Kenwood RXD-V333 User manual

70%
MINI HiFi COMPONENT SYSTEM
© 2000-8/B51-5654-00 (K/K) 707
DISC
DISC
DISC
STANDBY
TIMER
DISPLAY/DEMO
MENU
SELECTBACK ENTER
SOUND
CONTROL TUNING MODE
M
U
L
T
I
C
O
N
T
R
O
L
REC/ARM
REVERSE
MODE TAPE EQ.
PHONES
DISC SKIP
OPEN/
CLOSE
E
X
.
B
A
S
S
PUSH
OPEN PUSH OPEN
VOLUME
CONTROL
MIC MIC
VOL.
MIN MAX
SVCD PBC
VCD
RXD-V333/V333S/V535/V535-GR/V535S/
RXD-V535S-H/V636/V737/V737S
SERVICE 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 DHHS
Regulations 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).

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 .................................. 2
EXTERNAL VIEW .......................................................3
DISASSEMBLY FOR REPAIR....................................3
CIRCUIT DESCRIPTION ............................................4
ADJUSTMENT ............................................................9
WIRING DIAGRAM ...................................................11
PC BOARD .............................................................. 12
SCHEMATIC DIAGRAM ...........................................21
EXPLODED VIEW ....................................................41
PARTS LIST..............................................................43
PARTS DESCRIPTIONS ..........................................54
SPECIFICATIONS ....................................................55
Contents
Accessories
Cautions
System configuration
Unplug the power cord from the power outlet then,
while holding the ENTER key depressed, plug the
power cord again.
÷Please note that resetting the microcomputer clears the
contents stored in memory and returns it to the condition
when it left the factory.
Operation to reset
The microcomputer may fall into malfunction (impossibility
to operate, erroneous display, etc.) when the power cord is
unplugged while power is ON or due to an external factor.
In this case, execute the following procedure to reset the
microcomputer and return it to normal condition.
(Main unit only)
ENTER
SYSTEM MAIN UNIT DESTINATION SPEAKER SP CORD PARTS No
XD-V333 RXD-V333 MI LS-N373 E30-5829-08
XD-V333S RXD-V333S M2 LS-N373 E30-5829-08
XD-V535 RXD-V535 MIV LS-N573 E30-5829-08
XD-V535-GR RXD-V535-GR M1 LS-N573-GR E30-5829-08
XD-V535S RXD-V535S M2 LS-N573 E30-5829-08
XD-V535S-H RXD-V535S-H M2 LS-N573-H E30-5829-08
XD-V636 RXD-V636 MI LS-N653 E30-5475-08
XD-V737 RXD-V737 MIV LS-N773 E30-5876-08
XD-V737S RXD-V737S M2 LS-N773 E30-5876-08
See the following table

RXD-V333/V535//V636/V737
3
EXTERNAL VIEW
AC 220-
240V~
AC 110-
120V~
GND
FM
75
AM
ANTENNA
DIGITAL
VIDEO OUT REC OUT
DVD/VIDEO
INPUT
OPTICAL
OUT
LR
LR
+
-
+ -
FRONT SPEAKERS
LOW(6-16Ω)
FRONT SPEAKERS
HIGH(6-16Ω)
R L
L
R
SURROUND SPEAKERS
(8-16Ω)
+ -
ON
OFF SURROUND
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).

RXD-V333/V535//V636/V737
4
CIRCUIT DESCRIPTION
1. Initialization
1-1 Setting of the Initial Conditions
While pressing the [ENTER] key, plug the AC CORD into
AC 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 Initialization
1-4-1 CD Mechanism
• If a mechanism error occurs "C ERR" is indicated on the
display.
1-4-2 DECK mechanism
• When the initial condition becomes NG for the third
time,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 TUNER
Range Space IF RF Emphasis
M,Y K2 FM 87.5MHz~108.0MHz 100kHz +10.7MHz 25kHz 1
AM 530kHz~1610kHz 10kHz +450kHz 10kHz 0
FM 87.5MHz~108.0MHz 100kHz +10.7MHz 25kHz 1
M2 K3 MW 530kHz~1610kHz 10kHz +450kHz 10kHz 0
SW 5.9MHz~17.9MHz 5kHz +450kHz 5KHz 0
M,Y,X E1 FM 87.5MHz~108.0MHz 50kHz +10.7MHz 25kHz 0
AM 531kHz~1602kHz 9kHz +450kHz 9kHz 0
3. Test Mode
3-1 Setting of the Test Mode
TAPE MODE TAPE A (< >) key+AC-ON
CD MODE DISC3 key+AC-ON
SUB CLOCK OSC
DIAGNOSIS
MENU key + AC -ON
The 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, the
system enters the test mode. If the diagnosis result is continuously NG 5 times, the system stops with
"ERR1" and "ERR2" displayed

RXD-V333/V535//V636/V737
5
CIRCUIT DESCRIPTION
3-2 Cancel of the test mode
By turning the power off, the system is initialized and the test mode is canceled.
3-3 Contents of the Test Mode
3-3-1 Deck Test Mode
KEY DISPLAY OPERATION
CD-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 value
stop mode only.) 08 TG value FG value
09 FE value RF value
10 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 REC
starting position and plays back automatically. If the REC/ARM key is pressed, during the 4
seconds REC operation,the system records further for 4 seconds, then returns to the starting
position of the first 4 seconds REC operation and plays back.
HALF SW DISPLAY HALF SW DISPLAY
A 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

Input Voltage TYPE 1
(V) Pin 91
0.00 1.23 RXD-V535
1.25 2.48 RXD-535S
2.50 3.73 RXD-737S
3.75 5.00 RXD-636
Input Voltage KEY3 KEY2 KEY1
(V) Pin 94 Pin 95 Pin 97
0.00~0.23 REV.MODE - POWER
0.26~0.75 REC EX.BASS DISPLAY/DEMO
0.79~1.29 TAPE EQ. CD PLAY/PAUSE TUNING MODE
1.33~1.84 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 BACK
3.49~3.98 DISC1 STOP ENTER
4.01~4.52 - - -
4.54~4.80 KEY OFF KEY OFF KEY OFF
RXD-V333/V535//V636/V737
6
CIRCUIT DESCRIPTION
4. Microprocessor: M30622MA-A76FP
4-1 Microprocessor Periphery Block Diagram
X28,IC1
DECK SYSTEM IC
(CXA1498S)
6
X13,IC1
3
DECK MECHA
SYSTEM IC
(M62498AFP)
X14,IC1 5
FL DRIVER
(LC75711NED)
4
X13,IC2
50
M30622MA-A76FP
2
X14,ED1
Vaccume Fluorescent
Display
(HNA-15MM18T) TUNER PACK
3
PLL IC
(LC72131)
X32,IC5 3
6
DSP IC
(CXD3008Q) 35
CD MECHA
7CDM-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

