RXD-V535S-H/V636/V737/V737S - Vintage Hifi

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70%

MINI HiFi COMPONENT SYSTEM

© 2000-8/B51-5654-00 (K/K) 707

DISC

DISC

DISC

STANDBY

TIMER

DISPLAY/DEMO

MENU

SELECTBACK ENTER

SOUNDCONTROL

TUNINGMODE

MULTI CONTROL

REC/ARMREVERSE

MODE TAPE EQ.

PHONES

DISC SKIP

OPEN/CLOSE

EX.BASS

PUSHOPEN

PUSHOPEN

VOLUMECONTROL

MICMICVOL.

MIN MAX

SVCD PBCVCD

RXD-V333/V333S/V535/V535-GR/V535S/RXD-V535S-H/V636/V737/V737SSERVICE MANUAL(XD-V333~V737)**

In compliance with Federal Regulations, following are repro-duction of labels on, or inside the porduct relating to laser prod-uct safety.

KENWOOD-Crop. certifies this equipment conforms to DHHSRegulations No.21 CFR 1040. 10, Chapter 1, subchapter J.

DANGER : Laser radiation when open and interlock defeated. AVOID DIRECT EXPOSURE TO BEAM.

**Refer to page 2 if you want to know system configuration.

Panel ass'y (A60-1898-01)

Knob (K29-7721-04)

Panel(CD)(A29-1119-02)

Front glass (B10-3629-02)

Knob (K29-7722-04)

Phone jack(E11-0280-05)

Phone jack (E11-0219-05)

Illustration is RXD-V737(M).

Page 2

FM indoor antenna (1)(T90-0836-05)

Speaker cords

Battery cover (A09-1192-08)

Remote control unit (1)(A70-1415-05): RC-V535

Use to adapt the plug on the power cord to the shape of the wall outlet.(Accessory only for regions where use is necessary.)

AC plug adaptor (1)(E03-0115-05)

M type only

Provided in the speaker package

XD-V636 (2)

XD-V737, XD-V737S (4)

Batteries (R6/AA) (2)

Video Cord (1)(E30-1427-05)

AM loop antenna (1)(T90-0852-05)

RXD-V333/V535//V636/V737

2

CONTENTS / ACCESSORIES

CONTENTS / ACCESSORIES .................................. 2EXTERNAL VIEW .......................................................3DISASSEMBLY FOR REPAIR....................................3CIRCUIT DESCRIPTION ............................................4ADJUSTMENT ............................................................9WIRING DIAGRAM ...................................................11

PC BOARD .............................................................. 12SCHEMATIC DIAGRAM ...........................................21EXPLODED VIEW ....................................................41PARTS LIST..............................................................43PARTS DESCRIPTIONS ..........................................54SPECIFICATIONS ....................................................55

Contents

Accessories

Cautions

System configuration

Unplug the power cord from the power outlet then,while holding the ENTER key depressed, plug thepower cord again.

÷ Please note that resetting the microcomputer clears thecontents stored in memory and returns it to the conditionwhen it left the factory.

Operation to resetThe microcomputer may fall into malfunction (impossibilityto operate, erroneous display, etc.) when the power cord isunplugged while power is ON or due to an external factor.In this case, execute the following procedure to reset themicrocomputer and return it to normal condition.

(Main unit only) ENTER

SYSTEM MAIN UNIT DESTINATION SPEAKER SP CORD PARTS NoXD-V333 RXD-V333 MI LS-N373 E30-5829-08

XD-V333S RXD-V333S M2 LS-N373 E30-5829-08XD-V535 RXD-V535 MIV LS-N573 E30-5829-08

XD-V535-GR RXD-V535-GR M1 LS-N573-GR E30-5829-08XD-V535S RXD-V535S M2 LS-N573 E30-5829-08

XD-V535S-H RXD-V535S-H M2 LS-N573-H E30-5829-08XD-V636 RXD-V636 MI LS-N653 E30-5475-08XD-V737 RXD-V737 MIV LS-N773 E30-5876-08

XD-V737S RXD-V737S M2 LS-N773 E30-5876-08

See the following table

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RXD-V333/V535//V636/V737

3

EXTERNAL VIEW

AC 220-240V~

AC 110-120V~

GND

FM75

AM

ANTENNA

DIGITAL

VIDEO OUTREC OUT

DVD/VIDEO INPUT

OPTICALOUT

LR

LR

+

-

+-

FRONT SPEAKERSLOW(6-16Ω)

FRONT SPEAKERSHIGH(6-16Ω)

R L

L

R

SURROUND SPEAKERS(8-16Ω)

+ -

ON

OFFSURROUND

R

L

Lock terminal board(E70-0052-05)

Cover(F07-1692-01)

Metallic cabinet (A01-3739-11)

Slide switch(S62-0001-05)

Lock terminal board(E70-0125-05)

Pin jack(E63-1010-05)

Pin jack (E63-0137-15)

Lock terminal board(E70-0126-05)

Slide switch(S62-0077-05)

Oscillating module(W02-1114-15)

DISASSEMBLY FOR REPAIR

BOTTOM SIDE

HOW to open the tray if not comes out.

(1) Turn the friction arm counterclockwise using a screw driver and the like. (2) Pull out the tray frontwards by hand when the tray comes just out.

Illustration is RXD-V737(M).

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RXD-V333/V535//V636/V737

4

CIRCUIT DESCRIPTION1. Initialization1-1 Setting of the Initial Conditions

While pressing the [ENTER] key, plug the AC CORD intoAC wall outlet.

1-2 Initializing Operation• A microcomputer is initialized for start when the AC power

is turned on when pressing the [ENTER] key. At that time,CD and cassette mechanisms are also initialised.

• During the initial conditions, the display shows (INITIAL-IZE( and after that it will be returned to standby condition.

1-3 Initial Items(1) AMPLIFIER• POWER ON/STANDBY STANDBY• VOLUME 14• BALANCE CENTER• INPUT SELECTOR TUNER• SOURCE DIRECT OFF• MUTE OFF• AUTO POWER SAVE OFF• AUX(DVD/VIDEO)

INPUT LEVEL -3• DISPLAY MODE AUTO• BEEP SOUND ON

(2) TUNER• BAND FM• FREQUENCY LOWEST FREQUENCY• AUTO/MONO AUTO• PRESET CHANNEL "--" ch

(3) CASSETTE DECK• REVERSE MODE REVERSE• TAPE A/B B• TAPE DIRECTION FORWARD

(4) AUX (DVD/VIDEO)• DVD/VIDEO DISPLAY DVD

(5) OTHER• CLOCK 12:00am• Program Timer Recoding ON TIME 12:00am

OFF TIME 12:00am• Program Timer Play ON TIME 12:00am

OFF TIME 12:00am• Program on Mode OFF• SLEEP TIMER OFF

(6) Equalizer• Equalizer OFF• CUSTOM EQ.1~3 FLAT• EX. BASS ON• 3D LEVEL OFF

1-4 Mechanism Initialization1-4-1 CD Mechanism

• If a mechanism error occurs "C ERR" is indicated on thedisplay.

1-4-2 DECK mechanism • When the initial condition becomes NG for the thirdtime,decide the error.The error condition is displayed as X ERR on the display.

1-4-3 Error display• If both mechanism (CD/DECK) error occur, the display is

indicated as follows. C X ERR

2. Destination List of Tuner

Set Type BAND Tuning Frequency Channel TUNERRange Space IF RF Emphasis

M,Y K2 FM 87.5MHz~108.0MHz 100kHz +10.7MHz 25kHz 1AM 530kHz~1610kHz 10kHz +450kHz 10kHz 0FM 87.5MHz~108.0MHz 100kHz +10.7MHz 25kHz 1

M2 K3 MW 530kHz~1610kHz 10kHz +450kHz 10kHz 0SW 5.9MHz~17.9MHz 5kHz +450kHz 5KHz 0

M,Y,X E1 FM 87.5MHz~108.0MHz 50kHz +10.7MHz 25kHz 0AM 531kHz~1602kHz 9kHz +450kHz 9kHz 0

3. Test Mode3-1 Setting of the Test Mode

TAPE MODE TAPE A (< >) key+AC-ONCD MODE DISC3 key+AC-ON

SUB CLOCK OSCDIAGNOSIS

MENU key + AC -ONThe oscillation diagnosis(existence of oscillation and measurement of period) of a sub clock is per-formed before the test mode is entered. If the diagnosis result is OK, the system enters the test mode.If the diagnosis result is NG, the oscillation of the sub clock is diagnosed again. If the result is OK, thesystem enters the test mode. If the diagnosis result is continuously NG 5 times, the system stops with"ERR1" and "ERR2" displayed

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RXD-V333/V535//V636/V737

5

CIRCUIT DESCRIPTION

3-2 Cancel of the test modeBy turning the power off, the system is initialized and the test mode is canceled.

