 7:Rq~l!-l-t-7--:-62~s:-:c-.:Al~1 t:-:-::N~0T.NE::-:-::.-:=- - ----i------+-----II---- --+-------j----I------. ~ CHm ')1")-1-62 DRAW LIG 11-17-62 Ar,ao - CHfCK I

IUItOAlII f¥\ ........ C .... D_I_ .....

~t-----0'\ N ....

-CD'. OK . A--I . . .

".7K .. C· n-J'VVV"-'

".~

REFERENCE DRAWING SEE PRODUCTION ORAW'NG 370127

OfFF' 8A$1._ .. OSCILLATOR.! 2 .. 0 fCC 5 liN( GATED .__ .,_~_---:-._o;o:-------' ----... -~~...,. .. . .... - ----

. 1/811 , ra.2-

.

1.'.2«.

·,a

'U' CIf . It" ft ..... f." "IN ttl

. +12"

1"""""''---.1

1.02K tl8W

-------01\

-It .C21

c

IlQUIIICE 0' OPERATION

•• WHI" 'NPUTS CI ME up. fa TURNS M' OSCILLATOA TUMS ON

I. WHI" C ok I .1 OM, T' TUkNS ON, OSCILLATOR TtMS or,

"GlIAL pt,es N.W

Ct' S 'MPUl

A • OUTPUT

DELAY'" Nsrc

"'HIM 70

160

WAVE SHAPE

..r ~.

-flfifll1IlflfL .'0 kt

I'tAXIHUI1 no 100

*AP'LlIS ONLY teN 'ATfNI. WHEN OUTPUT " A1' A + S U:VEL.

UP

ClOWN UP

toWtt

4~2S12 -,--2-

IffJ,09S ... 3-..... -"92407 ... ,-

~8-IffJ)09S .... 7-

-8-5S001J ..... -419046 HO-12ltS55 HI-

H2 -1tB1096 H3-

i-, .... H5~

10-'.-1t~1275 H1-

~,.-t.EVf.L§

"t" MAX JOO720 H'-.1'-100'- ;..eo.

·.45 -.os 124587 -I'· lIl028 --!l-"'9071 . "U-

--.... ·6.87 poU.S .... , -.05 .... 87 "11.$

I t T•

4t3, 1 I

"12 .'2o--t~

6.8 tlF •. ..,.

I 100 ,., 1 0 I .... 25-~2.-

240 UH ~ 10-21-1'4 '.S ,.r 1o-2t- 4t1l90

:"00 fir 1

~ 1o-2t

i2'40 UH ~30- ... )O~

240 UH ro31-JO.7 lJO.7

~ i-!2-

,5&2flWW ,""3'· IISOll8W 1JO.7 -34 •• 1 Of 1.J0.7 ~ -35-JO.7 LID2K Il8w .. S&- "7910) 470 UH

~ -31

. II( I/BW .. 31- 550020 ~75flV8W "'39 """7

JO.7

~ r40-I4t2n 1/4\01 ttl, f-"! JO.7 ~:B2X~~ 1"'42 ~9121l 7.51<. 11(

€:J 1-.3 '}69 1220 n [4.71( r-'* 'Wi ~!. It.7K

~ ~I- 13$4

18K JO·7 1-4'~ l8) n 1/810 t2ltnVtlw ~ ~1904t1 JO_,] JO·7

I, iI H II ~ ; Ii i~ n ~~;'ltiH~~ fl't" t1 ~ It" 1111 J~!~Hg:t' Tt-,n~illt ilflii at il TI P>' I 7

41 ~FI ~.I.-lll£11 TS- 26 M- 26"

~fPMtKfH ,. 1'S 261'

.•. -OtS 065 065

.,.. - . - - - 06S

T1t-!!~!'I"""""" ,.. ,ft·

,------------Clltun II' ,.CUtlN' ", .. ut

"'IO'U OATI

ABC

...... N

D----+----~-_t---.. -... I-------+----..J-----....:-----'4 \l) ~~~~~~.~=-~ ~ I F:.;.~~-t!-+_7H::::_:::_17 ~~~_,.A----r-----_r--_1r_--_r--- ----I-------tw I

_-""-...... 1

c

129904

REFERENCE DRAWING SEE PRODUCTION OkAWI~G 370385

CONVERTER-D'ffUSED 8ASES' P-LINE TO SDTRl. OR ~DTDl

-"0,' OT ,M-.-G -f .

, -A -c.

"26 Ag.-4~~~r-~~-----+--~

aa.SA uav C2

alP'

fI)O ,.O------oI'IJ'V\".... ...

4.1K RZ4

cg---~~v_--------~ It.1K

a'7

R6 2.67K t/'N

r--------O. .-----OD

JQ

.29 IU" IX . L6K

~A.------r---------~--4r __ -4~ ____ -o +12M

+ (lit -::-6.2 UF

, ""£0.' ot eo-,

, . e-----+-~~---------------+------+---------~--_4----~~~~~-11

. ell . -i'D' Dl.' .. 8Q.--A , -c .

J;l2~ .

IU' .. ~------~ a.s :t

t/8W

SlQUlNCE Of' ~£AATI_ON

'NPUT A UP UV£t.. T2 COHOUCTS. THIS tAl/SIS ,It TO COMDUCt AND THE OUTfUT IS 1JP. lITHER PHt 0 OR Q IS 1110 TO • DEPENOING IF SOJAt. OR SOTOL notls M£ DRIVEN. THI OTHER "lCUIT WITH INPUT I. WORKS tit THE SAK£ HANNER. Tm ClRCUlT ACCEPTS A '''LUlE SIGNAL fROM THi COAX'AL UN£ ,AND COHVERTS ,T TO AN $ LlYEL. THE GATES ACCOI1(ILISK " THREE WAY NOR fUHtT'OH~ THAT lS, IMY NEGAtiVE INPUT ON i, t OR OUTPut Of' n IN OM UVEL WILL cnVi AN UP UVEL OUTPUT 'AGH tit. IF THi 1t.7K GATE IS N,OT TO 8£ USED, IT ItJST aE ll£·O TO GfUllINO.

'_N$ SIGNAL tWtE .

L,A P UIPUT

[.c. S GAT£ FIG

,.0. $ OUTPUT

Q

R,H, s OIlT'UT K

".

DElAY .. NSEt '.

lVRK ON lVRNOfF

"INIHUH '·50 .50

WAVE SNAP,

---'L--, r ~ ~

HAXI/1UH 80 80

WI

GOWN UP

DOWN

UP

OOWH

UP

GOWN

uv£u

HIN

"5.' .. 6.52

-• .lts -6.87

-,45

-6.87

",45

"6.81

MAX

5.a -6." -.os

"&2.48

-.OS -U.48

-.oS

-u.46

at' 1.67K UItW

RI) L6K

A

1--------0 K

R]]

:~--.-)-2-===~_~_·_7K_....I. ~

;:::uJ::: i170if J

ClICUIT ... PACII.UIIUI nAII.AI.

AP'IOVAL OA"

ABC "-2-62 (1Il1iGa 110. "'IOVAL 'AU eHAIIG( NO. AP'IOVAl .nll.PalUf 10. ........ -_ . .. 5599 ....,

N 1--------1 \D

- .. ------"t------! ~ 4:"

c

_'Olt,'-....... " ,

_LO·---CJ

SEQUENt' CW OPUATiGM

•• WITH GATE INPUT UP OR n£o TO GAOUND A OOWN .. tPut AT A TUIUt$ fa 0" AND" Tit ON AND GIVIS AN UP OUTlUl

J. lit ANI) T) COt.UtTOR$ HUn 81 LOAD£D: '.6K RU1STOR fOR SOlOLOUT'UT l K R£$JSfGR 'ORSOlA\. OUTPUT

I. If THE 4.1K RESISTOR (P.N c. G) IS HOT TO II USEO. IT HUST 8£ TUO TO G~NO.

Stc~RAL PINS MAttE

A,L N ,NeUT

GATE Gtt S INPUT

'ItDTO&. e.K s OUTPUT

A.tt s 10TAL OUlPUT

DELAy - NSEC

TUf\H ON TUflNOff

MINlHUM -50.0 -60.0

--I

tlAXltlUK 72.0 12.0

I

I , WAVE SHAPE

f ,

•

I , I I

A

+12

L

G

UP

DOWN UP DOWN UP

DOWN

UP

DOWN

729905

REFERENCE DRAWING SEE PROOUCTION DRAWING 370468

CONVERTER-DIFFUSED BASE N-ltNE TO SDTRl OR SDTOl

C25

12"

R26

&2.50 liS'll

RIO 1.1OK 1/4\1

T

AU L10K 1/4W

lu6

22 Pf

All

".7K

UV£LS

MIM MAX

'''0.4 +0.5

-0.4 -0.8 -o.s -.OS

-6.9 -u.s -.65 "0.' -S.ll -u.' "0.45 -0.05 -6.87 -t2.S

c I, D It

1129 R,It IK 1.6K

01

AA$ U,.

R6

,.2~ 1.62K

1/"'" +12

-12

AS JUS RI)

1.62K IK 1.6f(

1/4W :-

02 IU9 K p

AAS t. 2K'

tOI ~m=l-T I "

tOI ~m::J-T2 _---------..... TT~-i )?I71 1101 "'-I _691 Zl _ 101

'--__ ~J_I ]'7276

SIDE

,.aclln AID PA'UIIIIIG nAlOUD

""ROVAl

ABC

IAU

DtvlLD'lIllll 110 •

....... N 1.0

~ ------I""

c

·0,8----A . -. ·OA ,'-

-D -I '

, 0' A'--N -L

Oa-

-t -" '

5ltulMCI 01 OPERAno ..

•• ALL INPUT\ OOWH TRANSISTOR ON OUTPUT uP

a. ANY INPUT.'" TRANI,nOi Off OUl'Ul OM

I. lOGI' ILCI'1tS HAv ~VE 5YfoI8OL$ ontfR THAN SHOW.

IIttfAL 1".' IWl£ WAVI $HAPI

A.'. I Y •• tIl H.Q ~ I.'. y .. "UT L.'

G,e. ". V Ql.I"UT

OlLA ... I SDTtL,· HIG" SPUD

LOGIC ILOCK WitH 560 0"" COlUCTORRU'$lOtl

TURH ON {NSfe) rURH Off '""'.;

~ to

.

*'"1 S If LAy CAM INUlASE TO 7S NSEt WHftt 1'Hf GA' WING aLOCK HAS •• aK COLLlno" RESISTOR RI'I\.IRH£O TO -I2W.

rnu, OE4.AY CAN tHCMAn TO 120 NSIC WHEN 1'Hf DAIVING alOCK OR THE a"OCK THAT DRlvn THE oR'VINe BLOCK HAS6.IK COLUCToa RlS I STOR aETUANfO TO -'IV.

~. 729906


SOTOl-FOUR 2 WAY NAND LOGle BLOCKS WITH LOADS

De AQ...-oCr--iH""'V"VV-.-t---t

OJ

09 • 0---1)1---

OJ

OM r~-.., -:: r------' -6 1 j RC . It );

t"u 560 n I I t I 2 4 t t _.J I S.III.

t 0'" I S.6K ":tJiJ t·'~~~6~~--~ 05 I

L J ~1~-' OJ l. __ _

)61600

)61600

)61600

L£VlLS

KIN AAX

lIP -.65 8.1

DOWN -S.81 -6.' UP -.~ ".1

OOWN -5.81 oij.8

UP -.65 0.1

DOWN -5.8 -0.8

)99585

02/00

OJ

02)

OJ .

r-----~-l

; RC 6 ):

l-U 560 n I t I • 2 I t 4_...J I I I

•

Ott r--' - -6 t r---':'-...J t J RC 3 I r 12 +12/'1 f , S600 n I 1 It J I _

I I I

R

DI2 t Qo---~~-.~I~~VV~~~--i

OJ

01' P Q--'Pt----J

OJ

£ED IH211141'lil ~~~ E3

T •

.. -----.. c:3 T2

"-'-="""'!:--i E3 n

------. E3 T4

~......o:::":-iE3 tt

-~'-"'"' ....... )0-........ --1 E3 ,I.

COMPONENT SlOE

ABC 0&1' CHUCI 110

016

. DH

T I '02 Tl t---;.:;....: ....... -t

T) "'--"''''"''''--f .01 T4 .02

'5 t-__ -~-i '6 10Z

4-2-62

DI Htor ..... , 110.

r-~~~~------------------~----------____________________ ~. ------------------------.--------T--------T------~ ,,~:g~lD. ,.... ~t_--0\ H ,....

~·o·--8

_DO'--E

~HO'--I.

-qo"--p

SlQUENCE OF OPERAT,OH

t. All. '"PUTS OOWN TRANSISTOR ON OUTPUT UP

Z. AMY I",UT UP 'TftAHS I nOR OFF OUTPUT DOWN

,. tOLLEtTORS HUST It LOA~EO

It, lOGIC tLOCKS HAy HAVE SYMBOLS OTHER THAN SHOWN.

SIGNAL PIN5 WAVE SHAPE NAM(

A,D, I y INPUT H,Q.

8.E, L Y INPUT L,P

Ii,e, I Y OUTPUT F ,f!

DELAY: SOTOl· HICH SI'££O

LOGIC SLaCK WITH S60 OHM COLLEtteI' RESISTOR

nJRH ON (NSEC) nJRN OF' (NSEC)

~ .. 5

10

, I

"'THIS DELAy CAN INCREASE TO 7S NSEC WHEN THE DRIVING SLOCK HAS 6.2K COLUCTOR RES'STOR ftETURH£O TO -f2V.

**THIS DELAY CAlf INCREASE TO 120 NUt WHE.N THE OIHVtHG BLOCK

REFERENCE DRAWING s£t PRODUCTION ORAWING 310211

SOTOl FOUR 2-WAY NAND LOGle BLOCKS WITHOUT LOADS

-12 +1214 G

027 . A

OJ

028 • DJ ":'

-12 +121"1 F

fl20 filS S.lK )91(

on It

OJ T4

OZ. I.

DJ ":'

36921 369218 6 2,18 50 0

)17"30 300]2 31 024

LEVELS

HIN MAX

UP -.6S -.1 ~.

DWN -5.81 ·8.8

UP -.65 ~.I

DOWN -5.81 -8.8

UP ".6$ -. f '

OM -S.8 -8.8 *'02' J'?17'

-12 +1114 C

9 '''' R19 5.11<. 19K

04$ 0

DJ

D44 t

DJ

-=

-12 +12M R

RIO 19K

05 q] 06

p o---{;)t-OJ

-::

1-1- Ir-@ .... 0 J t-25--2- . -kJ- OH

~ r-2&-~92U--

r- :5- JO.l * OJ r-21- 3692'" t-4- 11H -PI- '* OJ ,..28 .l6n 18 1-5- "I<)- OJ ,~ PF

e9 r-zt- ~50lt08 __ I- 6 ' "I<)- OJ ~-- r-X> ~7- 15 f'F S.6K T2 ]1-~~lO __ ... 1- JO:r, ......

J9K e9 -32- 300724 r-9- 5.61<. 5. II<. 53 3170?~ '-10- 39K n -34-t-II - 5.11<. ~ ~ ~ 'Jl9"flT-HZ- 36

,-,~

.... 13- JO.7 l....:!.9..7

~ t-3l'-

t-I4- $.61<. -- r-38-r-15 - 391< J9K ~39 ~0721t -r-16- ,10.7 5.61<

~ r4K>- }ll'tiO

r-.1 - ~F ~'?:.L_ 4'-t-18-

,-~I>H 042 ~.!?~-HI· 5.1:< !.2. PI' \? t-"] .li oa

,....,"'0- 5.11< &...QJ t-44 r-3t')~ r-21- ~ OJ -1<3- OJ-

e9 t-"'. lfl9Zltl ,..22- JO...L f'''. rtJ - L-f()- OJ fa ~1-!-24- .I.. JO.~ l--4e

r"''''rrp.~lf li!im hlfttU, HItIl ~ t \tl" . t-n . a:W n ,t 1I11111t~ ~ ,1'fl'" I Tf-

lii.itll1t.iltljiJ1il i a iiit It 12-1-s6911'- --Ibl~lLI~1:.ll1bl! 13-

T4- 1691 " fit P M ICtK , D • ,.,

lOJo" I02'h

,.. T1 t-:)::T::''!'':f z==,--i '01* T8 ____ ...

COMPON£NT SIDE

OR THE I!IlOCK THAT DRIVES THt DRIVING BLOCk HAS &,2K COllECTOR ItESlSlt)" ft£nJAMEO TO -tav,

Clilcun II. 'Ac.Uf.C nuu .. ,-----1

""lOYAL lUI

ABC ft-2-62

lMlUtlAltOftAl IISINUS MACRlftU Ct.P, out CftAIUlf Ito. ""'OVAL OAfE Clil!tn JlO.

::....r--....., ....... --r--- --I~-.......;.-1------- -.-,------

DUIGIt

c on·1l4~~fl;~~~~h-.~~;:z:rIt---~r ........ --_r-....,......--i tHECA -J.----+__ ,,"10

,~~~ ______________ , ____________________ ~ __________ ~ ____ ~_________ 7_

rI "ANOAROS ----'--....----;=r: co CODE CUD ceo., 7 2 99 ~t----"'" 0 E J -0'\ N .....


SDrDl THREE 3-WAY N AND lOGIC BLOCKS WITHOUT LOADS

D~A L-

-E -F -G

'. D-A· P--H -q -R

-A ' . DA .C-

. -I -0

SEqUENCE OF OPERAT I ON

I • ALL I NPUTS OWN TRANS I STOR ON OUTPUT UP

2. ANY I NPUT UP TRANS I STOR OFF OUTPUT DOWN

3. COLLECTORS MUST BE LOADED

4. LOGIC BLOCKS MAY HAVE ~YMBOLS OTHER THAN SHOWN.

PINS

E, H, Y A

F, q, Y B

SIGNAL NAME

INPUT

INPUT

WAVE SH ,PE

£120

OJ

019 F 0-

OJ

DIS

G OJ

-12 +12M

D3 H

O~

010 Q

DJ D9

" DJ

LEVELS

MIN MAX

UP' -,6!J -.1

DOWN -r:.BI -B.B

UP _,_-_. 6-.5-1-_-_. 1--1

DOWN -5.BI -B.B

G, R, Y o INPUT

. U • UP -.65 -.1 . DOWN -;.81 -8.8

L, P, Y C OUTPUT

DELAY: SDTDl· HIGH SPEED

lOGIC BLOCK WITH 560 OHM COLLECTOR RESISTOR

TURN ON (NSEC) TURN OFF (NSEC)

11t!!s. 5

10

MAX W 80'''''''

*THIS DELAY CAN INCREASE TO 15 NSEC WHEN THE DRIVING BLOCK HAS 6.2K COLLECTOR RES I STOR RETURNED TO -12V.

"'*THIS DELAY CAN "NCREASE TO 120 NSEC WHEN THE DRIVING BLOCK OR THE BLOCK THAT DRIVES THE DRIVING alOCK HAS 6.2k COLLECTOR RESISTOR IU:TURNED TO -12V.

-12

":"

+12M

":'

P

A

B

D

§II! 14 I~'

. -I • ,?

484029

L

0)4

OJ D33

CJ D2)

OJ

5. I K 5.IK

-l<I- OJ

5.IK

39K. JI.O

5.6K

-12 +12M

r

=-

- 369218 - 36921B 1- 36921B

0 • • • - 317430

'- 350408 • 36921B

1- )OC724 ,- 300724

It

" - 369217 369217

3691 Z9 102*

SIDE

CIRCUIT AN!' 'ACKAGING SlUDARD

DATI

ABC 4-2-62 r-~ ______ ~~ ______ ~~"II"'---..,..._---..._---r---__r_-.L..-----r----.,..L-----~,-----