RXD-V333/V535//V636/V737
7
CIRCUIT DESCRIPTION
4-4 Pin Description of Microprocessor
Pin No. Pin Name I/O Description ACTIVE
HL
1 CD5V O Control port of +5V AVR(X13,IC4). OFF ON
2 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 ON
7 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 RESET
13 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 CS
20 ESS ST I MPEG CS
21 CE I Back up detection input. AC ON AC OFF
22 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 deck
25 R REC I B deck reverse recording prohibition detection switch
26 B PACK I B deck cassette tape detection switch input.
27 A PLAY I Detection switch input of head position for A deck
28 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 Normal
38 A CrO2 I A deck CrO2 detection switch input. CrO2 Normal
39 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 CrO2
43 BIAS O Deck bias on/off changeover control. ON OFF
44 NC - Unused.
45 R/P O Deck recording/playback changeover control. RECORDING PLAY
46 A/B O Deck A/B changeover control. B DECK A DECK
47 A EQ O A deck play back equalizer control.
48 REC MUTE O Deck recording mute control. MUTE ON
49 LINE MUTE O Deck line mute control. MUTE ON
50 B EQ O Equalizer control of B deck play back.

RXD-V333/V535//V636/V737
8
CIRCUIT DESCRIPTION
Pin No. Pin Name I/O Description ACTIVE
HL
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 ON
56 LED TIMER O Control port of timer LED. OFF ON
57 LED SVCO O Control port of SVCO LED. OFF ON
58 LED VCO O Control port of VCO LED. OFF ON
59 LED PBC O Control port of PBC LED. OFF ON
60 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 OFF
78 REC OUT MUTE O Control port of audio muting for video rec output. MUTE OFF MUTE ON
79 A-MUTE O Control port of audio muting.
80 ATT O -10dB attenunation output. ON OFF
81 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.

RXD-V333/V535//V636/V737
9
ADJUSTMENT
CD player adjustment
FIG.
(d)
No. ITEM INPUT
SETTINGS OUTPUT SETTINGS ALIGNMENT POINTS ALIGN FOR
PLAYER
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 CURRENT
CHECK
Test disc
Type 4
Connect the DC volt-
meter to
CN6(pin1 and 2)
on X32.
– 0.5±0.2V
Press the
PLAY/PAUSE key,
then confirm that the
display is 03 or 05.
2 FB BIAS Test disc
Type 4
Connect an oscilloscope
as follows.
+SIDE: RF(X32, CN1, 1)
GND: VC(X32, CN1, 4)
VR 1 Optimum eye
pattern
Press the
PLAY/PAUSE key,
then confirm that the
display 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 above
and below the center shall also be looked clearly.
RF signal: AC coupled

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-1727
TCC-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-110
MTT-111
SCC-1727
3kHZ
(B) PLAY
(B DECK)
PLAY
(B DECK)
VR5 Adjust 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 PLAY VR 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
FM
75
AM
ANTENNA
DIGITAL
VIDEO OUT REC OUT
DVD/VIDEO
INPUT
OPTICAL
OUT
LR
LR
Oscilloscope AC voltmeter
Frequency counter
AC voltmeter AG
{
(A) (B)
X13, CN1
L-PLAY
R-PLAY
GND 28
29
30
31
Measurement Equipment Connections
Cassette Deck adjustment