3-3 Contents of the Test Mode3-3-1 Deck Test Mode

KEY DISPLAY OPERATIONCD-PLAY/PAUSE 05 :

: Tracking-servo on.(Change the mode 05 and 03 03 : Tracking-servo off.alternately by the stop key.)DISC 1 01 : STOP

Adjustment value/mean value(Cyclically changed in the 07 TB value FB valuestop mode only.) 08 TG value FG value

09 FE value RF value10 TE value VC value

STOP 01 : Stop (Press it 1time.)Cancel the test mode. (Press it 2 times.)

TAPE EQ. Ex.01~02 CD track no. up.REVERSE MODE Ex.02~01 CD track no. down.

KEY DISPLAY OPERATION

REC/ARM Normal display

If the REC/ARM key is pressed, the system record for 4 seconds. Then, it rewinds to the RECstarting position and plays back automatically. If the REC/ARM key is pressed, during the 4seconds REC operation,the system records further for 4 seconds, then returns to the startingposition of the first 4 seconds REC operation and plays back.

HALF SW DISPLAY HALF SW DISPLAYA PACK SW "T" (The first dot) A CrO2 SW "A"(The second dot)B PACK SW "P"(The third dot) B RVS REC SW "E"(The fourth dot)B FWD SW "T"(The sixth dot) B CrO2 SW "E"(The seventh dot)A PLAY SW "Moon"(Segment) B PLAY SW "Sun"(Segment)

*Mechanism SW Detection

3-3-2 CD Test Mode

Page 6

Input Voltage TYPE 1(V) Pin 91

0.00 1.23 RXD-V5351.25 2.48 RXD-535S2.50 3.73 RXD-737S3.75 5.00 RXD-636

Input Voltage KEY3 KEY2 KEY1(V) Pin 94 Pin 95 Pin 97

0.00~0.23 REV.MODE - POWER0.26~0.75 REC EX.BASS DISPLAY/DEMO0.79~1.29 TAPE EQ. CD PLAY/PAUSE TUNING MODE1.33~1.84 OPEN/CLOSE BAND MENU

1.88~2.38 DISC SKIP TAPE B FWD/REV PLAY SOUND

2.42~2.93 DISC3 TAPE A FWD/REV PLAY SELECT

2.96~3.45 DISC2 AUX BACK3.49~3.98 DISC1 STOP ENTER4.01~4.52 - - -4.54~4.80 KEY OFF KEY OFF KEY OFF

RXD-V333/V535//V636/V737

6

CIRCUIT DESCRIPTION4. Microprocessor: M30622MA-A76FP4-1 Microprocessor Periphery Block Diagram

X28,IC1

DECK SYSTEM IC(CXA1498S)

6X13,IC1

3

DECK MECHA

SYSTEM IC(M62498AFP)

X14,IC1 5

FL DRIVER(LC75711NED)

4

X13,IC2

50

M30622MA-A76FP

2X14,ED1

Vaccume FluorescentDisplay

(HNA-15MM18T) TUNER PACK3

PLL IC(LC72131)X32,IC5 3

6

DSP IC(CXD3008Q)

3 5CD MECHA

7 CDM-35

X32,IC12 X32,IC9

MPEG DECODER VIDEO AUDIO DAC

X32,IC11 X32.IC13

S-DRAM RAM

4-2 Key Matrix

The input voltage value : for [4.8V] in a standard voltage

4-3 Discrimination of Destination

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RXD-V333/V535//V636/V737

7

CIRCUIT DESCRIPTION4-4 Pin Description of Microprocessor

Pin No. Pin Name I/O Description ACTIVEH L

1 CD5V O Control port of +5V AVR(X13,IC4). OFF ON2 CE2 I Unused.3 SD I SD detection input.4 ST I Stereo detection input.5 PLL CE O PLL IC chip enable.6 ECHO MUTE O Control port of audio muting for echo. OFF ON7 PLL CLK O PLL IC clock output.8 BYTE - Connected to GND.9 CNVSS - Connected to GND.10 XCIN I Timer clock input(32.768kHz).11 XCOUT O Timer clock output(32.768kHz).12 RST I Reset signal input. NORMAL RESET13 X OUT O Main clock output(10MHz).14 VSS - Connected to GND.15 X IN I Main clock input(10MHz).16 VCC - u-com power supply(+5.0V).17 NC - Connected to VCC.18 REM I Signal input of remote control.19 ESS ST I MPEG CS20 ESS ST I MPEG CS21 CE I Back up detection input. AC ON AC OFF22 BEEP SOUND O Beep sound output.23 PLL DO I PLL IC data input.24 B PLAY I Detection switch input of head position for B deck25 R REC I B deck reverse recording prohibition detection switch26 B PACK I B deck cassette tape detection switch input.27 A PLAY I Detection switch input of head position for A deck28 ESS CLK I Clock input from MPEG decoder(X32,IC12).29 ESS DIN I Data input from MPEG decoder(X32,IC12).30 ESS DO O Data output to MPEG decoder(X32,IC12).31 FL DATA O Data output to VFD dot driver.32 A PACK I A deck cassette tape detection switch input.33 FL CLK O Clock output to VFD dot driver.34 FL CE O Chip enable output to VFD dot driver.35 FL RST O Reset signal output to VFD dot driver.36 F REC I B deck forward recording prohibition detection switch.37 B CrO2 I B deck CrO2 detection switch input. CrO2 Normal38 A CrO2 I A deck CrO2 detection switch input. CrO2 Normal39 A SOL O A deck solenoid control.40 CPM O Deck capstan motor control.41 B SOL O B deck solenoid control.42 NOR O B deck Normal/CrO2 changeover control. NORMAL CrO243 BIAS O Deck bias on/off changeover control. ON OFF44 NC - Unused.45 R/P O Deck recording/playback changeover control. RECORDING PLAY46 A/B O Deck A/B changeover control. B DECK A DECK47 A EQ O A deck play back equalizer control.48 REC MUTE O Deck recording mute control. MUTE ON49 LINE MUTE O Deck line mute control. MUTE ON50 B EQ O Equalizer control of B deck play back.

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RXD-V333/V535//V636/V737

8

CIRCUIT DESCRIPTION

Pin No. Pin Name I/O Description ACTIVEH L

51 JOG 2 I Multi control jog input2 .52 JOG 1 I Multi control jog input1 .53 VOL 2 I Volume encoder input 2 .54 VOL 1 I Volume encoder input 1 .55 LED STBY O Control port of standby LED. OFF ON56 LED TIMER O Control port of timer LED. OFF ON57 LED SVCO O Control port of SVCO LED. OFF ON58 LED VCO O Control port of VCO LED. OFF ON59 LED PBC O Control port of PBC LED. OFF ON60 ECHO 3 O Selection of echo 3.61 ECHO 2 O Selection of echo 2.62 VCC - power supply(+5.0V).63 ECHO 1 O Selection of echo 1.64 VSS - Connected to GND.65 TD SW I Traverse down switch input port of CD mechanism.66 TU SW I Traverse up switch input port of CD mechanism.67 PHTR I stop switch input of CD mechanism.68 PS SW I Tray position & disc detector switch input port of CD mechanism.69 OPEN SW I CD open detection switch input.70 CLOSE SW I CD close detection switch input.71 OPEN O CD motor control output.72 CLOSE O CD motor control output.73 RTL O Rotary motor opposite direction(CCW) output.74 RTR O Rotary motor positive direction(CW) output.75 BRKM O CD motor control output(brake).76 TU ON/OFF O Unused.77 DC OFF O Power control of CD DSP IC. ON OFF78 REC OUT MUTE O Control port of audio muting for video rec output. MUTE OFF MUTE ON79 A-MUTE O Control port of audio muting.80 ATT O -10dB attenunation output. ON OFF81 CD PROT O Control port of CD protection.82 POWER O Power relay control. 83 SP RELAY O Control port of speaker relay.84 EV CLK O Clock output to E.volume.85 EV DATA O Data output to E.volume.86 EMPHASIS O Tuner emphasis output.87 E2PROM DATA O Expander ROM data output.88 E2PROM CLK O Expander ROM clock output.89 PROTECT I Detection port of protection.90 SPEANA I Input port of music signal.91 TYPE I Discrimination of tuner destination.92 BPH I B deck reel sensor input.93 APH I A deck reel sensor input.

94,95 KEY3,KEY2 I A/D key input(key3,key2).96 AVSS - Connected to GND.97 KEY1 I A/D key input(key1).98 VREF - A/D reference voltage input.99 AVCC - u-com power supply(+5.0V).100 PLL DATA O PLL I data output.

Page 9

RXD-V333/V535//V636/V737

9

ADJUSTMENTCD player adjustment

FIG.