c

OATI_+-_C_"A_"_GI_"_O_. -+-_."'''OVAL.-II-_.O_A_Tl_+_C_"_AN_II.:....E_"_O.---t~A_'_'._O_VA_L-+_D_EY_l_lO_'.IU __ "_T_"_O'--j

~~~jt~~~~~~::~t',_~_J_'~~_·6_2t-_I_IS_5_99 __ -t__ l------4--------~------~---------------1~ ~~~~~~~~~~r----~----~--~---+~--~--~~----~~ CD

1 elF.\' .:t'~l 1 729909 I

I D f J - I


TOl , TRl lOAD CARD

.. .'l)! Al' AO AAA - G .. YI:6l .... ~6I.

'0 A~l ,..Rl!. H '" "'I:&i ... ':'6i

~ A"lt co----- L 1.6K ~ 1:'6l -

D- A~)r AR1~ -, ... vl~6K v'.6i £- A~l AR1~ OQ

i~6K ". i:"6i R)) R.S

'0 ~AA

''i~6K A",J'Iy " i.6K OR

c -12

1-1- ~::Effi • o. • • 1-25-a- · -9-•. __

@ 26

APPLICATION 1-1- ._-_. • • 21-I. USED FOR TOL ANO TAL COLUCTOR LOADING . I- " - • • .-. 28 3. HAV 8£ usn IN PARALLEL IN CERTAIN APPLICATIONS S - • -e C!:E1 ~.

19- ]170,8 6- .-. • • )0 -

I- 1 - .-. CI:lD """'- 111018 1-8- .---. • • E3 r-32 -

9 - .-. (IEJ 1-)) - )' 70.8 .. 10- .-. • •

~ 1-)4 -

JI10lj H" G:i:1 c:L::iJ. 1-35 )'!Oll 12- • • • • 36

"70Itt i-IJ- (IE] £1I] ~

)7 311018 14 - • • • • 18 -

W!L0-!L IS- (IE] (IE) 49- 311018 1-'6- • • • • ~ r40

3170'8 :.. '7- f.'LE:1 t:L:JLJ ~. - JI70.8 18- - • • •

~ ~2-

.. '9- .-. u::E:) 4) 11 ,0'8 20 {]§I} ._--- ~ 2'- ---_. ~ ~ r-16 -22- ._-_ . • --!' 46

r-21- ._-_ . • ---1 r'"4 7 24- ._. .-----!t 48.

I .i-fg : i ii: If Ii:' ~:i ill::i:i,';' :ii' I 1,::' \l 111111":~ 1111 II~! I~ ::~ I TI -II i;1i IIi ii.!"" III il" ! II n -

J&JJI~IJIJJJI~11 n -TIt

484421 Rip H KIH F 0 8 TS -I I T6 ~ UJ T7 • T8

COMPONENT SIDE

C •• CUII 'I. PACUI .. I "'It"I'

APPIOVAL

ABC 4-2-62 '.JUNAIIONAlIUSINfSS MACHINES CORP. DAn CHANGE NO. APPROVAL DAU CHAIIGE NO. APPROVAL DUlLOPIHHl NO.

~H~A~M[~~C~AR~D~AS~M~T~S~iT='R-~'T~OIL~A=ND~~TIRL~L~6_~~2r-~I~IS~5~99~~ ______ ~ _______ ~ ___________ +-________ ~ ;:: ~~ __ LO,ArD_C_A_RO'-~r7~~~~1~74~~·~3£O~·b~~~~~11~7~82~4~~ _____ ~~. ___ ---___ +-----------~-------~--------------~~

DESIGN "DOU SI!S 8018 ...; ~ I IED~E1~A!I~L-..!R~~QWilll:·.LI·~·6~;2.I.!sC~A~L£-!-~N~ON~E~ __ lr----j---.----t----jj-----t-------t------t--------- ~ ;

CHECK ~. 3- 1_-~6~2. ~~_.,£, R P 17-11- 6'3 ____ 1--___ ---1 ________ ~_I--____ . __ .. - •.. -~.-~ .. -.~_. P

~PPAO CHfLK ·/-11", ;.':':- ~ i -1 ~

HAIIIDAHD~ CODE

o 2-7045 0-.

729910

E REFE~ENCE DRAWING SEE PRoIDUCTfON DRAWING 370225

INVERTING POWER DRIVER -12 +12H -12 L -6

C34

iUt RZO Rn .Oln DA- ).It( 3)K 820 n 031 ":' AAs

A

-8 R2S 8

).61( D'- CI9 OZ1

OH 33 PF ":"

-R -12 +1211 -12 C -6

R4 RS R24 DP- l.lK : 31K 820 n 02) AAS

0

-Q. R!

R 3~6K

c6 029

33 PF ;

OH -:

-12 +121'\ -12 -6 C ( 9 4

~: RI6 • ~= R1 4: RS ~. 09 : .. J.)K : .. 33K :~ I. SK AAS " '

~ : b 0'

1"""-I TI RI) I--

SEQUENCE OF OP!B&!.Q! Q: ,AAA N ..... """' tm I. INPUT DOWN. TRANSISTOR ON. OUTrUT UP, 1~6K :r ~I{ 011

....... 2. IN~T UP, TRANSISTOR OFF, OUTPUT DOWN. II -. -:l: 33 PF OH J. 820n COLLECTOR RESISTOR RETURNED TO -12 VOLTS WHEN CRIVING

HEGATI VE "OR" I HPUTS OF DOUBLE LEVEL LOG I e BLOCKS AND WHEN r I- • • • • • 0 • • • • "'11-DRIVINC TRICGER AC INPUTS.

~ 350416 334923 r 2- 3.61( -. n PF "'11-317029 r- 3- 33K • 13K 20- 317029 213692 t- 4- 3.3K • 3.3K 1"'21- 213692 317017 r 6- 1.5K • 1.5K 22- 317017 1 5 ()It; 6 t- 6- II PF. • -c:+ AAS ~23- 491008

t- 7- JO.7 • 820 n ~24-~17~ LEVELS 317029 to- 8- 33K • 3.6K 26- 334923

PINS SIGNAL NAME WAVE SHAPE 491008 to- 9- AAS * • JO.7 -26-HIN MAX 1-10-· JO.7 • DH -to- ~27- 369217

369217 1-11- OH *' • JO.7 ~2&-. B,R, I . UP -0.65 -0.10 1-12- ... -~ * DH ~29- 369217 V INPUT ~84 JI.O Q POWN -1.14

1041

~TI- ~ e~ ffi ~ ~;!:1 3691H2 1

104 -0.65

~62'82 369162 A,D,

l UP -0.10 104 OUTPUT 12 .. V P . DOWN -6.06 -6.8

334923 r-13- t:iJQ • JO.7 -30-1-14- • • • oCt-AII.,i 31- 49 1008

t ~~3~F:I 350416 1-1'- • I. SK -32- 317017 2U~2 I- :6- • 820 n 33- 31701 b DELAV - NSEC 1-17- • • .01 UF ,..34 491228

! MINIMUH MAXIMUM !: ~IIIJ I. II .. ': '! r. p. "': I~ !i I I TURN ON 10.0··-:' 50.0" II1I111111 1111111111111,1111111 TUP.N OFF 14.0'·"" 3S.0~: I: :; :l ~lll :! ~~ :1 :! ~ ~ ~: :: :: :: ': :-,

"ASSUMES LOAD Of 10 LOGIC BLOCKS AND TR INPUT OF 70 NSEC AND INPUT TF OF 135 NSEC. 16 j ~ I ~,l t 1 b Ii! .~! 1

'''ASSUMES LOAIi OF 4 i.OGle fll "CKS AND INPUT TR OF 35 NSEC AND INPUT Tf OF 70 NSEC. 484041 ~~IMKIHF DB

RISE TIHF. 16.0 70.0/1 TO 110.011# A ~I Ii -"" ~'" fALL TIME 75.0 125.0#" TO 190.0# .. - I I

NOceu~s WHEN DRIVING TRIGGERS. COMPONENT SIDE ##OCCURS WHEN DRIVING LOGIC BLOCKS.

. C'IICU" AND PUIlAGtllG SUIIOUD

APPROVAL OAT(

ABC 4-2-62

INTERNATIONAL BUSINESS MACHINES ~ORP. DUE CHANGE 110. APPROVal DUE CHANCE 110. APPROVAL IlBllO'MUT liD. J" --l~ NAME I CARD AS SEMBl Y TRANS I S TOR - 6-29-62 115599

INVERTING POWER DRIVER /d-}ti,L 119217 1~ I DESIGN MODEl SMS ----

-l------RQ 3-1-62 SCALE NONE -_. -- 1° DETAIL J ------ CIRCUIT FAM:lY I

Ii-:- 1-62 LlG 13-17-62 ! CHECK a-h'l!- ilRAW ------APPRO CII[CK I SDTDl c

~~-r~~~-r------------------------------------------------'--------------------------------------------------~r---------~--------~ IT~~~~.D' I. I CAli CODI I 72991. ~~~----II I 0 F R - I ~ REFERENCE DRAWING ~ SEE PRODUCTION DRAWING 370226

-

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-ODOP £-

SlQUINCI Of' OI'£~TlOM

•• OUTPUT WI.c.L ,'OLLOW INPUT

2. PINS R " I, AND G MAY If CONNECTED TO PIN M (-12) fOR CERTAIN APPLICATIONS.

SIGNAL PINS HAH£

H.C, 0,1' '( INPUT

L,A. E.ct Y OUTPUT

OE~Y - NSEC HINIMUH

TURN ON 6.(1 TURN Ofll 6.0

MAXIMUM 20.0 28.0

WAY' SHAPE

I I

I

OUTPUT R,SE AND FAl.1. "'IH[5 ARE WITHIN :t10 NSEC'S OF THE INPUT RISE i\tI.fj.lFALI. TIHES, RESPECTIV£LY.

UP , DOWN

UP

DOWN

II! ~ R2S ~ 2.7K

.t

LEVELS

MIN MAX

-0.65 -0.10

-5.81 -a.8 -'.10 -0.22 -7.)0 -5.8)

SOTOl NON-INVERTING POWER DRIVER

n, r- .....

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"".OVAL DATI

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C ~~~- !:' ':!~ .!E..A}.!. ~g~!""':l CllleK WH 3- H2 OI/lW L I (j 1.)- rt=M .

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REFERENCE DRAWING SEE PRODUCT10N DRAwt .. , 370JIt)

CLOCK .. AND WtTH EMITTER fOLLOWER DRJVER -12

-:-c O· -AAO D ......

-I. .

Os AN

CIS 011 P~I--__ ~'---4~'~--.

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AN

SlQUENCE 0' O'lRATlOI'I

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3. DELAY OR I V I NG CTOL LOADS nJRN ON .28 USEe MAX TURN OFF .1 USEe HAX

4. DELAv DRIVING CLOCK LOAD nJRN ON .1$ USE'C nJRN OFF· .15 USEe

"NI stGNAL WAYI SHAP!!

L£VF.LS NAME

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COMPONENT SIDE

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I. ONE IHPIJTOOWN~ T4 IS OFF'. T3 IS ON. OUTPUT IS UP

3. ,DELAY ,WHEN DRIVING CTOl LOADS ruRH ON .1 USEC MAX TU/{N OFF .25 USEe MAX

4. DEI.AV WHEN OtHV I NG CLOCK LOAD ruRN ON .26 USEe MAX TURN O~F .12 USEe MAX

....... SIGNAL

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REFERENCE DRAWING SEE PROOUCTSON DRAWING 3703 .. 2

CLOCK + AND WtTH EMfTTER FOLLOWER DRIVER +6

to- 038

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D G S .; l REFERENCE DRAWING

SEE PRODUCTION DRAWING 370347

INDICATOR DRIVER

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S. 'LOGIC ILOCKS HAY HAVE SYHIOLS OTHER THAN SHOWN.

SIGNAL '"I' MMI WAVi: 1ttAI'1'

1',0, I Y INPUT H.G

I.'. I Y INPUT L.P'

G.C. OUTPUT I Y F.1l

DELAY: SDTDL.. LOW SPUD

LOGIC BLOCK WITH 560 01tH COLLECTOR MSiSTOR

TURN ON (NSEC) TURN Off (NSEC)

'"

"'THIS DELAY CAN INCRfASr TO 200 NS!C ~E" T"E DRIVING ILOCK HAS 6.2K C()~TOR RESISTOR RETURNED TO -IlV.

**TtIIS DELAY CAN INCREASE TO 350 NSEC ~EH THE DRIVING BLOCK OR THe BLOCK 1HAT DRIVES THE DRIVING BLOCK HAs 6.2K COLLECTOR RESISTOR RETURNED TO -.aV.

027 ,,0---1[:;6-_

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!

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..

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DlLAV: SDTDl. lOW S'EEO

LOG IC ILOCK WITH 560 OHM COLLECTOR ft£SI5TOR

NAN ON (N5EC) TURN OFi, (NSEC)

• I I

"'THIS DELAv CAN 'NCRIASE TO ZOO NSlie WHCH ntE O."VING ILOCK HA5 6.,2K COLLECTOR IInl'TOIt RE'NRNID TO .. I:ay.

**TitlS DUAII (:;'t, INCREMf TO )SO NSiC '*'IfH THr DRIVING IlOCK OR THE 8l~'(~ THAT DRIVES TItE DRIYING ILOCK MAS 6.ZK COlLECTOA RESISTOR RETURNED TO .12V. '

·11

027 A

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UP -,65 DOWN -5.81 UP -.65

DOWN -5.81 UP -.65

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72991~

REFERENCE DRAWING SEE PRODUCTION DRAWING '70379

SOTOL2-WAV lOGIC BtOCK LOW SPEED WITHOUT LOADS

-'2M -II ·12H

AU RlZ IU, It" ~1 5.IK )91( S·IK - )9K

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DJ

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COMPONENT SIDE

IfA"DAnIlS I LI\ ... __ t;..;;O_lIf_--I

~ 1------..-' N ,...

OL--I: -F -G

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$£QUENCE OF IoIPERATI ON

t • ALL t NPUn DOWN TRANS I STOR ON OUTPUT UP

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PINS SIGkAL NAAE

WAVE SHAPE

E,H. Y INPUT ---, A

f,Q, V INPUT I B

G.R. y IHPUT 0 u L.P, (, y ourpUT

DELAy: SDTDl· LOW SPEED

LOGIC BLOCK 'WITH 560 OHM COLLECTOR RESISTOR


.t!.!!L. 75 40

~~ 100", 200';'~'

~'THIS DEL'\'( CAN IHCRlASE TO 200 NSEC WHEN THE DRIVING BLOCK HAS 6.2K COLLECTOR RESISTOR RETURNED TO -12V.

-:,I'THIS DELAY CAN INCREASE TO 350 NSEC WHEN THE DRIVING BLOCK

f

G

A

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UP -.65

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UP -.65

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UP -.65 DOWN -5.81

CUD tOOl 129915 D G V -


SDTDl • 3-~AV LOGIC BLOCK LOW SPEED WITH LOADS

R4 S.IK

MAX -.1

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300724

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SIGNAL J PINS WAVE $tW1 MAli'

E,H, I v INPUT A

f,ct. 1 V INPUT B

0,11, U 0 y INI'UT

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LOGIC BLOCK WITH S60 OHM COLLECTOR MSISTOR

TURN ON (NSEC) TURN OFF (Nl'.Et)

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,

•

"'THIS rHI''' CAN INCREASE TO 200 IISEC \MEN THE I)AIVING BLOCK HAS 6.2K COLLECTOR RESISTOR RETURNtO TO -.2V.

,,,"THIS DELAY CAN INCREASE TO )50 NSEC IMEN THE DRIVING alOCK OR THE BLOCK TfiI\T ORIVES THE DRIVING BLOCK HAS 6.2K COLLECTOR RESISTOR RETURNED TO -1:lV.

to

Q

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•

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UI' -.65 DOWN -5.81 ... -.65

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SE/1UENCE Of OPERATION

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2. MY INPUT UP TRANSISTOR Off OUTPUT DOWN

3. LOGIC BLOCKS HAY HAVE SYHeOlS OTHER THAN SHOWN.

PINS SIGNAL NME

A.F Y INPUT

8.H Y INPUT

C.l Y INPUT

0./1 Y IN?UT

E.R Y INPUT

G.p Y INPUT

DELAy: SOTDl - lOW SPEED

WAVE SHAPE

1 lJ

lOGIC BLOCK WITH 560 OHM COLLECTOR RESISTOR


!l!!h 75 40

~ 100", 200':""

"'TH I S DELAY CAN I NCREASE TO 200 NSEC WHEN THE DRI V I NG BLOCK HAS 6.2K CClLECTOR RESISTOR RfTURNEO TO -12V.

>,c-:'THIS DElAy CAN INtREASE TO 350 NSEC WHEN THE DRIVING BLOCK OR THE BLOCK THAT DRIVES THE DRIVING BLOCK HAS 6.IK COLLECTOR RESISTOR RETURNED TO -12V.


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5.6K 101

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LEVELS

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DOWN -5.81 -8.8 UP -.65 -.1

DOWN -5.81 -8.8 UP -.65 -.1

DOWN -5.81 -8.8

UP -.65 -.1

DOWN -5.81 -8.8

UP -.65 -.1

DOWN -5.81 -8.8

5.6K

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J. COLLICTOR' HUST IE LOADEO

It. LOGIC BLOCKS KAY HAVE $YH80LS OlllER THAN SHOWN.

SIGNAL PINS NAHE WAVE SHAPE

A,' Y INPUT I I,H Y INPUT ~ C,L Y INPUT I D,q y. INPUT I i,R v INPUT U II,' Y OUT'UT

OELAY, $!;ITDL - LOW SPEED

LOGIC aLOCII' ~ 560 OHH COLLECTOR RESISTOR

TURN ON (Nlo[C) TURN OFF (NSEC)

~ 100>" 200**

"'THIS OELAy CAN INCREASE TO 200 NSEC WHEN THE ORIVING BLOCK HAS 6.2K COLLECTOR RESI STOR RETURNED TO -12V.

~n'<THIS OE!.AV CAN INCREASE TO 350 NSEC WHEN THE DRIVING BLOCK OR THE OlOCK THAT DRIVES THE DRIVING BLOCK HAS 6.2K COLLECTOR RES I STOR RETURNED TO -12V.

729918

AEFEAENC! DRAWING SEE PRODUCTION DRAWING 370J75

SOTOl 5 WilV lOG I C BLOCK lOW SPEEO WI THOUT LC AO

OJ" -,a .'2" G

A OJ

11I9 OU R20 eo- 5.IK 39K

OJ 0)2 1122

OJ S.6K D31

0 OJ

0)0 -:-OJ

018 -u -Ult , OJ

016 R2 RI N J.tK 19K

tJ DIIt RS

OJ 5.61( Oil

q OJ

01 R

OJ

LEVELS

HIN !WI

UP -.65 -.1

• DOWN -5.8 -8.~_ UP -.65 -.1

~ DOWN -5.8 -8.8

UP -.65 -.1.

• DOWN -5.8 -8.8

UP -.65 -.1

• DOWN -5.8 -8.8

I UP -.65 -.1

DOWN -5.8 -8.8

UI' -.65 -.1

DOWN -5.81 -S.S

CIRCUli AND PAC'AG,NG SUNOARO

ABC 4-2-62

t-,:::':';~~:;';'::'::'';=~;='':~'''::;:;:':'''~I- OAT_[_+-~t"~l_NC_f_N_O_. -+-_Af_'_IO_V_AL---lI-__ DA_'_[ CHANGE NO. Up.OVAL

-~~f:;= DlVILOPlIl"Hr NO.

-----+------~-----

..... N

I------~\O \0

CD

~r-~'~IA~N~OA~.O~I-r-------------------------------------------------------- 729919 en ..... _t;.;;O.;:D[=----1

0'\1-----' 0'\ N ,....

. ,

~AD'--8 -C -0 .

-E

I • I I I 1

-. F[jI_A,1 -G -H -Q, -R'

OELA,,:. SOTOL • LOW SPEED

LOGIC ILOCK WITH 5~ 01tK. COLLECTOR RESISTOR

tuRH ON (NSEC) TURH O~f (NSEC)

& 100'~ 200,w,

"'THIS DELAV CAN INCREASE TO 200 NSEC WHEN THE DRIVING BLOCK HAS 6.2K COLLECTOR RESISTOR RETURHED TO -I2V.

**THIS DELAV CAN INCREASE TO )50 NSEC WHEN THE DRIVING BLOCK OR THE BLOCK THAT DRIVES THE DRIVING BLOCK HAS 6.2K CbLLECTOR RESISTOR ~TURNED 'f0 .. IZV.

If:Q.UEN~E OF OPERATION

!. AL~ INPUTS DOWN TRANSISTOR ON OUTPUT UP.

2. ANY INPUT UP TRANSISTOR OFF OUTPUT DOWN

). LOGIC IILDCKS HAY HAVE SVMBOLS OTHER THAN SHOWN •

. -.

SIGNAL PINS NME WAVE SHAPE

II y INPUT 1 • y IIII'UT -, C Y INPUT --, 0 't INPUT 1 E y INPUT , F V INPUT I Ii y INPUT I

,N y iNPUT I 'Q .v UU~ I

G

• ...

I

, R Y INPUT ~ P Y OUTPUT ~


40 WAY LOGIC BLOCK lOw SPEED WITH LOAD

-6

II oJ)

0)2 DJ R7 5.'K

OJ OJI

0)0 DJ DCK:t-

OJ 029

D.J R8

028 5.6K , DJ 027

026 I .. HCH*--

II" D6 Q

tJ 05

!\ OJ

LEVELS

KIN HAl( ,

UP -.65 -.1 DOWN -5.81 -S.8

UP -.65 -.1

DOWN -5.SI -S.8

UP -.65 -.1

DOWN -5.SI -S.8

UP -.65 - ,I

DOWN -5.SI -S.8

UP -.65 -.1

DOWN -5.SI -8.S

UP -.(,5 -.1

DOWN -5.81 -S.8

UP -.65 -.1

DOWN -5.81 -S.8

UP -.65 -.1

DOWN -5.81 -S.8

UP -.65 -.1

DOWN -5.81 -8.S

UP -.65 -.1

DOWN -5.81 -8.8

UP -.6S -.1

DOWN -5:81 -8.S CINtUIT AND PACU"INC IIUDANO

A'flOVll OAI(

ABC 4-2-62 I

L CHANGE NO.

IIS~",--+ ___ -Jl.. ~

119217 -~-----+----t-------j~

c: _ .. ______________ ~----.... ---------------~~~--~--~~~~~--~-----.--~---------~----~------~--______ ~ ______ _LC_.-----_R_CU~I~T~F~~_'_l_Y~L::~ so OL

II-_D_AJ:.:,..t --II- CHANGI NO. DlVllOPIHNI NO.

.,::::'.. I I I -..;

0 cu. colIC 729920

N J I o H A . j C7'I

'" COol .... REFERENCE DRAWING -

SEE PRODUCTION DRAWING 370'7"

DELAy: 'OTOL • LOW ,,,ro IO-WAY lOGIC BLOCK lOW SPEED WITHOUT LOADS LOGIC ll.OCK WITH 560 Oltlol COLLECTOR USISTOR

lUlU! OM (NSf C) ~ !& 100*

1 TUIU! OFf (NUC) 4tO 200-

~nus DELAY tAN INCIHAS( TO 200 NSEe WHEN THE DAIV,,,, ~

BLOtK KA5 6.2K COLLECTOR RUISTOR RETVRNED TO -IIV.

-nus DELAy CAN INCRtAS£ TO )50 Nue WrlEN THE DRIVING i BLOCK OR THE BLOCK lnAT DRIYES nt[ DRIYING eLOCK "-S -II +IM I

6.21t COLLECTOR RESISTOR RE1\JRH£D TO -12Y. 9· !

I ~ A- D!' ~ ~A"

DJ »

~ "" _·W'- - ~> ., D,!I C:II> i -I •• ? , .• 1' • -C

D" OJt .» .. i

-0 C- -;;, ~ -[ - DJ 010

I 0 t I Dol o~

r-i-• I ,- DJ A!'AA T.

-'[j ~

5:6: It -G D2a ..-

F_ tOI -H oyDJ -0. G -,.; -R ,..., OJ -.. _ O~6 -

06 OJ Q "'" - DJ l'

. "-~~ . OJ

I£CJJfNCE 0' O'EMTIOM , . -~ or

I. ALL IN,un DOWN TRANSISTOR ON OUTPUT UP_

I. AN., INPUT U' T~SISTOR 0" OUTPUT DOW. .. '\ ,

J. COLLECTOR .. 'ST If LOADfD." .. .. .. It. LOGtc BLOCKS KAy KAVE Sy..aOLS OMR mAN SHOW.

'. "!

" ~ 1- '0 1 - -.t-.. ~, ~2 • I'" • oofO-. ) . • - ..... )001210 41- )fji(. II

'69218 "'5- ~ Di • l2 , ." • 369218 ..... *OJ • n ,1702'+ -,- S. III -Z4-3' 7"30 S.6"- • -2$-1-. • "GHAL UVILS -,- JO.1 DJ* -zt- 1692,1 PlNI kAIU:

WAY£ SHAPf • DJ~ ~Z7- 6921' "I" AAl ~IO-

~II- • DJ 1J 1-2'- ~2"

l Oft -.65 -,I ~12- JO.7 • D,.I-U .. 2.- 692" A y I..,LIT •

.. ~:~ I . I DOWN -5.81 -8.8 IOJI ~6:2IZ2 ~~: Q> ~ ~ ~ ---, IJII -.65 -.1 T, " TI ,. • Y I.."UT • • DOWN -5.81 -8.8 §' .. JO.7 gJ -t-J- -30- )69218 1.- • OJ ~l- "SI- .3692"

~ UP -.65 -.1 • C y I .... UT

-8.8 . • !I,. JO.7 .1 OJ ~- -31- )6U"

• "DOWN -5.81 . 1'- • DJ ~)- ...". '69218

I UP -.65 -.1 17- I -)4-

0 y INPUT

I ~ :: :: :: ~ ;:: it ~ : :: ~;: ~ ~ il , DOWN -5.81 -8.8

I UP -.65 -.1 .11111111 • II till"" 111111 hIli , y IN'UT Ii till uli 11 ~ 1111 i: 1111111111

I DOWN -S.81 ·8.8 1~1~llPl~llFl1 . I

UP -.65 -.1 " ~I ... KI .. , 0 , y INPUT -S.S 1t84077-I DOWN -5.81 ~I . ! -.65

,. -... l

uP -.1 .. -C y INPUT I

DOWN -5.81 -a.8 COMPONENT SlOE

I UP -.65 -.1

H y INPUT -5.8\ -e.8 e OO\olN

I UP -.6s -.1 Cl y INIIUT

• DOWN -5.81 -e.8

U • UP -.65 -.1 R y INIIUT . 0010111 -s.el -8 ••

n UP -.65 -.1 , y OUTPUT t."uu ••• 'a, .. , •• , " •••••• • DOWN -5.81 -8.8

",raOUl aan

.. ABC ""2-62

IRllINA1IONll 8USIN[SS IUCHIMlS tORP. II . ~" cu." 110 . ",.o,,~ tall eM."" 110 a"'oval a .. llor.'" .0. "A_'II~ CMD AS'" TS 1 R I O-W~Y.. -l~ ".n-61 115599 -LOCI~ BLOP; LOw ,SPEE~ WO/LOAO$~I ,-)-6) 1160Jit N

\D 015.'''; , ;IIO~l\l SK~_.. ~I 12-)0-61 "'217 \I) • C

\II !A'l. kQ. ~-I-02 FLAil' Nlllll ClicUIT '''''''Lf

to.)

(~I~!l~H ~.)-I~~ ~i'R~.q-L-ic-:t~Ji~1 0 "DTOL A"'U irHIC~ I

IT-

I

I

c

_-Or-

S£~UEMC£ OF OPERATION

a. INPUT DO\o!N TRANSISTOR ON OUTPUT UP

2. I Hf'UT UP TPANS I nOR Off OUTPUT DOWN

). LOGIC BLOCKS MAY HAVE SY"BOLS OTH~" THAN SHOWN.

PINS SIGMAl WAVE SHAPE NAME

R,Q,P, £,G,H INPUT

A •• ,C, O,f,H OUTPUT

DELAY: SOTDl - lOW SPEED

lOGiC BLOCK WITH 560 UHH COLLECTOR RE$ISTOR

TUl\N ON (NSEC) TURN OFF (NSEC)

M!&. 100·'< 200**

*THIS DELAf CAh IKCf(A~E TO 200 NSEC WHEN THE DRIVING BLOCK HAS 6.2K COLLECT~R RESISTOR RETURNED TO -12V.

**THIS DELAY CAt-' I NCREASE TO 350 NSEC wtlEN THE DRI VING BLOCK OR THE BLOCK THAT DRIVES THE DRIVING BLOCK HAS 6.21'. COLLeCTOR RESISTOR RETl'RNED TOt -12\;.

t

c.&1.&: ..... 01 .. ·.11

INVERTER LOW SPfED WITH LOAD

-6 lRe.- - -'1 ~-4- A

t 560n

t~nl ~krIJ~"""''''"''''C''''''''

R

~.~'.~. - 1 ' __ --00

~ I

LEVELS

"IN MAX

UP - .1

DOWN -8.S UP - .1

DOWN -5.81 ·8.8

lllElUliOHAl BUSINESS MACHINES CORP.

CARD COCI 72992 t o H B -


r.----6 ,AC 2

G

1,61617 J..At1

I ~61'IZ HtCl

~'~I : l6161Z ~~,

I ~~I'IZ J-RCAt

lJh6n:::J-1te S

10.51 ~2 [ 361 6lL:]-Re6

74724) A

CHANG[ 110. APPROVAL

-6 ric)" - - ,

.. , r;;;;-I

COMPOttENT SIDE

,

) -I ]56476 @.tl

.. -r: i.zl

s-C: ~:rt

102 102

..--.rT,...,,,,,,,,--oI02

I-'t~-i;i---I 102 ~":'="':":;;'--IIOZ .............................. 102

"I\lun 1110 'ACllAllla nAILOAIII

DATE

ABC 42-62 DUI ClWI8l 110. APPROVAl .4-_DE_VE .... :l_OP_ .. _EN_'_II_O_ • ..." ......

N , \D

____ ~--__ _4 ________ ~ ____ ~----------1\D N I

1~~~~~~~--~------~------~------~~-------L----j4-----~ .' ~l~qllH .. fAtllLY I CHEell

APPRO 50TDL

UANOUDI I CODE

N J N

'" ~ N ..... r--

c

D '[J' -A .. A--' C_

--G F-D _"[JL-

SEQ.UENCE OF OPEkAT I ON

I. INPUT DOlIN TRANSISTOR ON OUTPUT UP '

2. INPUT UP TRANSISTOR OFF oUTrur DOWN

). ALL COLLECTORS HUST BE LOAD!:!)

4. LOGIC BLOCKS KAY HAVE SYM80LS OTHER THAN SHOWN.

- -SIGNAL PINS

NAME WAVE SHAPE,

R,Q.,P, E,G .H V INPUT I A.8,C, Y O.F' ,L OUTPUT J

- .. _-DELAY: SOTOL. LOW SPEED

LOGIC BLOCK WITH 560 OHM COLLECTOR IIlESISTOR

'tURN ON (NSEC) TURN OFF (NSEC)

!i~ 100* 200·'rlt

.... LL

"'THIS DELAY CAN INCREASE TO 200 NSEC WHEN THE DRIVING BLOCK HAS 6.2K COLLECTOR RES I STOR RETURNEO TO .. 12V.

**nus DELAy CAN INCREASE 10 350 NSEC WHEN THE DRIVING BLOCK

X!"'l.w,

-"

•

,-

OR THE BLOCK TAAT DRIVES THE DRIVING BLOCK HAS 6.aK COLlECTOR "'SISTOR RETURNED TO -Iav.

UP

DOWN

UP

DOWN

CAID COOl 729922 o H C -

REFERENCE DRAWING SEE PROOUCTION DRAWING 37v372

SOTOl INVERTER LOW SPEED W/O lOAD

-"A'4 -tOil f', A 5.ItI. 39K T6 'U5

lo---Cl~VVV-""_n- H ' S.6K 10Z

-- "JrJ:T'.

LEVELS

MIN MAX JO.7

-.65 -.'1- 216482 216"61 216lt62 JO.7

-5.81 :!:L -.65 -.1

-5.81 -a.8

*102 ~irtJ TI T2 n 101* T4 ~ 102* ,.. 101ft T7' lOa-Ta ,01*

COMPONENT SIDE

CIRCUIT AIIO "AC~"GI"Q $TAH04RD

Oi\U

ABC ""2-62 CMAIIII[ 110. AP'IIOVAL IIATE -!.~!!~pt.Cm 110. .....,

115599 N

'" I--------t~ N

If'"'DAIlDa "" t--_C_O_DE_-t

~t----... 0\ N ,...

c

, "

~ICATIOtI

t • ,~ COLUCTOR. t.OADtNG or SD'TCn~ AND SDfRL tMU

729923

REFERENCE DRAWING SEE PRODUCTION DRAWING 310.171

SDTOl AND SOTRl 3K RE~ISTOR lO~O

IUO ue A~-~~----~~A.~--__ ~,

'3.0K l.O~ RU R6

I o-----~~v_----._----~hAv_--__oH ,. K ).ot(

,co--~ RIO

).OK 3.0K iU6 ItlS

D ~" ., oVKV---1.----..I\/V'v----O,

~ ).OK

* 1,I--~IV'V\I-_ _.>--_-v"'RI'\.IJIV-__oQ

,~",",";t",o, " , f~

l I) .,

II , . .,

~ -. ]J3.120

H1Q10

UJ920 ,-,. 323920 -,- }2),21)

1-

~-1- ,

COMPONENT SlOE

t"CUIJ AU .. CUGlIU, ITIIIDAIII

ji'''OUl .an

ABC "-2-62 CMAII" 110', oln 'MAlIC( 110,

"--'05599 _ ilF-...;..:.,....-·-+---

___________ -_.~-_-,~~l-,_' __ --<--'

.,

c

-LDi--II.

-I ,-

11",,*' or OfIIMflOM

AU

R)"

.,2ft

1117 11K

• o-~'/vV\J-~'--.-f ,. 7K

0)5 OH

-: : R21

-" o---..NVv--O C IK

G TO 0 0 15 TO 0, 6S USEe o TO I 0 6 TO 6.5 uue OTO' 6 TO 65 uue G TO H 60 TO 6S0 USEe G to Q 600 UIIC fO 6,5 "UC G TO A 6 "$Ie TO 65 ""e

I. ,.01' "It TO C '011 COLUCTOA LIM. MIt TO ,.., IOIPUT " IOIPUT 'UlII II MAMOWIA T.we A[QUIAEO OUT'UT 'ULII. • II TlID TO "'QUIAID TlIIl COM"'" INPUT '

I. AU IOIPUTI UP " 01', T) ON, OUT'UT UP

). OCMII IOIPUT, TS ON, T) 01'. OUT'UT DOWOI

~. T) TUMID IACII. ON AT 'MO Of TIN CON",.,

.. SIGMAL

'lOll '0IMi WAVE SHAl'l

L y INPUT --u " 't IMflUT

• y IMIIUT

, 't OUT'UT I I

t

, ", I

TJ ~iv~t" ~ .... ~ IAII ....

LEVELS

"'M KAX

\JIll -0.6 -0.1

DOWN -6.87 -U.5 UP -0.6 -0.1 DOWN -6.87 -/2 .5 UP -0.6 -0.1

DOWN -6.87 -u.s UP -0.6. -0.' DOWN -6.87 -'0.5

REFERENCE DRAWING S£E PRODUCTION DRAWING )70262

SOTRL • SINGLE . SHOT 0.1$ USEe '0 6s ",IC

) 1702

49') 15

115599 1160)4

eM

.~ "

.,2M ,

., 7)1 A 'I

OIl

~.

PI AS 201<. UK

a . , III '---....-_""

-12 -12

n

~. - ~l oJ-{:*- )H I I ~2- POT ~

~ foo 3 ~ III ~4-

---nT1 !-t--AU

~~- orr \l 1-6-1'"' JO,

ro1- 10 OF fool- JO,1

~ 1-1- ~~ 'I HO- . ~ 711 1-11 - lS11 [-(>I- OH ~ H2- 1t,711 JO 7 1-13- _It.,11 JO·l

~ fooI"- 100 PF H~-

"JoT1 JO,7

1--16- [*OH

~ 1-17 - 18K I 211 1'"11- JO 7 I 20 n foo19- ~ ~ rzO- 00' UF fool 1- 1.0 UF

~ ~22-

* i-U- JO 7 I JO 1-...... 1 o lUI'

... n llil:,"llliliilllli:il:,'ilil] III!1 II,::!. !ll!!~ !11!ftill~1 Ibl~J.LPJAlllbll ' " I p' I M I M I H 'D •

COMPONENT SIDE

f-U 6"'7 ~zt 50"'" "'27 ')67)

21- 191)00 .... 29-.]0-

S' ),1-

toSl S4 21 )~"' .

" )692'7 . 36-31 38 )0071"

1-39 r~ 369217 1-4'- ) '7019 1-.2- lllt9lt9 .3

1-.4 1t921t1tl 1-45 1-'" 119122. .. 41-.4' 1191]20

" n n , 1 T4

" I , ~fII O.

E I 2 OJI

CIIUII All 'ACU.' .. IUllln •

'''.OVAL . . u. ABC "-2-62

IAU eNAllt. 10.

.... . !-----4-------~----~~------__;~

--+--------+------~----------_f~ ...

11 I j i

I I

i ; 1

j

I l

I I I

I I,

' .

I

l·

S1AIIDARDS 11\ COOl

~ . 2-7045 0'1 N ,....

A o--------e

P-

SEQUIN" 0' OPfl!B.IW!

THE R£SET INPUT "ESPONOS 10 A NEGATIVE VOLTAGE LEVEL. REUTTING WItHS T6, T7, T5 AND 18 ,ON AND THE OTHER TRANSISTORS WILL BE IN THE OPPOUU ST.'\TE. THE GAnS AilE CONDITIONED IY A POSITIVE VOLTNlE LEVEL AIIO THE IIC SET IS RESPONSIVE TO A PC:i.mVI VOLTAGE Lf'/EL.'mIS, 10 SET THE TRIGGER HEANS TO TURN OFF THE TRANSISTOR WHOS£ GATE AND SET ARt: 10TH POSITIVE. THE DC SET RESPONDS TO A NEGATIVI VOLTAGE LEVf:.. 'miS, WHEN THE TRIGGER IS OC sn. n.ll.TI AND"" WILL IE ON.

pElAy • NSEC

IlNARY OPERATION~ GATED:

TON MAX HIN ta3 )6

135 "0

T,USE TO" MAX "'N MAX MIN 6J 16 240 tiS "8 16 20S 82

T,ALL MAX HIN

200 '5 160 61

NOTE: TON IS OEFINro A5 THE DELAY FROM THE TItlE AN At INPUT SlGAAL MRIVrs UNTIL THE ''OF'" TRANS.ISTOR HAS TURNED ON COHPLETILY. THIS IS HEASUlIO FROM THE TItlE THE At INPUT Wli SHIFTED 101.

PINS SIGNAL IW\[ "VE SHAPr LEVELS

C.O

N.F

A

Q.p

1.1

G.L

"'N MAX

--1 UP -.65 -.1 GATE.

DOWN -5.81 ·7.~

AC SET --' UP -.65 -.1

-\ DOWN -5.81 -7.~

DC SET L UP •• 65 -.1 DOWN -5,81 -7.~

UP ".65 ".1 RESET

-5.81 -7.~ DOWN

OUTPUT UP -I.I -7.J

DOWN -5.81 -7.3

OUTPUT UP .,., -.12 . DOWN -5.8) -7. )

QA'I'r UP. -.ft' ".1 DOWN -5.81 "7.

IN THE POSITIVE DIRECTION UNTIL THE ,tp"" TAAt:SISTOR HAS SHifTED 90~ POSITIIIE,

TO F, IS MEASUREO FROM THE TIMI! AN At IHPUT WlS SHIFTED 101 POSITIVE UNTIL THE OUTPUT OF 'THE ''ON'' TRANSISTOR HAS SHIfTED 90% HEGATIV£.

c

• a

GAlE

'-29.:.62 t-3.~

UIO COOl 729925 " o H F •

REFERENCE DRAWING SEE PRODUC'fIION DRAW.ING 370350

TRIGGER AND DRIVER

CWANG[ 110. APrROVAL GAn CHAMU NO.

115599 116034 11!!,?,17

12163!

-12·

.... -------0"

SI

;~ t-r.~~~" ~~ h~.,....t;,_.irI

~~ _~~rTT'_b_"'rt ~: ~~+of~ :~ J...:.~.:;...~~ 6. 6} .....r~;;.;:-F:-t

b~ ~~,.....~~ ~~ I-+.~:._::_r"":'i

~ H-n,;.;.;......,;..;.:.-.

~~ ~;..;.r.;.:;...~'i 71 7J .. _....:.;_&,;",;..;.I

TI 08) r2 102 T) 102 ,It 08) rs 08) H. IOZ Y1 102 f' _r=; .~'~.'--' Oil

CIICUIJ lIID rAUAGINQ StANOUD

liHIOVAl DAII

ABC it-2-62

U".VAI. DUELOPlffNl NO.

CIRCUIT rAMllY SDrel

...... N 1.0 1.0 N VI

ITIlIIDIIIIID. ~ t-_C;,;O ... DI __ -t

~t----... 0\ N .....

' n70 -c +A ~E +A C o---tO--

c

-0

-,

DOll-

Til OI;T-

OJ: L--o

T4 yez

LGJ', 'DL J-

TI3 TAB G~

SEQ.UENCE OF OPERAT I ON

-F

-Cl

0 DGU-

-A

02 ,. Tl4 DGT-

OJ

J:

T6 DGT-

DL J-:- '

n TAe A--0

I. PllfS CD OR EF OR R OR B IN UP '.EVEL GIVES DOWN LEVEL AT PIN H. A DOWN LEVEL AT PIN H TURNS ON T4 GIVING UP LEVEL AT P.lNL.

OJ 06

OJ 068

OJ

-12

I. DOWN LEVELS 011 PIN H ANO q GIVES UP LEVEL AT OUTPUT OF n4 WHICH TURNS T6 OFF AND 12 AND TI3 ON GIVING VOLTAGE OUTPVT AT 'INS A AND G (N LEVEL) •.

). DOWN LEVEL AT PIN Ii WITH DOWN LEVEL AT 'IN P RESULTS IN UP LIVEL AT !tiN •.

~. T7 AND Til ACT AS A LATCH WITH GATE IN CONTROLS. THE LATCH BACK IS PiRFORHED BV THE OUTPUT OF Til BEING FtO 10 T7

5. 12 AND TI3 ARE TRANSMISSION LINE DRIVERS CONVERTING S LEVEL IN;ur TO A YOLTME SIGNAL 'OR TRANSMISSION OVER A 93' OHM COAXIAL LINE

5. TIll INPurS ARE Y LINE LEYELS. FOR WAVEf'ORHS AND VOLTAGE LEVILS RIEFIR TO CIRCUITS INDlCAllD 8Y CARD CODES IN BLOCKS

1. DELAY· NSEC ' MIN. MAX. 'INS C, O. E' '. R TO PIN H: TURN ON To m

TURN OFF 100 465 PINS C. D. E. F. " TO PI N 8: TURN ON 120 458

TURN OFF 175 465 PIN' TO PIN " TURN ON 75 100

TURN OF~' 40 200 PIN Q TO 'IN Q OR A: TURN ON 125 }40

TURN OFF liS '10 PI"I C, D, r, " .. TO PIN C

OR A: TURN ON ..195 568 'NRN' OFF 225 705

+1211

041 02 R

OJ OJ

OJ R42 5.6K

+1

CAB COOl 729926 D H'G -

REFERENCE· DRAWING SEE PROOUCTION DRAWING 370351

SDTDL RAND W REG BIT P~S

-12

:-

':'

H

R5? .JVVv--

2K

-12 '

014

OJ

020 Q

OJ -. -12

·12

-12 8

Rli 5.IK

.1 0.01 UF

"\ 595357 0.5

'"'~~~ 492411 O. 216472 O. 216473 O. 31 015~ 0.5

~5 21 ,462 O.S 56 21 ,482 0.5 ~7 21 ,452 O.S ~8 21 ,421 0.5 59 60

JO.5 151 2104lt5 0.5 JO. ; 62 21&450 10.5 JO.5 63 JO.5 ' 64 210481 0.5 JO 5 155 216461 0.5 *DJ 16 ,- 216462 0.5 5.6K 67 369218 Q5 *OJ Ell 369218 o. 5,6K n 36nl~ C.S

,5.IK 70 369218 0.5 J9K 71 36921~ O.~ 5.6K 72 2f6450 0.5

n 7'4

TI T2 15 T4 15 TI

a.&4129 n • TI

TIl T' TI4 TIO

COMPONENT tiS Til 'flf TIZ

CIRCUIT "'D '",CRAIIII' ITAIIDUD

DATI

ABC 4-2-62

CHAIIDt 110. III'I'ROVAl '''Ill! CHAlllt 110. Al'I'IOflll

..... N

--~-----------r------------4~ --~--------~.----~+-~~------~~

. ~~r-~~i~J~~~~g~~.~OS~~----'----------------------------------------------------~------·---........ --------........ ----.... --~-----------.... ~----------r-7-~-9-9-2-1--~· ,... t-"';;';";;';"---I ~t----_-a 0'\ N r-

-A .. --e

-0 .--C 11-

,...--

-" -D

--II. .

-A

-u ~

r--

-"

SE<lUENCE OF OPE~TION

I. PINS 8 AND C HUST 8E DOWN TO HAVE A DOWN LEVEL AT )22 2. PINS 0 AND A MUST 8E DOWN TO HAVE A DOWN UVEL AT 021 ). EITHER LEVEL DOWN AT 1)21 OR 022 WIll CAUSE THE

TRAr.SISTOR TO .TURN ON. THE OUTPUT WILL DE UP 4. EITHER a OR C UP WILL CAUSE AN UP LEVEL AT 022 s. EITHER D OR AWILL CAUSE AN UP LEVEL AT DU 6. 80TH LEVELS AT 021 AHD 022 MUST 8E UP TO TURN THE

TRANSISTOR OFF. THE OUTPUT WILL 8E DOWH 7.' TI AND T9 MUST- 8£ COLLECTOR LOADED

SIGNAL, PINS NAME

8.C Y INPUT. D.A

R Y OUTPU;rS

E,F G.H Y INPUTS

Q. y OUTPUTS

DELAY. NSEt

TURN ON TURN OFF

MIH. '70 110

wAVI SHAPE

~ ~. ----.r-L L-J.

NOTE: MXIMUM DELAY MY INCREASE FOR A 6.2K COLLECTOR RESISTOR.


, ,

sorOl DOUBLE LEVEL LOGIC BLOCK 112A LOW SFIEEO. WO LOADS

-12 I

DJ R2l ).91{

...1 1M

122

co---~~~~------~------~------~ DJ DJ •

-12

Do----I~-"'" IJ

Ao---~r_~~------$-------~-----J

Il Q...--l»--_ -,._---_.-DJ

-0-1 2M ... 1 1M

OJ OJ Q

-12

co---.a,.--!)J an

).91(

D38 ':'

Ho---~~--~----,--~~------~-----~ OJ DJ

€:? e9 )l~919

T2

€5> Tl

<i;p

~ ~ .. .. '

U:VELS

"IN !'tAX ~ T7

~ T8

UP -.65 -.1 DOWN -5.81 -8.8

UP -.65 .1

DOWN -5.81 -8.S

102 I ~6~1 Z2 TI . I~ T2

UP -.65 -.' DOWN -5.81 "8.S

UP -.65 -.1 n Tot n OOWN "5.81 -a.8 TI-n 1'1

COMPONENT SIDE

CIICUIl AID 'ACMAflIIIQ $lUOUO

DATi

ABC 4-2-62

IMlUNU!OHlL 8USINESS MACHINES Gen. lim CMAliC[ 110. AP'ROVAL OAT[ CH"NGE NO." AP'1I0VAl OnELOPlllN rHO. ----------_.- ...... N

-----_4~ NAME ARO ASIi YS'rR-SDTOL-OOUOLE t -.<1' -62 II 5 LEVEL La #2A [(ii4S£:EEO \JO LOJ\O'-;S'F-I_';:);':;"_-:-63"---+--'-'-1I~6":O'3'C:4-~------+-

OESIIlH Moon SMS I)mll RQ . )-1-62 SCAlf NONE

N .~-----~~----.--~--------~----------_4 ......

CHECK WH l-:-r::62 I)-RAW; LI~u3!':-.!.J1 !.:-~6~t-___ 1-------l-----i---.-+------+------l APPIcO (HfCK

ex)

"AlDUDI COOl

(' ... 1-----' ,0\

0\ N ......

C

-Pj-A) --Gb}-L


I. THE FIRST LEVEL,Of DIODES OF 80TH TIS AND TIO PERFORM A N~GATIVE AND, AND THE SECOND LEViL OF DIODES PERFORM A NEGATI VE OR INVERT FUNCTION. THE DIODES OF T7 ANO T7 PERFORM A NEGATIVE AND W:;ERT fUNCTION. THE OUTPUTS Of TIS AND TIO DRIVE TnE DIODES OF T7. THE OUTPUTS OF TIS. TID DRI VE THE DIODES OF T7. THE OUTPUTS OF TIS, TIO AND T7 ARE FED INTO THE fiRST LEVEL OF DIODES OF TI4 WHICH PERFORMS A NECATIVE AND FUNCTION. THE SECOND LEVEL OF DIODES AND TI4 PE~FORM A NEGATIVE OR INVERT FUNCTION. THIS CIRCUIT IS USED TO CHECK FOR ODD PAKITY OF A TAPE CHARACTER. TIS AND TIO ARE EXCLUSIVE OR'S THAT EACH DETERMINE IF TWO BITS ARE ODD OR EVEN PARIY\" AND THEN Tl4, ANOTHER EXCLUSIVE OR, COMPARES THE OUTPUTS OF TIS AND TID TO DETERMINE IF ALL FOUR BITS ARE E'IEN OR ODD PARITY. . ,

2. THE CARD CODES SHOWN IN lHE BLOCKS REfER TO INDIVIDUAL CARDS SIMILAR TO THAT PORTION Of ClnCUI T~\'

3. DELAY - t:~~~ I HPUTS TO OUTPUT: "I N • MAX.

TURN ON )2 263 TURN Off 27 213

PINS SIGNAL WAVE SHAPE NAME

P, G

~J Q. R INPUT

C. 0 E, f INPUT

L OUTPUT

Q

RO

on f8 D72

-12

00--*'--' FB 071

£ o---tI+ Fe D70

-12

02)

f8 024

FB 020

F8 DI9 ~

fB

R46 l.9K -12

045

F8

f8 FB

-12

kal ),9M,

0.6

f'I

011

f8

LEVELS

SOTOl +12"

-6

0.5 210474 0.5 216414

0.5

0.7 350408 0.5 ~J,~ ~ -i696il M )69b2l O.S

~ 0.5 ~~m-369 2) 0.5 216458 0.5 216458 0.5 )69623 0.5 369623 a.s

ca •• COli

D H J ...


MUP NUMBER 4 .. 6

3-.. -I" &--I-

7-8-t-10-11-

'"12-"I'S-r-14 .. H5-1-1.6-H7-1-18-

19-20-21-22-

-n--2 .. -25~

0)6

OJ

0.5 0.5 (I.S

0.5 0.5 0.7

0.5 o.!:> 0.5

0.5

0.5 O.S

0,5

"11 tUK ., -u

~~!A """ fttl

I ... j; It:

osz OS"

fa FI

R6)

5.6K '62

is PF

061 OJ

g~9 OS" Fa

0)0

fB 055

069 Fe

,..8 R21 ).gK

csa ·60----1 ....

1500 I~F .!. r_

I • • • 0 • 2 .:~. 2t6~ 21- __ • • t 560 n -.

216458 27- • •• )·91( •

21-E~t JO.S + n • 11." • 369623 )0-

~~"*f' 2.6456 11- • A •• l.jK 350408 .. 12· • - t IS PF

·53- CJO.5 • 216482 '4- .:~ . 39K 216440 35 .- .1:-1 .. 560 n

-u

S60 n JO.5

*fB ).911.

~- f8 * Fe ilt- F8

JO.S 1500 PF

~* DH .. JO. 5

369218 ]6 • - - "* OJ ,jH:)- OJ

u- 15 flF IS PF ~]I-I. 3·ll( • • 5.6K

216461 't- iC} F8 t S.I.rt JO.S 40 *F8 • - SbO n

216474 -041 JO.5 t 16K JO.S 42- ,~ fe t JO.5 l.3K 04'S- -+0- Fe • I!» PF

]69621 44-

"'I,

• • r-r-

I !-

~ ..-, .. te •.

.. --$

-, 7· ~

• -,- ~

10 ...

-6

L

" 52 H~~F;f U '4 .....,,~,.o;..;;. ...... ;.c

n~.;.::..;;~~:.a ,. n ..---~~,..

U..-;.;..;~~:.a

" '0 ..-~..-...~ .. 6' 12 ~.::..;...-.;....p..;;~ n 64 ...... ;.;...;..---~:...

" ....... ;.;...;..---~'f 66 ......,. ........ ..."..,..~~ 67 ....... ..;,.;.,;.;.,p.~~ 61.....,:;..;.;..;;.;.;;..~:..t

O.~ .j~96i3 4!H .9K -t!t-'f8 1Q-fe r * .. *" -+()-~ 3.9K .~ Fe • " t-"~;.;.c..+;;;"!01 .,O......,.:;.;;::..;~~:..I

0.5 0.5 O.S

216458 21b458

4841 , 3 D

4. ~47

~41.,

f8 3.9K -«1- Fe , J]j:J ~ JO.S 'l -6::).-Fa

t JO.9

If'' I' ': I: r. !! ~ "1! r. " ~' "-.rlf T

IIII1 II 1111" It ~ IIII II till II • J: H IIII , 1141 ~ II ~ I! ,. II ~ IIIII il h iJ .. J.I II II it ;1 U u u I

1 A 1 ~ J.ll ~ I ! Ill! 1 r RPM K H '0.

II -1" -IZ· ~

n Jo-;...,..:;..., .... .;:.........,::.., 1'1 t-.:.::Jt.:.:':.L+;.;."", 1'4 '-__ .A..;,..~ r0-

TI Tl n T4 T , 11 T1'

~ .

- )69179 I -,-- TI . MIN

UP ~.65

DOWN ~5.81

L UP -.65

DOWN -5.81

UP -.65

DOWN -5.81

IIHIKATIONAL MUSIIESS MACHINES CORP, NAME CARD ASM TSTR- SOTOL

MUP NUMBER 3 O[SIGI'I MODEl SMS OUAIL SCALE

MAX

-.1

·8.8

-.1

-8.8

-.1

-S.S

OUI CHANGl NO.

124 124

COMPONENT SIDE

APPROVAL OAf( CHANGE NO.

3696~6 309656 I-

...

A"aoVAL

ABC

TIS Tt TI4 TIO TI' Til Til TlZ

A".OVAL

3696S6 I

DAti

4-2-62

O[¥(lO'IItNJ fie..

-4-10-6) II -5- 6]

SEE INDEX CARD ~ 1~_~~~~~11~6155 1 ________ ~~--____ ~----------~~------~--------------1~

Ilf.I~ ~ NONE CHICK DRAW LIG ;;.::lW~ ':'" /4, I . .,.~ .....

APPRO CHICK

!r-~'~-4~I~t~9Q~2~4----+--------~--------+---------~-------~-------