11
RXD-V333/V535//V636/V737
WIRING DIAGRAM
PRIMARY UNIT
CASSETTE
MECHANISM
(D40-1661-05)
RXD-737/V737S
(X28-304X-XX)
RXD-V636
RXD-V535/V535S/V535-GR/V535S-H
RXD-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
OPTICAL
DIGITAL
A2
VIDEO J4
OUT
OUT
CN99
CN2
CN3
CN2
CN6 CN1
E6 WH1 E7
WH2
WH4
CN2
CN5 CN3
E1
WH1
E2
WH1
CN7
J2
Lch 3
Rch 4
REC OUT
Lch 1
MD/DVD
Rch 2
INPUT
ANTENNA GND
FM(75)
AM
J1
WH1
E2 E1
4
2
3
1
Rch
Lch
MTX
SRch
SLch
MTX
J2
2Rch
SW
1
J1
SW
Lch
1 Rch
2 Lch
MATRIX
WH2
WH1
CN1CN5 E2
WH1 J2
CN4 CN1
CN2 E2 E1
WH1
WH1
CN7
WH2
E1
A
BC
B
C
SPEAKER OUT
Rch 2
MAIN
Lch 1
J4
WH2
WH1
WH1
A
WH1 CN9
WH2
CN4
SUPER WOOFER
J5
WH5
PRE OUT
2
1
T1
F1
3
1
1
3
1
6
6
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
99
E35-2640-
1
5
1
29 29
E35-2569-
1
5
1
17
1
E35-2542- 5
17
1
9
1
9
1
2
11
2
16
16
20
1
20
1
115
F4 F5 F6
115
F1 F2
4
1
4
1
3 3
1 1
3
1
3
1
20 20
1
11
13
41
15 15
11
14 4
1
4
1
3311
2
1
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
12
12
M2GENERAL MARKET 0-21
ABB.
DESTINATION
COUNTRY UNIT No.
UNIT No.
IMALAYSIA
GENERAL MARKET
DESTINATION
COUNTRY ABB.
M160-22
UNIT No.
GENERAL MARKET
DESTINATION
COUNTRY ABB.
M 0-22
UNIT No.
COUNTRY
DESTINATION
GENERAL MARKET
MALAYSIA
M
I0-21
ABB.
0-22
MALAYSIA I
ABB.COUNTRY
DESTINATION
GENERAL MARKET
UNIT No.
M
SHANGHAI V 282-10
GENERAL MARKET
ABB.
COUNTRY
MALAYSIA I
M
DESTINATION
No.
0-21
UNIT
SHANGHAI V
MALAYSIA
DESTINATION
COUNTRY
GENERAL MARKET 10-21
UNIT
No.
ABB.
I
M
32-10
DESTINATION
COUNTRY
GENERAL MARKET 0-20
UNIT
No.
ABB.
M2
DESTINATION
GENERAL MARKET
MALAYSIA
COUNTRY
I
UNIT
0-20
No.
ABB.
M
DESTINATION
GENERAL MARKET
COUNTRY
UNIT
0-21
No.
ABB.
M2
COUNTRY
GENERAL MARKET
DESTINATION
M1 0-21
ABB. No.
UNIT
GENERAL MARKET
COUNTRY
DESTINATION
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)
DESTINATION
COUNTRY ABB. No.
UNIT
750-20
GENERAL MARKET M
MALAYSIA I
COUNTRY
DESTINATION
GENERAL MARKET M0-26
ABB.
UNIT
No.
COUNTRY
DESTINATION
0-27
ABB.
UNIT
No.
GENERAL MARKET
DESTINATION
COUNTRY
M2 0-23
ABB. No.
UNIT
MALAYSIA
GENERAL MARKET
DESTINATION
COUNTRY
M
I0-22
ABB. No.
UNIT
DESTINATION
COUNTRY
0-25
ABB. No.
UNIT
M2
GENERAL MARKET
M2
GENERAL MARKET
750-26
UNIT
ABB.COUNTRY
GENERAL MARKET
MALAYSIA I
M
DESTINATION
No.
SHANGHAI V2
SHANGHAI V
822-10
822-12
COUNTRY
GENERAL MARKET 0-21
No.
M
ABB.
DESTINATION UNIT
I
MALAYSIA
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 MARKET
ABB.COUNTRY
M
DESTINATION
No.
0-21
UNIT
MALAYSIA I
RXD-V333/V636 (X28-3040-21)
GENERAL MARKET
ABB.COUNTRY
M2
DESTINATION
No.
0-21
UNIT
(X28-3040-21)
RXD-V333S/V535S/V535S-H/V737S
GENERAL MARKET
ABB.COUNTRY
M
DESTINATION
No.
0-21
UNIT
RXD-V535-GR (X28-3040-21)
GENERAL MARKET
ABB.COUNTRY
SHANGHAI V
M
DESTINATION
No.
2-10
0-21
UNIT
MALAYSIA I
RXD-V535/V737 (X28-304X-XX)
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12
ABDCE
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
W6
W7
W4
W3
W2
W5
F3
W8
R24
R23
R25 R26
C15
C6
C21
R9R8
W1 R6
R3
R7
R5
C5
R17
R18
C9
C10
R15
R16
C7
C8
R13
R21
R22
R27
R20
C2
R28
R29
C16
C12
C13
C14
C1
C84
R71
R72
R128
R112
R26
R25
R23
R24
R38
R40
R95
R94
R97
R96
R91
R87
R93
R92
W3
R126
R125
R99
R102
R124
R103
R86
R58
R60
R50
R49
R56
R83
R82
R85
R84
R62
R81
R64
C83
C8
C14
C13
C51
C72
C34
C12
C17
C5
C11
C36
R104
R105
R132
R131
R48
R51
R54
R53
R52
R47
R45
R46
C43
C44
C41
C42
W7
R33
R36
R35
R31
W4
W30
W20
K1
W16
W17
W45
W60
W59
W55
W52
W50
W44
W41
W53
W47
W51
W34
W49
W33
W54
W56 W58
W40
W43
W38
W36
W57
W46
W39
W37 W35
W13
W6
W22
W48
W68
W25
W9
W11
W2
W26
W27
W21
W31
W66
W19
W23
W15
W67
W61
W64
W65
W63
Lch
PROTECT.
G
G
+B
IDLING
C82
R41
R44
R42 R43
R27
R39
R37
R28
R7
R5
R8
R9
R2
C21
R1
R4 R3
R15
R22
R17
R14
R11
R13
R12
R57
R61
R55
C62 C61
C3
C4 C26
C25
C1
C2
C30
C29
C33
C35
W28
R65
R63
C9
C10
R59
R30
C16
C15
C18
R6
W32
W29
R127
R123
C81
W14
VR2
VR1
W24
W10
R10
R16
W18
R34
C20
R19
R21
R32
W12
R66
C19
R133
C87
R20
R18
C86
C85
X07-3160-10 A/2 (J70-1383-41)
R29
R106
ACLASS
ACLASS
Rch
-B
P1
LR
LR
R130
ON
W1
OFF
R134
R135
R136
20
4
1
1
2
1
13
12
2
1
13
12
41
42
3
1
14
14
15
12
1
2
4
3
EB
EBEBEB
BE
BE
B
E
E
B
E
B
B
E
BE BE
EB E
B
B
E
B
BE
EB
EB
B
EB
EB
E
E
BE
EB
E
B
B
E
B
E
E
B
B
EB
EB
E
BEBE
Q2
CN3
CN2
WH2
D16
D15
D14
Q5
E1
D6
D5
D9
D8
X00-3010-20 A/2 (J70-1421-11)
Q3
Q4
Q1
D12
D4
E2 WH2
WH1
X00 B/2
CN1
Q31
Q43
Q24
D16
D14
D2
D1
D15
D33
D6
D5
D9
D31
Q22
Q21
Q23
Q20
Q18
Q42
E2
D7
D8
D21
D3
D4
J2
WH1
D12
D10
D13
D11
Q3
Q4
Q7
Q6
Q8
Q10
Q9
Q17
Q1
Q5
Q2
Q19
CN1
Q44
CN3
D30
Q15
Q13
Q14
Q12
Q16
D32
CN2
WH1
S1
E1
X07 B/2
J4
CN4
Q11
LR
SURROUND
SPEAKERS
SURROUND
FRONT
SPEAKERS
LR
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13
FHJGI
2
1
3
5
7
4
6
Refer to the schematic diagram for the value of resistors and capacitors.
PC BOARD (Component side view)
REC TAPE EQREV MODE
OPEN/CLOSE
DISC SKIP
DISC2
DISC1
EX.BASS
DISC3
SELECT ENTER
MULTI. CON
VOLUME
TUNER BAND
TAPE A TAPE B
AUX
BACK
SOUND MODE MENU TUNNING MODE
DISP/DEMO
PLAY
PLAY
STOP
POWER
CD PLAY/PAUSE
C2
C1
R25 R26
R31
R29
R30
R24
R16
R19
R17 R15
R22
R23
R20
R21
R44
R45
R42
R43
R48 R49
R46
R47
R41
R35
R36
R33
R34
R39
R40
R38
R5
R6
R7
R4
R3
R8
R11
R12
R18
R10
R9
R14
R13
C7
C10
W10
R51
R50
W25
W16
W14
W3
W12
W19
W2
W17
W18
W23
W30
W1
W22
W21
W13
W9
W15
C8
C6
C5
R53
R54
R55
W26
W6
R32
W24
W11
W5
W8
W7
W20
1
STANDBY
TIMER
HEADPHONE
PROLOGIC/SVCD 3 STEREO/VCD VIRTUAL/PBC
W29
R28
C3
W4
C14
C13
C15
C16
R52
C4
ED1
C12
C11
W27
W28
16 17
32
33
48
49
64
62 1
1
34
5
1
2
25 29
24 28
1
3
4
2
1
3
4
2
BE
EB
EB
EB
EB
S1
S2
S3
S4
S5
Q1
Q2
Q4
Q5 Q3
S6 S7 S8 S9 S10 S11
S12 S13
S14
S15
S16
S22 S21 S20 S19 S18
S23
S17
D1
A1
X14 B/2
WH1
CN1
WH1
P1
X14-7190-21 A/2 (J70-1433-02)
E1
CN2
S25
S24
D3
E2
J1
D2
D4 D6 D5
IC1
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14
KLNMO
2
1
3
5
7
4
6
Refer to the schematic diagram for the value of resistors and capacitors.
PC BOARD (Component side view)
Q22
Q21
Q24
Q23
IC3
D2D1
D4
D3
Q11
Q12
Q7
Q1
Q14
Q2
Q3
Q13
Q18 Q17
E2
E1
Q10
D5
IC2
IC1
Q5
Q6 Q4
Q9
Q8
E3
Q15
Q16
Q19
Q20
MECHA CONT
OSC
BIAS
PB/REC EQ
WH2
WH1
CN2 CN1
PB(B)
BIAS
SPEED
X28-3040-21 (J70-1385-12)
TAPE-MUTE
R145
C122
C13
C14
C15
C16
W51
W50
R143
R142
C34
C33
VREF
VREF
PLAY-R
GND
GND
GND
GND
12V
GND
BEAT-C
GND
A/B
A/B
REQOUT-L REQOUT-R
PLAY-R
PL-L
A/B
12V
12V
PHOTO-B
PHOTO-A
PL-R PL-R
5V PLAY-B
5V
PHOTO-B
GND
GND
12V(M)
GND(M)
SOL-B
W2
W1
W20
R125
W10
R127
R118
R25
R26
R21
R23
R22
R24
R34
R33
R36
R32
R28
R27
R29
R31
R30
R7
R6
R9
R5
R2
R4
R3
R10
R17
R16
R18
R15
R12
R11
R14
R13
R129
R130
R132
R131
R120R119
R123
W49
R124
R139 R138
R141
R134
R133
R135
R136
R137
R104
R103R105
R107
R106
R100 R102
R101
R114
R113
R115
R117
R116
R109
R108
R110
R112
R111
C35
C36
C30
C29
C101
C100
C110
C106
C10
C9
C18
C17
C6
C5
C8
C7
C24
C23
C38
C37
C20
C19
C22
C21
C111
C118
C116
C115
C120
C119
C114
C113
C112
C117
C3
C4
C40
C39
C2
C25
C26
C28
C27
C105
C11
C12
C103
C104
R122
R121
L2
L1
L4
W37
W17
W44
R128
R8
C31
R37
C32
W4
W19
W24 W23 W22
W6
W7
W8
W9
W16
L3
C107
C108
C109
R35
W35
W43
W48
W25
W11
W18
W15
W14
R140
C121
W21
W38
W47
R126
W32
W29
W45
W28
W27
W33
W40
W46
W36 W34
W30
W12
W42
W26
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W3
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R38
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VR3
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VR1
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R144
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1
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31
30
18
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EB EB
EB BE
16 30
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EB
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31
1
C1
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61
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PRTVXQSUWY
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
W6
W1
W7
W5
W4
W13
W14
3
DOWN
R2
1
UP
3
1
33 1
2
6
7
1
15
1
16
15
2
13
2
6
71
13
CN5
X29 B/4
E1 WH1
D1
PH2
CN2
CN1
CN4
CN3
(J70-1440-12)
S1
X29 D/4
S2
X29 C/4
PH1 D2
X29-2720-20 A/4
R64
R65
R23
R103
R162
R59
R41
R40
R39
R38
R33
R32
R31
R37
R36
R34
R58
R57
R47
R49
R138
R137
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
C131
C130
C110 C109
C108
C122
C121
C119
C16
C14
C13
C17
C23
C20
C19
C2
C6
C5
C40
C39 C25
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
C184
C183 C182 C180
C181
C165
C178C177C176C175
C174
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
R68
R66
C117
C187
C189
C193
C188
C8
C92
C124
R72
R71
EB
EB
EB
5
4
1
3
Q3
D2
D1
IC10
D14
Q11
Q10
D10
D11
R43
R45
R56
R55
R54
R157
R53
R48
R46
R52
R51
R136
R130
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
R109
R110
R123
R154
R148
R170
R171
C159
C102
C101
R99
C157
R159
C158
C160
C93
C100
C145
C146
C148
C147 C3
C194
R187
R188
E
B
SENS
1
1
1
12 13
20
21
41
61
16
17
32
52
156
104
53
30 51
24
100
1
SDRAM
ROM
60
C2PO
SCOR
25
26 50
1
VSYNC
14
1
1
FE BIAS 15
HSYNC
5
40
FE2
VC
TE2
TE1
NC
GFS
1
208
31
81
80
80
105
50
X1
C12
C11
C116
C120
C125
C7
C9
C26
C141
C42
C135
C33
C142
C128
C18
C113
C114
C140
C118
C150
C149
VR1
X3
157
FE1
RF
1
1
2
32
33
1
7
9191
1
2116
17 32
1
24
1
4 58
4
58
B
E
B
BE
E
B
E
IC13
Q2
IC8
IC7
IC12
IC3
IC9
IC11
IC5
D4
Q1
Q6
Q7
Q5
CN5
X32-3860-20 (J70-1442-12)
IC4
CN6
CN2
CN1
IC1 IC2 CN3 CN4
WH2
WH1
Refer to the schematic diagram for the value of resistors and capacitors.
PC BOARD(Component side view)
15 16