(d)

No. ITEM INPUTSETTINGS

OUTPUTSETTINGS

ALIGNMENTPOINTS ALIGN FORPLAYER

SETTINGS

Note:Type 4 disc : SONY YEDS-18 Test Disc or equivalent.LPF: Around 47 kΩ+ 390 pF or so.Step 1~4 are in Test Mode.

1

1. While pressing the "DISC 3" key, turn the power on to enter the test mode.2. Load a disc on disc 1 tray.

LASER CURRENTCHECK

Test discType 4

Connect the DC volt-meter to

CN6(pin1 and 2) on X32.

– 0.5±0.2V

Press thePLAY/PAUSE key,

then confirm that thedisplay is 03 or 05.

2 FB BIAS Test discType 4

Connect an oscilloscopeas follows.

+SIDE: RF(X32, CN1, 1)GND: VC(X32, CN1, 4)

VR 1 Optimum eyepattern

Press thePLAY/PAUSE key,

then confirm that thedisplay is 03 or 05.

(d)

¶ RF signal in test mode (PLAY).¶ Perform the tangential and focusing offset are focused

into one point on the display. The crossing points aboveand below the center shall also be looked clearly.

RF signal: AC coupled

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RXD-V333/V535//V636/V737

10

ADJUSTMENT

RVS FWD

NO. ITEM INPUT SETTING OUTPUT SETTING

CASSETTE TAPE DECK SETTING

ALIGNMENT POINTS

ALIGN FOR FIG.

0dBs = 0.775V I Cassette mechanism unit (Adjustment of the REC / PLAY head)

(1) Demagnetization and cleaning

Power : OFF Demagnetization,

cleaning, PLAY

Recording head, erase

head, capstan pinch roller

Demagnetize the REC / PLAY head with the head eraser. Clean the REC / PLAY head, erase head, capstan and pinch roller using a cotton swab slightly damped with alcohol.

(2)Azimuth of the

REC / PLAY head

SCC-1727TCC-153 MTT-114

10kHz, -10dB

(B) PLAY

Adjust the output to maximum and adjust the azimuth adjustment screw for the Lissajours waveform pattern of the oscilloscope to become close to a 45ß straight line.

II PC BOARD ADJUSTMENT

(1)TAPE SPEED

(NORMAL)

TCC-110MTT-111

SCC-17273kHZ

(B) PLAY(B DECK)

PLAY(B DECK)

VR5Adjust the tape speed so that 3kHz is obtained at the center of the tape.

III PC board adjustment.

(1) PLAYBACK LEVEL

TCC-130 (B) VR 3 (L)VR 4 (R)

Adjust the playback output to —2.5dBs.

(2) BIAS CURRENT

(A)Adjust the AG for the output of the DECK to

become -20dBs at 400Hz and 12.5 kHz.

(B) REC PLAYVR 1 (L)VR 2 (R)

Record 400Hz and 12.5kHz alternately, and adjust the bias current adjustment potentiometer for the playback levels to become the same.

AC 220-240V~

AC 110-120V~

GND

FM75

AM

ANTENNA

DIGITAL

VIDEO OUTREC OUT

DVD/VIDEO INPUT

OPTICALOUT

LR

LR

Oscilloscope AC voltmeter

Frequency counter

AC voltmeter AG

(A) (B)

X13, CN1

L-PLAY

R-PLAY

GND28

29

30

31

Measurement Equipment Connections

Cassette Deck adjustment

Page 11

11

RXD-V333/V535//V636/V737W

IRIN

G D

IAG

RA

M

PRIMARY UNIT

CASSETTEMECHANISM(D40-1661-05)

RXD-737/V737S

(X28-304X-XX)

RXD-V636RXD-V535/V535S/V535-GR/V535S-HRXD-V333/V333S

(X13-) (B/6)

(X13-7XXX-XX) (A/6)SUB CIRCUIT UNIT

MIC

MECHANISM

CD PLAYER UNIT(X32-3860-20)

(X13-) (D/6)

(X07-3190-22) (A/4) : RXD-V737(M,I) / V737S(M)(X07-3192-10) (A/4) : RXD-V737(V) (X07- ) (C/4)

(X07- ) (B/4)+/-B SUPPLY, AVR

(X07- ) (D/4)SECONDARY UNIT

(X13- ) (C/6)

+/-B SUPPLY, AVR(X00-30XX-XX ) (A/2)

(X07-3XXX-XX) (A/2)POWER AMPLIFIER

(X07- ) (B/2)

SECONDARY UNIT(X00- ) (B/2)

(X14-7XXX-XX) (A/2)DISPLAY UNIT (FL)

(X14-) (B/2)HEADPHONE

NOT USED (V) TYPE

NOT USED (V) TYPE

(X13- ) (C/6)PRIMARY UNIT

USED RXD-V737(M,I,V) / V737S(M)

V636(M,I) / V535-GR(M) / V535S(M)USED RXD-V333(M,I) / V333S(M) / V535(M,I,V1)/

CD

(X13- ) (E/6)

CN1

WH2

WH1

CN5 CN2

CN1 CN1

CN3 CN2

CN3

CN4

CN10

CN11

CN8

CN5

OPTICALDIGITAL

A2

VIDEO J4OUT

OUT

CN99

CN2

CN3

CN2

CN6 CN1

E6WH1

E7

WH2

WH4

CN2

CN5 CN3

E1

WH1

E2

WH1CN7

J2Lch 3

Rch 4

REC OUT

Lch 1

MD/DVD

Rch 2

INPUT

ANTENNA GND

FM(75)

AM

J1

WH1E2 E1

4

2

3

1

Rch

Lch

MTXSRch

SLchMTX

J2

2 RchSW

1

J1

SWLch

1 Rch

2 Lch

MATRIX

WH2

WH1

CN1CN5E2

WH1 J2

CN4 CN1

CN2E2 E1

WH1

WH1

CN7

WH2

E1

ABC

B

C

SPEAKER OUT

Rch 2

MAIN

Lch 1

J4

WH2

WH1

WH1

AWH1

CN9WH2

CN4

SUPER WOOFERJ5

WH5

PRE OUT

2

1

T1

F1

3

11

3

1

66

1

E35-2542-

17

1

5

17

1

31

E35-2471- 5

1

31

1

33 33

E35-2641-

1

5

1

15

1

14

1

15

1

14

1

E35-2645- 5

E35-2644- 5

1

1

5

5

E82-5522-04

9 9

E35-2640-

1

5

1

29 29

E35-2569-

1

5

1

17

1

E35-2542- 5

17

1

9

1

9

1

2

1 1

2

1 6

1 6

20

1

20

1

1 15

F4 F5 F6

1 15

F1 F2

4

1

4

1

3 3

1 1

3

1

3

1

20 20

11 1

13

41

15 15

1 1

1 4 4

1

4

1

3 31 1 21

F3

1

13

2

1

1

3

3

1

2

1

F1

: AC220V~ 50Hz(V)

: AC110-120V/220-240V~50/60Hz

(M,I)

: AC220V~ 50Hz

: AC110-120V/220-240V~

(V)

(M,I)50/60Hz

1 2

1 2

M2GENERAL MARKET 0-21

ABB.DESTINATION

COUNTRYUNIT No.

UNIT No.

IMALAYSIAGENERAL MARKET

DESTINATIONCOUNTRY ABB.

M160-22

UNIT No.

GENERAL MARKET

DESTINATIONCOUNTRY ABB.

M 0-22

UNIT No.COUNTRYDESTINATION

GENERAL MARKETMALAYSIA

MI

0-21

ABB.

0-22MALAYSIA I

ABB.COUNTRYDESTINATION

GENERAL MARKET

UNIT No.

M

SHANGHAI V 282-10

GENERAL MARKETABB.COUNTRY

MALAYSIA IM

DESTINATIONNo.

0-21

UNIT

SHANGHAI VMALAYSIA

DESTINATIONCOUNTRY

GENERAL MARKET10-21

UNITNo.ABB.

IM

32-10

DESTINATIONCOUNTRY

GENERAL MARKET 0-20

UNITNo.ABB.

M2

DESTINATION

GENERAL MARKETMALAYSIA

COUNTRY

I

UNIT

0-20

No.ABB.M

DESTINATION

GENERAL MARKETCOUNTRY

UNIT

0-21No.ABB.

M2

COUNTRYGENERAL MARKET

DESTINATION

M1 0-21ABB. No.

UNIT

GENERAL MARKET

COUNTRYDESTINATION

M2

ABB.

0-22

UNIT No.