~~~'U~"D~U~OI~-------------------------------------------------------------------------~r-----·-:r-~72~9~9~29~' COOl 0\1-----;

~I----...I 0'\ N ,...

c

~---------+~.-----"

SEqUENCE OF OPERAT ION

I. FIRST SET OF 0100£5 TO 13 AND T9 IIIRFORH A POSITIVI AND fUNCTION AND THE SECOND SET A NEGATIVE: AND. •

l. LATCH CONFIGUIIATION IS PI"O,,"£O BV COUPLING THE OUTPUT Of T! lACK TO THE NfGATlVE AND OF T) AND IV TlJ TO T9.

J. THE INPUTS TO TlIt'ERfOAH TWO LOGICAL FUNCTIONS. fI"ST SET 'IRFDfWoi A NEGATIVE AND AND THE SECOIlD A NEGATlV~ 011..

It. THE ONE ANO TWO DIGIT NUI'IIERS SHOWN IN THE INDIVIDUAL lLotKS Of' BLOCK DIAGFWI REFER TO TRANSISTORS ON ntl CARD.

S. 1). T9. TI AND TI J COLLE .. rORS MUST I' LOADED.

6. INPun AND OUTPUTS ARE ALL V LINE LEVELS. fOR WAVe 'OMS AMD VOLTAGE LEVELS REFER TO CIRCUITS INDICATED IV CARO CODES IN BLOCKS;

7. THIS CIRCUIT PERfORMS A LATCH "}UlATION WITH A GATE OUT.

8. DELAY· NSEC HIN MAX

PIN C, DDR 8 TO PINS A .. f: TURN ON 120 1t58 TURN OfF 115 565

PIN C. 0 OR 8 TO PINS G ~ H: TURN ON 80 258 TURN OFF 100 "65

PIN C' 0 OR I TO PIN i; TURN ON 95 )B3 TURN OFF 107 523

'IN L TO PINS A .. F: TURN ON 75 100 TURNOFF 1.0 200

PINS p. 1'1 AND Cl TO PIN I: TURN ON 7 58 TURN OFF 15 us

MOTE; THESE DELAYS BASED ON A .68K LOAO RblSTOR AT PINS G AND H All!) A .56K LOAD RE:oISTOR AT PINS A ,.,.0 F •.

. TtiEY CAN IE fXtEEDED WITH A a.ARGEI'I COLLECTOR RESISTOR,

0.5 o.

REFERENCE .DRAWING SEE PRCIDUCllON DRAWING 370349·

SOTDL LATCH WITH GATE OUT +1214

-12 +121'1

R28 R26 5.IIK 19K

RZ7

5.6K

+121'1

121t~6 TIl 121t 1696 T,"

COMPONENT SIDE TIS TI'

41 50 51 52 5, 54 55 56 57 58 59 60

'I n 63 C4 65 16 1S1 68 It 70 71 72 13 74

.

TI T2 TS T4 1'5' TI T1 TI Tt

TIO Til TlZ

~A

E

RSIt 1.6K

2/6~1 O,}, 216462 0.7 )6921t1 10.5

36921B O.S 116462 0.5 36921B O.S )li2/B 0.5

2~/ O. 2/6461 0.5 ..l."0It.li 0.1.

~92IJJ. 0.5 .1612IB 0.5 3b92l~ 0.5

.1.ill..!.§. 0,,2,

121t

102

102

C'lCUII A~D ,~tUG'NG 51UOAKD

AP~'OYAL DAH

ABC 4-2-62 OlVllO"IIlNI NO.

CUD CGOt 373336 0 J 0 ~

+6" R56

R9Q ISK

8 ":'

AN DI4

N i6 Q 0- ~,--,-AN

IS Oil Z N "77 l- AN ISK w

D24 w :z: +611 R 0 -_ .. ,,-_. <II

r AN

R34 -6 15K p ()--------, -12 (I +611 AN

D8S ~ ft96 0101 15K

AN

AN DIS

AN -6 026

N AN III 6 -6

+6 L AN

~

R8a +6H 0105

ISK

AU . AN

15K I 023

AN

010 0108

A 0--. F AN -6

AN DloG D

AN +6"

-6 a52

067 15K

+6 AN

t 011

AN Ol2

-t6H AN -6 L28

d S6 UH 022

S AN +611

15K , H

D69 RiA G 15K

AN

U AN

-6 02.

T -6 AN +6 +f. 09

V AN +611 Hb,/ a27

680 n t/2111 t/2W

+611 AI L32

048 ISK

L67 S6 UH 172 56 UH ISK AN

J D.8 01:1/

5 0-- ;:J-- +611 064 AS AN

K 04

6 0--AN R) AN -, 117Y D34 15K 4.71; 1/ 2W W 0--AN

08

-6 AN -12

VOLTAGE PIN -=-

GNO I -6 2 -Ei +6 J CIRCUIT AND PACKAGING SIANDARO ,.12 ,. +611 7 APPROVAL DAil

OAIl CHANGE 110. APPROYAL OA~ CHANel NO APPROVAL OLVlllIPMlNI NO.

-lIi6lS ltlliL -----~ ._- ---"-----. --.. ----~ "'" XI325 ......

. oil4728 --~~--~-- w Hal --_ .. _-.. _.-

"'" _=~~~~." __ ~c=-~<_-' ___ . W

C --." .. - .-------- 0'\

---- -.- .• " .. - --.. - --

c ••• CQ .... O '7 •• "!Ilia" .11,.

f\..

)r-ra,~~'-----'-----------------------------------------------------------------------------T--------r------.,

!

1.0 (V'\

M M ...... M

C

N

~ C'J I-LIJ LIJ :r CI)

n 73 71 72 .. 70

395657 A

POSITION

I 2 ) 4 5 6 7 8 9

10 II 12 13 14 IS 16 17 18 19 20 21 22 23 24 25 26 l7 28 29 30 31 32 33 34 ]5 36 37 38 39 40 41 42 43 44 45 46 47 48 49 50 51 52 :;3 5'+ 55 !;c.

c. ••• c ...... • , .. -

r'rlr~rlr'rlr'r'·'rlr'r'r'r,r'rl leI mlll.ID/I"! 1311all,IIlIIYI hq Iwllv1lutiTIISI

VALUE LMR HOLE UPP;"R HOLE POSITION VALUE

15K 0614 0828 57 JO.7 JO.8 2~14 243c· 58 AN 15K )215 32251 59 JO.7 AN In6 Il2fi 60 JO.5 JO.6 18.16 ,828 6, 6801ll/2W JO.) 2716 272:l 62 JO.3 JO.5 30'17 102', 63 JO.l AN 1't.17 3421 64 AN AN 3817 3827 65 JO.S AN 4217 4227 66 j5K AN ~17 4627 67 56 UH AN 5017 5027 68 JO.5 AN 54.17 5427 69 AN AN 5817 5827 70 AN AN 62'17 6227 71 JO.l AN 66.17 6627 72 15K Jo.4 0618 0626 ]'j 15K AN Ill8 1328 74 JO.5 JO.5 7~18 7628 75 JO.9 AN 4019 4029 76 JO.7 AN 4419 4429 77 15K AN 4819 4829 78 JO.3 AN 5219 522S 79 4.7K AN 56.19 5629 80 Jo.4 JO.8 6019 6035 81 JO.3 AN 6<i19 6429 82 Jo.6 680l\1/2W 69.19 6933 8] JO.5 56 UH 8319 8333 84 15K 680l\1/2W 8719 8733 85 AN 56 UH 9219 9233 86 JO.] 680nt/2W 9619 9633 87 AN 56 UH 7420 7434 88 15K 680i1ll2W 7820 7834 89 JO.5 A.~ 3621 ]631 90 15K JO.5 8121 8131 91 15K JO.5 8521 tl'::31 92 JO.4 JO.7 9021 9035 93 JO.5 JO.5 9421 9

'.31 94 56 UH

56 UH 10021 10035 95 JO.5 IK 1/2W 1622 16)6 96 15K JO.I 7222 7236 97 Jo.4 43n t/2W 2026 2040 98 AN JO.5 2228 2238 99 Jo.6 AN 2829 2839 100 JO.3 JO.5 3031 3041 101 JO.8 JO.4 6231 6239 102 Jo.4 JO.7 2632 2646 103 JO.5 AN 1233 1243 104 AN JO.7 4133 11147 105 AN JO.] 2434 241+0 106 AN Jo.3 0635 0641 107 AN 15K 1035 1045 108 AN Jo.4 4335 4343 109 JO.) JO.l 0437 0443 JO.3 0837 0843 68onl/2W 5037 5051

100

HOLE PATTERN rlr1rlr,r,r1rlrlrlr,rlr,rlr1r'r' 490263 IRllQllpllNilMllLI h<II"IIHt IGIIFIIEI JOlletlel,.t

LOWER HOLE UPPER HOLE POS. ITl ON TYPE E B C

5739 5753 I 083 3439 3637 )8)9 5340 5350 2 08) 80)9 78' .. 7639 5542 5556 ) 083 9639 941+1 9239

10042 10052 4 03) IS45 1743 '94S 2343 2357 5 083 6445 6247 6045 7341+ 7.350 6 083 9552 9350 9548 3245 3251 7 083 2163 2361 2563 6945 6955 8 034 )767 3965 4167 8145 8155 9 08) 9&77 9675 9an 8946 8956 10 083 4179 4377 4579 341+7 3461 IJ 083 7979 7781 7579 6747 6757 12 083 1882 1684 1482 7847 7857 13 08] 5682 5484 5282 8647 8657 2848 285'• 7148 7162 7548 7562 S31tS 6358 1049 1067 1650 1664 4450 41+64 0851 0857 1251 1265 0653 0661 1954 1960 3255 3267 9355 9365 9656 9666

10156 10166 5957 5971 0859 0869 88!i9 8873 6461 6471 6861 6875 8261 8275 1462 1470 3063 )073 5063 5077 5763 5773 6663 6677 7864 ;872 5565 5575 2067 2079 5267 5273 8467 8483 2269 2277 .1673 3683 6475 61185 8675 8685 9075 9085 6277 6287 8877 8887 6079 6085

IlmUliONAL BUSINESS MACHINES COl', OU[ CIIt.lIQ[ 110. APP.OVAL

" .... ~ .. -II '-It :-60 III o. =sin -Ie '"' ... -u :.!l,t -10 -4' :.!!.47 :..!! 4. -44 -41 ~41 ~5t -3' -11' :..!!.so -S4 :-un ::-;0 SI -at -2' :at I?

NOTES X

]I

XlI

xo:r

DATE

PART NO. VALUE QTY.

132399 43nllZW I 213693 IK II2W I 216460 It.7K I 216472 15K II 317014 680nl/2W 6 491001 AN 32 491311 Sf. UH 6

318324 03) t ]ltl325 OC3 II 535009 0)4 I

CIRCUIT /iUST C~F'ORl1 TO ENGINEERING SPECIFICATION 893160 ASSE/1BLE TO ENGINEERING SPECIFICATION 89301')/ IIJII I N BLOCK DENOTES MRE WI RE JUMPER 491296 ALL RESISTORS ARE 1/4 WATT AND 15% UNLESS OTHERWI SE NOTED