ZAA AC AE AG AIAB AD AF AH
2
1
3
5
7
4
6
PROTECTION
C205 C206
R84
R83
R107
R108
R116
R115
R3
R2
R140
R141
R1
R16
R14
R15
R18
R17
R13
R9
R5
R12
R11
R198
R196 R195
R197
R154
R155
R156
R151
R152
R153
R167
R192
R168
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
R45
R49
R52
R51
R41
R40
R39
R42
R46
R44
R43
C49
C21
C23
C24 C22
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
C36 C35
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
W76
W82
W98
W96
W102
W94
W95
W97
W62
W69
W106
W108
W107
W45
W51
W134
W135
W133
W87
W1
W17
W32
+H -H G+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
R6 R101
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
R217
R212
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
C131
R211
R209
R210
R206
R208 C115
W120
W118
C130
C102
W122
R202
R201
C105
R230
C129
R229
W124
W123
R204
R205
C114
C107
R178
K2
C12
C34
W2 W3
R78
C32
W48
W7
W5
C38 C39 C37
W4
R142
W130
C31
R77
C33
W47
W8
R81
R82
L4
W13
C87
W10
SW
MT/
OFF
W16
ON
C10
R177
R139
L3
F6
C121
C127
F5
F4
-L
W86
R232
R231
R228
R225
C103
C104
C101
C134
C135
C116
R207
P3
14
2
1
15
1
2
8
9
1
2
115
1
18
2
1
8
2
1
9
14
58
1
2
17
16
1
6
2
14
15
1
61
20 1
B
E
E
E
EB
B
B
E
B
E
B
E
E
B
E
B
B
E
E
B
B
E
B
B
E
B
E
E
B
B
E
B
E
E
BE
E
B
B
E
E
B
B
E
B
B
E
B
BE
E
Q15
D4
D19
D7
D6
D1
D2
D3
D9
D23
D22
D10
Q19 Q18
IC3
Q7
Q6
Q10
Q8
Q5
Q2
Q1
Q4
Q3
Q9
Q25
Q26
Q27
Q11
Q12
Q20
E6
J1
P1
WH1
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
D38
D44
D36
X07 B/4
D41
D39
D49 Q35
D34
D37
D8
X07 C/4
J4
WH2
J2 S1
WH1
E7
J3
D33
E2
WH3
CN1
LPF
LIMITTER
Q34
12V
AVR
5V
AVR
Q31
Q32
D5
D32
WH3 E1
WH4
9V
AVR
CN3
RL
HIGH
SPEAKERS
SPEAKERS
RL
SURROUND
FRONT
SURROUND
FRONT SPEAKERS
LOW
LR
Refer to the schematic diagram for the value of resistors and capacitors.
PC BOARD(Component side view)
17 18