RXD-V333S (X07-3160-21)

RXD-V535 (X07-3XXX-XX)

RXD-V535-GR (X07-3160-22)

RXD-V333 (X07-3160-21)

RXD-V636 (X07-3160-22)

RXD-V636 (X00-3010-21)

RXD-V535 (X00-30XX-XX)

RXD-V333S (X00-3010-20)

RXD-V333 (X00-3010-20)

RXD-V535S (X00-3010-21)

RXD-S535-GR (X00-3010-21)

RXD-V535S/V535S-H (X07-3160-22)

DESTINATIONCOUNTRY ABB. No.

UNIT

750-20GENERAL MARKET M

MALAYSIA I

COUNTRYDESTINATION

GENERAL MARKET M 0-26

ABB.UNITNo.

COUNTRYDESTINATION

0-27

ABB.UNITNo.

GENERAL MARKET

DESTINATIONCOUNTRY

M2 0-23

ABB. No.UNIT

MALAYSIAGENERAL MARKET

DESTINATIONCOUNTRY

MI

0-22

ABB. No.UNIT

DESTINATIONCOUNTRY

0-25

ABB. No.UNIT

M2GENERAL MARKET

M2GENERAL MARKET

750-26

UNITABB.COUNTRY

GENERAL MARKETMALAYSIA I

M

DESTINATIONNo.

SHANGHAI V2

SHANGHAI V

822-10

822-12

COUNTRYGENERAL MARKET

0-21

No.M

ABB.DESTINATION UNIT

IMALAYSIA

RXD-V737 (X13-7XXX-XX)

RXD-V535 (X13-7XXX-XX)

RXD-V535-GR (X13-7750-26)

RXD-V535S/V535S-H (X13-7750-27)

RXD-V737S (X13-7750-23)

RXD-V333 (X13-7750-22)

RXD-V333S (X13-7750-25)

RXD-V636 (X13-7750-21)

GENERAL MARKETABB.COUNTRY

M

DESTINATIONNo.

0-21

UNIT

MALAYSIA I

RXD-V333/V636 (X28-3040-21)

GENERAL MARKETABB.COUNTRYM2

DESTINATIONNo.0-21

UNIT

(X28-3040-21)RXD-V333S/V535S/V535S-H/V737S

GENERAL MARKETABB.COUNTRY

M

DESTINATIONNo.0-21

UNIT

RXD-V535-GR (X28-3040-21)

GENERAL MARKETABB.COUNTRY

SHANGHAI V

M

DESTINATIONNo.

2-10

0-21

UNIT

MALAYSIA I

RXD-V535/V737 (X28-304X-XX)

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Page 12

12

A B DC E

2

1

3

5

7

4

6

Refer to the schematic diagram for the value of resistors and capacitors.

PC BOARD (Component side view)

R12

R2

R4

C4

C3

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F3

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X07-3160-10 A/2 (J70-1383-41)

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13

F H JG I

2

1

3

5

7

4

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Page 14

14

K L NM O

2

1

3

5

7

4

6

Refer to the schematic diagram for the value of resistors and capacitors.

PC BOARD (Component side view)

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Page 15

P R T V XQ S U W Y

2

1

3

5

7

4

6

W22

R4

OPEN

CLOSE

R3

C1

W21

W20

C2

W19

W18

W17

W16

W15

VR1

R1

W3

W2

R5

W9

W8 W

6

W1

W7

W5

W4

W13

W14

3DOWN

R2

1

UP

3

1

331

2 671

15

1

16 15

2

13

267

1

13

CN

5

X29 B/4

E1

WH

1

D1

PH

2

CN

2

CN

1

CN

4

CN

3

(J70-1440-12)

S1

X29 D/4

S2

X29 C/4

PH

1D

2

X29-2720-20 A/4

R64

R65

R23

R103

R162

R59

R41R40

R39

R38

R33

R32

R31

R37

R36

R34

R58

R57

R47

R49

R138R137

R142

R141

R131

R129

R133

R152

R160

R186

R144R143

R161

R128

R113

R112

R111

R114

R106

R166

R104

R108

R107

R125

R124

R127

R163

R126

R122

R119

R121

R120

R30

C103

C104

C107

C106

C105

C41

C127

C126

C123

L4

C131C130C110

C109

C108

C122

C121

C119

C16

C14

C13

C17

C23

C20C

19

C2

C6

C5

C40

C39C25

C24

C31

C30

C29

R19

R4

R2

R22

R8

R7

C137

C139

C138

C134

C144

R35

R78

C34

R105

R101

R102

L5

L8

L3

L1

R177

R24

R26

W8

W6

W7

W9

W5

W10

R155

R176 R173

C164 C163

C162

C184C

183C

182C

180C

181

C165

C178C177C176C175C174

C166

C167

C168

C169

C170

C171

C172

C173 C179

C136

C186

C185

C44

C94

R139

R140

R153

R174

R184

R183

R175

R181

R172

R158

R185

R180

R179

R182

R178

C151

C154

C155

R168

R167

R156

C129

R100

C161

R25

C27

C132

C195

C196

C191

C111

C112

R70

C156

R67

C153

C190

C91

C90

C192

R29

R68R66

C117

C187

C189

C193

C188

C8

C92

C124

R72

R71

EB

EB

EB

54

13

Q3

D2

D1

IC10

D14

Q11

Q10

D10

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R43R45

R56

R55

R54

R157

R53R48

R46

R52

R51

R136R130

R132

R135

R134

R151

R150

R149

R145

R147

R146

R116

R115

R169

R118

R117

R165

R164

C43

C48

C1

C10

C36

C35

C32

C37

C38

R1

R18

R9

R3

R1

R13

R14

R16

R17

R20

C143

C133

R21

C115

R77

R60

R61

R62

R63

R76

R109R110

R123

R154

R148

R170R171

C159

C102

C101

R99

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R159

C158

C160

C93

C100

C145

C146

C148

C147 C3

C194

R187

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EB

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C42

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C33

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C118

C150

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6

CN2

CN1

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Refer to the schematic diagram for the value of resistors and capacitors.

PC BOARD(Component side view)

15 16

Page 16

Z AA AC AE AG AIAB AD AF AH

2

1

3

5

7

4

6

PROTECTION

C205

C206

R84

R83

R107

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R14

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R196

R195

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R152

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R192

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R191

R20

R64

R63

R62

R70

R72

R55

R54

R53

R56

R61

R91

R90

R93

R96

R95

R75

R74 R73

R76

R89

R87

R88

R34

R33

R28

R38

R37

R36

R23

R22

R21

R24

R27

R26

R25

R48

R47

R45R49

R52

R51

R41

R40

R39

R42

R46

R44

R43

C49

C21

C23

C24C22

L2

L1

C15

C5

C84

C6

C16

W49

C1

C2

C77

C78

C25

C85

C98

C97

C64

W77

C8

C27

C3

C4

C7

C18

C68

C67

C28

C17

C19

C20

C69

C36C35

C70

C30

C29

R86

R85

R100

R7

R8

R60

R59

R65

R67

R32

R29

R30

R31

W19

C57

K1

W58

W14

W37

W11

W56

W35

W34

W29

W93

W15

W61

W20

W9

W63

W21

W27

W33

W28

W88

W80

W44

W6

W31

W85

W81

W52

W59

W24

W71

W99

W100

W101

W103

W30

W26

W12

W25

W75

W70

W74

W73

W53

W43

W41

W40

W39

W50

W91

W92

W89

W66

W55

W84

W83 W

76

W82

W98

W96W

102

W94W

95

W97

W62

W69

W106

W10

8

W107

W45

W51

W13

4

W13

5

W13

3W87

W1

W17

W32

+H-HG+L G

R19

R4

R92

C201

C202

C50

R68

C13

R80

W64

R144

W57

W18

W36

C56

C55

C42

C59

C60

C48

C45

C46

C47

R97

R98

R69

R71

W78

C44

C204

C203

W42

R111

R6R101

R110

R57

R58

R193

R194

W79

R10

R102

W60

W104

W105

R109

R112

R190

R104

W127

R103

W46

W65

W68

C26

R50

R66

W72

C99

R235

C200

C40 W54

W90

R128

R121

R105

R106

C9

C11

W38

W121

W117

W109

W113

C111

R218

R224

R217R

212 R216

C112

W110

R233

R234

W115

W114

W119

R203

C120

W112

W111

C106

W126

W125

W128

R222

R223

R221

W116

W131

W132

R219

R220

W140

C108

W129

R227

C128

C131R211

R209

R210

R206

R208

C115

W120

W118

C130

C102

W122

R202

R201

C105

R230

C129

R229

W124

W123

R204

R205

C114

C107

R17

8

K2

C12

C34

W2 W3

R78

C32

W48 W

7

W5

C38 C39 C37

W4

R14

2

W13

0C31

R77

C33

W47W8

R81

R82

L4

W13

C87 W10 SW

MT/

OFF

W16

ON

C10

R17

7

R13

9

L3

F6

C121

C12

7

F5

F4

-L

W86

R232

R231

R228

R225

C103

C104

C101

C134

C135

C116

R207

P3

14

2

1

15

1

2

89

1

2

1 15

1 18

2 1

8

2

1

9

14

5 8

1

217

161 6

21415 1

61

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BE

E

E

E B

B

B

EB

E

BE E

B

EB

B E

E B

B E

B

B

E

B

E

E B

BE

B

E

E

B E

E B

BE

EB

B

EB

B E

B

BE

E

Q15

D4

D19

D7

D6

D1

D2

D3

D9

D23

D22

D10 Q

19Q

18

IC3

Q7

Q6

Q10

Q8

Q5

Q2

Q1

Q4

Q3

Q9

Q25

Q26

Q27

Q11

Q12

Q20

E6

J1P1

WH

1

WH2

IC1

IC2

D28

P2

CN2

Q13

Q17

D20

D13

D29

D12

CN12

CN10

CN11

CN9

CN13 CN14

D11

D14

X07 D/4

X07-3190-10 A/4 (J70-1401-21)