C'RCUII 10110 PACKAGINC SUIIDtoIO

"PrIlOHoL DAII

AIA . .c :3- t.. C. L-G.5

CHANG£ NO. APPIlOVlol D£VHO',.[," 110. W . -'- -,. __ .- -----..J

X 1325 w w w Cl' -- --

AI~

~~~n~AN~DA~.D~I~----------------------~----------------------~----·-------------------------------r~~==--~~~~ CODE

c

+6" C

:: ISO ."UIL ~

028

~ AN

- DH rye

AN t--, .. D)O AN ~ AN t.i9

JA.

NO-----------+~~----~

D2' AN -6 AN D40

r-:-

" ., ... ~; 56UH~

0.

:

~ ~ AN

p

to8i

.IOJ ~ ...... A. --. ,.

~oA """ ./av·

. , .. · .. ~iJ~· . .,:9i

y~ lOoP,

.'R68

I" .,~,

1/2W eL98 , ~56UH 10

~ Ll2I.:: S6UH~

':RU8 -'AM'~

1109 ..A.~~.11

Ilaw

:= 7.$K ~ . • C)att

>- 7.5K ~:IUIS l' ... _ .... ______ -!:Q'

L-+-____________ ..... _________________ .-4a_" ___________ ~·--~~D~.' l"~ . ~ 1

~-+~--+-----..... ----~ ..... --..... ------..... --------------------..... ------

'M~

,-

,,... -,,.. -

,A

I

VOLTAGE INO -6 ... 6 -12 +6H -12M

I-

D2I .... Ni

02)

AN'

~ AN

010

AN'

015 .... AN

018

AN

o~

AN

011

AN

PIN I 2 3 ,.

. 7 8

+'" ~~ iIl'A60

4i1'ISK I' II'

022

AN

024 .... AN

o~ AN

0)7

~ +iM c~

.: AS7 4110 15K ~P'

020 ..... AN

Oft)

AN

'!ll AN

041

J AN

, ......

.. _ .. , .

rtl;' rp-roe;

. ,

I r!!-, ~

.

.....

~

'i~ S CI

D~ ~ M

, 7ii

.

) !; LlD7 ~S6UF

1-..~---------------------------------------------------------------..._1_t_r----------oo r-----------..... --~------------------------~------------------1r~t_-----·---Ow

",. , J.9k

--ill , ~

"'~ ......... "-,, ........

"o-----.----------------~_.

RO-----,------------~~--~

xo---------------------~_.

£o-----' .... -----------+~-----

CIRCUIT AIID 'ACKAGING STANDARD

APPROVAL DATE

C"ANGt NO. APPROYAL Dm~p~~!_~~~ __ w

'--"--t--- ----t XI241 "'-01 W W W W

\' "I

r~~~IT~A~ND~A~.O~S-r---------P----------------------------------------------------

~ t-_CO ... ,D_(_-t

~t----,., ',.... ~

N

N

i

""'ii"= .,--11-

14--

•• ..!!= '1-'0--11-

"'n-= .,.--71-71-

11--TI-"0--.. ::: .. --IS-... --15-

11--.1-'0-It-

"11= 11--

n-1"-n-.. .....-=: 10--4.... -.. .,-.,-.. ,-.... --

411-".'""4i"'= "0--It-I'-lIT-SI--sa-1"-n~ II--

lSI-10--..=: 11--

17-11--

11-1"-u-11--

11-l0""'ii"= II-

IF-II--

It-14--

)9565) A

POSITION VALUE

t 2 ) It 5 6 7 8 9

10 It 12 I) lit 15 16 17 18 19 20 21

, 22 2) 24 25 26 27 28 29 )0 )1 32 )) )4 JS ]6 H )8 )9 40 41 42

JO.S AN AN PM AN JO.7 JIoO JO.S AN AN AN AN AN JO.) AN AN AN AN JO.7 AN AN AN AN AN JI.O AN JO.S AN AN AN AN JO.S JO.S JO.1 AN

, JO.S An JO.5 JO.3 AN AN JO.5

LlWIER UPPER HOU HOLE

11rt4 1714 33'i4 7 ...... 8714 9914 29.15 2016 61'16 89J6 3517 4717 52J7 9717 UI8 4018 6018 7918 )119 9219 2520 55'20 6920 8120 8S20 4221 7621 2722 5722 7122 8)22 942) )824 4524 9725 1)26 89~9 1730 64,l0 87.)1 92)1 (l8)2

1424 1724 ))24 7424 8728 9928 2935 2026 6126 8926 3527 4727 522,7 9723 2228 4028 6628 7928 )1)) 9229 25)0 5510 69)0 81)0 8540 42)1 76)1 2132 5712 71)2 8332 9433 )8)4 4S)8 97)5 1336 8939 1740 6436 8741 9241 0842

POS ITt ON VALUE

4) 44 45 46 47 ItS "9 SO 51 52 53 54 SS 56 57 58 59 60 6. 62 63 6It 65 66 67 68 69 70 71 72 13 74 75 76 77 78 79 80 81 82 83 84

AN AN JO.3 JO.) JO.S JO.S JO.5 15K JO.5 AN 15K JO.5 AN AN 15K 680n 112W 7.SK ISK 680n .law ).9K ]00 PF JO.7 20n 1/2W 680n 1/2W JO.7 7.SK AN JO.) 15K 56 UH JO •• ].9K ]00 PF 56 UH AN 680n 1/2W ).,K ]00 PF s6 UH 7.5K JO.S JO.7

HOLE PATTE AN .tOa60

LOWER UPPER HOLf HOLf

'932 13)2 42ll 673) 06)4 21)4 8115 8ns 10)6 9TH 1238 7938 4342 5142 1(4) 4844 5344 1845 0746 S546 5946 6246 4047 )648 5748 7248 9448 )849 4549 6449 9949 2250 26SC1

1050 )350 6850 7450 7850 8251 2052 2452 7652

1942 2)42 42]9 6739 0644 2144 81ltS 8)49 1046 9747 1248 7948 4352 5152 165] 4858 5)54 18S5 0160 5560 5960 6260 4061 )662 5762 7258 9458 )855 4559 646) 9965 2264 2664 )064 ))60 6864 7464 7804 826S 2062 2462 7666

POSIT I ON VALUE

85 86 87 88 89 90 91 92 ' 9) 94 95 96 97 98 99

100 101 102 10) 104 105 106 107 108 109 110 III 112 II) 114 liS 116 117 118 119 120 121' 122 123 124 125

AN .10;7 680n 1/2W JO.5 AN JO.7 JO.3S JO.) JO.5 56 UH ]00 PF ).9K 680n U;tw 56 UH JO.5 )00 PF 7.SK JO.S 6800 II2W 625 PF ,).9K JO.7 56 UH )OOPF 6II0n 1/2W 680n II2W 2.7K ).9K JO.5 JO.5 15K ).9K 56 UH 7.SK JO.) 7.5K 56 UH 7.SK 56 VIi JO.} JO.)

LOWER UPPER HOLE HOLE

8S5) 975)

1015) 4)54 9254 8755 Sl56 8056 9461 0563 0963 5063 566Lt 6064 1165 6465 5366 5866 7266 g066 n67 ))67 4267 4667 8067 1868 )868 6768 )569 4869 7669 9869

10269 6970 7871 8771 8472 1573 31H 68&2 9082

856) 9767

10167 4)64 9268 8769 SJ6,) 8062 9471 0577 0977 5077 5678 6078 1175 6419 5)76 5876 7280 9080 1381 )3BI 4281 4681 8081 1882 3882 6778 3579 4879 7679 9879

1028) 6980 7877 8781 8486 1581 )18] 6888 908S

'CHAIiCt 110. 'A"IDWU

=nil =u-" --.. -II =ill. -u .. =n-" -'I -f. ::.!!..,. -." _. -'0 - .. .... f ••

--" -II -I. --Ill --II -II --'0 -,1 II

-I' =ii'"" --... -I' =11" --.0 -ot' --ott -47 --4, - .. --... '-4' --41 -41 -.-40 -I' --I' -IT

=it" =0-'. -II -II =i8"'10 =U

1' --.. -II

--14 -II --I' -II =-;;-'0 --II -I' --I, -II --14

PAil' NO

216458 216465 216472 317014 )17021 334949 35(4)9 491007 491311 492414

318)25 535009

373333

VALUI on J.9K 1 7.SK 1 'SK 6 6808 1/2101 9 2.1i( t/2W t 20n 1/2\,; • 300 ?F , AN 36 56 UH 9 625 PF •

083 10 0)4 ..

POSITION TYPE E • I 08) 7436 76)8 74',0 2 08) )6)8 )840 )642 ) 08,) SI)4 53)6 51)8 4 08) 5938 6140 5942 5 08) 6742 694!1 6746 6 08] 284) ,3045 2847 8 os) 8944 9146 8948 9 034 2473 2271 l469

10 034 1482 2684 248(' II 081 0886 0684 0882 12 08) 5285 508) S281 13 (8) 6386 61134 6]82 IS 034 7285 7483 768$ 16 0)4 9)84 9582 9784

IIOTES X CiRCUIT HUST CONFORM TO EN.INEERING

~PECIFICA'(ION 8931~,7 n ASSEMBLE TO ENGINEERING SPECIFICATION

893001 xu "J" IN BLOCK DENOTES BARE WIRE JUMPER

"91296 1lJ:I ALL RES I STvRS ARE t/4 w ANO t5% UNLESS

OTHERWI SE NOTED

CIRCUli AND PACUCING SUNDUD

A'PIOVAL DATE

c--:: ·-C· (~~

OAU CHAIIGE NO. • '''O~AL DEVlLOP.,lNJ NO •

~r-~rnm~~--------------------------~----~-------------------------------------------------r--·------~~~~ 373335 U'\ t-:~:rir--f ~ 1--";""";;'--'

f'I\ ..... f'I\

c

VOlTAGE , ... GND J.I.Q AND V -u At i6H 7

CHANG' NO. A"1I0vAL DATE

11)6'5 J2L D114]28 MDL

CIRCUli AIIO PACKAGIIIG SlAIIDAIIO

APPROVAL DAlE

CHANGE NO. A'PP.OVAL DlVllOPIHNr 110. \AI

XI242 ..... \AI

---~- ---- \AI \AI -- .-----.. ---- V'I

\.) "

r-'-"~U~ND~A!c'D~.-r---------:--------------~----------~--~------------------------------------------~------------------_r----------~--------_ COOl Lt\ t-~"!'"04~--I ~ ~2 __ -.:..7 ;.....;..5 ---'

C't\ :--.. C't\

N

7t .,.,

.. ..

17 15 n

395655 A

POSITION

I a ) 4 5 , 7 8 9

10 II 12 13 14 15 16 17 18 19 20 21 22 23 24 25 26 27 28 29 30 3. J2 33 34 35 36 37 38 39 40 4. 42 43 .... 45 46 47

c c .•• c ...... It ...

.... ce., 5 D J f -

II

PART NO. VALUE OT"I.

3J7006 200n .. i~ iI? it:>-

3170'0 4)on tt 317027 11K .. 491007 AN II

3.8325 083 II

'* '£*~~ ~ g: ~ • • tI

N

r1fl rlflrlrlrl,1rlrlr",r'rl r ", ,.,,11 ,.\ UH'., Jillall"111 IVllxllwl,v1 Jut ITJ '"

VALUE LOWER HOLE UPPER HOLE

PM '429 , .... , AN 4829 484) AN 2930 2944 200n 2031 20"S 200n 37l' 1745 AN 7231 7245 AN 7631 7645 loon 5432 5ltIt6 200n 6532 6546 200n 8432 8446 4301l 2334 2)48 430R 4035 4049 430R Ins 5749 43 OR 6935 6949 43<¥l 8715 8749 11K U)6 3250 JO.7 2617 26 !I I JO.7 .... 17 4451 11K 11.)8 1752 11K 5138 5152 11K 62)8 6252 11K 8118 8152 AN 2054 2068 AN 3354 3368 11K 1758 1772 11K )058 1072 JO.7 3658 3672 11K 4558 4572 11K 6058 6072 11K 7258 7272 11K 8458 8472 430R 1160 1174 4)OJ1 2460 2474 4)on 3960 3974 430R 54EO 5474 4lon 6660 6674 430n 7860. 7874 AN 9961 9975 200n 1463 1477 200n 276) 2777 200n 426) 4277 200n 576) 5777 200n 69£3 6977 200n 816) 8177 AN 4865 4879 AN 6365 6379 AN 7565 7579

HOLE PATTE"" r1rlrlr",rlrlrlrlr,r1"rlr'r'r, 490262 IRllollp" .. ' IMI ILlIKI t",btUQti,II£'IOI leU".,t

'OSITION TVPE I • C

I 08) 2)27 2US 2)2) 2 08) It027 )825 402) 1 08) 5727 5525 Si723 It 083 6927 6725 6921 5 083 8127 7925 8.23 6 083 1979 2181 1983 7 081 3279 3481 3283 8 083 8579 878. 8583 9 08) 118. 7)83 7.85

10 08) 4482 4684 4486 II 08) 5982 6184 5986

HOrn

If II ..

I CIRCUIT I1UST CONFORM TO ENG INEERING SPEC I F I CAlIaH 893159

XI ASSEMBLE TO ENGINEERING SPECIFICATION 893001 III IIJII IN BLOCK DENOT[S BARE WIRE JUMPER 491296

n:n: ALL RESISTORS ARE 1/2 WATT AND ±5% UNLESS OTHERWISE NOTED

NA F /?-t·tL G <:

OAf( CHAIIIG( NO. UPiOVAl DlVllO'MUf NO.

X 1242 W '-J w

.l-----~------~-------r----------1~ ~~~~~~~~~~~j------.--~------1------t-----1r-------t_----~~--------~~

tU"'.IIII. <0 .......... ~ ' ... 0,;.;" __ -1

il----' N ....

-A C--I

,f;

ALLO~1-0.R tVER. ' CURRENT

REFERENCE DRAWING $£E PROOUCTfQNDRAWtNG 370lt43

'~----''---~~~~'-----,-------------~-----oC

o -G RP-Ott! -

-u , ~TfmY

o ~ ______________ ~

,C


I. H. O. £ TIED TOGETHER

Z. DOWN OUTPUT AT I, G. T4, 12 OFF, liAS( Of TS GOES TO A MINUS LEVEL ANO O'F

,. WITH 15 OFF ITS COLLECTOR IS AT PLUS lEVEL; THIS FORWARO BIAS THE DIODES 0)0 TO 34 ALLOWING ClIRRENT TO FLOW

MOTt: FOR -36V USE AS IS, FOR -20'1, JUHPER BACK PANEL PINS UF'" AND ItR"

~IGHAl. "'H' WAVE SHAPE NAME

ACTIVATE LJ 1'1 U STORAGE

G u INPUT

A +34 -

r\ A ~

GRQUNO_ ~

DELAv

lEV£tS

MIN /'tAX , UP -5.26 0.24

DOwN -7.44 -12.5 UP -5.26 0.24 , DOWN "7.44 ~IZ~S

L,

t .. TURN-ON DELAy SHALL BE MEASUREO F~H TM£ 90% POIN'" OF THE FALL OF THE INI'UT Ptll5£' TO TM' ,ax. PO INT ON THE IUS£ OF THE OUTPUT PULSE AS MEASURED ACROSS R\. AND SHALl. IE HOT GR.fATER THAN 200 I',AAO SECONDS. . ,

2. TURN-O" D£lAV SHALLa! I1EASUREO FROM THE 10% 'OINT ON THE RISE OF THE INPUT PULSE TO THI 10'l POnlT ON THE FAl.t .. OF mE OUTPUT PUUE AS MEASURED ACP.OSS Rl AND SHALL I' NOT GREATiR TMAN 100 ""NO SEtONDS. ,

503591

t 8639' (I) 'CltEW

497534 CONOIJCTtVE ADtI(SIV£

ABC

.... N

J-----1~

----1; , I ,-----

I,~~--~~--------------------------------~------------.------------------------------------~--------r-------, SIAIIOAliOS CODE

tnt-----..J '" '" N ......

-BDAMF--G C-' -[

APPLICATION NOTES

CUD CODE 729957 D Z A -

REFERENCE DRAWING SEE PROD~'CTION DRAWING 372359

SENSE AMPLIFIER-~ECTIFIER A~D CLIPPER MOUNT CARD ON ONE AND ONE AALF INCH CENTERS NOTE D:ll

+12 019

P4J RI8

6.19K 1/8101

0(;

RI5

C24

F

r~o ur + ..... ~~_. _UF_+.·_'~4_2 _U_F-e

l 10 UF

TI

4

·12

1-1- I

+12

R21 5.49K

-12

1/8101

R46 249n 1/8101

R2S 750.1 1/8W

~ o U50fl 1181011 I -25-

-:-

~C;OOII

-12

VOLTAGES AT PIN G AND 8 FROM CLIPPING CARD 124 91 r-2- +22 UF I r-26-

1-3- ..... 21-

c

INPUT WAVE FORM AT PIN E 1'0. I VP-P NOM I NAL

11.2VP-P MAXIMUM REFERENCE LEVEL +1.S9V TO -3.88V

OUTPUT WAVE FORM Ai PIN C OR F

I. LOW ACCEPTANCE CHANNEL OV TO ~05V REF TO -12V. READ CO NO • 1.55V TO 1.91V REF TO -12V. READ WHILE WI\ITE CONDITION.

2. H.IGH ACCEPTANCE CHANNEL 1.92V TO 2.18v REF TO -12V. READ CaNOl TlON. 2.S3V TO 2.90V REF TO -12V. READ WHILE WRITE CONDITION.

I"TUHUlONAl 80$1"($$ MACHINES coap. IIAlIIE CARD ASH TSTR - SENSE AMPLIFIER-RECTIFIER AND CLIPPER

DESIGN SHS

124591

I 020

12 5

399679

OAT( CHANGE 110.

11-21-64 122721

r-4- +22 Uf

l~ 1-5-r-5- 2.2K 1-7-1-8-1-9-1-10- + 10 UF 1-11- JO,7 16.2KV8w ~ rtZ- JO.7 I .&

-13- 'AAS*

~ -1"- JO .7 16.2KV8w -I~- 249fll/8w -16- 6.2K AA5*' e9 -17- 750nl/8w 1 100 fl -18- 6 19KIfcl~ T6

..... 19- P4J -I<l- 1 JO.7 €:9 -20-T1 ,.,21- lS.49KV8w JO.7 @ ~22- 1f..9K 1/814 z:.9n 1/8~

.... 23- JO,7 P4J -Kl- TS ~24- 10 UF +

j'li:i!ii:I:::;illl:i:iill~ ~T9 ::::'111111111111""11,1111111,

~CA Rip M KIH FOB

o z ~ " I

COMPONENT SIDE

r-28 -29-I-Tl- 492604 1-31

32-33

1-34 1-35 4Ql01,!> 1-36-

31 491008 1-38- 491016 1-39-~40- '91008 1-41- 213536 1-42-1-43-

44-45-46-' 491206

-41- 491300 48-

Tlo< T2-< T3-T4- 2391057 T5- 2391057

278 278

T6 r-2::-::3--=-9-:-:1 0=5-=-7 --, 278

T1 2391057 278 T8 '--___ ~

CIRCUIT AND PACKAGlliG STANDARD

APPROVAL DATE

ABC 4-2-62 APPROVAl DAlt CHAIIGE NO. APPROVAl DlYllOfIHII' "0.

GLK

'..Jf----+--"-----f· ----.------ ------- -- - ... _ ... - ---------

-A _

Pi

IU, '000

~ - ft y •• -

'--'[-;;~;;~-=r-i29~O 1 L.~~._.::._ .. ~]

REFERENCE DRAWING I,",

SEE: PRODUCTION DRAWING 37tf!t9 ..

DRifT-DRIVER. RESISTOR I I

e " " ; "

1 l~

9 ? (? I

f~~ I

lOll I

R2~ {All '1000 10m ~ loon r-1

<

1 0

" M "

~ -IJ

. ' ,Il-y - ~

~-Rq----,

~ ',=,-:,~,'~'-'''''I ---.... ,- ...

1(-

LL:"-::~.

c

-e D'C G-

'D c-

-, . ".

-H Dc: .p-

-0 Dc A-


I. Wtll:N THE I NPUT I S uP t THE TRANS 1ST OR I S Off, THL OUTPUT IS O(Mt.

2. WHEN THE I NPUT IS DOWN.' THE TRANS I STOR I S ON. ntl-: OUTPUT I SUP.

). T2. Tit. T5 MUST BE COLLECTOR LOAOED. 1+. LOG I C BLOCKS MAY HAVE SYMBOLS OTHH THAN SHOWN ~

SIGNAL PINS NAt-IE

E,F T INPUT H,D

Gtt PtA U OUTPUT

DnAY • UUC:

nJRH OM '1U1tN OF'

'UNI"."., 0.05 O.tO

MJI'''''H 0.2S 0.40

L

I

WAVE SHAPE

,

-t2M

UP

DOWN

UP

OIMt

I .. Uti ~rn9865 _=~[VA -r-

REFERENCE bRAwl NO SEE PRODUCTt'OH· DRAWING 371518

CT.DL HIGH SPEED ONE WAY PNP ONE LOAD

-12

I

..... --o11t5

•

LEVELS

"'IN /'\AX

t.~ 6.24 -.74 -6.2." ".54 .24 -7."1t ·,2.&.8

02 1007

E3". ' ·t. . iT

It

O)lt f:i!!§:' T' 0)\ S fl fl

T4~. 12!! 0'" fl. O)at '._--'-

r-------------------------~ C'IICUIf Alii ,acOIUIO IUIIIIUe

ABC "-2-62

Dose. A.-

SE'lUENC! OF OPEMTION

, • WHEN POWER l$ up. THE ose I LlATOR TURNS ON

2. PIN fit HUST n TlEO TO PI" •

SIGNAL I'tff' HAI'IE WAYE SHAPE

~ Out,UT ~l60KC

729860

REFERENCE DRAWING SEE PRODUCT tON DRAWtNG 3""05

AllOY .. OSC IllATOR 360I(C,'FR~r RUNNING (CRYSTAlJ

LEVELS

HIN MAX

UP .697 .8(i

Dowtt -.92 *2 ....

~.-

l 49t281

'r

tNAIIOt 10., .'1'110.,.' '~r----

COMPONENT SlOE

ellClIff A .. t PAC ...... nAllt .. ,

ABC 4-2-62 elfAlII1 U. O(fltOl'llIt 10.

.... flo.)

_'__ ~ i C c,' ~----------------------------~~~~=~~~~--~----~--~--~~--~-------------.

r~""':_'~'c:,:._~~g_;:,:,._,:-~."' .. "'----------------·---""""----""""------·---""'-'---'---·--.....-.......--·--------b=~=_II.-;=:O=_.I-=--+.....:...==.:..z..-.....

N ,...

. .11--, ',Ow, -. , 0--" ,

,.-_A ' -'DSW,

N-H

SEt!U~NCE OF OPERATION

t. COLLECTORS:W 13, n., 16, T5 ARE TIED TO +6 iHftU A TERMINArt. RE$IS10I\ CARO AU,,) THf:IR £""TrEftS ARE TIED TO tUAR£NT ORIV£R SOURCE CARD THRU WINDINGS 1M CORE AARAY.

2. A COWN INPUT AT A Wll!. TIJR.H Tt ON /VIti TJ OR 12 OE'END'", ON WHICH TRAN'SISTOA 1$ SUf'PLtED EMITTER CIJI'U\£MT FROM CURRENT DRIVER CARD.

PIN' SIGNAl.

HAN:: WAYl IHN'l

"9; .... ."....

A,_ I " .. lIT ..... J _ L:-:. __ ~ __ UP

OM

lEV£LS '

rAIN

-.1 01,.6

"UOY - SWITCHES

12' , 2 It

• 00--.. _-_. ---

HAl(

.... , "'2

124 HOA

REFERENCE'DRAWING SEE PRODUCTION DRAWING '71490

--..0 D

In non.. .... --1

COMPONENT SIDE

--------,-.-----1 t;:IICIJIf UQ !'lIe ... ",,' STUrDUD

._-----,...........-ABC 4-2"'62

__ c: ________________________________ --------'--.-*--~~t~M-T~[~I-}=N_~~L~:~r'~:~_\_:_~~I-~~~~S-n~M-A_A-~_I-~~~_~~l __ ~_R'_.~ __ D._'_t~ __ e~"A_WC_t~WO-.~---.~-~_~-~ :~~~~~~~:: ·~~~~~-I~ I

'UN DUD. I N CIII[ .

. . "" J ~t---...... N .....

N'PLICATtOM

I. THtS tARO uno TO "LTl" SuPPU VOL~AGES TO GftOUNO POTlNTtAt.

1 cUlColI"1-729862 I GJ -- I

REFERENCE DRAWING SEE PRODUCTION DRAWING )1.501

GENERAL PURPOSE FflTt.R CARD

·'1 -6 +6

1:1"" tl'"" 1 ~:s '" -_--------.... ____ ... ____ -..I-___ . __ ~--.-- .. -.~ _~_~_ .. __

-,:

1-1 -1-2-

"92541 I- 3-1-4-

"'251f' 1-5--6-~ 1·-i'-'8 ... ,-"""'0" . -11-"'12-

f ::J:"-. Tt-

.1

1--_ ..... 1 <:. 1...-_--1

10MF + 1 .-

+ II) flF l ___ ~ 10 !'IF +

r-....

'----

~ (fl> l! n

CtltU" AIID ""CIII'tllO IUIIDIliO ----I

IIAlt

ABt

r-~,Ti"~,A"~.~AI ... i·~Ir-----------------------~----------~---------------------------------------------------------. _______ ~----~--~~.--------_, - coor caIUII' 1 729931 ~ 'I GK __ " N

'" REFERENCE DRAWING

IIqVENCE OF' OP£AATtOH

•• eMU DECOUPLES TttE NEUTR'.L 'flUtE 0' A TWtlTlO 'Atft OIl THI SHICLD OF A COM.At., eMU '

,C ,

"

SEE PROOUCTION DRAWING 311S33

00 10 \IF,

CABLE DECOUPLE, CARD

C26 10 UF

C9 10 UF

'u~:h I.Do-~~ .

: '---n-Jl: '''~~ eta

.001 UP' ell

.00t Uf'

(20 e22 C5 , .. ~t~ ,"c~~, , •• ~'~. C) tz" t7

.00' up. .00' \IF .00t UF

r-' . r-a-1t91727 1-1-

1-4 49254. 1-5-

t-I-491lU 1-1

t-'-492541 t- ,.

rlO-

1 .... ____ 1-14

.... 1~ ___ t-15

COMPONENT SlOE

CIII:UIT Awe ,,,eu,,,,. ,UIIDUI

OUI

ABC 4-2-62

V)r-~~~~-r--------------------~----------~------------------------------.----------__ ----__________ -----------------------r--~~~--_r~~~~__, o SIA~g~:DS CARD C001 741800 o COI--__

...:t ,....

I

I ! I !

I

C

D. N-''--. ---G

, -

---B ,

D.·A-..i-------- F , .,

---E

~HD" D~ ---c


I. GATE AND SIGNAL UP, TRANSISTOR ON, Dalm OUTPUT 2. GATE OR SIGNAL DOWN, TRANSISTOR OFF, UP OUTPUT 3. INPUT DOWN, TRANSISTOR OFF, OUTPUT UP. 4. INPUT UP,TRANSISTO~ ON, OUTPUT DOWN. S. LOGIC BLOCKS KAY HAVE SYMBOLS OTHER TfiAN SHOWN.

PIN SIGNAL

NAME

B, E. INPUT T

C SIGNAL

G, F, INPUT U

H GATE

N, A. T OUTPUT

0

DELAYS - USEe

TURN ON

TURN OFF

~

MINIft.IM o

0.20

WAVE 'SHAPE

l~

"J -

MAXlttlM 0.07 {

0.55

I

032 F

FS

LEVELS

MIN MAX

I +1.44 +6.24 UP

t DOWN -5.46 -6.24

L UP -5.46 +0.24

PWN -7.44 n12.48

, " UP +1.44 +6.24

DOWN -5.46 ··6.24

INTERNATI'OHAL BUSINESS MACHINES CORP. NAME CARD ASM TSTR-CAP SENSE

AMPLIFIER - NO LOS DESIGN ~:ODEL

DUAll SCALE

CHECK DRAW VE 12-12-64 APPRO ., .0,. '-_ CHECK 1

H B - -


CAP SENSE AMPLIFIE~ - NO LOS

A

cO-

DAlE

3-2.5-64

014 H

FS

C7

R6

10K

-12 -6

§:~ 083 ~,5 TI 083 31 32 T 2

T3

492201

0

B

DIS G

fS

C5 N

10K RJ 15K

-12 -6

321L,......;;.5-:03;,..;;5..;;,9_1 ........

331 .... ___ .....

::~I--------i T4~8 2 083 T5 T6

COMPONENT SIDE

CIRCUIT AHD PACKAGING STAN DUD

APPRO~Al DAlE

CHANGE NO. APPROVAL DATE CH,~NGE' NO. 'APPROVAL DEVELOPMENT NO. -~

120123 . k- .~ ~.i v/ 9-15-64 121922 --... ~,... ... '-

~.-.-.--

--.~-- _._-----f---. --.-'---

.... +: -ex c: c:

~~tl~~~~~~~.O~S~---------------------------------------------------------------------'------·-----------------------'--------------~--C-A-.O-C-O-Ol--~--7-4--14--l-6--'

..,.1------' ..,. .....

---G :r

SIGNAL PINS NAME

B. E, J INPUT T

C SIGNAL

G. F. INPUT U

H GATE

N. A, T OUTPUT

0

DELAYS - ,",SEC HINltlI"

TiJHN 01' 0

TURN Off 0.20

H---

LEVELS WAVE SHAPE

MIN MAX

I I I UP +1.44 +6.l4

DOWN -5.46 -6.24

~ UP -5.46 +0.24

DOWN -7.44 -12.48

UP +1.44 +6.24

[JOWN -S.46 -6.24

MAX I tlI" 0.07

0.55

-----

H B W W

REFERENCE DRAWING SEE PRODUCTIQN DRAWING 371500

CAP SENSE AMPLIFIER

a " 12 13

I 503591

510 11 120 UH

15K

o • • •

321 503591

n-f~ ___ .....

:~.----t T4~)1 )25 08) T~

T6·

COMPONENT SIDE

CIRCUIT UO rACllAlllIQ IUIiDAID

A,,.OVAL DAlE

CHAKCE IIU. APPROVAL OEVElOPIHIII NO.

OESiGK MuOEl 11------1--DEl All+----<~--! SI;Al[

CHECK DRAW

IIPPRO \ ~ ~ 1 ,< f r.HECK

"""DAIDI COOl . ""1-----... \0 ...... __ --'

~ N

"

c

-A -8DC~'

-H _ClOD .. 1--


I. T4, 12 ON; 13. TI OFF

Z. DOWN INPUT AT • 0.5 U SEC DEFORt: D~IN IN!JUT AT A TURNS T4 OFF T3 ON

3. WAVE FORM AT C OR E NOT SHOWN AS THE FlINCTI ON 0' T I AND T3 IS CUARI!NT OUTPUT '

4. DELAY

TURN ON TURN OFF

"INS SIGNAL NAME

I,G U INPUT GATE

I "PUT A.N U 5£T

I"!JUT TO lASE Of' TI.13

MAXIMUM .3 US[C .37 USEe

---, .WAVE SIWE

, U ~

•

+6v

Ao--ooDI-..... r---U·_ .........

"IIV '

LEVELS

HIN .MAX

UP -0.54 0.24 DOWN -7.44 -12.5 .

UP 0.0 -0. I

II OWN -II.S -12.5 UP -5.8 , DOWN &11.8

729863

REFERENCE DRAWING SEE PRODUCTION DRAWING 371"63-

AllOY-DRIVERS, READ WRITE VM

-6v

~I)

. 0072.' I" 4 10 'S

. I' 1 '7

492321

CHAIIOE NO. A'''''OYAL

115599

COMPONENT SIDE

CIRCUIT AIIO 'ACKA""' STAIIDARD

ABC DUI CHAIIU liD,

OAf(

"-2-62 DtVUOl'.tNT ItO.

.... N

t-------f~ 0\

---t--------4w

UAloAlo. I COOl

DSC, 8-

SEflUENCE OF OPERATI ON

I. ' WHEN POWER I SUP. OSC I LLATOR TUiU\s ON

SIGNAL PINS tWtE WAVE SHAPE

OUTPUT Jl1lJlillL 8 S 10 KC

+I~

CI6,=~ 4.7H'

CAiD CODE I 729932 JB -- I


CTRL-OSCtLLATOR, 10 KC FREE RUNNING (CRYSTAL)

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LEVELS :

MIN; MAX

UP 0 -.2

DOWN -11.8 -12.12

-12

I

t-I~ ~4::-::9:-:2:-::!5:-::!5:-::9:--11-16 L-___ .... ~17

492957 A

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COt1PONENT S I DE

CIICUIl AltD PACIlAGI"G S""DAIIO

AP"OVAL DAlE

ABC 4-2-62

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1. WliEN THE • .,PUT IS up. THE TRANS I $lOR IS o,r. TitE OUTJIUT " OM

2. WHEN THE INPUT IS DOWN. THE TRAN$t.STOR tS ON, THE: out,ur ts UP

3. ALL OUTPUTS !'lUST IE COLUtTOA lOADED

4. LOG I C BLOCKS My HAVE SYMBOLS OTHER THAN SHOWN

PINS SlCNAl

WAHE

I.F. T INPUT H,O

I,t, U ~Uf P.A

HlAV .. ull'

MUml"" 'NRN ON 0.05 1UftH Of' .' 0.10

I

AAXrl'tlM O,2S a.1to

I

WAVE SHAPE

1 I

AU. UK

"IlK

UYlU

MIN . UP 1.44 DM -.74

Uf' ... 54 flOWN -7.""

:'0, •

729864

REFERENCE DRAWING


CTOl ... HIGH SPEEDO~E WAY PNP NO LOADS

MAX

6.24 "6.24

.14

·12.~

~Jf 11-. '. 00 22 . "

C100l22

[ 491007

~.o." " f' . t8

O)"~.. T.l 0"''' . l2 . . TI

TP9 tfl'1

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_------------1 CIICUIl "'I'UII&rlll nu"",

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ABC 4-2-62

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to USED AS TEM.NATIHC AESISTOR PRINT IUFFER AARAY

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OlSlGft MODn . SHS .' OffAtl -Rij ,:-r"'62 SCAlf -ooti£'.......-:---· cMteR WH Fi:6! :n'~" L1G J"lj';ir

729859

REFERENCE DRAWiNG S£E PRODUCTIOMDRAwt~G )11,,)

~- AllOV ... lOAOA[SfSTOR .. 40.2n 2W

MOUNT CARD Ott OH£ tHCH (ENU,,-, NOll m

Ie 19

--,-20

21 22 23 24 2~

2f-

--~

-.-

t::": d -Z1 --

N N 28 j :i Z9

[ ~!{: ]

~i; ~""~""~~~WTrn~ ~

C~NTSIDE

c,.cun 1111 "CUI'''' st.IIOAI"

ABC tlll"GE flO. 'IU' tllAllU lit!.

--.. N

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c

-I 0"-

·o·~ -, .

-11 0.'-

-0 O. C A-

SEQUENC! OF OPtftATtON

I • WHEN THE I NPUT IS UP', TFf: TRANS UTOR IS OF't THE OIJTPUT IS DOWN

Z. WHEN THE INPUT IS 'DOWN, THE TRAMStsTOR 1$ ON, THE OUTPUT IS UP

3. T2. T4 COLLECTORS MUST 8£ LOADEO

4. LOllI C BLOCKS HAY HAVE SYMBOLS O.THER 1M/.N SHOWN

PINS stGNAL ftAHE

E,F. T aMPUT H,O

I,C, U OUTPUT PfA

PIl"Y - vlte

~'Uft" ON 'NAIf, Of'

"I"IKIM 0.05 '.to

wAVE SHAPE

-r-L-.

~

REFERENCE ·DRAWING SEE PRODUCTION DRAWING 371S77

CTDL HIGH SPEED ONE WAY PHP TWO LOAOS

~H

. 12·

.12°722 '3-lEVELS

)00712

"IN MX

UP 1.44 6.24

DOWN -.74 . -6.Z.4

UP -.54 .Z.4

OM "'1."" .... a.40 .

SIDE

--------.------1 CIlitllIT A.I 'I\CUII~I IUIIO""

'AU

ABC It-2-62

~~~.,~.~ •• ~.~ •• ~.~ _____________________________________________________________ ~ ______ ~ __ ~ ____ -W~ __________ __

CIlID COlli 729867 ,... CO.I \0 ~I-, --_ ... N

"'"

c.

-E OG-.

"0·<-' -,

-H Oc p-

-0 D',A-

SEQUENCE OF Oftf.MTIOH

I • WHEN THE INPUT 1$ UP, THE TRANS I :nOR'S ~FF i THE OUTPUT I S DOWN

Z • WHEN THE I HPUT It OOWN. THE TRANS I STOR IS ON t THE OUTPUT t S IJjt

3. lOG I C SlOCKS HAY HAVE SYMBOLS OTHER THAN SHOWN.

PINS SIGNAL "ME WAVE SHAPE

E.F -..r-L H.D T INPUT

GtC U OO"'UT L-.r ',A "

>, ..

'--.. -

DlLAY • U$tC

Wit" ON tUft" OF'

MtHlltJ14 0.0$ 0.10

MI\Jr'''''''' 0.2S 0.40

-

UP

DOWN

UP

OM

JF VP

REFERENCE DRAWl NG SEE PRQDUCTiON DRAWING 371576

CTQl HIGH SPtEOON£WAV PNP ,All LOADS

-/2

0---Gtf'5

LEVELS

HIN MAlt

1.44 6.2'+ -.74 -6.24

... 54 .~It

"7." -12,48

-12

!-49131 I !-491111 r-)17014 I-

, )liQl4 !-;.-

49100'7 I-

]007,4 I'-

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~' 00. ,at'

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L.

"'VI

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729868


CTDL HIGH SPEED - TWO WAY "AND" PNP NO LOADS

_BOA -C H-

-FDA -0 N-

Io---ot--,

-ODA , -E A-


i • A;~Y I HPUT UP. TRANS I STOR II 0", THb: OUTPUT II DOWN

a. ALL INPUTS DOWN, THE TRANSISTOR IS ON, THi OUTPUT I. UP

j. ALL OUTPUTS MUST DE COLLECTOR LOADEO

~. LOGIC BLOCKS MAY HAVE SYMBOLS OTHER THAN SHOWN

PINS

~"'-8,F,O, T e,G, I:

Ii.N.A u I--1--

OELAY

h)HrI ON 'fURN OFF

SIGNAL NAME

INPUT

OUTPUT

-,..,

MINIMUM 0,15 0.05

WAVE SHAPE

~

HAXIMUti 0,50 0.80l"

r

''''TH I S DELAY CAN OCCUR ONLY ON HEAV I LY LOADED ,BLOCKS.

UP DOWN Uf' DOWN

NOTE: THE AOOVE ~~NGts OF OF.LAYS ARE REPRESENTATIVE. SPECIFIC CIRCUIT APPLICATION AND/OR WIRING CAPACITANCE MAY RESULT IN DELAYS WHICH ARE OUT OF THE GIVEN RANGES. IN SUCH CASES, CARD REPLACEMENT SHOULD INDICATE IF THE CIRCUIT IS OUT OF SPECI,FICATIONS. EXAMPLE: LOOIC BLOCK DRIVING EF "OR".

T"9

.-LEVELS

MIM MAX

+1. 1•1• +6.2 1•

-.74 -6.24

-.54 +.21•

-7.44 -12.48

B " 12 ,13

(

I 421007

a'O II 11 18

:~:§§H

0 • 12K 12K •

JO.7 • • ----- • • • •

r-~~b,",~od 3IC4"91~~J

COMPONENT SIDe

"""" '" .-;~-~ ,~p~~"l-r---:~=- -1

IHTERNA TlONAt BUSINESS .~MA_CJ.HlttNlES_C-,O,-RP_' ~1!r·-_-_··~_·~_(-_-'I· __ C._~A_Il_:~_ .• -_"O_'I_A_'_"_IO_VA_l.-+ __ DA_T_f __ I--_CH,_A_NG_E_N_O_' _ t---,_AP'~_ItO~~._l ..• t-L ___ () __ ~_[ ~.~_P_~_~_f_". __ H_O~",_' .• , •• __ .'~1 ~-: 'J !j' ~~RU.$.[:\.J.HB.:il.P-'._ .. t1Ui!:L..- i'_.;;.it.;,~'1_".;.,62~' __ .:..;1 1""5,,,5i9~j9'---+ ___ -it-___ -+-____ -+-__ •. _ --SPEED-TWO WAY "AND" PNP NO LOADS ~.

'iiUiON MODEl SMS =-on~iLtBT~-;j:6i SCAlf NONE

_~ .. ,. _____ .. , _______ .. ,_._. _____________ ._..t.::.:~:;.:.!::.::~:~W_H-1..3_-_'~_2~:~:::.:;.;.::M~L_I_QJ.. l'l_-t_7 .. _6_2...JL.._, __ ...... ____ ...... ___ ....... ___ a.-. ______ r..... __ _

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-10-111

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~EQUENC£OF OPERATION

I • AtlY f Mf'1JI' up. TRANS nTOR t S OFF t THE OUTPUT " OCM4

2. ALL INPUTS DOWN, THE TRAHStlTOR IS ON THE otJ11I'UT 1S UP

J. T2, Tit HUST BE COLLECTOR LOMEO

It. PIN P IS CUI\REHT HOOE otrrPUT

5. LOG I C BLOCKS HAV H/'\VE SYMBOL S OTHER THAN SHOWN

PINS

II,C T

" U

p " D.', T E,G,

".A U

DELAY

'NAN ON TURN or,

SIGNAL NAME

INPUT

OtJTPUT

OUTPUT

'NPUT

W11'UT

M'NIHUM 0.15 0.05

WAVE SHJI.PE

~ -~ ... r -~

AAIWIUH O.5G 0.80:,

r

.THU DELAY tAMOteUR ONLY ON HfAYIll' lOADED BLOCKS.

......

UP

OOWN

UP

OOWN

UP

(lOtlN

UP

DOW" UP'

DOWN

NOTE: THE ABOVE Rl'NGES OF DEl.AYS ARE REP"ES£HTArtVl'.SPECIFtC CIRCIlIT APPLICAtiON "HO/OR WIRtNG CAJlAtfTANCf HAy RESULT 1M DELAys WHICH ARE OUT OF THE GIVIN MNGES. tM SUCH CASU, CARD REPLACEMENT SHOULD INDltATE IF THE CIRCUIT 1$ OUf OF SPECi"CATIONS, IXAMPlI: lOGIC ILOCII: DRIVING EP: "~ft' ••

-f2M

LEVelS

"IN

+t .tt4

-,74

- .. 54 -7.44 -1t.93

-8.82

. +1.44 "./4 -.54

-7 .....

REFERENCE DRAWING

SE£: PROOUCTION DRAWIN' 37t582

CTOL HIGH SPEED-TWO WAY "ANOtt PN~ ONE LOAD

-12

......--0'

roTP& TP8

.. - ....... "-0" 01,

--' MAX

+6.24

-6.24

+.24

·12.48 -).54

'0-AN

Df6 Q();..;-ol--' 1'2

Aft 12K

~~:

T'7

" I)

t:

T'2 ", DJO 1

AN

0)1

1t20 AN 12K

-1111

t-O- )00122 I

Z , 4 )17010 !-..

-12.48 .. G. zit

-6.24

~.~~~~~~~~~ 03"~'1 T"~. 0)' 0)4 . . . 0 fl ,. 'T' T.