AJ AL AN AP ARAK AM AO AQ AS
2
1
3
5
7
4
6
R135
R29
R91
R89
C196
W301
C212
C109
C71
C84
C29
C17
C28
R83
C27
C32
R28
C30
R122
R121
R116
R137
R117
R136
R130
R131
R129
R128
R127
R125
R126
R134
R90
R101
R100
R92
R85
R84
R82
R88
R87
R86
R102
R111
R110
R109
R114
R103
R108
R209
C8
C7
R169
R149
R148
R152
R157
R16
C150
R139
R138
R151
R150
C2
C110
R120
C23
C24
C1
R1
R2
R4
R9
R3
R8
C33
C34
R5
R6
R10
R20
R19
R21
R23
R22
R17
R12
R11
R13
R15
R14
C35
C211
C205
C101
C148
C147
C100
C45
C46
C38
C36
C37
C85
C86
R64
R63
R65
R67 R66
R62
R57
R56
C102
R61 R60 R70
R78
R77
R79
R81
R80
R76
R72
R73
R75
R74
R55
R132
R32
R26
R25
R24
R31
C190
C198
R54 R53
R52
R155
R33
C79
C77
C78
C189
W350
C199
C144
C146
C111
R40
R41
R203
C204
R119
R140
R95
R96
C81
C80
R118
R156
R7
R43
C103
R42
R48
C107
R94
R115
R44
C83
R93
C43
R124
R18
R162
R163
R98
R27
C31
C76
C188
C90
R173
R172
R158
R171
R170
C87
R168
R167
R166
R165
R164
W302
R30
C51
W300
C3
C4
C91
C187
C186
C185
C184
C66
R97
C64
C65
R401
R402
R523
R522
C522
R521
R524
C520
C514
R503
R513
R515
R512
C508
C518
R518
R520
C532
C530
C512
C195 R541
R505
C505
R511
C515
R507
R506
R542
C509
R509
R500
R502
C502
EB
EB
EB
E
B
EB
EB
EB
EB
EB
BE
EB
EB
EB
1
8
916
85
4
1
41
8
5
30
31
50
51
80 81
100
1
22 42
1
21
58
1
4
Q7
Q8
IC2
Q4
Q3
Q6
Q13
Q14D21
IC9
IC1
Q18
Q17 Q19
Q20
Q22
Q21
IC51
IC98
IC99
10MHz
FM-DET
S-LEVEL
SD
ST
Rch
GND
Lch
+12V
PLL DATA
PLL CLK
PLL CE
PLL DO
FM300
FM75
GND
AM
DE-EMPH/MONO
W229
W147
W51
W32
W258
W146
W5
W98
W270
W120
W274
W272
W4
W2
W59
W26
W30
W34
W37
W45
W149
W142
W13
W140
W145
W42
W41
W40
W117
W57
W54
W222
W110
W280
W268
W267
W77 W72
W68
W53
W71
W79
W91
W82
W118
W86
W104
W61
W75
W197
W241
W166
W137
W215
W135
W143
W127
W97
W88
W84
W69
W106
W161
W285
W159
W238
W177
W60
W66
W70
W200
W183
W207
W205
W132
W231
W284
W283
W281
W278
W240
W195
W287
W252
W63
W260
W276
W277
W256
W251
W67
W217
W246
W282
W83
W101
W262
W237
W254
W156
W232
W196
W56
W269
W234 W239
W275
W273
W271
W8
W201
W279
W236
W227
W202
W194
W180
W139
W112
W185
W181
W116
W174
W76
C209
W176
W178
W224
W184
W73
W121
W102
W100
W136
W128
W249
W109
W162
W164
W87
W179
W160
W81
W221
W220
W233
W138
W49
W225
W228
W99
W154
W212
W94
W44
W175
W31
W27
W38
W96
W103
W39 W36
W107
W223
W216
W170
W65
W186
W113
W168
W210
W226
W152
W169
W213
W141
W191
W244
W189
W167
W144
W74
W6
W18
W52
W33
W16 W17
W7
W11
W10
W9
W257
W243
W248
W1
W247
W148
W35
W58
W46
W25
W47
W50
W78
W193
W218
W211
W187
W198
W115
W286
W114
W182
W203
W190
W192
W28
W133
W15
W14
W12
W173
W131
W95
W219
W43
W214
W130
W105
W55
W3
W122
W123
W165 W157
W151
W206
W266
W209
W199
W134
W124
W119
W125
W172
W126
W153
W111
W62
W108
W48
W64
W80
W93
W90
W171
W163
W118
INL
INR
240V
120V
OUTR
OUTL
W150
C106
C210
C213
W255
C105
W85
R202
R46
R211
R206
R210
R207
R204
R205
C21
C208
C206
C20
C19
C22
C104
C25
C26
C203
C202
C200
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
W204
W230
W129
W235
C94
C88
R36
C207
W208
W92
R144
C82
R208
W245
C52
C72
R45
C108
R37
R174
W89
C114
W264
W259
W253
R133
X2
X1
F2
P1
F1
R47
C67
R201
R200
K1 T1
C201
R34
W250
5
C401 +5V
GND
DATA
CLK
W22
R526
W23
C521
R516
C519
R531
C503
C525
R540
R519
R517
C517
C511
R504
C526
C504
C534
R514
C533
W24
C513
R532
C506
C516
C507
W20
W29
R510
R525
C500
VR99
W19
R501
C501
2
19
8
2
1
1
31 3
122
1
12
1
24
1
3
114
1
2
9
8
29
28
1
2
115
2
1
16
17
2
1
14
15
21
21
2
1
30
31
12
1
2
1
24
5
OI
G
O
I
G
120
3131
BE
EB
E
B
BE
BE
EB
EB
EB
J1
CN2
WH2
WH1
D8
Q11
D7
D20
D24
D27
D26
D9
D4
D6
D19
D14
D15
D11
D12
D13
D30
Q12
Q9
Q10
CN14CN15
CN13CN12
D25
D1
D5
D22
D23
D17
D18
IC6 IC4
Q23
Q24
CN21
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
WH2
WH1
X13 D/6
A2
CN8
J4
J5
X13 E/6
CN16 CN17 WH5
X13 B/6
D512
D511
D513
CN99
D509 D508
D507
D500
D510
J502
MIC
MIC VOL.
OUT
VIDEO
OPTICAL
DIGITAL OUT
AC110-
120V
240V
AC220-
REC OUT
DVD/VIDEO
INPUT FM GND
ANTENNA
AM
Refer to the schematic diagram for the value of resistors and capacitors.
PC BOARD(Component side view)
19 20