D43

D42

Q38

D35

D38D44

D36

X07 B/4

D41

D39

D49

Q35

D34 D

37

D8

X07 C/4

J4

WH2

J2 S1

WH

1

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J3

D33

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5VA

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Q31

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CN

3

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HIGHSPEAKERS

SPEAKERS

R L

SURROUNDFRONT

SURROUND

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L R

Refer to the schematic diagram for the value of resistors and capacitors.

PC BOARD(Component side view)

17 18

Page 17

AJ AL AN AP ARAK AM AO AQ AS

2

1

3

5

7

4

6

R13

5

R29

R91

R89

C196

W301

C212

C109

C71

C84

C29

C17

C28

R83

C27

C32

R28

C30

R12

2

R121R116

R137

R117

R136

R130

R131

R129

R128

R12

7

R125

R126

R13

4

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R100

R92

R85

R84

R82

R88

R87

R86

R10

2

R111

R110

R10

9

R11

4

R10

3

R10

8

R209

C8

C7

R16

9

R14

9

R148

R15

2

R15

7

R16

C15

0

R13

9

R138

R15

1

R15

0

C2

C110R120

C23

C24

C1R1

R2R4

R9

R3

R8

C33

C34

R5

R6

R10

R20

R19

R21

R23

R22

R17

R12

R11

R13

R15

R14

C35

C21

1

C20

5

C101

C148

C147

C100

C45

C46

C38

C36

C37

C85

C86

R64

R63

R65R67R66

R62R

57

R56

C10

2

R61 R60 R70

R78

R77

R79

R81

R80

R76

R72R73

R75

R74

R55

R132

R32

R26

R25

R24

R31

C19

0

C198

R54

R53

R52

R15

5

R33

C79

C77

C78

C189

W350

C19

9

C144

C14

6

C11

1

R40R41

R20

3

C20

4

R11

9

R14

0

R95

R96

C81 C80

R11

8

R15

6

R7

R43

C103

R42

R48

C10

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R94

R115

R44

C83

R93

C43

R12

4

R18

R16

2

R163

R98

R27

C31

C76C18

8

C90

R17

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R15

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R17

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R17

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C87

R168R167R166R165R164

W302

R30

C51

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C3

C4

C91

C18

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C186

C18

5

C18

4

C66 R

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C64

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R401R402

R52

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C522

R52

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R524

C52

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4

W11

9

W12

5

W17

2

W12

6

W15

3

W11

1

W62

W10

8

W48

W64

W80

W93

W90

W17

1

W16

3

W11

8

INL

INR

240V

120V

OUTR

OUTL

W15

0

C10

6

C21

0

C21

3

W25

5

C105

W85

R202

R46 R21

1

R206

R210

R207

R20

4

R20

5

C21

C208

C206

C20

C19

C22

C10

4

C25

C26

C20

3

C202

C20

0

C18

C12

C11

C5

C6

C13

C16

C15

C14

C10

C9

C41

C39

C40

C42

C44

C89

W188

C69

C70

C68

W158

C99

C95

W155

W242

W20

4

W23

0

W129

W23

5

C94

C88

R36

C207

W20

8

W92

R14

4

C82

R208

W24

5

C52

C72

R45

C108

R37

R17

4

W89

C11

4

W264

W25

9

W253

R13

3

X2

X1

F2

P1

F1

R47

C67

R20

1

R20

0

K1T1

C201

R34

W250

5

C401+5V

GND

DATA

CLK

W22

R526

W23

C521

R516

C519

R53

1

C503

C525

R540

R519

R517

C517

C511

R504

C526

C504

C534

R514

C533

W24

C513 R53

2

C506

C51

6

C507

W20

W29

R51

0

R52

5C

500 V

R99

W19

R501

C501

2

1 9

8

2

1

13 13

12

21

12

1

2 4

13

1 141

2

9

8

29

28

1

21 15

2

1

16

17

2

1

14

15

2 1

21

2

1

30

31

1 2

1

2

1

24

5

OI

G

OI

G

1 20

31

31

B E

EB

EB

BE

B E

E B

E B

EB

J1

CN2

WH

2

WH

1

D8

Q11

D7

D20

D24

D27

D26

D9

D4

D6

D19

D14

D15

D11

D12

D13

D30

Q12

Q9

Q10

CN14CN15

CN13CN12D

25

D1

D5

D22

D23

D17

D18

IC6

IC4

Q23

Q24

CN

21

D16

D33 D32

CN11

D31

D10

Q15

Q16

CN3

CN19

CN6

CN4

CN10

A1

E1

CN1

X13-7750-20 A/6 (J70-1420-21)

J2

CN7

CN18

Q5

IC5

S1

D3

CN5

X13 C/6

CN9

WH2WH1

X13 D/6

A2

CN8

J4

J5

X13 E/6

CN

16C

N17

WH

5

X13 B/6

D512

D511

D513CN99

D50

9

D50

8

D507

D500

D510

J502

MICMIC VOL.

OUTVIDEOOPTICAL

DIGITAL OUT

AC110-120V

240VAC220-

RE

CO

UT

DV

D/V

IDE

OIN

PU

TF

MG

ND

AN

TE

NN

A

AM

Refer to the schematic diagram for the value of resistors and capacitors.

PC BOARD(Component side view)

19 20

Page 18

A B D F H JC E G I

2

1

3

5

7

4

6

RXD-V333/V535//V636/V737Y39-3540-20

30

29

28

27

26

25

24

23

22

21

20

19

18

17

16

PB IN1

PB IN2

PB FB1

PB FB2

OUT-L

RFS

RFC

A/B

AEQ

REC-MUTE

VG

AGC

RIN-L

VCC

ROUT-L

1

2

3

4

5

6

7

8

9

10

11

12

13

14

15

PB IN1

PB IN2

PB FB1

PB FB2

OUT-R

MS OUT

IREF

SPEED

BEQ

METAL

AGC TC

AGC

RIN-R

GND

ROUT-R

1

2

3

L-PLAY

COM

R-PLAY

1

2

3

4

5

6

L-PLAY

L-REC

R-REC

R-PLAY

GND

ERASE

1

2

3

4

5

6

7

8

9

10

11

12

13

14

15

16

17

MTR SPEED A

MTR SPEED B

B PLAY SW

+5V

PHOTO OUT B

CPM +

B SOL

A SOL

R REC SW

PHOTO OUT A

B PACK SW

A PLAY SW

GND

A PACK SW

F REC SW

B CrO2 SW

A CrO2 SW

1

2

3

4

5

6

7

8

9

10

11

12

13

14

15

16

17

18

19

20

21

22

23

24

25

26

27

28

29

30

31

L-PLAY-OUT

AUDIO+12V

R-PLAY-OUT

BIAS-GND

L-REC-IN

MECHA+12V

R-REC-IN

M-GND

B-EQ(L=NOR)

PH-B

PH-A

TAPE MUTE(L=MUTE ON)

REC MUTE(L=MUTE ON)

A-EQ(L=NOR)

A/B(H=B PLAY)

R/P(H=REC)

BEAT-C

BIAS(H=BIAS ON)

NOR(H=NOR)