+.2&'

"'2.48

COMPONENT SIDE

"'''.II:fAl eart

ABC .... 2-62 lUI

_:.~_i .... e_;_.-=-"':I:n=o,::: __ .,_.=~ .. , __ ,,:_:_: ____ --f-'-~ __ :_~~,~I_ •. ~_=_-~ __ -~_'-.~~-~="-."-,~-{. .... ____ -"' ____________________ -I::;.:.;;;.a.._ ....... ~~:;.:;.;;.1......,! ..... ____ .. ___ ~----,..r...----..... ---~_,£- -------c t

• I

IfAIIOIIIDI COD.

~t---...... --t ~t----.II

N ....

c

[]

I\ -8

-C H-

[JA -F,O

-t,t . _ M.A-o

OA

-I ..... '--I: H-

[JA

-I .. '-

-I:

SIQ.UEHC! 0' OPERATION

I. ANY I NPUT UP t TH! TRANS t $TOR· I' 0", THE OUTPUT l' IHMt

Z. ALL INPUTS DOWN, THE TMIUilSTOR IS OM, THE OUTPUT ts UP

3. T4 HUST 8£ COLLECTOR LOADED

It. PIN P IS CURRENT MODE OUTPUT

5. LOGIC SLOCKS HAy HAVE SYMBOLS OTHER 'fAAN SHOWN

PINS SIGNAL NME WAVE SKYE

I,t t INPUT ~ H U OUTPUT ~ , P OUTPUT r 't- .T .NPUT ~ II U OUTPUT ~ I,l T INPUT -~

A U OUTPUT ~

DELAY

1\1 ... 0" TURN OFF

I1INIH,)M O.IS O.OS

flAX I HIJM 0.50 0.80,'(

"nil' "llAY tAN OtCUR ONLY ON HEAVILY LOADED SLOCKS.

!tOft, THE ABOVE RANGfS or: DELAYS ARE REPRESENTATIVE. SPECIFIC CIRCUIT APFlLlePonON AND/OR WIRI·NC CAPACtTANC£ HAy .. UUU Ilf DI!LAYS WHICH ARE 01.:'( OF nfE GIVEN AAHOts. "t SUCH CASES •. CARD REPLAC£M PtENT SHOULO INDIcATE IF THE CIRCUIT 15 OUT OF SPECIFICATIONS. c.lCI\Hl'lt: LOOIC aLOCK OlUYltm . EF f'OA".

LEVELS

HIN

UP +1.44 DOWN ".74 UP -.54 IiOWN -7.44

UP -1 •• 93

OOWN -8.82

UP +1.44

DOWN ".7'•

UP -.Slt

DOW" -1.114 UI" +1.44

DOWN -.7'+ Ill' ... 54 OM -1.1t4 -

729870

REFERENCE DRAWING SEE PROOUCTION DRAWING 37158.

crot HIGH SPEED • nio WAY HAND" PNP TWO LOADS

p

115 TPI , AIt

ort , "2 12K

"1214

MX

+fI.24 -6.114

+.2·"

-12.48

-1.S4 -12.48 +6.24

-6 .. 24

.:24" -12..46

+6.%4

-6.24

+.24 -12.48

r Tf'1

-l-..oN.

()

12K • 12K •

JO,1 .,

S~ UH • 220 n •

ABC

R20 12K

TP'

r----.-••

"-2"62

~ N

-----t~

--~----------~~

itA .... "". COOl

-10 H-

-t

-"0 . .1\--I,

-"0'--c H-

-OD'-'-t

UQUEMU OF OPERATION

I. ANY I "PUT UP. TRANS IITOR OFF. THE OUTPUT IS DOWN

2. ALL INPUTS OOWN, TRAifSISTOR ON. THE OUTPUT IS UP '

3. PIN II' IS CURRENT MODE OUTPU'(

4. lOGIC BLOCKS MAy HAVE SYMBOLS OTHER THAN SHOWN

--SIGNAL PINS WAVE SHAPE MME "

. I 'r

I,e T IMPU1 , I -oJ

H U

, ,.

',0, ChI

T

A.N U

DELAy

, TURN ON TURN OFF

OUTPUT

OUTPUT

tMP,UT

OUTPUT

"""H1UM 0.15 0.05

-

MAXIMUM 0.50 0.80'"

.. -r I J

1'rTHtSOELAY CAN OCCUR ONLY OM HEAY iLY lOAD£O BLOCKS.

I •

on I

M

C

UP

DOWN -UP

OO\lN

UP

nOWtl

UP

OWN

UP

DOVN

fIOTI: nil ABOVE !tAMGES Of' DElAYS ARE REPRES£NfATIVf. SPEC.IFlC CIRCUIT APPLICATION AltO/OIll WIRING CAPACITANCE MAY ftUULT IN OI::LAVS WHICK ARE OUT OF THE GIVEN AA~CES. t~ SUCH CA!ofS.!. CARD REPLACEMENT Sl10UlD INDICATE If THE CtRCUtT IS OUT OF Shttf'tCATIONS. IXAPt,U: LOGIC 'lOCK DIUVlNG If. "OA".

·'2

,-'214

UVELS

MIN

+1.44

-.7'+ -.54

-7.44

-4.'3 "8.82 +t.44

-.71t

-.$4

-1."

72987t

REFERENCE DRAWING SEE ,PROOUCHON DRAWING J7tseO

CTOt. HIGH SPEEO ... tWO WAY nAND" PHP All lOADS

11AX

+6.24-

-6.24

+.2" ---12.48

-).5"

-12.48 +6.14

-6.24

+.2"

·u.1t8

"U -'I

~I UK &.21 56,,"

p, TPe T'7 TfII

TP.

w , .• "1 " OlD " 12 ,

~ , Olft AN

N

I '''6 . , DJ' I

AM AN "20 12K

':' '2'

-12" -12M

0

12K • 12K •

• JO.7 56 UH • 220 n

]

~!~ t::::::jF. '-~~""~~~~~ 03"~. 00' . T. T.~O)" 03" , ooTI fS

fl T.

CtrAIIIl ,,~. lu'"aOVAl

If

1-------+---------ABC

• lIn CUIiI. Ito . uFtofn

11-----1---------,,-,

4-2-62

._ "''''"'' ·_"'-·n .... ""'· .• -...... , .. " ...... "'U-"""' • ...., N t-----. ..f~ ..... I

i I

-

IUnOAt .. I CCOI

-ODA "--IE ' -, _.,

-AD.-A. H--I

-I:

SEQ.UENCE OF Oftr!MT'ON

I. ANY INPUT UP, TRANSISTOR OFF. THE OUTPUT IS OM

I. ALL I .. PUTS OM, TfWfSISTOA ON, Tm OUTPUT IS '"

,. INPUTS ON EXT£NDER HtPUTS MUST BE OM ,N COINt'DEtter WITH INPUTS ON CARD FOR UP OUTPUT

It. 80TH OUTPUTS HUST 8E COLLECTOR LOADED

S. LOGIC BLOCKS MAy HAVE SYMBOLS OTHER THAN SHOWN.,

PINS

~.E. T

srCNAl HAKE

INpUT

N U OUTPUT

A,', T' INPUT C

H U OUTPU1'

I EXTENDEk INPUT

WAVE SHAPE

I I

.

~ I' l ______ ~

03) TPt , ... AN D)I , ..... . J>

AN

D,U

'0- ,., Nt

......

LEVELS

tUN

UP +t .44

DO .... N -.74

UP -.54

DOWN -7.44

UP

DOWN

UP +1.44 DOWN -.14 UP -,$4

DOWN -7.44

UP +6

DOWN 0.0

Cltl CIDI J 729872 JH·" J

REFERENCE DRAWING SEE P~ODUCTHlN DR.AWING 371586

CTOl HIGH SPEED '-WAY "AND" NO LOADS

"'7 T',

026 TP.J A o---t'It-- ~ M

J AN + TI. tl , 0'" ~2' OJIt '7 ..... 'N

tp iM ~.

;~R2S 20 :~"2'\ C _ :~nK AN :,. 11K ;

• f~ ~ . .;!H

:

~I 1 0 1 1-\'-,... 2-

.. ...zo-i-l- • -- ,..21-i-4- • 1-22-

i-' - • :-2!-~ • I i-- 1. 12K 1-2. ,00722 • r--too722 --i- 7' - [ \ 21( I-Z!-1-'. It

~AN ,..21- 491007 • I'JI"II~121"1f0l918i7.l61'1~I3IZI' I f---t J

.~ ~~ ~~:~~ J .. Ef- t --«3- ,.

'2 [ JO. 9S ] •• -4(}- AH . tI- I JO.7 I

(lJ I*"" AN I ~ ,...sH l;~.OO7 1 ( 1-'4. I JO.7 J

TI l .lJ6 T4

I ... s- ()) 17ANJe!) I-':st-t It2'OOZ I TIL

L ..i'-l T&

(}) J4I}-_,,!!J ~ r-S3-{ rtl'OOZ-I

S"- u JO·l J. ....

~:~ : I fl'- l.l)·"51 . le- I _

,1I\X

+6.24

-6.24

+.24

-12.48

.)'~" "iill II 1111 It iiI! ji ii ~ Ii" it t '·S OJIt 00 'I "lilt II 1111 lIN II tit! 11 tift I T. . . TI I ~ ~: n~: ~~:Jill L1~! I. TC

11!~Jtl~1·!tl!1· "'UOf

L! -.jLH •• L... !+.: tf T'

+6.24

,.~ +.24

-U'.-.s t

COM~ONENT SIDE

~--~--------~------------------------------~----~----------DELAY

1\1,," ON TUAN Of'

"'NtMU~ 0.1$ 0.05

",,)(,""/1 0.50 0.80-'

*'TH15 DELAV CAN OCCUR ONLY ON HEAVILY lOACED 81.0CI(S •.

NOTE: THE ABOVE MNGES OF l'ELAvs ARE REPREStNTATIVE. Sf'ECIFIC CtRCUIT APPLICAtION AHDIOR WUUNG CAftACtTAHCE HAy RESULT IN DELAys WHICH ARE OUT . OF THE GIVEN RANGES. IN S~" CAS[~, CARD "[PlACt. MINT SHOULD INDtCAT[ tF 11tE C!RCu.r, tS OUT OF $PECIFtCATfONS. flCAHPLEl lOGIC Ilotl DR"'NI r, "OR".

_. Clle"" ... JUU",,' "!lNOUD

ABC It-2-62

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N Sf'EtO~Mew.Qii PNp·;;O LOADS -- Jn~ , --~-----•• -.-.. ---t-.------t~ O£SIGII ' .OOU IMS --,----.J---.--t.--;.--+---'.;.~r_.------ ----- ...., I ~O~U~.I~l J!q~__1.;t-~,;~~~~$C~A~~fgNg!OH~E~· i::l:i--.jf-~~-t .... --,--+---... ·---·- ----- ----''1-------1 N •

C· ~t~"r~cK~WN!-p~~I~ .. ~Ul~D.~~W~JL~I~G~~~I'~~;lwt--,----~----·--- ~'-J----~--~--r-~--·--~'---------, I ~~ __________ ~ ______________________________ ~ __ _l.~,~,.~0L_~. ____ ~c~~~c.~ __ l~ __ _£ ______ ~--------~-----A----------------L-------~----------~~

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_D.A[J~A -£,1.

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I. ANY INPUT UP, TRANSISTOR OF'. THE OUTPUT ., IXMt

I. ALL INPUTS DOWN, TRANSISTOR ON,THE OUTPUT 1$ ~

J. INPUTS Olt EXTENDER CARD HUST IE DOWN IN tOHICIIIEMet WITH INPUTS ON CARD FOR Ut OUTPUT

It. TI MUST IE COLLECTOR LOAOED

S. PI" P IS CURRENT HODE OUTPUT

6. lOGIC BlOCKS MAY HAVE SYM80lS OTHER THAN SHOWIf

SIGNAL PINS WAVE SHPPE NME

~ -O.E.

~ T INPUT , N U OUTPUT I

.

,. u OUTPUT J A, •• ~ C

T INPUT

.. U OUTPUT r EXTENDER t- ... G INPUT -----..

DELAy

TUM ON TURN OFF

HIN'~M 0.15 0.05

HAX I MUM 0.50 O.80>~

ffTHIS DElAY CAN oCtUPI ONLY ON HEAVILY LOADED BlOCKS,

NOTE: THE ABOVE RANGES Of DELAYS ARE R€PAEnNTAtlvr. SP£CIFIC CIRCUIT APPLICATION AND/OA WIRING CAPACITANCE HAY RESULT I" DELAYS ~ltlt ARE nut 0' THE GIVEN AA~ts. tM SUCH CASES. CARD REPLACEHE"T SHOUI.D thOltATE " THE t'RWIT IS OUT OF $'EC,nCATfOHS. UA/1PI.t: LOGICll.otK DRIYING E' noR". - .

OJ) ~

,--

LEVELS

MIN

UP .1.41+

OWN v.74

UP -.54

0""'" -7.44

UP -4.93

OOWN . "8.82

UP +1.44

DOWN ".74

UP G.s4 OO\.lN -7.44

U? +6

DOWN 0.0

CUte .. , I 129873 JH VU I

REFERENCE DRAWING

SEE PRODUCTION DRAWING 37tS8!

crOL HIGH SPEED THREE WAY "AND" PNP ONE LOAD

TP. )

. IUS .(" 12K <' r "~M

MAX

+6.24

-6.24

•• 24 -12.48

-).54 -'2.'+8 +6.24 -6.24

+.24

-u.&t8

-12

10

t)

< <" R2 ~ "30n

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REFERENCE DRAWING ,SEE PRODUCTION DRAWl"' J7lSBIt

ClOL HtGH SPEED J • W~V ttANOn PNP ALL LOADS

-12

, -Il

T" 026 TP3

A ...--..... -OH AN

029 a

1" !.. OJ"

025,' .:. .2ft <I~

0«. ~

AN

0)0 R2#.t

C O-(.ll-.-- UK AN

-12"

I)

-'1M

I. ALL INPUTS DOWN. TRMSISTOR IS Off,THE OUTPUT IS UP , 317010

2. AHY ONE I NPUT up. THE TItANS ISlOR IS OFF t THE OUTPUT ($ IXNN 3. ALL INPUTS ON EXTENDER CARD HUST 8E IN COINCIDENCE WITH

'NPtiTS ON CARD FOR lIP OUTPUT 4. PI" PIS CURRENT I'IOOE OUTPUT . 5. LOG,le BLOCKS HAV HAVE SYMSOLS OTHER THAN SHOWN

stGNAl LEVELS PINS NNIE WAVE SHAPE

MIN MX --

L41t 6.24 OfE I UP

T INPUT , " DOWN -.74 M6.24

--.J . UP -.54 .24

N u OUTPUT DOWN ·7.44 ·12.48

--.J -"4 uP -4.93 -].s!, P P OUTPUT nOWN -8.82 -12.48

~ 1.44 6.2'+ A,I UP

C T INPUT .. DOWN . -.74 -6.24

~ =i UP -.54 .21t

H U oUTPUT , OO'o(N -7.ft4 -12.a.e

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DOWN 0.0

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MINH-tUM MAX I HUM TURN ON O.IS O.SO TURN OFF 0.05 0.8(}\~

"TMfS DilAY CAN OCCUR ONLY ON HEAVILY LOADED I .. oelts. MOTIf THE ABOVE RANGES OF I)ElAVS A"E REPRESEHTAl rv!.

SPECIFIC CIRCUIT APPL.CATfOH ANOIOR WtlllHO CAMCITAAC£ HAY RESUlT IN DRAYS WHICH ARE OUT 0' THE GIVE" RAMGn. IN SUCH CASU CARD ItEflLACfMtffT SHOULD .HOltAn IF THE cutcun lS tlm.AlIORAt BVSIMUS IACKlln CUIP. DUE OUT 0' SPECIFICATIONS .. EJlMPUr LOOIC aLOCK OAlVl'" 'F 11()1Il'1. ~~: r.:AAD ASH T5TI\-CTOl HIGH L·Jf,b.

SPt£Dl~-t,lP.Y ItANO'· fHP ALI t.OADS .-'- . MIICIt· Moon Sf15 r.;mit· "iij' l=F61 i;Aii -Noiir'--'- i---.-

~~"":'wH ,]~I-62mw lIll n-I7-f.t2, .,rRo -- (file" J ............ -

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SE(lU£NCE OF OPERATION

I. I F THE INPUT IS up. THE TRANS! STOR " ON, TtlE OUTPUT 11 DOWN

t8

2. IF THE INPUT IS DOWN, THE TRAHSUTOR .S OFF, THE OUTPUT IS UP

c

3. ALL TRANS 1 STORS KUST 8£ COLLECTOR LOAOED

It. LOGIC BLOCKS MAY HAVE SYHBOLSOTHER THAN SHOWN

PINS StliNAL NAME

E,F, U H,O '

INPUTS

G,e, T OUTPUTS 'tA

DELAy • une

MIHIMUf4 0.10 o

WAVE SHAPE

~ II

MAKIItJ/1 0.20 0.)0

. UP

DOWN

UP

OtNN

729875

REFERENCE DRAWING

SEE PRODUCTION DRAWSNG 371590

- ... :: _ tTOL.HfGlLSPEElLONt WAY NPN NO LOADS

• OJ)

LEVELS

MIN MAX

·S~26 +.2:4

"1.44 "U.i18 '

H." +6.2" -$.26 "6-.n

c

300,'4

~" . '2 21)5.7 "

tJ' too ...,

DIS

T'f

~~ ~~~~~~~~~~J 08)~2 ... TI T4~8 2 08) OS) I 2 . TIT a 01)

TI T.

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~~--' N ,...

c

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I • 'F THE '"PUT 1$ UP, THE TMHS ISTOft .. ON ~ TH£ omur fS OOWN

2. " THE INPUT tS DOW,!. THE TAAHSnTOR 11 O'F. 1HE OUTPUT as '"

J. 1S, TZ t Tit ,""T II COLUCTOR LOADED

4.. lOG It BLOCKS HAY HAV£ SYMBOLS ornER mAN SHOWN

SIGNAL 'INS NAME

f,F. U 'NtUT ",0 G,c. T OtfI'P'UT ',A

. DELAY • u~rc

lURH ON ruNt .0"

"'"fHUM 0.10 o

J I

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WAVE SHAPE

,

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HIM HI-IX

UP -5.26 +.24

DOWN -7.44 ~~.~------Uf' +1." 4-6.2"

DOWN . -S,!46 -&.1"

REFERENCE DRAWING SEE PRODUCTfON OR~IN' ~71589

CTOL H f GH SPEED ONE WAY NPN ONE LOAD

"'"

c

-6

491007 }00714

~" It 21)S47 13

~()71 ••

11

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~ ....... -~ ........ '"

-

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"

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SEQ.UENCE 0' OPERATION

I. I' THE I NPUT IS UP, THE TRAMS I 5TOR IS ON f THE OUTPUT'S OWN

2. IF THE INPUT IS Dl);rN, THt TRANS I STOR I S OFF t THE OUTPUT I SUP'

", I'INS I' , A HUST 8£ TI£OTO COllECTOR lOAD

4. LOGIC BLOCKS HAY HAVE SYMBOLS OTHER THAN SHOWN

PINS SIGNAL NAME

E. F. H. 0

U INI'VT

G. ,C, T II, A OUTPUT

IIUW • VIIC

1\1,," ON 'Nit" 0"

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WAVE SHAPE

~ ~

-'

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OOWN

LEVELS

/'IHt

"5,2.6

~7.44

+1.44

-5,46

REFERENCE DRAWING SEE PRODUCTtON DRAWING )7158S

CTOl HIGH SPEED ONE WAY NPN two LOADS

!'\A)(

+.24

-12.4f

+6.21.

-6.24

1'6

l

1R2J

'

680n

L.l1 0; 56 UH

I===t!~~ ~t3

213547

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Tt

]

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J[QUEHCI:: OF OP£RATlON:

, • I F THE INPUT tI lIP, THE TRANS tsTOft IS ON. THE OUTPUT IS OOWN.

2. IF THE INPUT n OOWN, THE TfUl.NStSTOR I S OFF. THE OUTPUT I S lIP.

A

3. LOGIC 8LOCKS HAY HAVE S'(M80LS ontER ntAN SHOWN

SIGNAL PINS NAME

E,F. INPUT U H,O

Gte, P,A T OUTPUT

OILAY • USEe

TUM ON TUM orF

MINI,., .. O.fO o

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~

(;8

.... 100 MMF'

07 t 0-..... --10-.... 1--.....

LEVELS

"IN

UP -5.26 DOWN -7.44

UP +1.44

DOWN "5.46 lIP

DOWN

129878

REFERENCE DRAWING SEE PROOUCTtON DRAWtNG )7t'587

crOl HIGH SPEED ONE WAY NPN All LOAOS +6

~G~' C,2 , tOOHMF

Tf OS} '.' .0)) , .

AI't :t

tlS

lool'll1f

n 08) I)Z~

D --tc:)--M

&--""'-0 A

-6 + ,,.. -6 + 6'"

491007 300714

31-c:I!1i£7:::J

MAX +,:14 -U.48

+6.2"

-6.2Z.

TO ~'IJZ:. ~ ofl T! '12 OS) fI __ _

CIJCUIf .ftl "AUAt.I'" ,U",ARI

.,'lovAt tllH

ABC "-2-62

tRmNATl&RAl IUStNESS 'UtlINU CORP. om C",_A._'_I_"O ..... -+_._"-.o_~_At..-t-.. f( tllllllll ,_"_o'-t_._"_"0_V_~I_~f-_'_I_'t_IO_"_.l_"_' _"0_'-1 ..., ",,~.~ .. t~e~AR::';D~· ~AS~H~TS~T::';f\-:";t~T~OL~Hr.:1 GmH~-' ~.Ir."-:-"'--::':I' -.61:-:-·1-:'U .f-----+ .. --- N

SPEED 'ONE WAY-MPH ALL l.OADi _-i-___ ~-----I:i D($tGtI • -- MOOll , Hi ---lJ.---+:----,-r-----t----T- - .....,

~- --~-- -. ------f------4------- CD ~~~~~7~~~~~~IG~.~'~M~n

c

0' h-=: .....

01,--0 -F' '

-D O'C~

SEQ.UENCE Of OPERATION

I. FOR AN UP OUTPUT THE INPUT ~'UST 8£ DOWN

2. THE GATING DIODE IS PROVIDED ONLY TO RESET A LOG Ie I NVERTER LATCH. IT SHOULO HOT 8E USED AS A SHiNA\. INPUT SINCE IT IS POSSIBLE fOR THE SIGNAL INPUT TO OVERRIDE THt GATE

:s. IN APPL I CAli ONS US I NG 80TH I NPUTS ON C' RCU ITS I AHO 2 THE GATE (PINS G OR F) AND SIGNAL INPUTS "'UST 8£ DOWN FOR AN UP OUTPUT

4.. LOG IC BLOCKS MY HAVE SVt1BOLS OTHER THl\N SHOWN

SIGNAL PINS NAME WAVE SHAPE

H,O U INPUT LrLJ. ~hjNAL

I O,F T INPUT GATE - J ..

N,P U OUTPUT --fL' ".B, U H,D

I,e. u '."

DELAY· uste

'NAN OM "' .. MF

INPUT

OUTPUT

"'"I/'IIM ·~.05 +0,05

~ r

JiflAXIIfJlol "0.t5 to.55

I -I

-12

J .8 ~680 n

C 0----1[.;11-0---,

729879

REFERENCE DRAWING SEE PROOUCTtON ORAWING 371071

CTOL LOGIC fNVERTER 'NP ALL LOADS

.... --0,

-'I

1.., ~68(J n

l26 ~6 UH

It (.,.._"'",'\.".r-__ 001

62S 'F

CO_OCR) J',9K

C5

625 "

10 lUI

u .. '--it-

625 "f

< ~J8 <> 1.SI1.

1 +61'1 +6"

Tt 1'3 O,it 12 T4 0,..

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21 4 1_ JCJ.7.

~~~4-- , 625 PF , --:.'-0:'--

22 is 24

491311 ., S6UH 2~

) '1CJl4 • :~~_~n- • 2~

LEVELS }OOlZ0 9 • 21 00720 10 • 2.

HIN MAX II • t9

UP "0.54 +0.24 .. 24tit 12

13 • 30 31

DOWN -7.44 1-12.48 U • UP +1.44 +6.24 n DOWN -0.74 -6.21. !4

U!' -0.5'. +0.24 " , DOWN -1.1)4 U.48 .. UP 0.54 +0.24

DOWN "7.44 11.48

UP -0.51t 400.2.4 , OOWH -7.44 "12.48

COMPONENT SIDE

CItl:UtT .. ". I'AtlllGIIO JUIlDAIII 1------U,,'OUt

ABC

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t--------I N ~ i ' ..., I

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Sf'lUt:NCE OF OPERATION

I. G,l:\lE AND S' GNAL up. TRANS I S TOR ON, OOWN OUTPUT. I. GATE OR SIGNAL DOWN.TRANSISTOR OFF, UP OU·fPUT. 3. INPUT DOWN, TRANSISTOR OFF, OUTPUT UP. It. I NPUT lIP I TF'ANS I STOR ON. OUTPUT ~OWN. 5. LOG Ie 8LOC;KS, MAY HAVE SYMBOLS OTHER THAN SHOWN.

SIGNA!. PINS MAAE

INPUT H,D ,. SIGNAL

INPUT G,F, U GATE

Nt' T OUTPUT

ItA T 'NPUT

CtE T OUT'UT

DlLAY • USEe

'NAN ON 1\1_ 01" MIIHt«SH

-0.05 -0.05

WAVE StLl\PE

...JLn I LJ

rLJl L.JI..J

MAXIMUM o

-to.1to

I

729880


CTOL LOGIC INVERTER NPk ALL LOADS

-I===-=t:~ ~Il

LEvas I It9100j ::J-1'4 MIN MAX

UP +1.44 +6.24 U~'$ OO,.lN ~5.46 ~6.24

liP -5.26 +0.24

..... DOWN -7:44 -12.48

.. UP +1.44 +6.24

OOIolN -~.46 -6.24

UP +1.44 +6.24

OO'..4M -5.46 -6.24

UP ... ,,&tlt "'6.Z" OOWH -5.46 ·6.Z'*

c,weun alii UtllU,1I .. lIlOAtO

.. n

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r:J I

GJcS

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J .... IS

SlQ.UEHU 0Jf OPEMTION

r-r-' I IV( UT I

I . I IJZ·- .J L __ _

r'" -T-' " . I

fUT UT I , , fJZ·· , f.. ___ .J

t. AM UP IMPUTAT 'UtS It D OR AN UP INPUT AT 80TH I, " AHD A, , PROVIDU A POSlTfYI OUTPUT AT P'" C, G.

SIGNAL p,~s "ME WA~E SHAPE

GATE J I 9, H U INPUT ~

At SET iIl_nJlY A. F u ItfitUf

I. , T DC In .IL, INPUT

IXTlHOI" ~ C, • OUTPUT

111,1 l.6K . - "',.A-

.w ........

c:tO JOt) ""'

4 O· H --I 0

, .

r

LEVELS

HII! MAX

UP -5.'} 0.2

DOWN -7.4 -0'..5 UP -s.) 0.2

DOWN -7.4 -n.5 up, r.44 .6.2

DOWN' -0.74 "6.2 UP 1.44 6.a

<,

DOWN _"io. 2 -0.1

L ell. tOil I 12988, I IN ... 1

REFERENCE DRAWING SEE PRODOCTION DRAW'.' 371081

(TOl • TR1GG£R GATt (XTENOER

tlZ AM

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s-

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ABC

r-~T.*'~::~g~:R~"~~·--------------------------------------------------~------·------------------.*-----*--------------'---,r---------,--7-2-9-8-8--2~ ~t-~.;.;..~I----.I

~

c

pElAy - USE'

A,D

Die

G,'

'T"P I CAL I NVERTEft ANO EF OUTPUT WAVEFORM

INVERTER DELAv MINIHUM IV\XIHVM T OFF 0.15 -0.8

t,1f _

,.,4 15K

CTOl TRiGGER NO 2

fl2 20 n

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r---------~--i~-+--~ 100 P"

REFERENCE DRAWING SEE PRODUCTlON DRAW'NG 17.082

-12 -12"

6aon .. t .1, 1J1(

l2S 56 Uli

f ON 0.10 0.3 H oO-------------~--_r--.~r_+_--~~ C29 100 Pf CTOl.

I J! DELAY""--' '--.. ~ ~

TOFF 0.05 0.1 T ON 0.10 0,'"

THE FOLLOWING DELAY INFORMATION APPLIES WHENTH£ At T"IGOERING INPUT PULSE HM A R!S! TIME OF 0.1+5 unc, (SEE FOLLOWING FIGURE)

en A 0---1

300 PI' Alit

• J.6M.

0)2

TRIGGERING PULSE

9~--- 'N .0-----------------.

FROM AC SET TO INVERTER OUTPUTS FROM AC SET TO £F OUTPU.T~·

SEqUENCE Of QPEMIIOtj

'.' T2 " T4 ON, TI , n OFF

,'- '

10 VOLTS

MINIMUM 0.10 0.10

Z. PIN·8 HUH 8£ CONDITIONED TO AN UP LEV.EL 3.75 U SEC BEFORE A POSTIVE SHIFT IS APPliED TO PIN A TO GIVE AN UP OUTPUT AT fllNS £ .. P ANO A DOWN OUTPUT AT PI HS H .. ". TZ ~ Tit ARE NOW OFF AND TI " Tl ON.

MAXIHlIH 0."0 0.30

). TO FLIP TKE TRICGER TO ORIGINAL STATE PI" C .. D HVST Bf CONDITIONED AS WERE PINS A .. 8 ABOVE.

4. COLLECTIVE PULLOVER CAN BE USED ON PINS £ .. H TO GIVE AN UP OUTPUT.

i. A (IN --) EXTENDER CARD PERMITS ADOIJIONAL INPUTS AT PINS G , F TO CONTROL THE TRIGGER. .

6. IF SET OR RESET IS ACCO"'.PLl.SHEO THROUGH PINS G OR F. THE MINIMUM PULSE WIDTH IS O.S j./SEC.

PINS SIGNAL NAliE WAVE SHAPE

1..0 T A.C. SET IL.JLJLJ 8 U GATE U l . , , u GATI' _--1

I U OUT1'UT J . H U OUTPUT l ,

• N T OUTPUT n , T OU'ntUT

LEVELS

HIN

UP -0.5

OOWN -7.4 UP -o.s DOWN -7.4

UP -0.5

OOWN -7.4 UP -5.1

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, DOWN 0.7

MAX

DlZ AN

.-0.2

-11.4

0.2.

-12.4

0.2

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317014 5 3600)4 8 21)714 7 )17014 • t

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SEqUEI'oICE OF OPERATION

I.. tNPUT OOWN TRANS I STOlt ON OUTPUT UP

2. INPIJT lIP 'TRANSISTOR OFF OUTPUT OOWN

S.lGNAL PINS NAME WAVE SHAPE

-

A,D. I T INPUT ale E,G, I U OUTPUT ',M

-12~1

03) A

AN

on' 0

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--LEVEILS

- ::------_-:=...:...:-"- M .... --=-, MAX f-

UP 1.44 6.24 ., OOWN -0.74 -6.24

• UP -O.S't 0.24

DOWN .. to

729883

REFERENCE DRAWING SEE PRODUCTION ORAW.NG 31151t6

ALLOY - INDtCATOR DRIVER 40 MA

TPI. -12M T,6

RU ~ E --0. ft3 n r' 't) n

0)0 ,u,· tK D

AN

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Z. INPUT UP T~StnOR Off OUTPUT UP

SIGNAL PINS IW\£' WAV£ SHAP~

H", --, I S INPUT e,A '. G,f, OUTflUT --, I

, N f ,0 '.

G.E, --, J • R OUTPUT F,O .-

DELAV - N$le - Dl$PERUD LOADS:

tU N U¥.IM HAIWIUI1 lURN ON 10 40 TURN OFF 0 10

OUAV - NSEC • '''QOT-ORING'' HINIf'MJ1'I AAIWtUK

TlJRH OK 16 52 TURN OFF ,0 10

TAB -


SDTRL 9)!l COAX LINE ORIVER .. OISPERSED LOADS

All rtI flU l:"-"no ,AAA K ..... A.A./:!. - Y,":"''' 'OjO'

V" V"

)11. )It

Chl J~ cn ~t- ~.t;-.001 Uf'

LEVELS

ttlN t\AX

• UP -.6 ()

OOWK -,.11t -6.15

UP +0.8

DOWN -0.8

UP U. DOWN 0.0

'TJ R20

r;;-t-- t--

A.A./:!. M cn. .. .

to.iO - ""j;'" 'OiO If\" UI

l..-i.f.-- /~

.001 U,

I- I -~Z~Il~S~41::---t 2-

i- 1-1--2-')-5-47--11'- 4 -

~ ...

~-::-:~-ir- , -ll1547 r- 7 -

.11l202 r- , -

.JJ 70'-l r- 9 -'*91227 r-tQ-323920 1-11-)))202 1'-62-

:~:l t:::: ~ :~:

"91279

1 0 ~IS~I(-"'I :

ISK I • ~JO::-.'::"7 --t •

JI.O ISK 2:'0 n t. sr.

.001 Uf' )1<. 2ltO r.

~~ TI TI

I

AG-

24011 JK .001 UF

'·51<.

" 19-In202 lO- l2l920 ZI - 491227 22- )17017 21 317017

i-24- )'701,

~:=~2':"":1':":) S::-:-/t':""7 --t

27- Li91221 2'- )23920 29- J]1202

~!~ ;::;~ I 0)0 0)0

COMPONENT SIDE

CIIeUII AIIO PAUAGIIIG SUIIIDUQ

"".OVAl OMl

ABC 1t-2-62

'IUIUItOIUIUS'IUS MUllIn CliP. om (MAlIIIl 110. ,,,.om PAll CMAIIG' "0, APPROVAL DlVHO'IlUI liD. t:.:-::"~"(:;'.l:::;;C~AA~O~AS~H~· T~~~TR~-~S~OT~R:-;':I.:':;9:;'l~nr4r:"-'.;(-r'l-.6:-:2+-"-:-J5---S99-:---t---T------jr--.---- r-- ---+------~_...J

COAX LINE DRtVER-DISPERSED LOADS 11-7-62 .. lt164 to.) 0($"'" MOOH SHS r-------,I------+-----I----.--- ~

~1l~tT~ .. I~l ~R~O'~I)·~IL:-~62~SC~Al!._( h;:.!H!:J0~HEh;;_D,---·-T----l--H---- f----- ----- .--.---------- ~ ~C~K(~C.~W~H~~~-I~.~62~OR~ .. W~L~I~G~~r~l~r~6~2~---~r_~-----t-----1-----~r_--------~-----.. ".0 CK!CII J

.. '

c

_CDA--I

,. '

IIClUlIIQ ., .,'MY f. I. VNP C .. I AM .... rt NUtS '''. HCIWT .. 1'UMI •

t. WNla COR' AN DIMl.TI T\.IfUtS OM. OSCIUAToa 1\IMI Of'

"a, "UN.

e.1 I

A I

DELAY - NSEe

TUItIil Ole 1\IRH OFF. ~ISE TIME FAll TIKE

IWII

INPUT

OIJTlIUT

IWWtJK 70 •

160 52 ttz

WAVt: ...".

S L-J1JllllU1[L

WIlIItJH 100 200 66 60

*APPLI£S OIilL" ~N CATING, \!MEN OUTPUT IS AT A + 5 LEVEL.

ftll "12 n I/ItW + ill

LUlU

14'. UI -.45 DOWM -6.87 in' • ... 5 DOWN -6.81

72993 .. ::",.,:_.-,1' .-

~EFERENCE DRAWING


SOTRl OSCILLATOR. 320 KC S LINE GAT-EO,

(ti

O.IIJI

, MI

-.OS -&1.5

·.OS

-12.5

.,ZIt .' '

~l6 r---~~~----<).'ZIt

II( 1.021(

"'" TJ JISW ,.

It IZ8it too'-,..1-to- 1-too· -too &-1-,-,..r-t- I .. t- 1-1-10-1-11-t-IZ -t-t!-

t- i"--'5--16--17--11--19--20-rZl-""22-~3-r24-

... n

"9JlZ7

OIS

(26

If "

.-----~----------------~~A

-12

I 2LO P' -.l 0- I ,~ '-1"

'~ ~ UH.l ~ ,:;, ~

16e ,., ~,

f:? llOUH t~O ~ JO...2 JO:l. ~ ~n~w

118n VS\II 1 n..J.. " ..0. '_!l..f JO~ ~ JO,7 11,O:Z~w

.J6Q. Ut1

~ I" II a ... 825nv~v

JO·L

~ ~12nl/1t W~I'4 JO.7 ~KI~W 7·';1< IK C9 220 n _!. . .1.K T7

.. 6.8 ur 4 . .1.K

r9 !!K JO.7

~)lill.!W ' ~nl~w TI JO • .L .......E!·L

II j, :fii ~ Ji Ii i!!!U :;,' ;~~im 1111111111 H 1I11111! II!\ 1\ ~~II l1~.ill1 !t

lbl~J~I~J.blll!11 R piN tClH , D •

COMPONENT'SIOE

~:: rt'-""II ",,21· 1-3C>-t-51-!t-

t-n-t-14-t-~-

~36-'1-~

t-"-r40-t-04l-t-42

43 r-44 "" .. , ,...46 ""41 ~ ...

TI n-n T ..

"

\

""51"

~9251"

~)08)

.ItJiIQJ

55,)020 "79097

"~121.2 21 )C~, 21351,9 21 Hlt9

47900147

t&9lfl S2b7J7 526nll S26798

Itt· 0., 061 -065

Ti r--S-..26 ..... t9 .... 8_-i 065

Tl' ........ =~-""'i TI 10.*

CIIC.,,, , .. "CUI'" SlUUI • .. " ABC ,.':'2-62

t..... .•. AP"ov'~ ~~~~~~~~~~~~~~~---~~---1-------4~----~--------1~-------1~------------~~

• UI CIIA", '0 . 1I,,.OVlll