ABDFHJCEG I
2
1
3
5
7
4
6
RXD-V333/V535//V636/V737
Y39-3540-20
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
4CNT
5 6
7
8
VCC
9
10u16
+
C5
100
R125
C6
10u16
+
180K
R2
180K
R1
1000P
C1
1000P
C2
10u16
+
C8
10u16
+
C7
180K
R4
180K
R3
820P
C3
820P
C4
R10 1K
R8 1K
C12
22u16
+
30K
R135
R134 10K
4.7u35
+
R133 1M
+
C118 47u16
C25 220P
L1 10mH
C26 220P
L2 10mH
C24 10u16
+
R18 15K
C23 10u16
+
R17 15K
1/4W
C119
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
2
4
1
6
57
8
C29 4.7u35
+
5.6K
R29
1u50
+
C35
4.7K
R31
47K
VR3
47K
R33
1.1K
R23
100P
47K
8.2K
R35
1K
R25
8.2K
R36
VR4
47K
C30
4.7u35
+
R32
4.7K
R34
47K
R24
1.1K
1u50
R30
5.6K
C36
+
100P
47K
1K
R26
470K
R28
470K
R27
10
R140
+
C121
1u50
R138 2.4K
R139 10K
R144 2.4K
+
C120
100u10
10
R136
1.2K
R137
+
C110
10u16
VR3
VR4
4.7u35
+
C22 4.7u35
+
R14 2.7K
3.0K
R16
+
C20
0.47u50
W49
L3
330K
VR1
220P
C27
15K
R19
C28
220P
R20
15K
VR2
330K
10 1/4W
R122
0.01
C105
5.6K
R119
0.015
C103
R121
10 1/4W
C104
0.015
R120
5.6K
+
C106
10u16
10 1/4W
R118
18K
R117
+
C101
10u16
10K
R116
R115
1.8K
R114
10K
10uH
L4
+
C100
1u50
16
19 18
R141 16K VR5 4.7K
4.7K
R103
4.7K
R101
4.7K
R105
47K
R100
47K
R104
47K
R102
20
22
21
A
B
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
R106
68K
R143
10K
R107
10k
R110
10K
R108
68K
R142
10K
R109
10K
R112
10K
R111
10K
R113
23
24
25
26
27
28
11
29
10
31
R15 3.0K
R13 2.7K
C19 0.47u50
+
+
C17
10u16 24K
R11
10u16
+
C18
24K
R12
9
13
21
22
23
23
22
21
9
13
18
1u50
+
C111
1K
R126
6
7
8
11
10
19
16
18
+B
120 1/4W
R127
7
8
6
18
28
31
29
26
27
21
20
22
23
24
25
+5V
C112 100u16
+
2.2u50
+
C37
4700P
C34
C107
VR1
VR2
0.01
C21
1K 33u35
+
R145 C122
R6C10
R7
R5 C9
1K
R37
3.3K
R39
C31
R21
3.3K
R40
1K
R38
R22
C32
C38 2.2u50
+
4700P
C33
+12V
+5V
+12V
+5V
+B +B
+5V
+B
+B +B
+12V
+B
+B
+12V
+B +B
+12V
+12V +12V
+12V
+5V
+B
+12V
+12V
+12V
+12V
+B +B
+12V
GENERAL MARKET
ABB.COUNTRY
M
DESTINATION
No.
YES0-21
D6
UNIT
MALAYSIA I
R146 2.2K
R146
YES 22u50
C114
IC1
IC2
CASSETTE
MECHANISM
(D40-1661-05)
MECHANISM ASS’Y (X28-304X-XX)
RXD-V333/V636 (X28-3040-21)
GENERAL MARKET
ABB.COUNTRY
M2
DESTINATION
No.
YES0-21
D6
UNIT R146
YES 22u50
C114
RXD-V333S/V535S/V535S-H/V737S (X28-3040-21)
GENERAL MARKET
ABB.COUNTRY
M1
DESTINATION
No.
YES0-21
D6
UNIT R146
YES 22u50
C114
RXD-V535-GR (X28-3040-21)
GENERAL MARKET
ABB.COUNTRY
SHANGHAI V
M
DESTINATION
No.
NO
YES
2-10
0-21
D6
UNIT
MALAYSIA I
NO
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/REC
HEAD SW
PLAYBACK/
REC EQ.
IC3(1/2)
IC3(2/2)
Q17
Lch
Q18
Rch
Q20
Q19
D5
PB LEVEL
(Lch)
A/B
PB LEVEL
(Rch)
A/B
Q12
Q11 BIAS
OSC
Q10
D4
D2
D3
D1
Q2 Q3 Q1
Q5 Q6 Q4
MTR
ERASE
Rch
Lch
Rch
Lch
SOL
SOL
Q8Q7 Q9
BIAS
CONTROL
A/B
TAPE SPEED
A.SOL
CONTROL
B.SOL
CONTROL
CPM
CONTROL
IC1 : CXA1498S
IC2 : BA3126N
IC3 : NJM4565L or
Q1-3 : 2SA1286-T11
Q4-9,19,20,24 : KRC103M or
UN4212
Q10 : KTC3205 or
2SC3940A(R,S)
Q11,12 : KTC3199(Y,GR) or
2SC2785(F,E)
Q23 : KRA103M or
UN4112
Q17,18 : 2SC2878(B)
D1-4,6 : 1SS133 or
HSS104A
D5 : MTZJ5.1(B) or
HZS5.1N(B2)
B LINE
GND LINE
SIGNAL LINE
RECORDING LINE
-CN1
X13-A/6
3/6
A-HEAD
B-HEAD
E3
E2
E1
BIAS
(Lch)
CURRENT
CURRENT
(Rch)
BIAS BIAS
AVR
A/B SW
Q22 Q21
Q23
Q24
UN4216 orQ21,22 :
DTC143TSA
NJM4565L-D
TAPE
MUTE
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 : 3.5V
A PLAY : 0V
PLAY : 0V
4.9V
4.9V
5.0V
5.2V
5.2V
5.0V
5.0V
DECK B : 11.1V
DECK A : 0V
DECK B : 0V
DECK A : 8.8V
DECK 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 continued
safety, replace safety critical
components only with man-
ufacturer's recommended
parts (refer to parts list).
indicates safety critical com-
ponents. For continued pro-
tection against risk of fire,
replace only with same type
and rating fuse(s). To
reduce the risk of electric
shock, leakage-current or
resistance measurements
shall 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 actual
reading measured with a
high impedance type volt-
meter with a cassette loaded
at playback mode. The mea-
surement value may vary
depending on the measuring
instruments used or on the
product. Bias circuit DC volt-
age is measured while in the
record mode.
DOLBY and the double-D
symbol are trademarks of
Dolby Laboratories Licensing
Corporation. Noise reduction
circuit made under license
from Dolby Laboratories
Licensing Corporation.