B-SOL

CPM

A CrO2 SW

B CrO2 SW

F REC SW

A PACK SW

B PACK SW

R REC SW

+5V

B PLAY SW

A-SOL

A PLAY SW

1 2 3 4C

NT

5 6 7 8

VC

C

9

10u16+

C5

100R125

C6

10u1

6 +

180K

R2

180KR1

1000

P

C1

1000PC2

10u16+

C8

10u16+

C7

180KR4

180KR3

820P

C3

820P

C4

R10 1K

R8 1K

C12

22u16+

30K

R135

R13

4 10

K

4.7u

35 +

R133 1M

+C118 47u16

C25 220P

L1 10mH

C26 220P

L2 10mH

C24 10u16+

R18 15K

C23 10u16+

R17 15K

1/4W

C11

9

0.018

150

150+

0.018

C11

22u16

R132 10K

C117 100u16+

+C116 10u16

R131 10K

R130 10K

C115 4.7u35+

1K

R9 1K

C114

R129 10K

+

+C113 47u16

R128 10K

3

24

1

6

57

8

C29 4.7u35+

5.6KR29

1u50+

C35

4.7K

R31

47K

VR

3

47K

R33

1.1KR23

100P

47K

8.2K

R35

1KR25

8.2K

R36

VR

447

K

C304.7u35+

R32

4.7K

R34

47K

R241.1K

1u50R305.6K

C36

+

100P

47K

1KR26

470K

R28

470K

R27

10R

140

+

C12

11u

50

R138 2.4K

R139 10K

R144 2.4K

+C12

010

0u10

10R136

1.2K

R13

7

+C11

010

u16

VR3

VR4

4.7u35+

C22 4.7u35+

R14

2.7

K

3.0K

R16

+C20

0.47

u50

W49

L3

330K

VR

1

220P

C27

15K

R19

C28

220P

R20

15K

VR

233

0K

10 1

/4W

R12

2

0.01

C10

5

5.6K

R11

9

0.01

5C

103

R12

110

1/4

W

C10

40.

015

R12

05.

6K

+

C10

610

u16

10 1/4WR118

18K

R11

7+

C10

110

u16

10K

R11

6

R11

51.

8K

R11

410

K

10uHL4

+

C10

01u

50

16

19 18

R141 16K VR5 4.7K

4.7K

R10

3

4.7K

R10

1

4.7K

R10

5

47K

R10

0

47K

R10

4

47K

R10

2

2022 21

AB

CrO2 2

CrO2 1

F-REC

PACK 2

PACK 1

PLAY SW2

COM

COLLECTOR 2

R-REC

SOL 2

SOL 1

COLLECTOR 1

MTR +

PLAY SW1

+5V

B

A

3

2

1

6

1

5

4

3

2

17

16

15

14

13

12

11

10

9

8

7

6

5

4

3

2

1

10K

R10

668

KR

143

10K

R10

7

10k

R11

0

10K

R10

8

68K

R14

2

10K

R10

9

10K

R11

2

10K

R11

1

10K

R11

3

23

24

25

26

27

28

11

29

10

31

R15 3.0K

R13 2.7K

C19 0.47u50+

+C17

10u1

624

KR

11

10u16+

C1824KR12

9

13

21

22

23

23

22

21

9

13

18

1u50+

C111

1KR12

6

6

7

8

11

10

19

16

18

+B

120

1/4W

R12

7

7

8

6

18

28

31

29

26

27

21

20

22

23

24

25

+5V

C11

2 10

0u16

+

2.2u50+

C37

4700

PC

34

C10

7

VR1

VR2

0.01

C21

1K 33u35+

R145 C122

R6C10

R7

R5 C9

1KR37

3.3K

R39

C31

R21

3.3K

R40

1KR38

R22

C32

C38 2.2u50+

4700PC33

+12V

+5V

+12V

+5V

+B +B

+5V

+B

+B +B

+12V

+B

+B

+12

V

+B +B

+12

V

+12V +12V

+12V

+5V

+B

+12

V

+12V

+12

V

+12V

+B +B

+12V

GENERAL MARKETABB.COUNTRY

M

DESTINATIONNo.

YES0-21

D6UNIT

MALAYSIA I

R146 2.2K

R146

YES 22u50

C114

IC1

IC2

CASSETTEMECHANISM(D40-1661-05)

MECHANISM ASS’Y (X28-304X-XX)

RXD-V333/V636 (X28-3040-21)

GENERAL MARKETABB.COUNTRYM2

DESTINATIONNo.

YES0-21

D6UNIT

R146

YES 22u50

C114

RXD-V333S/V535S/V535S-H/V737S (X28-3040-21)

GENERAL MARKETABB.COUNTRYM1

DESTINATIONNo.

YES0-21

D6UNIT

R146

YES 22u50

C114

RXD-V535-GR (X28-3040-21)

GENERAL MARKETABB.COUNTRY

SHANGHAI V

M

DESTINATIONNo.

NO

YES

2-10

0-21

D6UNIT

MALAYSIA INO

R146

YES 22u50

C114

4.7u50

RXD-V535/V737 (X28-304X-XX)

RXD-V737/V737S (1/6)

A

RXD-V636 (1/6)RXD-V535/V535S/V535-GR/V535S-H (1/6)RXD-V333/V333S (1/6)

WH2

WH1

CN2

CN1

PLAY/RECHEAD SW

PLAYBACK/REC EQ.

IC3(1/2)

IC3(2/2)

Q17

Lch

Q18

Rch

Q20

Q19

D5PB LEVEL

(Lch)A/B

PB LEVEL

(Rch)A/B

Q12

Q11 BIASOSC

Q10

D4

D2

D3

D1

Q2Q3 Q1

Q5 Q6 Q4

MTR

ERASE

Rch

Lch

Rch

Lch

SOL

SOL

Q8Q7 Q9

BIASCONTROL

A/BTAPE SPEED

A.SOLCONTROL

B.SOLCONTROL

CPMCONTROL

IC1 : CXA1498SIC2 : BA3126NIC3 : NJM4565L or

Q1-3 : 2SA1286-T11Q4-9,19,20,24 : KRC103M or

UN4212Q10 : KTC3205 or

2SC3940A(R,S)Q11,12 : KTC3199(Y,GR) or

2SC2785(F,E)Q23 : KRA103M or

UN4112Q17,18 : 2SC2878(B)

D1-4,6 : 1SS133 or HSS104A

D5 : MTZJ5.1(B) or HZS5.1N(B2)

B LINEGND LINESIGNAL LINERECORDING LINE

-CN1X13-A/6

3/6

A-HEAD

B-HEAD

E3

E2

E1

BIAS

(Lch)CURRENT

CURRENT(Rch)

BIAS BIASAVR

A/B SW

Q22 Q21

Q23

Q24

UN4216 orQ21,22 :DTC143TSA

NJM4565L-D

TAPEMUTE

D6

0.7V

4.9V

0V

0V

1.2V

2.6V

2.6V

0V

0V

4.9V

8.8V

4.9V

REC : 4.7V

4.6V

REC : 0V

9.5V

2.6V

2.6V

0.7V

0V

0V

B PLAY : 3.5VA PLAY : 0V

PLAY : 0V

4.9V

4.9V

5.0V

5.2V

5.2V

5.0V

5.0V

DECK B : 11.1VDECK A : 0VDECK B : 0V

DECK A : 8.8V

DE

CK

B :

3.5V

REC : 4.6V

TYPE 1 : 4.6V

12.2V

12.1V

12.3V

12.1V 11.5V

12.1V

5.0V

11.6V

9.0V 9.6V

12.3V

10.3V

5.0V

12.3V

9.7V

9.7V

CAUTION: For continuedsafety, replace safety criticalcomponents only with man-ufacturer's recommendedparts (refer to parts list). indicates safety critical com-ponents. For continued pro-tection against risk of fire,replace only with same typeand rating fuse(s). Toreduce the risk of electricshock, leakage-current orresistance measurementsshall be carried out(exposed parts are accept-ably insulated from the sup-ply circuit) before the appli-ance is returned to the cus-tomer.

The DC voltage is an actualreading measured with ahigh impedance type volt-meter with a cassette loadedat playback mode. The mea-surement value may varydepending on the measuringinstruments used or on theproduct. Bias circuit DC volt-age is measured while in therecord mode.

DOLBY and the double-Dsymbol are trademarks ofDolby Laboratories LicensingCorporation. Noise reductioncircuit made under licensefrom Dolby LaboratoriesLicensing Corporation.