~~~~~~~~s----i------'~----~------~~~~--~~-------4------~-t------------,~ ---~-------~~---------'---------r---------~------~------------4~_

r-~I~tA~"D~U~DI~--------------------------------------------------------------------------------------~--~ CODE

~~:::::::: ~ ..... ,...,

'-'D'Sc, ",' , A---I

"QUiNCE 0' OPERATION

I. WHEIII e AND , ME UP, T8 TURNS or'. osea LLATOR TURNS ON

I. WHIM e OR , II DOWN, T8 TURNS OM, OSCILLATOR TUMS or,

SIGNAL I'INS NAH£.

C,I S INPUT .. A S OUTPUT

DELAY· NSEC

TURN ON TU,," (lFF* RISE TIME FALL TIM£

MINIHUH 60

110 28 21

WAVE SHAPE

=r ~ .J1flflJ1fUlJL. Jti KC

..

MAXIMUM \30 190 82 sa

*APPL.IIS ONLY WHEN GATINC. WHEN OUTPUT ,. AT A + S LEVEL.

UP

['OWN UP

DOWN

R/7 ~12 II I lIN tl'

LEVELS

KIN

-.lts -6.81. -.ltS

-6.87

729935 ~~ __ ~ __ -+ ________ m

T B Q •

REFERENCE DRAWING SEE PRODUCTI ON tlRAWl NG 370295

'SDTRl - OSCILLATOR, 115 Kt S LINE ~ATED

+12"

1U8 Itt I lew

~----~~V---O+I~

"'---"'---1---'"' . MM L3 1.7 --

.,.

w.z 1.82K I law

MAX

".05

-12.5

".05

·12.5

+12M

-J~~~~ · 5:~ ~g ~ 1

.... ---------~ •• ~~------,~~-~_O A

-12

C21

.'2o--i~ S.i/UF ~

COMPONENT SIDE

I

I ,..-_____________ J , I:'RCUIl AIID PA(KAIlIM """0,..,_0 __ --11

_ ... DA_ff._, __ ,,~ "P'ROVAL

ABC ~ .. 2:-62 i INTERNATIONAL BUSINESS MACHINES ~ORP. IIATE ' CMAIIGl 110. APPROVAL "AU ~~~,~ no, -~_~!~.!!AL ~.L;;t'LO'lIi~-;O:---· ,-'

CARD ASK TSTR-SDTRL-OSC "~""6a IISm_ _ __ ~. __ ,. ~ ··········~II~·~-~~~ ,-+--~--~------r-

1'n:rna;r~r-=...,;:;.~~~---11---+----~----·-II----t·---

ITAIIDUOI \0 CODl M

~I----"" N ,....

c

_'OK A-

-I

SEQUINCE 01 OPERATa ON

I. WHEN C AHO I ARE UP. 18 TURNS 0". ~se I Lt.ATOR TURNS ON

I. WHIM COR' IS DOWN, TI TURNS ON. OSCILLATOR TUMS 0"

PINS SIGNAL

KAAE. W#)VI. SHAPE

e,l $ INPUT s-s ~ A S OUTPUT J1JlJlJ1.flJL ,160 KC

OELAV • NSEr.

TURN ON TURN OFF* RISE TIME FALL TIME

I'IINlmM 70

160 28 46

MXlltm 110 200 52 54

*APPLI£S ONLY WHEN QATING, WHEN OUTPuT tS AT A + S LIVE!..

". /

l.EVELS

I'IIN

UP •• 4S DOWN -0.87 iJf' .. ~ DOWN -6.&1

'\ Tt~9-7~.iiL:! I

REFERENCE DRAWING I i

SEE PRODUCTI ON DRAWl NG 370297 I I

SOTRl • OSCILLATOR, 360 KC S LINE GATED ! !

I

AAJ , l.e2K ,II""

AAX

".os 1-12~S

-.QS.

~12.S~

R20 220 n

e21

.-----uA -12 0--1 t-+--.] . 6.8 ur.::

COMPONENT SIDE

i I

I ! I j

r~-r, ~.n'aU:~'I~ID".-r----------------------~------~~-----------------------~-----------------------------------T--------~--7-2-9·-9-3-7~ '" ~J----.I N

"""

c

_C,[J*.' . " . A--I . '

..... Io--vvv-

I'QUlWCI II' Of'IRATIOfe

• • WIll C ._. Ntl tit, fl TlUS OFF. ole I &.l.ATGA MMS 011

I. Htl C " t IS 1CMt, f8 TURNS ON, OSCILLATOR TUMI 0",

,U" ",HAL lIME

C.I • I"",,

A , OUT""-

DELAY • ItS" TURN 011 'NAH on'" .USf T'foIl FIILt. Tt/1f

MtIm,,," 10

160

U

"AVI stWi

r' ~ JU1.flMIL

I'IAlItHUM 110 200 SI 62

6tlKC

4t.7I

~f:;~ n 1 111M tt.

-rl

LEVElS

HIN

UP -.,' OM -6.q UP -."S OCMC , "'.87

REFERENCE DRAWING SEE PRODUCTION DR~'N' 370198

SOTRL -OSCILLATOR. 667 KC S lINE GAT£D

HAX

-.05 -II~

... OS , -11.5

+12"

~I-

-2 -... :s-..... -,,"~ ... ~6-

'-1-r-I-r-'~ t-IO· ~H-

H2--13-~14-

~f!'-r-'8-H7-,

.... H8-

H'· ~~ ~Z, .. rat -rn -~-

"

')..,..

__ ----------------------~DA t21

-12 .. t Z 0----1 f:::---l

6.8 UF _

115 ", 1 0 J -25-

~ -26

82 UH I "'21-1 125 pr 28 ~Z406

)'! PF

~ r-29-

82 UH r-30- .. ,o~ 82 UH r-31-JO •. 7 JO.7 ~ ~:S2-1& 19n1/tl\o! ~33-

Han i!8W 1 JO. 7 T3 r-34-+0.\ ur LJO.7 ~ r-" ~ICU'-JO.7 11.02"" ~w 1"'36-160 UH

~ 1-31-

III. !l8w 1-38 550tlzO }l2,n '(/!to! ~39 It]J9Jl

JO.7 __

~ ~ 41~llJ'-4w t ~ 1"'41-JO.7 1.82""I~W r-4t2 ...'!i1~2

2-11< lit. €'J 1-43 ll~~) 220 n ",j/( ~ ... z~ ~~V, It. 7""

~ ~, 2!1l~ tt"SK-- JO.' ~4'

)8) nl/8\l I?~n I(!~ ~""- Ifl'J9lt7 JO.] JO.7 ~.

"illtii~;;lItiH ~;I iiilill JUt!! u iL~ill ~I'tfth' TI-

IiI!lIlilil TZ- 16-'1

1~1~ltPl·1l1bl~ TI- ~ M- 26 t .. t.,IMI" , 0 I TS- !~

" .. 01, 06, 065

'It It:19 ,+,+, ,11 . ------ ·065

COMPONENT SIDE

CIIClln ... 'lea., .. , ." .....

ASC It-Z-62 CM .... "0. ."I,n .. ------~------~----------~~ N

I--.-----+-- -4----r-----,! ,~~~----~_+-----~--+_----_t'-------~r_--'--_1-----------_i~

r-cor,·:;:'a;:::::;;:·o::.-r---------------------;,;.--.:....----.. ~"""""-----------...... -·-------------'2-9-9-3-8-C't\

~I---"'" N ,...,

.... CLJOK " ' A-

,-I

SlquENCt OF OOIRATtON

I. WHEN e • I AA, W', T8 TVf!tHS .F' OSC I LLAfOR TURNS ON •

Z. WHEN e OR I IS OM" T' NRHS '" ose I LLATOR fURNS OF' . •

SIGNAL' 'INS NAME "'AV! SHAPE

e.1 I I "PUT

A S OUTPUT

DnAY • ISle

TUM ON 11.1'" OFF. fUSf TIM! 'ALL TIME

...J' '"t---.flflIU1.fL.. fMC

MAX,,., .. Ito 200 ItO 110

c-

MIt tn-JV\.Aj'\,,;.,l

".7ft

UP

OOWN

UP

gOWN

REFERENCE DRAWING SEE PRODUC,T ION ORAWI .. GJ70Zt9

SOTRl ~ OSCtlLATOR, f Me S LINE GATED

-12

IH7 tit ' ItI2 R O.fu' .,IN '" iI' ,

LEVELS

MIN MAX

-.ItS ",OS'

-6.87 ~fZ.S

",\5 ... OS "6.81 *12.$

... , -

+1211

J

RJS II(

fllW

AI, 1.5IC

+1211

1-1--2--3-... 4'-!"" 5-"'S-1-7-i- 8-.... -!-IO- , i-H -1-12 -i-13-1-14-1-15-

_1-1'--17--11--It-~O-... 11-

22-~s-....... -

)-TI

"9)127

IlJ' " , --"t.AJ\II.--o+IIM

T I :ollc TJ I/$V

P Of5

CZI

lei. ' h "

UI If UN

-12 , -t2O:---i~

6,15 UF ':'

I 9,' Pf' 1 0 • : I . - I

~ 51 UH I 1 'JfP;-

20 P.

~ lSI UH 51 UH JO.7 1 JO~

~ 1619 nilSw IIBn I/Sw 1 JO,7 +0.1 UF 1 JO.1 <;;p JO.7 lI.DZt<V!W r!!'0 u~_.

~ lit. 1/811 f--------a [!l2sn IISw ~-e

JO,7

~ 14111'11A '1% Jo.7 18ZICV8w 7.5t< It< ~ 27.0n 4.7K

1+6.8 UF 4.7l( c;;: . ISK JO.7 )8Jl1/9'w l124m/8 v , JO.7 JO, ,

:, iin,,:' ~~Ha ::H:1U:~~H!!!1

t ~ 1~ ,tipIlI ~!!.!!L:l'

1 &1 ~lLP 'al1lqI "IPMtM H' •

1-25-1-2S-1-27-1-21 ~2'-t-30-1-31--32-

"-I-:S4-1-35-1-36--1-37· 1"'31 1-39 ~4M)-"4. -1-42-1-4;'-,. .... ~5-~ ... ~7-~I-

Tt-f2-11-14-TS-

82110

48)092

"7910)

550020

"'9097

Itt· "2 21) 9) 21)1 ~ll

til' ~9

",90ft 1

1" 526 526 SZ6

fOi. 01, 06, 06S

TI ---=-=-=.."....-:--" 0&5 T? T. t-':'r-~-" It'*

COMPONENT SIDE

CIICI" ~"o PACUO,1It UlWlU'

'~fI

ABC , ."'IO,U un t"U" liD. .....

N lUI

~~~~;T~~=;mn~~~~·~,·Mi ~~-~~~-+------+-------~-----~ .-1----1------1-----1; I

C • ~ ________________________________ ~~~~~9L~_~~~_~_~_lk~~u~_~_1_~.~~~~~t_-----L~-_-~~_~-_:t-~_·~'_'_~~---~~--~+_~ __ --~--__ ~ __ ----~~I

IlANOARDS O"II--... C.-OD;.;,E _-I

~I-----' 0"1 IN ,...

DI.·T -A -I -C

.. [JT~T -H -K -L .

-~[J. -R

ml.lCATION

c

I. 10M RElISTOR USED TO TERMiNATE A SOTRI. TRANSMISSION LIN'

I. Szetn AND lion REllnOR FORM COIWLING NETWORK WHICH ACTSA!I A S'ICIAL IND 0' I.INI TERMINATOR 'OR SDTRL COAXIAL LINI AND . VITH ITI' IN'UT 'IN 'OMS A U'ARATE CIRCUIT

). lAC" "N R"RISINTS A "'MATI NETWORK OR RIS IITOR

,.

CUD CODE

T C K -

REFERENCE DRAWING

SEE PRODUCT I.ON DRAWING 310334

SDTRL - END OF LINE TERMINATO~S

+12M

1"'"1- 0 HI· • 1"'"2- 820n 120 n II- )170_~ • ~- ) 1700'+ t- :5- 820 n • '20 n . t- 4- 820 n .' 120 n 21 - )1'!@(J4 t- e - 820 n • 120 n 1-22-' )17~ 1-1- 82C n • 120 n 23- )12004 I- T- 820 n • 120 n 1-24- 31..l004 1-1- 820 n • 120 n -20- )17004 ~I- 820 n • 120 n -26- )17004 1-10- 820 n • 120 n -?;T- .,~

1-11- • 100 n -21" 21)~3t1 ~'12- • I'M

~~: Q ~ ~ ~ .. n~ ] ~T4 TI Tt TJ T4 • 13- ~30-

14- 100 n • "Sl-..&. • 15- 100 n -.-II- 100 n 1 ..1 JI.O .. a-,? .. 1 ~

,] II II H il !I ~ II ~ " :: II n ': :111 " lilli, It II I~ ~ D U U l! W " I lJl.Ji Jj .Ii Ii .ail' . Ii iii

, ~J28' Q.! ~ .lll l 161 t 1 t 11

M KIH , ~ I +. COMPONENT SIDE

C'Rr.UIT AND 'AeIlA.IIII IU"DARO

DATI

ABC. ~"2·62

DUE:=--I-...:;C~H~-,=·II~IE~~N.;.:,O.;..' +' _A'~"_IO .. _L +._D_Af_E _ .......... C_"_AII_._E _NO_, +_A_"_'I_OW.-I_L -+ ___ "_Wl_LO_'_.'_"_' _"0_'-1 . 115599 .....,

4----+---·-.r--~-"1~ I ~ * \D I

~r-'-~~~-r--------------------------------------------------------------------------------------------·-----------,----------Ir~~~~_, Sl~~g:ROS 729940 ~I------I 0'\ I-------J 0'\ N ,....

-c OT AI-

-R

'DT-Q.P-

. ..DOT: tlK-

-G -

-D .-OT_ n~

SEQ.UENCE 0' OPERATION

I. DOWN I NPUT TRAnS I STOlt ON OUTPUT ~

2. UP INPUT TRANSISTOR OfF OUTPUT DOWN

3. COI.LECTORS MUST 8f. LOADED

SlGMAL PINS NAAE

.WAVI·S~1

C,R, N .INPUT G,D"

B,P. Y OUTPUT K,f

DELAY .. NSEC

TURN ON l\JRN OFF

MINIMUM 106 108

'~FOR 100 FT OF CABLE.

--.I I . -

--, J

--

• ,


-- r

SDTRL-01STRIBUTEO LINE TERMINATOR WITH OPTIONAL LOAD RESISTORS_

B

039 c~-;~-.------__ ~----~

OJ

+12H

D 2

1'7 tSOK

f2 It

G~-D~J~~-------4~--- I~

LEVELS

MIN MAX

UP +.65 DOWN -.1 UP ".1 -.5

DOWN -6.87 -12.5

I'

D

-12

+12H Q

R44 I80K

018

OJ

-+IZH -12

f

RIJ

f' 18011.

on Tit

. I:' OJ

C21

rC~·" 6.JUF

":" cn· .....--.-o+tZH

6.2 Uf'

o .. e--~ ...... ---'

COMPONENT SIDE

.• 27

-28 '-,. -:-

1-

,-,-I-!-

1-

i-

'-

29 30 31 32 33 l4 35 36 37 38 39 40 4 42 43 44 4~

46 47

4' ,~

2131)93

21_~M..l .1.69218 2Ulli

3692l!

369.1.18

...1II028

)17036 .llL028

1--....;;...-------1 101

101 t-~~~-t 101

e,.cull AIID PW::'::~'l;~O""O ---=--i A".OVAl GAll f

i

ABC tHANGl 110. A".OYAl DlVUOPlU'U 1111 • . ---- .----- -----t-- .......

-----.------t----1 N t-------; \D --- 'f.

---- -------- ---------- 0

.......... ,

-.-~

f')r-~~S~T~-Z-~~~R~DS~r---------~-------------------------------------------------------------------------------------------------.----CA-KD--CD-D-[--,---7-2-9-9-4--1-,

S[~JENCE OF OPERATION

I. WHEN POWER IS UP, THE OSCILLATOR TUR8s ON. 2. PIN A CAN BE TIED TO TWO DIFFERENT LOADS,

DEPENDING ON THE CURRENT REQ.UIREHENTft.

SIGNAL PINS NME WAVE SHAPE

A S OUTPUT --1lJlJlfL ~J L

-12

+12

LEVEL$'

HIN

UP -.5 6.67KC DOWN -5.8

HAl

-.1

T 0 C -

REFERENCE DRAWING SEE PRODUCT I ON DRA\.J I ~I:; 37040 I

SDTDL -SOTRL - 6.67 KC OSC I LLA10R

Ri4 I.SK

+12

R3J 2.94K 1/8W

0110, 6.67KC _

1.;19" i. 20'HH I','

e21 .027 HF

tl]

-----.~--~~--------~----~+ I~ +12

; (8) .... : ~~;.;,r-..... ; .• 083....:...o..:;.o;:,.:~p..,...;r

-12

'------ot

...----0 A

II

I' 20 21 22 23 24 2~

26 V 28 29

-----------

~!~

222047

217047 479130

491010 3170)1 492613 213693 492464

318325 )18]24 1

083 on

-12.48 30 550093

ABC APPItOYAL

317049 317018

79127

4-2-62

DEVElOPMENT NO.

..... N

I---------i \.0 \.0 ,f:""

~·c: ________________________________________________________________ ~A~P~PR~'OL-~ ____ ~'~C"~EC~K~~J~---4~~~~~~~<'~'-'~ .• ~'~,'~,~~ __ --r-~--------~------~------------~-

'~--~_~~~~--------------------------------------------------~----------------.--------------------------------------~----------~--------~ UAIII/III1DS I -I t'lDr CAIIO COOl I 729942

~ I Too-I 0'1 0'1 N

~ REFERENCE DRAWING

c

~. u·-


I • WHEN POWER I S UP. THE OSC I LLATOR TURNS ON

2. PIN A CAN 8E TIED TO TWO DIFFERENT LOADS, OEPENOI~G ON CURRENT REQUIREMENTS

SIGNAL PINS NAKE WAVE SHAPE

A S OUTPUT JUlMfL UP IISKC

DOWN


sorDL~SOTRL - liS KC OSCILLATOR

R25 IK

+.20~--~A~AfAA~-._------.

vI/Wi 1%

T)

c o

~ Q.I :> :~

r---------~--------~~

-- X6 c:::J IISKC

1-

LEVELS

MIN MAX

-.45 -.OS

-5.8 -12.48

1

> MI" <' I.SK ?

~ T ,.i

T I t--

.... -----Ip t---~

~7': UH ,>619 n C21 ~ S R22 1 • ./BW T .0068 ...

~------_.~---e~~+~1~ ( - I .'0 Uf J:..

+12

- ... ~ ~------~~I-I ~ ____ ~

I-. ___ -If- 2 -I-___ -I~ 3-

~4-J-------I~ e, _

2414829 f- 6-t-=:":":"'='-~f- ., _

~8-I-----~ .... ,-

0651

526Z98

114582 317017 479226

484149 A

i-IO--11-~12-

~~= 1-13-1-1"-1-.-&-~16" ~11 ...

• XTAL IISKC

•

0 • • • • • • 11K

AR1~ ... vvv 16K

1 1270 UH

I.OO68UF Jj;t9i\ VBIoI

1 JO.7

1/4w 1%

APr.DVAL "An

ABC 4-2-62

1

\

"" ..:t'

'" '" N ,....

I -

c

"AIIDUDt I COOl

I


I. WHEN FeilER IS UP, THE OSCILLATOR TURNS ON

2. PIN A CAN 8E TIED TO TWO DIFFERENT LOADS o DEPENDING ON CIRCUIT REQUIREMENTS

CAl. COOl I 729943 T D E - I


SDTOL-SDTRL-240 KC OSCIL~ATOR

.62 ~

» R25 < IK ",> 1/4w

.1

!""""'-n

I

R)O AAA

-'2 I

AAl~ Ti.';

:> lUI ~> IK ~> ,W

~.

~e

..Lr-----o- A

~-----~~----~~ .:3'<'" O/8w

-C29 '01

r---75 PF ~----~----~-P-' r 065

x8 __ 240KC

c:=J ,-

:>RI~ ,7' RI5 ",> I. SK 4.----./V'V\r--O -12 04:' I. 78K

...!.~. '/4W 2.!... 'I

__ ---12...

~

-l LI9 >::--lC2!

ell

~ 110 UH <;631• n 1.00)) UF ~ I/Bw

'----4~-__il...___--...:r..a+1 ~

()

+12

I.O·UF -b

t------tl- 2 - - I 1)0 UH 1-1- E 0 1

~ ,- -t------f~ 4 - • 1.0033 UF

.-------f~, - : 1634 0 VBIJ ""6-

t-----t,... 1 - f;:jI'AL· 1 JO.7 24148J2 .... , - - - IK 1/4w 1\

~9 - 240KC 1------1:....'0_ 1 •

_11_ t----e - ~ t-----1_12 _ LJo.7 I ~

~:::;:;::;;:;:::~~~: Q €J ~ ~ TI TI TI T4 -t-.r';;;':~~--11-13-1.9~ULtI II.)U/8w

1-14-DKi I IK 110' ~~":"7---t.IO_ 1.1dKI/4w: II :i,l .6K

1-16- 1294KV8IJ t-----tH 1- ,",",,,","riU9rrJ,O .!f I

lilli' :ll~ :t 1ft: : II :: ~ :: 1:11 :: :: Ii I 484149

A

iillll~ !!!i 'II 1\ 111111 illl :,11 I IIItIl II 11 U II II ,; illl " II 11 i

1 &l~ I ~ PJb 1 !l~!l RI, M KIH f 0

= I ~ + N C) 'j

COMPONENT SIDE

roll -H9-~Z""!11""1~46--f

~-r-21-~1t9--2":""'42~6-"" 22- 479092 23-

... 24_t----...

-25- 491010 ,-26-_zr_'"',-_.----t

28-29 -1-,...,.~9 ... 2':""l46'-:OO4 -. --f

~T31 526798 ~T4i )6217!

r--30 550096 '-31 M 31;049 ~3Z )17018 --33 '*79127 -34-"-__ -J

CIICUIl AIID PACUIIIIII nANOAID

'''IOVAL

ABC 4-2-62 l"lUNA nOHAl BUSINESS -.:;.M:;.;,AC:-:;H~IH.;;.;[$;..;C;.;.O;;.;.RP.:... ~I-__ OA_T_£ --t_C_H_AN_G __ { _NO_'-I-_A_"_R_OV_"_L -11-_0_"'_( _~C_H_"N_G_l_IO_.--+_AP_'_._O_Y_Al--t,-D .... (_y[_lO_'_III(_"_' _1°_°-1

NAIilE C/\RO ASH TSTR-SOTOl (;.J. ~I ·62 115599 ~

SOTRL-240 KC OSCILLATOR -8-28:'6')-1-'7802""- --+----+-----t"-----""1 ~ DESIGN MOOH SMS -.. - .. --.,r:----;-;;-;;-6--::---+--.,-~-- __ IOO~El~All~R~Q~3~-I~-~~~-f~sc.~Al~[~N~ON~E~~~II-I-2--2_9--6-)~_r--12-0-9-9--_t--G-L-K-~-------+--------+--------~~.-------t~ 'CHECII WH 3-1-62 DRAW LIG 13-17-62 \oN APPRO CHtCK J

C

DSC A-

SEQ,UENC': OF OPERATION

I. WHEN POWER IS UP, T Z. PIN A CAN 8E TIED T

DEPENDING (I:. CURREN

SIGNAL PINS NAME

A S OUTPUl

\

HE OSCILLATOR TURNS ON. o TWO DIFFER.ENT LOADS, T RtQ,UIREKENTS. •

WAVE SHAPE

--1UlJlJlIL 3201(C

CAlO COOl 729944 T D f ..


SDTDL"SDTRL"320 KC OSC I LLATOR

UP

DOWN

X8 c::J )20KC

","V£LS

KIN AAX

-.45 -.05 -5.8 -12.48

INrERNATlONAl BUSINESS MACHINfS CORP. NAME CARD ASM TSTR-SDTDL

us

A)O

1.1K IIaw C29

75"

"'-~~V\"--O·12

C21 .OOZ" &If

.CI, ~-------~---~'--I~.oIUfJL

+12

065 f

DAU CHANO£ NO. APPROVAL

".(1"62 11~.29 __ B=2a-63 117802 50TH L - 32 0 KC OS:-::C:-'":-:L L:-:A::TO:;;";R=----u:!'

r---------e--~~--g,

I.~J

A"IOVAL 'AU

ABC 4-2-62

DATf CHANG( NO. DlVHOl'.,un 10.

DESIGN MODflf-S_M".,S ...",.-__ 11 12-:-29""bf.- liOG99 -CLK--

• j.

1--------1 ~l --11-----+-----.....----, ...;:. OHAlt ROo 3-=1-62 SCAllW' _,!NO~N~E--:-:~:-Ir---r---'-r---~I---;-cHiCK 1M 3-;;1-&2 DRAW I 3-17-62

----1.,..-APPRO CHECK

IfAHOARO. COOl

D··

ose. A-

SEQUINCE OF OPERATION

I • WHEN POWER IS ,... TtiE OSC I LLATOft TURNS OM

2. PIN A CAN IE TIED TO 'NO OIFFlREIlT LOADS. DEPENDING ON CURRENT IIEQUIREftENTS

SIGNAL LEVELS PINS NAKE WAVE SHA?E

tUN I1AX

--11.flIl1l.nIL UP -.45 -.OS A S OUTPUT ]60 KC

DOWN -5.8 -12.48

.4-- .. ·--·· .. " .. __ ... _",

c

129945

REFERENC~ DRAWING SEE PRODUCTION DRAWING 370397

SOTOl-SOTRL - 360 KCOSCIllATQR

+12

+12

«:21 .002" Uf

Cll

.RU

~----oA

CIRCUlI AHO rAtUQINC SlAhDUD

ArpRO~U

ABC 4-2-62 OAU CHAHGl NO. "'ROVAL OAIl CHANQI NO, AP'ROVAl DlVIlOfMlNI. NO.

--'--'-"- ...... t. ""'.'-6J._ -1-' 55"

"7802 N

I------~~ - 110699 -lrllt.'·

I~-----r ----~-- --~-----1-----

4!"

,~----~4_------------I~

1

c

"AIIDAlOS COOl

SEQUENCE OF OPERAT 1 UN

D"ose

A-

I • WHEN P(iWER I SUP, THE OSC I lLATOR TURNS ON

2. PIN A CAN 8E TIED TO TWO DIFFERENT LOADS, DEPENDING ON CURRENT R~QUIREMENTS

SIGNAl. WAVE SHAPE PINS NAME

A s OUTPUT ~667KC UP

DOWN

x8 c::J 667KC

LEVELS

MIN HAl<

-.45 -.05 -5.8 -12.48

RI4 I.SK

] UIO CO., 729946 T 0 H -


SOTDl-SDTRl-667 KC OSCILLATOR

R2S

+12

065

L. ,,'it -UO--_*---J\/VV'oo----o c

U •

l.lK I/SW

C29 --t

15PF

• 0012 Uf'

C:tJ

+ •• 1UFl

I- t ~ 2 l- 3 I- 4-l- & I-• I- .,

2"14838 l-• I- 9 -10 I- II ,.. 12

.--.---01;,) A

~ 0 • • • •

CJUIIIJ All, PAI;UGII8 "UDAl'

",raOUL OU(

ABC 4-2-62 INlERKAlIONAl BUSINESS MACHINES CORP. DATE CHAlln tlo. A'PROYAL DAU CHANGl 110. ",no VAl omlor.EIII 110. ......,

NAME CARD ASK TSTR-SD;.;T,.;:D.::..L ___ -It .. ':--.~l._·62 1J.55..9.? ~ SDTRL-bblKC OSC I LLATOR 8-28-63 I 7802 \D

D£SIG~N+_:: .. ~_,:__::__:;_:::+MODH 511_5 __ • 12-_:':_~9_-_64_" 4--_1 ~·0699---I-G-LK-·-·-l""----l -----+----J---------t g. DUAll R 3-1-62 SCALE NONE --- ---+----- ------j---------i CH£CK WH --1-62 DRAW LIG -I 62' APP/IO CHeCK

l I

c

DA-

IIQ.UIHCI 01 OPIRATlON

I. WHEN 'OWER IS UfO. THE ole I LLATOR TURNI ON. 2. I'IN A CAN If: TlfO TO TWO O.,'ERENT I.0A0S

DEPENDING ON CURRENT R'Q.UIREtiENTS.

SIGNAL 'INS NAME WAVIIIWI

A S OU"UT JlJU1fUL Ule

F .... co;, ] -r 0 K -

729947

REFERENCE DRAWING SEE PRODUC~ION DRAWING 370551

SDYOL-SOTRL • t He OSCILLATOR

RU 1.6K

lUI Il

-II IW

RJO RU '.941( A I.JK 1/8W

RIS 1/811 II

C29

7S ",

-= -\I

LlVlLI

KIN tIAlI

UP -.) 0 DOWN -,.8 -12.48

A".OVAl

ABC OAf( DAIf CHANG[ Ne, OIVIlOPMtNI NO.

~:~~~~~~~~~~·~~r~· ---b--1-1-55-9-9--~-----~------~-------r-------+--------·---'~

~eO~2~+-~~~~ ____ ~ ________ ~ ______ r---------~~ ,%'0699 GLK ':f.