KMOQSLNPRT
2
1
3
5
7
4
6
5.0V
5.8V
5.0V
9.2V
9.2V
3.6V
4.3V
2.3V
0.2V
2.5V
2.5V
2.5V
2.5V
2.4V
2.4V
2.3V
2.2V
2.4V
2.6V
2.5V
2.3V
2.3V
3.2V
2.4V
3.0V
4.6V
4.6V
4.8V
9.2V
9.2V
4.8V
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
GND
OUT F
OUT R
OUT F
OUT R
RESET
POWVCC
C IN2
C IN1
VREF1
VREF0
GND
R IN
F IN
R IN
F IN
17 18
19
20
21
22 23
24
25 26 27 28
29
30
31
32
OUT F OUT R OUT F OUT R MUTE POWVCC PREVCC C IN3 R IN F IN IN(10K) IN(100) BIAS REG B REG SUB
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
316
15
E
A
18
17
VCC
VC
D
A
4
5
B
C
6
7
19 D
20 B
DM+
DM-
SLM+
SLM-
E
3
LD
0.1
C1
SHORT LAND
0.1
C2 C3
GND
0.1
1/2VCC
VCC 7C2
9 LD GND
10 LD
8F
A5
B6
C1
4
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
2
1
5
4
3 7 6 8
9IN 1
VCC IN 2 OUT 1 VS NC OUT 2 GND VREF
12
14
IN 1 VREF OUT 1 VS GND NC OUT 2 VCC IN 2
3 2
1
6 5
4
9
8 7
10
11
0.01
C17
5.1K
R16
47u16
C18
+
1.8K
R15
10
R23
0.1
C5
R14
4.7K
R13
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
2.7K
R22
C10
0.01
C19
22P
15P
C20
100
R20
R18
100
2 3 5
6
1M
R19
4.7u50
C11
+
1
R24
1K
C12
100u10
+
C13
0.01
100u10
C9
+
13K
R64
27K
R65
100u10
C7
+
10
R8
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 OUT
MIRR
19 20
31
15
17
30
C24
R32
R34 220K
C25
0.1
C23
220K
R36
1K
R35
CH4
CH3CH4 CH3
CH1 CH2
CH2 CH1
32
34
33
14
12 13
29
18
20
19
180K
R37
620
R39
0.22
C27
4.7K
R40
13
6
5
3
2
1
15
12
0.1
10
10 0.1
C2R4
20
R3 C1
14
19
18
17
L1
10uH
R2
300K
300K
R1
9
8
5
4
7
64.7K
10K
R31
VR1
22K
10K
R30
C30
220P
C29
15K
R46
C31
100K
15K
R43
29
30
32
31
34
33
220P
0.022 10K
R41
128
26
25
25
26
R45
160
11
70
14
0.1 10
C6 R25
RTR
BRKN
13 13
14 14
CLOSE
RTL
11 11
12 12
UNLD SW
OPEN
LOAD SW
88
10 10
99
169
ST SW
PS SW
66
77
MPEG CLK
UP SW
DOWN SW
3
55
44
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
470u10
C26
+
1M 0.1
0.047
R29 39K
R38
30K
R71
220K
0.068
C153
R72 2.2K
4.7K
R70
+B
B
7
TRYR-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
2W
0.01
C2
R33 68K
100P
C196
2
147K
R9
R7
0.01
C3
+5V
R1
VR1
IC3
IC4
(X29-) (B/4)
CD MACHANISM (CDM35) (X29-2720-20) (A/4)
IC1
IC2
IC5
(X32-3860-20) (X32-3872-10)
(X29-) (D/4)
(X29-) (C/4)
WH2
TRAY MOTOR
ROTARY
TU UP/DOWN SW
M
TRAY MOTOR
LODING
CN5
TRAKING
FOCUS
COIL
CN4
WH1
F
C
B
A
E
M2
M
CN1
M1
M
CN2 CN3
CN2
CN1
ROTARY TRAY’S MOTOR DRV.
LODING TRAY’S MOTOR DRV.
2 TIME
RF SW
Q3
Q1
LD
ON/OFF
D2
D1
Q2
HANGE OVER
REF.VOL.TAGE
(ROTARY TRAY)
FE-BIAS
SERVO
D.S.P
CD RF AMP
ADJUSTMENT
CN4
IC1,2 : TA8409S
IC3 CXA2549M:
IC4 BA5979S:
IC5 CXD3008Q:
IC7,8 NJM4565M:
IC11
IC10
IC9
HY57V16160DTC or KM416S1120DTG8:
XC62ER3602MR
ES3883
:
:
IC13
IC12
MSM27C401CZ-J1
ES4108FU:
:
Q1 2SA954(L,K):
Q7
Q6
Q5
Q3,11
Q2
2SA1286-T11
2SC3246
2SA933AS(Q,R) or 2SA1175(F,E)
:
:
:
UN5212 or DTC124EUA
UN5219 or DTC113ZUA
:
:
D1,2,14 MA111:
RF OUT
D4
WH1
BTL
DRIVER
Q10
Q11
B 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