Page 19

K M O Q SL N P R T

2

1

3

5

7

4

6

5.0V

5.8V

5.0V

9.2V

9.2V

3.6V

4.3V

2.3V0.2V

2.5V

2.5V

2.5V

2.5V

2.4V

2.4V

2.3V

2.2V

2.4V2.6V

2.5V

2.3V

2.3V

3.2V

2.4V

3.0V

4.6V

4.6V

4.8V

9.2V

9.2V4.8V

4.8V

1

2

3

4

5

6

7

8

9

10

11

12

LD

PD

A

B

C

D

VEE

F

E

EI

EO

VC

24

23

22

21

20

19

18

17

16

15

14

13

VCC

LC PD

LD ON

AGCCNOT

AGCVTH

RFTC

RFI

RFO

RFE

FE

FE BIAS

TE

16 15 14 13 12 11 10 9 8 7 6 5 4 3 2 1

GN

D

OU

T F

OU

T R

OU

T F

OU

T R

RE

SE

T

PO

WV

CC

C IN

2

C IN

1

VR

EF

1

VR

EF

0

GN

D

R IN

F IN

R IN

F IN

17 18 19 20 21 22 23 24 25 26 27 28 29 30 31 32

OU

T F

OU

T R

OU

T F

OU

T R

MU

TE

PO

WV

CC

PR

EV

CC

C IN

3

R IN

F IN

IN(1

0K)

IN(1

00)

BIA

S

RE

G B

RE

G

SU

B

4 LED(PS)

3

GND

LED(PS)

LED(AD)

TRYL-M

2

1

1

2

3

7 TRYR-M

TRYL-M

LED(AD)

6

5

1 CLSW

5

6

2 OPSW

3 ROM-

3

4

ADDRESS

POSITION

1

2

4 ROM+

6

5

LOM-

MLED

2

1

GND

2 POSITION

3

R5 1K

1 ADDRESS

FO-

MON VR1 1K

16 FC-

15

14

TC-

TC+

12

13

MON

FC+

11 VR

8

7

TDSW

LOM+

10

9

GND

TUSW

VC 1

12

11

PSW

PHTR

14

13

C

GND

VCC

E

2

3 16

15

E

A

18

17

VCC

VC

D

A

4

5

B

C

6

7

19 D

20 B

DM+

DM-

SLM+

SLM-

E3

LD 0.1

C1 SHORT LAND

0.1

C2

C3

GND

0.1

1/2VCC

VCC7 C2

9 LD GND

10 LD

8 F

A5

B6

C14

1/2VCC1

VCC2

FEED MOTOR(-)

LIMIT SW

LIMIT SW

6

5

4

F

LD GND

8

9

LD

VR

10

11

22

21

GND

F

23 LD

PD

FCS+

12

13

TRK-

TRK+

14

15

24 PD

FCS- 16

6 25 SPD+

5

4

3

27

26

SLD+

SPD-

29

28

TRK+

SLD-

FEED MOTOR(+)

SPINDLE MOTOR(-)

SPINDLE MOTOR(+)

3

2

1

SW-GND

SLT. SW

2

1

31

30

TRK-

FCS-

33

32

SLT.SW

FCS+

1

2

3

4

5

6

7

8

9

10

11

12

13

14

15

16

17

18

19

20

21

22

23

24

25

26

27

28

29

30

31

32

33

CL SW

OP SW

ROM-

ROM+

MLED

LOM-

LOM+

TD SW

TU SW

GND

PHTR

P SW

GND

C

A

E

VC

VCC

D

B

F

GND

LD

PD

SPD+

SPD-

SLD+

SLD-

TRK+

FCS-

TRK-

FCS+

SLT.SW

7

6

5

4

3

2

1

NC

TE1

TE2

VC

FE2

FE1

RF

21 543 76 8 9IN

1

VC

C

IN 2

OU

T 1

VS

NC

OU

T 2

GN

D

VR

EF

12 14

IN 1

VR

EF

OU

T 1

VS

GN

D

NC

OU

T 2

VC

C

IN 2

321 654 987

10 11

0.01C17

5.1K

R16

47u1

6C

18

+1.8K

R15

10R23

0.1C5

R14

4.7KR13

8.2K

R17

10K

R60 8.2K

R61 8.2K

R63 8.2K

R62 8.2K

100P

C16

100P

C14

1

R78

1K

R26

C48

5P

R21

11K

2.7KR22

C10

0.01

C1922P

15P

C20

100R20

R18

100

2356 1MR19

4.7u

50C

11

+

1

R24

1K

C12100u10

+C13

0.01

100u

10C

9

+

13K

R64

27K

R65

100u

10C

7 +

10R8

TES1

40 SE

FE

VC

39

38

27

TEST

DVSS1

FRDR

FFDR

TRDR

TFDR

SRDR

SFDR

DVDD1

FSTO

32

37

36

35

34

33

31

30

29

28

SSTP

LOCK

PWMI

DFCT

MDP

26

25

FOK

24

23

22

21

C O

UT

MIR

R

1920

31

15

17 30

C24

R32 R34

220

K

C25

0.1

C23

220K

R36

1KR35

CH4CH3CH4 CH3

CH1 CH2CH2 CH1

3234 33

14 1213

2918 2019

180K

R37

620

R39

0.22

C27

4.7K

R40

13

6

5

3

2

1

15

12

0.110

10 0.1

C2R4

20

R3 C1

14

19

18

17

L110uH

R2

300K

300K

R1

9

8

5

4

7

64.7K

10K

R31

VR122K

10K

R30

C30

220P

C29

15K

R46

C31

100K

15K

R43

29

30

32

31

34

33

220P

0.02

210

K

R41

128

26

25

25

26

R45

160

11

70

14

0.1 10C6 R25

RTR

BRKN

13 13

14 14

CLOSE

RTL

11 11

12 12

UNLD SW

OPEN

LOAD SW

8 8

10 10

9 9

169

ST SW

PS SW

6 6

7 7

MPEG CLK

UP SW

DOWN SW

3

5 5

4 4

162

168MPEG CS

MPEG DATA

2

1

13

+5V

+5V

+5V

+9V

+5V

+9V

+5V

+9V

+5V

+5V

+9V

+9V

+5V

+5V

+9V

+9V

+5V

+9V

+5V

+9V

+9V

+5V

+5V+5V

+5V+5V

+5V+5V

+5V

+5V

+9V

+9V+9V

+9V

+9V

+5V

+5V

+5V

+5V

+5V

+9V+9V

+9V

+9V

470u10C26

+

1M 0.1

0.04

7

R29

39K

R38

30K

R71

220K0.068

C153

R72 2.2K

4.7K

R70

+B

B

7TRYR-M

TRAY OPEN

TRAY CLOSE

C1

0.01

TU UP

TU DOWN

1

2

3

W9

3

100

1

2

PH2

PH1

R2

330

2W

R4

47

R3

47

2W0.01C2 R

33 6

8K

100P

C19

6

2

147KR9

R7

0.01C3

+5V

R1

VR1

IC3

IC4

(X29-) (B/4)

CD MACHANISM (CDM35) (X29-2720-20) (A/4)

IC1IC2

IC5

(X32-3860-20) (X32-3872-10)

(X29-) (D/4)

(X29-) (C/4)

WH2

TRAY MOTORROTARY

TU UP/DOWN SW

M

TRAY MOTORLODING

CN5

TRAKING

FOCUSCOIL

CN4

WH1

F

CB

A

E

M2M

CN1

M1M

CN2 CN3

CN2

CN1

ROTARY TRAY’S MOTOR DRV.

LODING TRAY’S MOTOR DRV.

2 TIMERF SW

Q3

Q1

LDON/OFF

D2

D1

Q2

HANGE OVERREF.VOL.TAGE

(ROTARY TRAY)

FE-BIAS

SERVOD.S.PCD RF AMP

AD

JUS

TM

EN

T

CN4

IC1,2 : TA8409SIC3 CXA2549M:IC4 BA5979S:IC5 CXD3008Q:IC7,8 NJM4565M:

IC11IC10IC9

HY57V16160DTC or KM416S1120DTG8:XC62ER3602MRES3883

::

IC13IC12

MSM27C401CZ-J1ES4108FU:

:

Q1 2SA954(L,K):

Q7Q6Q5Q3,11Q2

2SA1286-T11

2SC32462SA933AS(Q,R) or 2SA1175(F,E)

:::UN5212 or DTC124EUAUN5219 or DTC113ZUA

::

D1,2,14 MA111:

RF OUT

D4

WH1

BTLDRIVER

Q10

Q11B LINE

B LINE

GND LINE

SIGNAL LINE

DIGITAL LINE

2SD2351 or:Q10

DA204U or 1SS302 or MA143AD4,10,11 :

S1

S2

D1

M

D2

WH1

E1

D1,2 : SIR-34ST3F(KL)RPT-37PB3F(MN)PH1,2 :

WH2

CN6

2SC4213(B)

COIL

Page 20

U V X Z AB ADW Y AA AC

4.8V

4.8V

4.8V

5.0V

5.0V

3.6V

9.2V

9.2V

5.0V

3.6V

3.6V

5.0V

156

155

154

153

152

151

150

149

148

147

146

145

144

143

142

141

140

139

138

137

136

135

134

133

132

131

130

129

128

127

126

125

124

123

122

121

120

119

118

117

116

115

114

113

112

111

110

109

108

107

106

105

104

103

102

101

100

99

98

97

96

95

94

93

92

91

90

89

88

87

86

85

84

83

82

81

80

79

78

77

76

75

74

73

72

71

70

69

68

67

66

65

64

63

62

61

60

59

58

57

56

55

54

53

1 2 3 4 5 6 7 8 9

10 11 12 13 14 15 16 17 18 19 20 21 22 23 24 25 26 27 28 29 30 31 32 33 34 35 36 37 38 39 40 41 42 43 44 45 46 47 48 49 50 51 52