~~~~~~dr--'--1-------t-----il-- ---r-----~--------~~

c

" ....... COOl

_lOlA :J -c: ·A-

-fDA :J -I H_

IlQUE"C! OF OPERATION

I. \IIT~ HO INPUT ALL TRAHS/STOIII ME 'N COHoucnON, OUTPUT I ~ DOlAN. I: AND D ME TIED TO +6V.

I. 50 MY MIN. P-P ACROSS 8 AND C IS STEPPED UP AND RECTIFIED APPEARING AS NEGATIVE 'HIFT ON lASE OF T4. A NEGATIVE IV SHIFT FROH Tit EHtTTtR THEN TURNS T5 OFF ANO THE OUTPUT IS lII'.

3. AMPLIFIER OUTPUT DELAV IS 1.0 USEe ·MAXIHUM. AMPL1FtER DELAY SKALL IE DEFINED AS THE TIME TAK£14 FROM THE 5V% POINT ON nit Rts.E OF THE "CNE" SIGNAL TO THE 101.. "OINT Of' THE lEADING EDGE VOLTAGE TRANSITION AT THE' OUTPUT.

~'''--PINS 'tONAL WAVt SHAPE . "ME

A,H T OUTPUT ..nIL

UVElS _. HIN

UP t." DOWN -5.46

r-....... . [}il --

729896

REFERENCE DRAWING SEE PRODUCT tON DRAWING 31.198

AllOY-SENSE AMPlfFfERHO. 2 MOUNT CARD· ON ONE INCH· CENTERS

I'Wt

6.a4

"6."4

'---0"

,), t !'-t I , n t· t t f • --~1r~~-

I --

u CI'f.

21"11) I"" .103S9 I r-503591

r----o---- po-

&.925&.7 r r-l-

I-

t-}170~ t-"~2"26 t-

t-)1701' ,..

,..

T.~_t' on Ta f' 'oa, 1'&

-----------------, ""OVA\ DUt 1----- ,----1--------1 ABC "·2-62

~=.I~!=_ .. r --.~_M~-~.-!.l--~=~-.-"-r-~.-~ .!!~I_'._t_"'_._ •. _ ~ .. '~~ ~-~ .. -=-=~=. ~.:=-= _._------ = ~

.... - ~--.... -,-- I --~.------------~

,...... "a:u·os 0"\

~t---N ,...

-AD'--c

-H

SlI1UENCE OF OPERATION

I. THE T-LINE STROBE ,.LUSE GATES THE CORE PULSE FROM tH£ l)!ffEHUITIAI. AI'lPLIFlfJl IItTO EITHER 0)3. WlttCM THIN GOES '"TO THE 'INAL SfNSE AMPLI'IER (3708)6)

2. AI1PLIFtER OUTPUT DELAY 15 (0.4 USEe. AMPL IF 1 ER OUTPUT DELAy SHALL tiE OEf/MEO AS THE TIME . TAKEN !'IIOM 10% POUlT 01'1 THE RISE OF nit INPUT SIGNAL TO THE 10% POINT OF THE trADING EDGE '/OLTAGE TAANSITION AT nit: OUTPUT.

PINS SIGNAL WAVE SHAPE ",'\HE

J\ Ate INPUT , • I 1'\ , OU",UT I • I ,

H STROBl :1u -

729897

REFERENCE DRAWING SEE PROOUCTION DRAWING 37.899

AllOY-AMPUF fER. PRE SENSE NUMBER'

1\)6 5.111. iSl·

)0 n "19 is'

+12

t

R4' 200 n i51

LEVELS

MIN MX

UP 4o~ VOLTS DGWM 0

UP -5.2 +.24

eM -H.S2 ·12.48

UP +1.'44 +6.24

DOWN -.7" .. 6.2_

'RllIRAlIOftll aUSfNUS I.Cftll[$ C8IP.

l

-12

~II

2~.209J_ 5500rs 550010 1 ..

~

6 1 8 9 10

'"1ff21t9J II 12

22209) 41t

H2

07

eN

119 , .7811. I lev

Oil

~ .. " 1.78w. I/Sw

DI4t

eN

H :;

06 AAS

-II

tf

RS It" tst.

Il)

AFt Iff(

t~

STROll

T I "-~,-ri:-::T'"""-t T2 T3 t--,....::.;;.;;..:;.::o;;." .....

T4 Ji--rtIT'l'l"'-"1 T5 O6S T1 01, H Ta jo-~:T:'::::--I 0 I $

COMPONE"~T SIDE

,ITt eM.If" .... .,,.OYAl tUi '--'-~+-----1--'"--- ----...

tiltUIl .... ' .. tuel" STUUII

------.----~~----------~ ABC

..... ",.

! I

~.C~· __ --~----__ --~ ________ ~~~~~~_L __ ~--~~~--~-~----~'------~-·~----~~-i

-"0'--F -0

-AD' . 1--E -, -0

-'0"--, -G

SEQUENCE OF Or-ERATION

I. 'IN F AT +t2V AHO 'IN G AT -UV FROM GATt ON FI HAL AMPS. CARD

2. PW. WAVE rOM WI LL 8E IMI As '..,UT WAYE FOM

). TRANSISTOR TKAT onu NOT HAVl INPUT II CUT OFF

WAVE FORKS

IHP'UT WAVE . 8V,..,

AAX 8;8''''

729948

REFERENCE DRAWING

SEE PROOUCTION DRAWING J70~17

SENSE AMPLIFIER - INPUT FflT~R ANO SELECT GATE MOUtH CMO OM OME INCH CENTERS NOTE DJ:

IU7 012

2.94K I law

T2 II 0-----__..---1 H

+t2

'IN A ro" 12!J PIN I FOR 7UO.

":"

R1

).40K flew

R28 ,.09K I law

RS ).511t 'law·

0)3

"

t23 +t2 o---:t-ft-------.

10 UF

C20 -, % 0-----11-+

10 ur

"'.9 -:---../\1\1\----0 ,

on 5. II<

en CIS --.fI-+-'&~

IOU' 10 UF

Alit 12.lk t/fW

T6 "41

r t-. --'trV~'---'-<J G

083 5. fK

'U6

~ .. )01(

~." T1 It

H

~. ,U6

ilil(

REflRtKI LUll OV .... ·I . ... , . t: TI ...... ~~_-I

12 0)) n Oll

T4 Joo-~~--J TS 0))

'" 08] Tf OJ) TI _____ ..

COMPONENT SlOE

Clltun ""I 'lCUIINt SUIIOAIII)

.,."OUl '1IT1

ABC "-2-62 DAft CIIAIIIt 1111. ....,

"'" ---. -'1~ i

. _____ --_~~..L...__l.___Ll~~~ - ___ -..J""...---~-~----_-",,-'--~==~ ... ~_==---"-..a..-'-'~=---. __ ."_'-_=1:.

c

-e[JAM .'--Q t--I

APPLICATION NOTIS

VOUAOU AT 'IN • AHD • FROM CLt"tNG tARO

INPUT WAVE FORM AT PIN E 7.(:NP-P NOMINAL FOR HtGH FREQ.UENCY 7.2\1P-' NOMINAL FOR LOW 'R£Q.IJENty S.ftV,-, I1AXIMUI1 REfERfNtE LEVEL +1 ,S9V TO -'.88\1

OUTPUT "AVE 'OM AT PI" C

t. LOW ACCEPTANCE CHANNEL 0\1 TO 9\1 p .. p READ COND IT I ONS 0\1 TO 7.5 P-' READ WHILE WRITE CONDITIONS

I. HtGH ACCEPTANCe CHNIMEL . 0\1 TO 6.8SV p.p READ CONDITIONS OV TO 6.18\1 ,..p REAlI WHILE WAnE COHDITION

---E .... _CO_8_1 _f_.....;7..,;;2;.,;9....,;;9;... .. ...;;9;.....; , Y B Z ..

REFERENCE DRAWING SEE PRODUCTION DRAWING 310ft.8

SENSE AMPLIFIER-RECTIFIER AND CLIPPER "OU~T CARD ON (\HE AND ONE ·!f\lF

+12

-Il

COMPONENT SlOE

01,

-fc3r PtI

IH8 5.361( tl'IN

1111\ ".llK 11811

RtK. 8.4511:

01

0'

C

f II~ D41 AU

8

25 ·Z6

T ,- t------ooi TZ n· ... · _~zo:-.--t T4 0") TS 08) T8 OI!I.J T1 ~J TI "'-___ ""

elllCUH AMI I'lClfIllIRl ITAltDAIII t--------__ ----------I ""1 OVAL DATI

ABC -4"2"62

.~::-"' .• ; '~"":.'~"":'~'i",."/';- . •... ".:';"'<':.~~:'f' .. ,'.,: "", .. , ,

~ I'~,. [' ~--~-~. ----S~E.;....,.N-S-E ~A-M""';"PL-l-r-I E-R-"-C-L -( P-P-l N-G-L-E\-' E-L-C-O-N-TR-O--L------~----~ -,' 0"\ ; . 4'.tl: ~

...:t '·0 ,u

:.;.~. ' .. ~ ">-'. '.' .. , ;.

: ':,"

.-.1" (IJ U') -12 Ll

lit tl! ld '.-

or:( 0 0 0 i.t: 0 t-.o ~ c.» I en '" -

B "(J ~--..-.~

,": .

...

,: :', ': "

',,: l' C23 '. ...fr'.,',

o---.,-.. -.,--&o~-'''''I''' -' ~I"",.,,;;,,"'-.. -,.'., .... '-·1;....,_,· ...

~; .

I. t

. ' ~

.,'., H o-___ -&Il ',," .,

. ,"

. . I' ,"'

", ,,','

. I. NOTES X CIRCUIT MUST CONFORM TO

C:NGINEERlNG SPECIFICATION 892419 :xr ASSEMBLE "0 ENGINEERING SPECIFICATION

696396 Ar~O 691999 ' m ALL RESISTORS ARE 1/2 WATT AND :t5%

. . UNL'ESS OTHERWISE NOTED (AS NOTE JCOl) XIII .IJ .. IN BLOCK PENOTES BARE WlRE· ...

JUMPER 491296 . . DJ!:. ALI, 1/8 WATT RESISTORS ARE :1:1% .

III ,' ..

. ,

.. , . ,

. ~ , .•.. ..!. •• '" .'

APPRO

6 - 24-60

"----,

)00722

300722

124588

124588

484153

r-r-'

I 2 :5 4)

~

r-~

r-

to-

l-

I-

1-1

5 6 1 8 9 o I 2 3 4 5 6 7 8 9 o

-l f-I 1-1 -I -I -I -I -I -I -2 -2 .... 2 r-2 1-:

I 2 3

24

R37

()

(It

-It

10 UF +

10 UF +

-12

0 ~

R33 133 n i/8w

CE>---

I~ JO·Z·

COMPONENT SIDE

6> TI

6> T2

€:9 T3

~ T4

€!9' T5

e9 T6

~ T7

€:9 T8

A

c

E

1-

,-

-27 2f:3 29 30 31 32 33 34 35 36 37 38 39 40 41 42 43 44 45 46 47 48

i-

-1-

--.-,-

-,-

-.--1-

--.-.--i-

-1-

--

TI T2 T3 T4 T5

--

. T6 T7 T8

----

479029

479050 h79029

550019

318324

318325 318325

0'33

083 083

k"K

01-----1

~t------' 0\ N, ......

.... ~~ ~.~.-"" ......... _ ... ,'

"129950

REFERENCE DRAWING


., ..... SENSE A/t·'IPLlF I ER-SELECT GATE, READ GATE AND BAND PASS CTRl

c

+12

-E.

" D-

Cit ~t-I----,

10 \If' -4:-·+12

-y

15K O·-Gft.'·C-

r--v "F\"",..-_-v'V,JV_r---o + 12 =+ R45

..,,71

OR '-C

,. F-

0(.--"'-11"----.

····OR . -H

. 1-

CI, +11 o---:rl t------,

6.2 \If'

Ult SEQUENCE OF GP .• RATION -12 00---'"""""111""'---"

A. SELECT GATE I. WHEN INPUT AT "M « IS \p. TI IS ON, T2, TJ, Tit, ARE OFF

THE OUTPUT 1$ UP AT PIN C AND DOWN AT PIN 0

2. WHEN OUTPUT AT PIN I IS DOWN, TI II OFF, 12, 1'3. Tit ARE ON, TilE OUTPUT IS DOWN AT PIN C AND UP AT PIN D .

I. READ GATE I. WHEN INPUT AT PIN G IS up. T7 TURNS ON, T6 TURNS ON N,4

OUTPUT AT .PIN F IS DOWN

2. WHEN INPUT, AT PIN G IS DOWN, T7 IS OF' T6 t5 ON. AND OUTPUT AT PIN F IS UP

C. NOISE REJECTION I. WHEN INPUT AT H IS UP, T9 IS ON, T8 IS ON AND OUTPUT AT • IS DOWN

6.2 Uf

2. WHEN INPUT. AT H IS DOWN, TA IS OF", T8 IS ON AND THE OUTPUT AT I IS ...

SIGItAL LEVELS PINS NME WAVE SHAPE

HIN AAX SELECT-

~ UP ".S -.1

E 5 GATE DOWN -7.42 -12.48 INPUT

SELEr.T

~ L UP S.IIt 7.2)

C $ GATE OUTPUT HI DOWN -4.4) -6.64 SELECl

~ UP 4.52 6.88

0 S GATE OUTPUT 112 DOWN ~4.76 -6.84 READ

J L UP -.S M.I

G S O/·.TE INPUT DOWN -6.87 -11.48 READ

~~ UP +9.39 +11.48 , S GATE OUTPUT OO'.lN +.7 0 NOISE I

~ UP -.S -.1

H S REJt::CT INPUT DOWN -6.87 -12.48 NOI SE

~ UP 10.41 Il.48

8 S ReJEct OUTI'UT DO~N .7 0

1.3K

T6

c

C

R6 +11

R17 17K

604 n RIO 750 n I lOW

-12

124588

]00722 ]170]0

)17015 I 4 0

8 608

08)1 ] tljUs

~I-

1-2-t-3-

t- "'-~-

1-6-1-7-1-8-r8-1-10-

r ll -~tz .. 1-13-1"'14-1-15-1-16-H7-H8-H9-f"20-1-21-1-22-rn-1-24-

}T9

T8 p

OB)

017 .

AAS

8

l @ '01 10K I I -c E J.I.~IK 1/4WI%

e9 1-- JO.7 10 UF i-

Tt JO.7 20K

~ 12K JO.7" 47K JO.7 T2

I2IKI/4wl'¥, ~ JO.7 750 n 604fl~W n 5~K JO.7 ~ ~--l 20K JO.7 604n I/aw

~ JO.7 JO 7 ... 10' UF

JO.7

~ AAS~ I. 3K JO.7

~2 UFl J.0.7 ~ JO.7 1 6.aK n JO.7 1 15K

~ AAs*, JO-L JO·7 T8

~2 UF +.1 JO . .l

l,i;\lii\llllii!i! t rtlpi II i! II lIltJlIIIIIIIIIIU I! Il ! I ~ III :1 !. u1.iJ.lullLJUUl11

Ibl~J.q~JGl~1~11 ,.1" .. IdH ,. 0 • !II 0 + N 5

i

COMPONENT SIDE

ABC

-:-

1-25-~26-

~27

1-28-29

1-30 1-31-

32-33 34 35-

1-36-1-37 ~-

r-39-.... .v.:>--41-~42

1-43 1-44-

45 1-46 1-47 1-411-

TI-12-13-T4-'RI-

RII 5.6K

H

)00721 481995

300723

~81995

479090

30072~ 479090

124S8~_

J-'L4~

3110~_ 21JSlO 491008

-.lIlU22. _Jla3~ 111!J2S }18J~

OS) (8) 08) 0))

T6 092 T7 ~-------I (183

TI 08)

fiATt DAn

I~~L--__ , , ___ _ 114)64

tHANII( NO. t __ "_Pl_9_VA_l-+ Dm!_~_~~lN~_"~_'I;j 1.0

----.-- 1.0 VI .--.-----1---- -_._-- _. ____ . __ . '. _ 0

-- - ------t---,---II---

1f~"O"D. CO.D!

~J----..1 0'\ N ,....

.1199SI

REFERENCE DRAWING SEE PRODUCTION DRAWiNG 370421

PEAK DETECTOR, iNTEGRATOR' V.M. DRIVER

c

A 0--...... ..,...-1

-I! .-

-_._-, I I I I , t

~~_~I' ...

)9 n HEAT SIHI( ,

-AD'" '. -0

-12

SEQ.UE"C[ OF OPERATION

I. THIS CIRCUIT IS USED TO SENSE /II PEAl( IN TH~ TII,II'E SIGNAL AFTU IT HAS BEEN AMPLifIED BY THE TAPE PRE-AMPLIFIER. TRP.NSISTORS I AND 9 SENSE THE PEAK AND TtilS SI3NAL IS AMPLIFIED BV n TO DRIVE T3 WHICH INTURN DklVES THE INT[GMTOR AND THE SCHMITT TRIGGr.R. WHEN THE SCHMITT TRIGGEA f'IRES. THE FALL TRANSITION IS SHAPED INTO THE OUTPUT PULSE (-11\1) AND TtltN IT IS COUPL:::O TO THE LOAD BY T8, AN EHITTER FOLLOWER.

I. A REAJ CONTROL LINE IS USEO TO GATE THE SIGNAL DURING SWITCHING BETWEEN READ AND READ-WHILE-WRITE CONDITIONS: PIN O. ANOTHER CONTROl. LINE CHANGES THE NOISE Rf.IECTlON OF THE CIRCUIT DEPENDING UPON TIlE TYPE OF TA~E DRiVe WHICK IS USEO: "'N Ii'. FOR HIGH FR[QUENCY OPERATION TUE INPUT AT PIM E IS AT + 12 V. FDA LOW FREQUENCV OPERATION THE INPUT TO PIN £ IS 0 V.

J. OUTPUT tAN DRIVE sorOl IR SOTRL CHlCUITS.

lEVELS

- C21 1..068UII'

'INS. SIGNAt. WIIVE StW'E r-o-------NAME

" I'IIN MX

A !NPlit-- J'\J\J UP 9 PEAK

'------DOWN 0

~OISE J ;"HIGH Ff(£QlJEMCY +10.41 +12.48 I REJECTION ,

,," "W FREOOENCV II +.7 . GATE J

• S OUTPUT --u-u- UP 0 +.4 -OOWN -It .5 '-I)

D y REM .sLf' ..... UP .~,." 12'.\8 GATt O(MI 0 +.1

A.9 eJ)

S. Uf( lloo()" 118V .

+'1

+12

cr., .,.----if 1-----'

100 'v

-12

ItJ8 "7~ n

"

COMPONENT SlOE

"

lltS 250 UM

OJ) . 083

l-":";';~';"'--i Oll

1--';;";";;~.--f OJ)

~..&oL.1I""'_"""'''' OJ)

_-----.-------~-_i

APPLICATION HOTES

HIGH ACCEPTANCf.

lOW SPEEO TII.PE PIN F O.OV +5 "M , -\2 .5V

HICH 'PUD T~I. PIN' O.OV ... , 'IN' O.OY

-'Do, ' -t' ' -H -I -I

RlAO WKt LE WRtT! CON,OlTlOM

p," 8 -).OTV TO "5.09V

'IN II -.IV TO -.SV

RIAO CONOlTlOff

HIGH AND LOW SPIID OA.lVU PI. , -IIV PI,. • "If. tV TO -U .SV

lIN ACCEPTANCE PIN' 13.0 VOLTS 11M , ·,a Y\lllS

'IN" O.OV '1" H .. a.O) TO -U.S DEPENDS OM WHAT '1M (A.t.G.I) , IS TtlO TO


. SENSE AMP1IFf£R-CllPPING LEVEL CONTROL

.a-----------------~----~~------~

'o--1~--------.

R29 2.0SK flaw

, 0--'-----1

en "U o-------9----t f!--'l

Ill9 .0 ur: ttlt _

HO--------------~

IU--------I

-...

(

,u6 12K

----t-, -~--

.... ----.oc

R)) tJ] n tl8V

._-----00

-12

R)I 69,8 n 'lOW

2~t ____ '"'1

26 27 2 8 ~~ri----t

COMPONENT SlOE

Ctllcun Ani 'MeUtllf' SUP/DAltO

uu

ABC 4-2"62 DAn

......

~===~:==- '~'-----'-'--~-~---'1----~--4.-_-_-j ~

LI\ ,... .. c( LI\ ,+ 0 lD ,...... C'f\ >-

R.4 + en ." 400A a .. tW . "" !Q 0 .... • 0 I C U ~ (IJ en

.3 400B ,w

8 II'S

483127 (2) SCREW

OVERVOLTAGE PROTECTION 6 VOLT MOUNT CARDS ON ONE"INCH "ENTERS NOTE XV;

C5 IUO 0.22 UF 560 n

2089'62 BRACKET

83462 NUT 76574 LOCK

WASHER

'PI 750 n IW

RI6 750 n

Dt' R8 ON 11K

., 1t.71t

• • • •• •• •• JOeZ •

• • •

JO.7 • • • JO.7 ,

NOTES [!JO .. EJILJ JO • .1 JO.7

X CIRC.UIT MUST CONFORM TO ENGtNEERING SPECIFICATION 892575

:J[ ASSEMBLE TO ENGINEERING SPECiFiCATION ..... --:0= ___ -04 895'396 ANO e9l999

n ALL .. RESISTORS ARE tl2 WATT ANO t5% UNLESS OTHERWISE NOTED (AS NOTE llJ[)

XII[ ''Ju IN BLOCK OENOTES BARE WIRE JUMPER, 491296

DJ[ ALL', WAn RES I STORS ARE :il % III MAX I HUM HE I GHT THAT COMPONENTS MAY PRo.

JECT·ABOVE THE SURFACE OF THE CARD WILL 8E .850

%KI EPOXY CEMENT 483002 TO 8E APPLIED TO ftESIST~NCE TRIMMING SCREW AFTER A V(llT~GE SETTING OF ,.78+·~gg VOLTS IS MADE -.

POTENTIOMETER 483218 NOT TO 8E SUBJECTED TO lIQUIOS. .

DPD CIRCUIT' a PACKAGING STANDARD

APPROVAL DATE

HOL.E PATTERN JHT 1-24-62 .91474

113950

AP,,.OVAL

awa .wa MOL MOL

• •• • iS60 n + .---• • + ................... ..., • •• ~~--.

R P M K H F 0

~ \. y J"-y

a:a +

8

)

COMPONENT SIDE OATE CHANGE NO. A",.OVAL

.r, ;... 113606 t... .4-'5-63 0116t" 2·' 1-64 Df 19678 GWS

5-4-64 1:l0096 GWS

22- , 23-24-25~

26-27-28-29-30-31-32-33-54-a&-36""" 37-11-

9-~ 41· 42-

TI T2 T3 T4 T5 T6 T7

370575

317002

)17007

208955

tUG 0.05 A 5W

039 C3SU

026 026 086

...0 ,..... Lt\ 0 ,..... CV\

C'I 0

!~ .0 C U I-' en

co UJ

>

II)

~ ,... I

N

+

0)9 tlSu

R20 0.1 A SW

OVERVOlTAGE PROTECTION 12 VOLT HOUNT CARD ON ONE-INC,H CENTERS NOTE XII

R8 '.8K

R1 ]K

PI 7S0 n IW

+ t5 0.22 UF

)

R17 ltoo ft IW

370516

02) DN

R25 680 A

t% ~o-~~-----4----------~----~~----------------~----------

81M o-______________________ -J

483127 (2) ,SCREW

NOTES

"'.296 WIllE

127697 WiRE

208942 BRACKET

8]462 NUT 76574 LOCI<r

WASHER

X CIRCUIT MUST CONFORM TO ENGINEERING SPECIFICATION 892576

:I[ ASSEMBLE TO ENGINEERING SPECtf.CAr.ON 1--"';:;";'::';;;'::':::"'--1 895396 AND 8il999

D. ALI,. RESISTORS ARE 1/2 WATT AND ts e• UNLESS OTHERWISE NOTEn

:1m I'J" 'IN BLOCK DENOTE S BARE WIPE JUMPER, 49129'

JJJl MAXIMUM HEIGHT THAT COMPONENTS MAY PROJECT ABOVE THE SURFACE OF THE CARD W'L.l BE .850.

Xi EPOXY CEMENT 483002 TO BE APPLIED TO RES"ISTANCE TRIMMING SCR£W AFTER A

JJZI

. lJlII

VOll-AuE SETTING OF 12.96!:~: VOLTS IS HADE.

POtENTIOMETER 483218 NOT TO BE SUBJECTED TO LIQUIDS

OPO (.;IRCI&IT a PACKAGING STANDARD

APPROVAL

JHT

DATE

1-24-62 HOLE PATTERN

4":5474 APPROVAL

'WB NGJ IWS IWS MOL

• • • •• •• • • . .----. ~ JOJ,

• JO~.l JO.]

4-0. 22UF l .. . CE:J o:JD

4 FE 04 •

• •• t .---+ IK

• • •

COMPONENT SIDE DATE CHAN.,E NO.

5-23 .. 62 011 J950 ::.~ t"J.,· 113606

4-15-63 D116148 MOL 2- t 1-64 Oll9678 GWS

$-4-64 '120096 GWS

Tt T2 T3 T4 T5 +-___ ~

T6 i-----~ T1

026 026 086

370578 OVERVOLTAGE PROTECTION 30 VOLT

MOUNT CARD ON ONE INCH CENTERS HOTE %I2

'. +~----__ -----------4~---------------4~--------------~---------4~-.~

'" .. o .... •

N

R27 2.7K IW

R2 4.7K

R4 2.6K SW til

P) ........ - ....... x....750 n

D" ON

+ e23 0.22 UF

IW

R7 3K

,. r..30 51 11 IW

RI 220 n

IIASa-------------------------------------------

483127 (2) SCREW

491296 WIRE

127697 WIRE

20894 2 BRACKET

-.8]462 NUT ,:76574 LOCK

~ WASHER

CIRCUIT MUST CONFORM TO ENGINEERING SPECIFICATION 892578

323920 317025

~ ASSEMBl.E TO ENGINEERING SPECIFICATION t---~--f 89~395 AND 891999 ' ,~ 335138

:rm:. ALL RESISTORS ARE 112 WATT AND t~% UNLESS OTHERWISE NOTED tlJ " IN Bl.OCK DENOTES BARE WIRE JUMPER, 491296

MAXIMUM HEIGHT THAT COMPONENTS MAY PROJECT ABOVE THE SURFACE OF THE CARD WILL BE .850 ;

X2 EPOXY CEMENT 48)002 TO BE APP.LJED TO RESISTANCE TRIMMING SCREW AFT-ER A VOLTAGE SETTING OF 32.4::~gg VOLTS IS HADE

• ~ 48)218 AND 208975 HUST NOT BE SUBJECTED II:) TO ANY LIQUIDS

r OPO CIRCUIT. PACKAGING STANOARO

APPftOVA&. DATE

207328

483200

• • • • • • • • • •

1 220 n t • • t+012~Ft 4·ZK

• ! •

• • 2.7K IW

• • • •

• • • t 1;00 n S'J ! • • • • • • tJ n 5W ! • • •

• • !

• •

RPMK HF DB I '----y---J '--v---' ~ - + I

•

JHT 1-24-62 HOLE PATTERH

493474 COMPONENT SIDE

•

RII 200 tl 2W

TI T2 T3 T4 T& T6 T7

R20 l n SW

D.l9 C3Sf'

"OT£~

208975

IHTEa::.HJO:!Al BUSINESS r.~ACHm[S CORP. CHUGr NO. " .... "OVA &. OArr CHANe,; "0. A~~ftO'tW.. D£YfLO'IiIUr "o. ~~~~~~~~~--~~~.~------~--------~------~------~--------_+--------~------------~w .....,

Q 88-2128 :~~~~~~~~--4-------~------~--------~------~------------1~

~~--i~~=-==-~~-+-'::"':":"':'~--Jla I 13606 '- co [) 116180 LHR

120096 GWS

. ...;

!, •

OVERVOLTAGE PROTECTION 20 VOLT HOUNT CARD ON ONE. INCH CENTERS NOTE III

0'\ ....... LU LI\ 0 c.!J ....... -N'\ >-

ito .. "" R2 A4 D R27

I~ .. 0 IoSK 2.1K I.SK

.0 .... SW I c U N :i:1% ;

P) t--~....-~I:K.. 750 n

. ,

033 1)N + C2l

0.22 UF

IW

IIASQ---------------------------------------

127697 WIRE

208942 BRACKET

,483117 (2) SCREW

8)462 NUT 76574 LOCK ..

~OTES WASHER

X CIRCUIT MUST CONFORM TO ENGINEERING SPECIFICATION 892579

2[ _SSEMBLE TO ENGINEERING SPECIFICATION 895396 AND 891999

n ALL RESISTO(S ARE 1/2 WATT AND t5% UNLESS OTH£RWISE NOTEl>

xm I'J" IN BLOCK DENOTES BARE WIRE JUMPER. 491296

XDl MAXIMUM HEIGHT THAT COMPONENTS MAY PROJECT ABOVr THE SURFACE OF THE CARD WI LLBE .766 _

Xi EPOXY-tEMENT 483002 TO BE APPLIED TO RESISTANCE TRIMMING SCREW AFTER A

llZI

: Jl[[[

BnraI

VOLTAGE SETTING OF 22.6::~gg VOLTS IS HADE

483218 AND 208975 MUST 'NOT BE SUBJECTED TO ANY LI QU I OS

DPD CIRC,",!T a PACKAGING STANDARD

APPROVAL DATE

JHT 1-24-62

INTERNATIONAl BUSINESS MACHINES CORP. DATE

.llIOQI ~

31]021

2073'l1

323920 317025

51~00

512400

208970

208970

l-

I-~

l-

I-

I-

l-I-

I-

~

~

I-

~

l-

I-

l-

I-

I-

l-

I-

484339 D

-: 5-21-63 DI16180

I t ;S 4 5 i 7

• 9 10 II 12 13 14 15 16 17 18 19 20 21

It • a

a

IUlt 200 n IW

a'

RII 200 n .W

:·~'ZK P~g n t i+O.22UFJ ~ a • a a tl.SK SW.,%a i •

• • a

• t 1.5K + a • • • aSI n'IW

a

a 000 n • • • £0.5D ~W • • i a • • -- •

• i

COMPONENT SIDE CHANG£: NO. ... '10YAl

-4-64 1200 6 • GWS

TI T2 T3 T4 T5 T6 T7

370579

120 0.1 n SW

D39 Cl5F

DEVELOPMUT NO •

88-2127

-----

026 026 086

W ......, 0 V1 ......, \.0

rt. t

...... .!-&-a '" a <.D ......