UVXZABADWYAAAC
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
VSS
NC
NC
NC
NC NC
NC
NC
VCC
VSS
HIORDY
NC
NC
NC NC
HD15
HD14
VCC
VSS
HD13
HD12
HD11
HD10
HD9
HD8(SENS)
HD7(GFS)
VCC
VSS
HD6(FOK)
HD5
HD4
HD3
HD2
HD1
HDO
VCC
VSS
HSYNCH
VSYNCH
PCLK QSCN
PCLK 2XSCN
YUV7
YUV6
YUV5
VSS
VCC
YUV4
YUV3
YUV2
YUV1
TUVO
DCLK
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
VCC LA4 LA5 LA6 LA7 LA8 LA9 VSS VCC LA10 LA11 LA12 LA13 LA14 LA15 LA16 VSS VCC LA17 LA18 LA19 LA20 LA21 RESET TDMDX/RSEL VSS VCC TDMDR TDM CLK TDM FS TDM TSC TWS/SEL PLL1 TSD/SEL PLLO VSS VCC SEL PLL2 NC NC MCLK TBCK NC NC VSS VCC RSD RWS RBCK APLL CAP X IN X OUT VCC VSS
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
PLL
DIGITAL
EFM
DEMODURATOR
CORRECTOR
ERROR
INTERFACE
D/A
RAM
32K
OUT
DIGITAL
PROCESSOR
SUB CODE
INTERFACE
SERVO
FOK
MIRR DECT
ANALOG SW
OP AMP A/D
CONVERTER
SERVO DSP
FOCUS SERVO
TRACKING
SERVO
SLED SERVO
FOCUS PWM
TRACKING PWM
SLED PWM
GENERATOR
PWM GENERATOR
GENERATOR
GENERATOR
SIGNAL PROCESSOR BLOCK
SERVO BLOCK
FILO
SCLK
47 43 42
41
46 45
44
50
49
48 53 52
51
RFDC CE TE IGEN AVSS0 ADIO ASYI ASYO AVDD0 CLTV AVSS1 RFAC
14
DVSS0
SCOR
C4M
WDCK
18 15 16 17
XPCK
GFS
C2PO
ATSK
WFCK
XUGF 11
12 13 8 9 10
D OUT
56 55
54
59
58 57 60
AVDD1 PCO FILI V16M VCTL BIAS
61
VPCO
DVDD2
ASYE
MD2
62
63
74
69
LRCK
PCMD
64
65
66
BCK
EMPH
XTSL
67
68
XTAO
70
71
DVSS2
XTAI
72
73
S OUT
SOCK
75
76
XOLT
SQSO
SQCK 77
78
79
SCSY
SBSO
XLAT
CLOK
SENS
XRST
MUTE
DATA
5 6 7 2 3 4
80
EXCK
DVDD0 1
INTERFACE
CPU
CORRECTOR
ASYMMETRY
DIGITAL
CLV
GENERATOR
CLOCK
SERVO AUTO
SEQUENCER
R53
3.3K
R49
100K
0.47u50
C33
10K
R51
C35
1500P
R48
33K C32
3300P
0.01
C37
1M
R54
1M
R55
0.1
C38 470K
R56
R52
3.3K
C36
0.047
1K
R76
0.01
C43
1000P
C133
100P
C115
100P
C143
47K
R47
100u16
C42
+
15
36
131
161
132
220 220
R169
165
67 68
470
R59
47P
C39
47P
C40
1M
R58
X1
16.9344MHz
0.01
C41
R77 220
1
R57
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
R152
220u10
C141
+
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
4
3 2 5
6
7
10
11
12 13 16 15
14
19
20
21
47 46 45
R143
4.7K
R144
4.7K
C138
0.01
R141
4.7K
R142
4.7K
C137
0.1
R109 220 R110 220 R123 220
39
24
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
R164
R165
220
77
76
128
160
R185
4.7K
119
118 117 116 115
114
110
109
108 107 106 113 105
0.1
C184
0.1
C183
C181
0.1 0.1
C182
C179
0.1 0.1
C180 C177
0.1 0.1
C178 C175
0.1 0.1
C176 C173
0.1 0.1
C174
C171
0.1 0.1
C172
C169
0.1 0.1
C170 C167
0.1 0.1
C168 C165
0.1 0.1
C166 C163
0.1 0.1
C164
C161
0.1 0.1
C162
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
R155
100
1
R68
0.01
C188
0.01
C189C187
0.01
R66
1
0.01
C45
R187
220
YUV0-YUV7
R147 R148
0.01
C8
+5V+5V
+5V +5V +5V
IC12
IC13
(X32-3860-20) (X32-3872-10)
MPEG
DECODER
RAM
CONTROL
DIGITAL
DIGITAL
DIGITAL
DIGITAL
OUT
WH3
DIGITAL