157

158

159

160

161

162

163

164

165

166

167

168

169

170

171

172

173

174

175

176

177

178

179

180

181

182

183

184

185

186

187

188

189

190

191

192

193

194

195

196

197

198

199

200

201

202

203

204

205

206

207

208

VS

S

NC

NC

NC

NC

NC

NC

NC

VC

C

VS

S

HIO

RD

Y

NC

NC

NC

NC

HD

15

HD

14

VC

C

VS

S

HD

13

HD

12

HD

11

HD

10

HD

9

HD

8(S

EN

S)

HD

7(G

FS

)

VC

C

VS

S

HD

6(F

OK

)

HD

5

HD

4

HD

3

HD

2

HD

1

HD

O

VC

C

VS

S

HS

YN

CH

VS

YN

CH

PC

LK Q

SC

N

PC

LK 2

XS

CN

YU

V7

YU

V6

YU

V5

VS

S

VC

C

YU

V4

YU

V3

YU

V2

YU

V1

TU

VO

DC

LK

VCC

VSS

DSCK

DQM

DCS0

VCC

VSS

DCS1

DB15

DB14

DB13

DB12

VCC

VSS

DB11

DB10

DB9

DB8

DB7

DB6

VSS

VCC

DB5

DB4

DB3

DB2

DB1

DB0

VSS

VCC

DRAS2

DRAS1

DRASO

DWE

DOE/DSCK EN

DCAS

VCC

VSS

DMA11

DMA10

DMA9

DMA8

DMA7

DMA6

VSS

VCC

DMA5

DMA4

DMA3

DMA2

DMA1

DMA0

VC

C

LA4

LA5

LA6

LA7

LA8

LA9

VS

S

VC

C

LA10

LA11

LA12

LA13

LA14

LA15

LA16

VS

S

VC

C

LA17

LA18

LA19

LA20

LA21

RE

SE

T

TD

MD

X/R

SE

L

VS

S

VC

C

TD

MD

R

TD

M C

LK

TD

M F

S

TD

M T

SC

TW

S/S

EL

PLL

1

TS

D/S

EL

PLL

O

VS

S

VC

C

SE

L P

LL2

NC

NC

MC

LK

TB

CK

NC

NC

VS

S

VC

C

RS

D

RW

S

RB

CK

AP

LL C

AP

X IN

X O

UT

VC

C

VS

S

VCC

NC

VPP

AUXO (1X/2X)

AUX1 (S-SCLK)

AUX2 (MPEG DATA)

VSS

VCC

AUX3 (DSP CLOK)

AUX4

AUX5 (DSC S)

AUX6 (MPEG CS)

AUX7 (MPEG CLK)

LOE

VSS

VCC

LCSO

LCS1

LCS2

LCS3

VSS

LDO

LD1

LD2

LD3

LD4

VCC

VSS

LD5

LD6

LD7

LD8

LD9

LD10

LD11

VSS

VCC

LD12

LD13

LD14

LD15

LWRLL

LWRHL

VSS

VCC

NC

NC

LAO

LA1

LA2

LA3

VSS

17

18

19

20

21

22

23

24

25

26

27

28

29

30

31

32

D3

D4

D5

D6

D7

CE

A10

OE

A11

A9

A8

A13

A14

A17

A18

VCC

16

15

14

13

12

11

10

9

8

7

6

5

4

3

2

1

GND

D2

D1

D0

A0

A1

A2

A3

A4

A5

A6

A7

A12

A15

A16

A19

PLLDIGITAL

EFMDEMODURATOR

CORRECTORERROR

INTERFACED/A

RAM32K

OUTDIGITAL

PROCESSORSUB CODE

INTERFACESERVO

FOKMIRR DECT

ANALOG SWOP AMP A/D

CONVERTER

SERVO DSP

FOCUS SERVO

TRACKINGSERVO

SLED SERVO

FOCUS PWM

TRACKING PWM

SLED PWM

GENERATOR

PWM GENERATOR

GENERATOR

GENERATOR

SIGNAL PROCESSOR BLOCK

SERVO BLOCK

FIL

O

SC

LK

47434241 464544 504948 535251

RF

DC

CE

TE

IGE

N

AV

SS

0

AD

IO

AS

YI

AS

YO

AV

DD

0

CLT

V

AV

SS

1

RFA

C

14

DV

SS

0

SC

OR

C4M

WD

CK

18 151617

XP

CK

GF

S

C2P

O

AT

SK

WF

CK

XU

GF

111213 8910

D OUT

565554 595857 60

AV

DD

1

PC

O

FIL

I

V16

M

VC

TL

BIA

S

61

VP

CO

DVDD2

ASYE

MD2

62

63

74

69

LRCK

PCMD

64

65

66

BCK

EMPH

XTSL

67

68

XTAO

70

71

DVSS2

XTAI

72

73S OUT

SOCK

75

76

XOLT

SQSO

SQCK 77

78

79

SCSY

SBSO

XLA

T

CLO

K

SE

NS

XR

ST

MU

TE

DA

TA

567 234

80EXCK

DV

DD

01

INTERFACECPU

CORRECTORASYMMETRY

DIGITALCLV

GENERATORCLOCK

SERVO AUTOSEQUENCER

R53

3.3K

R49

100K

0.47u50C33

10K

R51

C35

1500

P

R48

33K

C32

3300

P

0.01

C371MR54 1MR55 0.1

C38

470K

R56

R52

3.3K

C36

0.047

1K

R76

0.01

C43

1000

P

C13

3

100P

C11

5

100P

C14

3

47K

R47

100u

16C

42

+

15 36

131

161

132

220

220

R16

9

165

67 68

470R59

47P

C39

47P

C40

1MR58 X1

16.9

344M

Hz

0.01C41

R77 220

1R

57

21

97

20

95

99

8

16

15

12

5

3

4

2

204

207

206

205

93

83

85

81

19

13

14

6

7

11

10

1

R15

2

220u10C141

+

0.01

C139

4.7K

R149 1.5K

4.7K

R146 4.7K

R150 4.7K

R151 4.7K

R145 4.7K

97

95

8

99

93

83

81

85

81

83

85

93

95

97

99

8

165

174

167

204

205

207

206

432 5 6 7 10 11 12 13 161514 19 20 21 474645

R14

3

4.7K

R14

4

4.7K

C13

8

0.01 R

141

4.7K

R142

4.7K

C13

7

0.1

R10

9 22

0

R11

0 22

0

R12

3 22

0

3924

96

95

93

94

88

87

89

90

85

86

78

77

79

80

82

81

61

62

63

64

65

66

55

54

53

58

57

56

69

71

72

R100

33

168

169

162

161

132

131

R16

4

R16

5

220

77

76

128

160

R18

5

4.7K

119

118

117

116

115

114

110

109

108

107

106

113

105

0.1

C18

4

0.1

C18

3

C18

10.

1

0.1

C18

2

C17

90.

1

0.1

C18

0

C17

70.

1

0.1

C17

8

C17

50.

1

0.1

C17

6

C17

30.

1

0.1

C17

4

C17

10.

1

0.1

C17

2

C16

90.

1

0.1

C17

0

C16

70.

1

0.1

C16

8

C16

50.

1

0.1

C16

6

C16

30.

1

0.1

C16

4

C16

10.

1

0.1

C16

2

166

C34

470P

+3.6V

+3.6V

+3.

6V

+3.6V

+3.6V

+3.6V

+3.6V

+3.6V

+3.6V

+3.6V

+3.

6V

+3.

6V

+3.

6V

+3.

6V

+3.

6V

+3.

6V

+3.6V

+3.

6V

+9V

+5V

+9V

+5V

+9V

+5V

+9V

+5V

+3.

6V

+3.

6V

+3.

6V

+3.6V

+3.

6V

+3.

6V

+3.6V

+5V

+5V

+5V +5V

+5V

+5V

+5V

+5V

+5V

+5V

+3.6V

+3.6V

+3.

6V

+3.6V

+5V

+5V

+5V

+9V

+5V

+9V

+5V

+5V +5V

+5V

+5V

100P

C44

R15

5

100

1R68

0.01

C188

0.01

C18

9C

187

0.01

R66

1

0.01

C45

R18

7

220

YUV0-YUV7

R14

7

R14

8

0.01C8

+5V

+5V

+5V +5V +5V

IC12IC13

(X32-3860-20) (X32-3872-10)

MPEGDECODER

RAMCONTROL

DIGITAL

DIGITAL

DIGITAL

DIGITALOUT

WH3

DIGITAL