~.

. j

20 VOLT OIFf. AMPLIFIER HQUNT CARD ON ONE-INCH CENTERS - NOTE xut

~) .~9

370607

N\ >- HEAT SINK

O Q.~----.-----------'----~---------------o~--------~

I !

! ! . i

Iw It) ..... 3 a ·0 zO to-!ICy . I I;; ,.N

048

FO ! 1~692 :: 045 .

INl692

NOTES • X CIRCUIT MUST CCWFORM 10

ENGINEERING SPECIFICATION 892601 · :II ASSEMBLE TO ENGINEERING SP£CIFtCA11ON

L (+)

..a)098

483129 SPACER . 483.38 SCREW 620)1 LOCKWASHERiL

EC

• 895396 AND 891999. . 'm ALL. RESISTORS AREal! WATT AND t 00/0 "-'-"":''';''';'';;--f · UNLESS OTHERWiSE NOTED

2K JO.~

B

.::J1Il "" II IN BLOCK DENOTES· BARE WIRE _ JUMPER 491296 UNLESS OTHEAW t SENOTED

. ,DlZ

-. III DO NOT CR IMP TRANS I STOR LEADS. .~ MAXIMUM HEIGHT THAT COMPONENTS HAY

PROJECT ABOVE SURFACE OF THE CARD IS .850

XxII CASE IS ELECTRICALLY CONNECTED TO COLLECTOR, CONNECTION COMPLETED THROUGH JUMPER.

XiIII WASHER 8446 TO BE PLACED BETWEEN HEAT SINK AND CARD SURfACE.

XII: ' "*XI HEAT SINKS 4924)4 OR 4924)5 TO BE

SELECTED AS REQUIRED 134 (241lta06

CIRCUIT ANO PACKAGING STANDARO

DATE

HOLE PATTERN 747800

INTERNAT10NAL BUSINESS MACHINES CORP. DAU CHANIE Ito.

.Ot UF JO.7 • •

ED ,,-~~;..--+---..... ~

~

COMPONENT SIDE

DATE CHANGE NO. APPROVAL

111822 8"30-62 113136 NOTE DJl 112448 ,2-19-63 117838

NAME CAAO A SM -FTTrSTf;;;R:.::..----=.;20;--:..VO,;;..:l::..:.T_tl-..:::6-.:-8~-..:::.6!_1 ---'-!.!..!..::;::.._-+.:.:.:..::.::....::=-I-..::...,;:!.::.-::.!:..+---..!...!..~~_+-~!::...!~-I I OIFF. AMPLIFIER '2-1-61 GWS I I 2448A 8-10-64 121671 FVL

t 1168) 113967 NOTE 1m

--+=-=-~~.::-+---t-=-~;"--~I 12-26-61

I ., .. '-1,.. APPRO HO·~3.. 3-28-62

6 .. 22-61

R9

2K

84If6 (2) WASHER 48) 128 StREW ]8051 (2) NUT 620]1 LOCKWASHER NOT ES .Jjill:.IllllJ:

213692

...-. .... 47 .... 7_28_2_ ..... I t3

317095

483202

026 "'-'=~--f 026

DEV£LO'MUT "0. w

88-2150 ......., 0 ()"\

0 .......,

'\Q

co )

0 (,!J ...0 0 c.p ,...... n"\ >-

f:!/..

30 VOLT Dlff. AMPLIfiER HOUNT CARD ON ONE-' NCH. CENTERS - NOTE xn:

(-) 01'

370608

! V) ., Q o---__ --------~.--~~------------~--------__ .'" !g 0 to-lu I t; N

Fa

oJ68

t ~692 • N.692

::

R41 1.7K Iwt.,

L-----K

. NOTES ' 323920

B

• X CIRCUIT MUST CX»IFORM 10 • ENGINEERING SPEC I f.tCATa ON 892608 ;II ASSEMBLE TO iNGINEERING SPEClF1CATtON

895396 AND 891999 m ALL RESISTORS ARE 112 WATT AND t 5% s..--::;..;.....;.~--I

. UNLESS OTHERWWe: NOTED 'SUI. 1f.J If IN BUlCt< DENOTES BARE WIRE

JUMPER 491295 UNLESS OTHERWISE ,NOTED

D 00 NOT CRIMP TRANSISTOR LEADS DlI MAXIMUM HEIGHT THAT COMPONENTS MAY

PROJECT ABOVE SURFACE OF THE CARD , .5 ,850

X2II CASE IS ELECTR'CALLY CONNECTED TO • COLLECTOR,' CONNECT JON COMPLETED THROUGH

JUMPER. liIrI WASHER 8446 TO BE PLACED BETWEEN HEAT

, SINK AND CARD SURFACE. XIX .

*1([[ HEAT $'NKS 492434 OR 492435 TO 8E SELEC'(ED AS REQUIRED

Ctr.C,utT ANO PACKAGING STANDARD

APPROVAL DATE

484335 C

HOLE PATTERN 747800

K

l (+)

EC _---0£

84!16 (2) WASHER ltS)t28 SCREW )80$' (2) HUT 6203. LOCKWASHER NOTES ~.XJIIt .

COMPONENT SIDE·

lMTERNATlONAl BUSINESS MACK1KU CORP. DAU CHANU Ito. APPROVAL OAT£ CHANG£ NO. APPROVAL

89

2K

535441 026 )..-";;":53::":;5"";"44--,--1 0 26

DEVELO'MUT 10.

6-8"61 NAME CARD ASM TSTR -30 VOLT 11 t822 NOTE J.lll 8-)0-62 JJ 3136 NOTE llJl 88 _ 2 I 5 I \..v DIFF·, AHPLIFIER 8 8 WS -...J ;1 r~~~~~~~:-'----1W'~2-~I~-~6~t~1'~12~~~~~N~0~T~E~xm~~12~-~j9~-~61~~~'~j7~· ~l~~~~G~ __ -t-----------1~.

1~~~~~~--~~--~--~II~.t~~~2~6-~6_1~~"~2~~~8~4~~N_O_TE~xm==~8;·_·~lO~-~64~~~.2~1_6~71~~ __ ~FV~L~~~ ________ ~~

.. or". ~)... II ]685 NOTE. XIY • I.\O-G:t":t 3-28-62 '013967 NOTE x:oz:

6-22-~1

, .' ;~~-r--~~------~------------------------------------____________________ ~ ________ ~

'-0 0 ,...... N'\

h ;

B

20 VOLT AT 15 AMP OlfF AMPLIFIER KOUNl CARD ON ONE INCH CENTERS -, NOTE DI

~. ( .. ) c..!l. QU-----~------------------~._----_, >--

\0 J'

0 ,... I

N<

D

L(+)

NOTb X CIRCUIT MUST CONFORM 10 . ENGINEERING SPECIFICATION 8926. I

::II ASSEMBLE 1'0 ENGINEERING SPEQFlCATtON

015 Ee

", 89&396 AND 891999 E;t ALL RESISTORS ARE 112 WATT AND t a% t-3 .... 0_0 ..... 72_'_ ....

UNLESS OTHERWISE NOTED 'ElI .t -I It IN BLOCK DENOTES BARE WIRE

• JUMPER 491296 Dll

x2 DO NOT CRIMP TRANSISTOR LEADS. Xi! MAXIMUM HEIGHT THAT COMPONENTS HAY

~ PROJECT ABOVE SURFACE OF THE CARD . as .850

%KIl CASE'S ELECTRICALLY CONNECTED TO .. COLLECTOR, CONNECT ION COMPLETED

THROUGH JUMPER. JJII1 WASHER 8446 TO 8E PLACED 8ETWEEN HEAT

~ SINK AND CARD SURFACE. XIX i~ HEAT SINKS 492434 OR 492435 TO 8E

SELECTE~ AS REQUIRED

CIRCUIT AND PACKAGlNG STANOA"D

APPROVAL DATE

209002

HOLE PATTERN 747800

E

Rit. 2K tWt11

8AA6 (2) WAStIER 483 .28 SCRE\# )80S' (2) NUT 620)1 LOCKWASHER

NOTES XDII.XIIII

i:::=J, ., ~ £====! ~ E;-, •

!' C. • •

COMPONENT 51 DE

K

370611

R23 1.65K Iwt.%

317019

1--...,;47-.7_28_2_-1 113

t--~ __ 44 __ 1_-f 026

....... -------1 026

DAil CHANGE NO. APPROVAL DATE CHANG£ NO. APPROVAL ~~~~~~~~~~~~~~~~--~~--~~~~r-------+--------~~~~-r----------~w

6-8-61 111822 NOTE Dll NOTE XDl 88 - 2 160A -....J'

DUUOry,", NO.

6 112 '·"'8 GWS 0 : I 12-1- I 't&f' 1-------1 '" r-~~~~r=FV~L----~

I t:-:::::-::+-'-;-i-:--t;';::-~?":"t::'::":':"-:t-:: -::-::-?:=----il 12- 26 .. 61 I I 2448A

2 • to • (, "... II 3685 . 3-28-62 I tl967

6"22 .. ~1

I i

N

B

I· 6 VOLT DIFf AMPLIFIER

MOUNT CARDON ONE INCH CENTERS· NOTE XII

NOTa

,

048 INt692

C

D4s IN1692

:J: CIRCUIT MUST awFORN 10 • ENGINEERING SP.ECIFlCATION 892612

K

:JI ASSEMBLE TO ENGINEERING SPECIFICATION

L

8446 (2) WASHER 483&28 SCREW 38051(21 Nut 620) tLOCK\-IASHER NOTES xm.xm:n:

. • 895396,891999 , .... --.;.-----1 :JII ALL RESISTORS ARE In WATT AND t 5% i--::~-=-=----1

" UNLESS. OTHERWISE NOTED :JIll. .. J If IN BLOCK DENOTES BARE WIRE

JUMPER 491296 UNLESS OTHERWISE NOTED 'XIi

III DO NOT CRIMP TRANSISTOR LEADS. XiI MAX HEIGHT THAT COMPONENTS MAY PROJECT

ABOVE SURFACE OF CARD IS .850 . ~ .CASE IS ELECTRICALLY CONNECTED TO

COLLECTOR, CONNECTION COMPLETED THROUGH .. JUMPER

XiIII WASHER 8446 TO BE PLACED BETWEEN HEAT SINK AND CARD SURFACE

J:I.[ ~ HEAT SINKS 492434 OR 492435 TO BE

SELECTED AS REQUIRED

CIRCUIT AND PACKAGING STANDARD

APPROVAL OATE

.34 [24,4806 r T9 *

HOLE PATTERN 747800

RI5 L2K SW a%

COMPONENT SIDE

370612

Q

"'8) t 29 SPACER 413'38 SCREW 62031 lOCkWASHER

tl3

INTERNATIONAL BUSINESS MACHINES CORP. DATE CHANGE NO, APPROVAL ~~~~~~~~~~~~~~~~--~~----~----=--+-t2---'~~63~~H~78~3~8~--~G~W~s-----+------------;~

88-2149 0

Ir~~~~~mr.~~--i~~~.~~~~~~~----~~----_4------~-------~~

I 12-26-61 N

J.L-L=~~~~ ____ ~~~~r_-----~--------_+------~ • APPRO 3-28-62

6- 22-61

"" \0 0 .......

""

~ ItUJ 88 Zu ;! en

B

r------'---------------------------T----------370613 REFERENCE'rd:"6 VOLTS MOUNT CARD ON ONE I NeH CENTERS - NOTE JJl[

:E: Rtg c.D (.)Q o-------._---9------....... .--...,.AAA ........ >-

It) .,. o ~ ,... I

N

D

L (+)

048 ,....--aG--oG A

• N,692 F

D4s

'N.692

NOTES X CIRCUIT MUST COOFORM TO

ENGINEERING SPECIFICATION 8926t3 :II ASSEMBLE TO ENGINEERING SPEClF'CATlON

995396 AND 891999

Rll 2.~K tw '% RU t.71< IW,I%

RII .60 II

EI ALL RESISTORS ARE 1/2 WATT AND t &0/0 1--..;.:;.----.... .. UNLESS OTHERWISE NOTED

"JIll. "J 1\ fN SLOCK DENOTES BARE WIRE JUMPER 491296 UNLESS OTHERWISE NOTED

, JIlt

DO NOT CRIMP TRANStSTOR LEADS. MAXIMUM HEIGHT T'~T COMPONENTS MAY PROJECT ABOVE SURFACE OF THE CARD IS .B50 CASE IS ELECTRICALLY CONNECTED TO COLLECTOR. CONNECTION COMPLETED THROUGH JUI1PER WASHER 8446 TO 8E PLACED BETWEEN HEAT SINK AND CARD SURfACE.

,'I.[l. HEAT $ INKS 492434 OR 492435 TO BE SELECTEn AS REQUIRED

C:IRCUI" AND PACKAGING STANDARD

APPRIlVAL C1ATE

317005

209002

483208

4i84367 c

HOLE PATTERN 747800

OATt CHAMGE MO. APPROVAL 6 .. 8-61 111822 NOTE nJl

12-1-6\ 112448 NOTE n:u 12-26-61 112448'" NOTE XlJl

2.(,,· I. '2.,. 113685 NCllrTnt 1-\0",- "'- 3-28-62 113967 NOTE llll

6- 22-61

Dll Ie

'.8K tW II E

Ii

481U9 SPACER----483t)8 SC,EW 62011 LOCKWASHER

COMPONENT SIDE I

DATE CHANGE NO. APPROVAL 6-21-62 DI13950

8-30,,62 113136 12-.9-63 11]838

8-10-64 121671

.... -OK

R4

-6 REfERENCE

8446(2) WASHER 483 t 28 SCREW . 3805&(2) NUT 620)llOCKWASHER NOT£S .0:0:,

113

OEVUO'MUT NO.

~'r-~---r~------------------------------------------------------------------------~--------- .. ~

...0 .,

A \,()

0

0 t!J

'" N'\ :>-

c

3 VOLT MARGINAL CHECK Otff AMP HOUNT CARD ON ONE-INCH CENTERS - I~OTElllI

~C8

B

RS S. tK

1\41 L9K

fo-__.AI'\.A.------w

5W tl

D13

.Ot UF

D

680 n

370616

. R

ot4 tl,LJ---DIt----

'----K1 __ -n p

NQTES X CIRCUIT MU8T CClWORM 10

ENGINEERING SPfCIFlCATION 892616

48) t 29 Sh\tER 48) '38 SCR£W 620)1 LOCKWASHER

':II ASSEMBLE TO ENGINEERING SPEQflCATION 492411 895396 AND 891999

EC

.m. ALL RESISTORS ARE 112 WATT AND t 60/0 1-----.... , UNLESS OTHERWISE NOTED 317019

B

'DII. '\J II aN SlOCK DENOTES BARE waRE 323918 .' JUMPER 49.,96 UNLESS OTHERWISE NOTED "1JJl

~ DO NOT CRIMP TRANSISTOR LEADS. 'JJlI MAX I MUM HE I GHT THAT COMPONENTS HAY

PROJECT ABOVE SURFACE OF CARD ' . . IS .850

X2II CASE IS ELECTRICALLY CONNECTED TO COLLECTOR, CONNECTION COMPLETED THROUGH JUMPER.

~ WASHER 8446 TO BE PLACED BETWEEN HEAT SINK AND CARD SURfACE

llX !.( • ,~,,,:.J ~. I

wn HEAT SINKS 492434 OR 492435 TO BE SELECTED ~ RE~UIRED

026

209002

2073 16

----------------------------CI~tUIT AND PACKAGING ITANI)A"O

OLE PATTERN 747800

U~'692

JO.7 S.IK ~

10K JO.7

J .Ot UF

COMPONENT SIDE

8446 (2) WASHER 483.28 SCAEW' 3805t (2) NUT 62031 lOCKWASHER NGT is .. ,;X~.1,Jl.lJ:[

~----1

DnnO'MUT 10.

134

IITEINATlONAL BUSINESS rue'HIM·Eftal,. DATI CHANU 110. OATI CHANGE NO. A""OVAL ··-~~--~--~--~--~~-----+------~--------~------~----------~w 6-8-61 111822 12-19-63 117838 GWS 88-2165 -.a

i 1t_~~~~I~'~2~~8 __ ~~~~~ ____ ~ ________ ~ ______ -J-----------1~

l r~~njg:nI~~~~~~~j~~~=:::j~~~~~'~12~~~8~~~4r~~~t-----~~------~~------+_-----------i~ 113685 • 11)967 . NOTElIll

~" ~J

n ........ i·

'//

AD", "DLY ,,_0, ,",:. " -G . . ==-!Lc

B . :::=.!.. Q . -F ---[

FUNCTIONAL OPERATION

A r--.---------I I

B J -t~S~S.

SEQUENCE OF CPERATION

I-

2.

NOFJ1Al orE RAT ION ? I NS A AND B TIEO TOG[THER (DRIVE EIMS FROM PIN G • POSITIVE GOING INPUT ON PIN B C USES 8' TO TIME OUT 400 MILLSEC. lSEE TIMING CHART).

3 .. THE N.C. REED RELAY IS DE-ENERGIZED (POINTS CLOSED) FOR A OR 8 1 UP OJ,El£R RUN CONDtnON]., .

4.

5.

FOR A ONl Y . f N THE UP LEVEL THE NC' REED RELAY IS DE-ENERGIZED {POINTS CLOSED}. FOR A ONLY IN THE DOWN N.C. REED RELAY IS ENERGIZED (POINTS OPEN). THE LEVEL OF THE WAVE FORM APPEARING AT RRI-2 IS DEPENDENT ON TYPE OF LOGIC BEING DRIVEN.

A.

8.

fOR DRIVING INTO CTRl. CTbL, SOTDl· AND SDTRl CONNECT THE fOLLOWING:

fROM TO -E- r

F P H J

DRIVE FROM PJN E

FOR DRIVING CURRENT MODE. CONNECT THE FOLLOWING:

FROM TO

-12

........ -I 740601 Z K V

REFERENCE DRAV{ING SEE PRODUCTION DRAWING 372687

A~--------------------~----------------------~

r------<8------llG

UF ' .' C22 ~H .0056 RR 1- 'RR,', -2

C

~--~~'----'----r---~D

Dlt2U8 AAS 750

UH

--'2

1 CI6

1602UF: -=- i

! i j

I i I

1 i j

R44 -"",,~....or

56fl 6 -12

I--__ ..... i-.~ ~o.nK~ 20"'-2'647' 1--~~ ...... i-2 ~ ~f-(:ll.(jO! 26.., )69684

DIS

GO

I i i

2.6It52 -3---1" 2K_ • ~ -21-i 124577 -4-, ++ BUF • 1.3K W 2e ... ~2""'1~""""lg·''--'"

- & ~ • I2IK 1'1 ~ 29- 48)))~

038 GO

R41 IK

--C-- -J6-oR -48 H UNJV INTEGRATOR WITH "P" OR uH" OUTPUT ZI~51 '""6 - .. L8K. + non ~ '30-- 21E414

J--.!"'!'-_ ...... -1-. ..: .I.cJii -31- 2.6'+2.

FOR DRIVING INTO DOll lOGIC. CONNECT THE fOllOWING: ., ..... )">-

ill!:1 .J.Q E C

g. 9 DRIVE FROM PIN H

r. 48)BO -8- 6.2UF +. • ~ -32-:::21~6'+~66~:~1-~- a. 2K I K W f-33 I--Z-I64!t~.5-"'" t--~2'1~1644~I-+-'-fHO- ,.J~ '1::f- M S 1""34- 49,008 1--~)6~96~t'i-t --11-11- "'* or ' . JO. 7 ~ "'3l5 ~.::.:21:..6'+:,,;.:,1..;.4-4H2- 18K '* PAr, W r-36-1-:-4-91-0~08"--"'" t--~21:.:::;64~6~'-41-13- S.'K IOOPf ~ 1""37 _!S04.S t--4.,;..:.9;,;.;' 0;.;0,;:..8 -...1--14- --t:wt- AAS ""* GO tQ],.. 38 -] 6<J 684

369684 H~- -t>tco •. • -39 ...... ~]8IJ~6018--tH6 6.2UF + -c. AlS t:Ji':l. ·40-~2-'IO~IIF.~"n~-t t--~~---1r:..I1- JO,q'" IK W 1-41- 216'+45

H7611 -18- )SOUH -~AA S f--'2 t-T1j..;..,911"-o-:oa:-....

t--_--,--4-19 • . • f .SK Ci:.\ 1-43- 2, 64!t9 317428 . 20- ~ 'Stln \.JJ 1-4"""~~':,6!t~~22~:~

........ ...,........,.--....,.f-21-. '... I RRI ). 4~ ... 492382 -22- Joms6'uFl .... ,: LOC. 1-46; 491001 -2~ +* AN 1 0 1- 2 HOL£. 1-47- 76S6SS 492411 -24-. O.OIUF + -2 4"'_1-48 ...

:III!I qrnnT'!11!1!'I~ 'I~ ': ~'--~-)J-'6-' 11"1I11I1I1I1I1I1J"II"IIIII: 8 'LACES

194' 24.48,8 l-T9. Itnltf!IUI,IJlltlill,'I.~,",11I11 TI- 2414818 19't ji!iillli''W1fffrtlfrt T2- 24148,8 I~

l&I~IL'~lGIElC A ~! 36Q

624 ,1)

. R.P i ~',k F, ~ 8 ~~_ ,-:318324 __ 0))

~ };~< 17 1-------1 . • T8 1--.----1

PIN SIGNAL lEVELS NAME WAVE SHAPE

MIN MAX

DIODE UP -.81 +6.27 A L ONL Y INPUT DOWN -3.0 -15 r-1

G I RR I-I ---I~ UP ... a,",

I I OUTPUT DOWN -H.OO -12.48

r~o IT).4 Jf( .41 POSe

INPUT !~ GOING 5.1 13.20 B L- SHIFr

RRI-I ---f41 S'-G "-OUTPUT ,.4 .4 ISEc! SEC I I SEC I DOWN -U.OO H2.48

• ~,

h •• ,-.r

':.I ':;",

L UPlOYAL DAn

, " ~ ',~. :

-(

~--------------~--~--Da-"~~C-HA-"-G'-.-O.-r-AP-"-O-U-L'---~~-£-"A~"C-[-.O-,-r-A-~'-'O-V'-L-T~O-[-Y(-lO~'M-[.-,-.o~.-r1

9-,"-63 117898

.~".--.---_________________ J!!:.!:!!!J..::':::".L::;.:~~:::.L..--J:"-_Jl-_-.l.----"'---_.a.-_~ ....... --_.Jo-__ --'-____ ....Ji.-

-A'D+AO -8 c-

-0 -E '

-'D1+AO ", ' -0' M-

-H ,!",",""p ,


I. BOTH INPUTS TO A TRANSISTOR UP, TRANSISTOR ON OUTPUT DOWN 2. FOR UP OUTPUT. EITHER I NPUT TO 80TH TPANS 1 STORS HUST BE DOWN 3. lOGIC 8LOCKS HAY HAVE SYMBOLS OTHER THAN SHOWN

SI~NAL PINS NAME

A,e, U INPUT F,N

B,G. f..p U I»PUT

C.M T OUTPUT

DELAY - une

TURN Olf lUlIIHOFF

MINIMUM 0.05 0.05

.

MAXIMUM 0.10 1.50'>'t

I WAVE SHAPE

I I

1ITHIS DELAY CAN OCCUR OlflY ON HEAVILY LOADED BLOCKS.

..

f

UP

DOWN

UP

DOWN

UP

DOWN

NOTal THE ABOVE RANGES OF DELAYS ARE REflRES£NTATIVE. SPECIFIC CIRCUIT APPl.ICATION AN~/OR WIRING CAI'AeITANCE HAY RESULT IN DElAYS WHICH ARE OUT OF THE GIVEN RAltGES. IN SUCH CASU. CARD REPLACEMENT SHOULD INDICATE I' TH£ .cIRCUit IS OUT 0' SPECIFICATIONS. t1W1PlE: lOClt It.OtK DRIVING Ef "OR".

lEVELS

HIN

-5.26

-7.41+ , "'S.26

"'7.44 1.44 "5.46

729898

REFERENCE DRAWING SEE PRODUCTION DRAWING 370f44

CTOt NPN TWO WAY GATE WI COLLECTOR LOAD

MAX 0.21t

-12.5

0.24

.l2~

6.2" -,,'a4

+6

~I' 680 n

- uo··-~-

56 UH

.6fOI

AI

07 ISK

, o---f:t--.. AN

08

AN

~-6H

"5 016

lSK

"?--..... 3--.. AN

015 PO---~~--~----4

AN

1I0 56 UK

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-6

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tl' 28

2'

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t--._-

3 --DI!m::J 0&)

T4-t..l.!.!ilL'=J OIl

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ABC 4-2-62

CIt'It" "0. .,'IOU" CMAIU Ito.

_1)5599

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antloutlS I I:' COOl

C'lifo-........ _--"

j CllltcoOl J 729899

3J HX I

REFERENCE. DRAWING SEE PROOUCTION DRAWING 3701~f

CTOl PNP TWO WAY GATE WITHOUf COlL-ECTOR l.OAD

!

-AO-A .. O. C--8 .

-D -£

-'O*PJJ H--;

-N -,


I. 80TH I NPun TO A TRANS I STOR DOWN. TMHS UTOR ON OUTPU'f lit" 2. FOR DOWN OUTPUT. E tTHER I NPUT TO 80TH TRANS I STORS MUST U \If' 3. EXTERNAL LOAO I HG OF COLLECTORS REQUI RED 4. LOG Ie IlOCKS MAY AAVE SYMBOlS OTHER TAAN SHOWN

SIGNAL PINS NAME

A,D. F .M T INPUT

B.G, E.' T INPUT

e,H u OUTPUT

DElAY· une ",NHUH

O.fO o.os

• d

/oIAX'MlIM 0,80 0.80f :

I I I

WAVE SHAPE ,~,

,~

-

*lKlS DELAV tAN OCCUR ONLY ON HEAVILY lOADED 8l0C«S.

!

-S

"1111

1.4 OZt '? 1'3 ~ 12K, . ,.. 0)"

H Ao-_-J'.-t:"r-..... -AN 02)

to-__.-Dt-"-fH

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on

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" o-I'.l AM en

E ,...". - AM

t.EIlr.LS

HIN tV,l(

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DOWII -0.74 ~6.24

UP 1.44- 6.21.;

DOWN ·0.74 -6.24

UP -0.$4 0.24

OOWf{ ~7." -12.5

p

":'

1. .,4' .!L OJIt

~ P

":

MoTEt THE PJOVE RANGES OF DELAYS ARE REPRESENTATIVE. SPECI'IC CIRCUIT APPLlCATfOH ANO/OR WIRING CAPACITANCE HAY RESUL'l' IN DElAYS WHICH ARE OUT OF THE GtVEN MH!lES. IN SI1CH CAsn, CARO REPlACEMENT SHOULD tND"tATE IF THE CIRCUtT IS OUT OF SPECH'.tATtONS, UAMPU: LOGt' BlOCK DIUV1NQ E' "OWt,

-12M

I - ( ~IU

.It. K "> 11K + ? TI

27 r- 0)4 , -AN r-!!..

p

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AK • 211

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,. RS 1. > 1211: 12

DI6 ~ p OJ" ;......

M ~--'4 ~ ff AM 1-

p 015 , o-t;+-_.-AN --

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C,RCUIT AlII PllCIIUIIII, "UOUD .... ABC 4"2-62

C

729900

REFERENCE DRAWING Sf E PROOUC T I ON DRAW I HG .! 70 U.2

tTOL PN,P TWO WAY GATE .WITH COLLECTOR LOAD

-AU-AO . -8 C-

-0 -E

-'u-AO

" -I H-

-M ' -,

SEQUENCE OF OPEAATION

I. BOTH INPUTS TO ~ TRANS1S'fOR DOWN, TAAN$)STOR ON OUTPUT UP '

2. FOR OWN OlJTPUT. I fTHER 'NPUT TO SOTH TAAH'tSTOR$ MUST IE UP . ~-...

l. LOGIC aLOCKS MAY lWtE SYMBOLS OTHEI\ THAN SHOWN

SIGHAL I'INS MAAE WAVE SHAP!!

A,F I T INPUT D.H ~

11,0 I T INPUT l.' .. I

, e,N u OUTPUT

---DELAY • vue

HINII1.II1 MAlWtJM l\JAN ON 0.10 0.80 tul\M on 0.0$ '. O.80f i'

*TH •• oruw CAK OCCUR ONlY ON HEA~lLY lOAOE08lOCKS.

NOTI:

-12

D21 11\ O>--t*-

AN

(2)

II o--t* AN --.. t2M

" O·--1Dt--.... --t

LEVELS

fUN .. t----.

UP 1.44 , DOWN ~O.74

UP 1.44 :--

DOWN "0.74 UP -i:!!

GOWN .'.*+4

MAl(

6.2'* -6.24

6.a4 "6.24

0.:t4

"1l.S

'....

THE ABOVE RANGES OF DELAYS ARE REPAESElfTATlVE. SPEttF'C CIRCUIT APPLICATION ANDIOR WIRING CAPACITANCE MAV RESULT IN DELAyS WItH ARE OUT OF T11£ GIVEN RANGES. IN SUCH CASU. CARD AEPLACEMEWT SHOUlO tHOtCAT! IF THE CIRCUIT IS OUT OF S'£CtFfCAtIOHS. IXAMP\.!: laCHe 81.0tK DRIVING EF "OR".

'_TUWAnOMAt BUS'"nS 'UCKlnn CtRP .. UIIU I CMO ASK.JhR"CTOl PNP Jt'~~y GAn; WlTH C,)U.ECTOR Lq~ OfSIGA --r--- iti~ rsMS--,-limn PlCl ~ •• ,.~_ StAll NONE . tlltell WH ~ .. f·~ OI.W l!G [3·.!I~~ "'''"0 Cllltlll

"An /..·.1,.62 --

'3" 0).

300 22

491007 491007 31]014

-r; 91311

ffii~~

1-2 3' 4 , 6 ., • '0

rIO· fl·

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"16 N o---t+---

AN

OIS P o---C*-:

AN

56 Uti JO.7· JO,7

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TI n '16

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~'.- ~~ It fl" -AA ,lUI '. .7-. .... , • ,~ ,~ ~ :' :' 1r1I'lf' ••• !~ t lilt It fll, Ii " lilt " It It n ~. N

I WNffl(O/f.r~ ""un RI .. l"l,dH ,

~ 4 I ~ I t

COMPONENT SIDE

18

'9

ZQ ~'--"-----t 21

I'" 1'--'-----2fI. __

C!Z Z3 2<4 Z!'I 26 21

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._-_ .. -c,'elm AMI h~U'11II u,.ou.

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....., ....,. \,0

~ 0

I I I

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'IUIIOAIDS C:ODI

U,:f'AOL " -F' tl-

-G

DOl

-c , H--, ,

UL

-', ',"-. -I

nquEMtE OF OPEAATtOM

I. All t "PUTS UP TRAM" nOR ON OUTPUT GOWN

Z. ANY HIPUT OM TRANS nTOR O'F OUTPUT Ufl

PINS SIGNAL NME

F ,t. U INPUT 0

G.p. U INPUT f.

I,H, .. OUTPUT A

N,J, ' GROUND

DELAy· NSEC

TURN ON TURN OF'

fiI'NI","

"U

WAVE SHAPE

~-J

I 1'I-J

~~ 'J ,

~~

011

ftl HK

,'o---~--~.----~

on GI.G--okJ. ....... o.I

AN

-LEVELS

MIN

UP -0.98

OOWN -7.44 UP -0.98

DOWN -7.44 UP

DOWN "l.15 UP

DOWN

KAX

0,24 -u., 0.2'+

-.u.5

-2..66 '

.l1mIUlIONAt BdS!NU1JUCMIMts em-

CTOl STANOARD CASlE DR'VER

on ,Io---rr-

11K

729901

REFERENCE DRAWING, SEE PRODUCTtOK DRAWI"G J10089

o • ..

"II

18 19 ~ __ ---t

20 t--~~---f 21 22 t-----(

231-__ --1

2" Z, ~~";";;""--I za 1--:~=---1 !.,.~~:;:....~ 28 t------t

29 :===::: ~!t)18l2$ Joe) --(i160&2 )

COMPONENT SIO£

'I~cun litO I'ltCul:ntt IJ"U~D

,iP"O __ t OUt

ABC 4-2-62 uuonL

. _._. i'" . -- . -~.~ -, ._ =-==~. ~ I

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1

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1401 ALPHABETICAl lOGIC LISTING 1403 SUMMA~Y ...

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