Kenwood DPX-4010, DPX-4010-PH-4 Service manual
CD CASSETTE DSP RECEIVER
DPX-4010
DPX-4010/PH4
SERVICE MANUAL
Sub panel
(A22-2880-08)
NAME SET
DISP
DISP
ATT
ATT
S.A
S.A
DSP
DSP
1
BNR
2
1
BNR
2
SCN
SCN
B.S
3
RDM
4
RDM
REP5 D.SCN
4
REP5 D.SCN
3
© 2000-7 PRINTED IN JAPAN
B51-7656-00 (N) 1694
CD EJECT
METAL
6
M.RDM
6
M.RDM
AUD
EQ
EQ
PWR OFF
FNC
SRC
SRC
AM–
AM–
OPEN
FM
FM
+
+
DISC
DC cord assy
(E30-4860-08)
Screw set
(N99-1671-08)
Front glass assy
(B10-4041-08) : K type or M type
(B10-4043-08) : PH4 type
Remote controller assy
(A70-0883-05)
Front panel assy
(A64-2284-08) : K type
(A64-2285-08) : M type or PH4 type
Size AAA battery
(Not supplied)
HONDA attach kit
(J21-9578-05) : K type or M type
(J21-9617-05) : PH4 type
DPX-4010/PH4 is philippines HONDA genuine model.
CD mechanism operation description is please refer to the
service manual KDC-5007/5008 (B51-7090-00).
Cassette mechanism operation description is please refer to the
service manual D40-1122-05 (B51-7452-00).
LPF
AM/FM TUNER
PLL
LC72135M
BA3131FS
SELECTOR
IC380
CD MECHA
DXM-1051
TN-708
C MECHA
IC200
CXA2560Q
MOTOR DRV
BA6219BFP-Y
EQ/NR//MS
IC250
TDA7420
IC300
E-VOL
BAL
VOL
FRONT
REAR
BA3129F
IC351
SELECTOR
M65849BFP
DSP
IC820
5L-BUS
CD-CH
IC1
MN101C15
SYSTEM u-COM
POWER-AMP
IC500
TDA7386
IC350
NJM4565M-D
BUFF
BA3129F
SELECTOR
IC351
REAR
SP OUT
SP OUT
FRONT
FRONT
PRE OUT
PRE OUT
REAR/NON-FAD
IC851
NJM4565M-D
ALC
M61506FP
BPF
IC980
MN101C10
PNL u-COM
IC900
VFD KEY
REMOCON
RS-21
IC150
DP X-40 10,4010/P H4
BLOCK DIAGRAM
2
DP X-40 10,4010/P H4
MICROCOMPUTER’S TERMINAL DESCRIPTION
System Microcomputer MS101C15FCJ (IC1: Main PWB Unit)
Pin No.
1 VREF (–) Connected to GND
2 PA0/AN0 CD_EJ I CD/EJ_SW detection terminal [H: Normal. L: Eject] L (a)
3 PA1/AN1 TYPE I Destination type selection input [H: J Type. M: K Type. L: M Type] –
4 PA2/AN2 REEL_S I REV reel pulse detection terminal H/L
5 PA3/AN3 REEL_T I FWD reel pulse detection terminal H/L
6 PA4/AN4 AM_SD I AM SD input [H: Station detected. L: Station not detected] H (a)
7 PA5/AN5 FM_SA I FM SD input [H: Station detected. L: Station not detected] H (a)
8 PA6/AN6/ NC I –
9 PA7/AN7 SMALL I SMALL detection input [H: SMALL off. L: SMALL on] L (a)
10 VREF (+) Connected to BU 5 V
11 Vdd Connected to Vdd
12 OSC2 X’Tal (8. 38) X’tal (connected to 8.38 MHz)
13 OSC1 X’Tal (8. 38) X’tal (connected to 8.38 MHz)
14 Vss Connected to GND
15 Xl Connected to GND
16 XO Open
17 MMOD Connected to GND
18 P00/SBO0/TXD C_MAIN_M O C-mechanism motor control [H: ON. L: OFF] H (a)
19 P01/SBI0/RXD INPUT_SEL1 O E_VOL input switching control (in combination with pin 20) H/L
20 P02/SBT0 INPUT_SEL2 O [HL: CD. LH: Tape. LL: Tuner] H/L
21 P03/SBO1 CH_DATAH O Data output to CD-CH H/L
22 P04/SBI1 CH_DATAC I Data input from CD-CH H/L
23 P05/SBT1 CH_CHCLK I/O
24 P06/BUZZER/DK BEEP O Beep output [Permanently L] L
25 P27/RESET RESET I System reset [H: Operation. L: Reset] L (a)
26 P10/TM010/RMOUT CH_REQH O Send request output to CD-CH L (a)
27 P11/TM1IO CH_CHCON O CD-CH operation control H (a)
28 P12/TM2IO CH_CH1/2 O CD-CH 1/2 switching output
29 P13/TM3IO PNL_OPEN I Panel open detection [H: Closed. L: Open] L (a)
30 P14/TM4IO TP O Test point (Valid only in test mode). [Permanently L] L
31 P20/IRQ0 BU_DET I Back_Up detection input [H: Power down. L: Normal] H (a)
32 P21/IRQ1/SENS CH_REQC I Send request input from CD-CH L (a)
33 P22/IRQ2 PN_SC_REQ I Send request input from PNL_µCOM H (a)
34 P23/IRQ3 TYPE2 I Destination type selection input (for genuine model) –
35 P24/IRQ4 ACC_DET I Acc detection input [H: Acc OFF. L: Acc ON] H (a)
36 P30/SBO2 CD_DATA I/O Data input/output from/to CD mechanism H/L
37 P31/SBI2 NC I Not used (Open) –
38 P32/SBT2 CD_CDK O CLK output to CD mechanism H/L
39 P33/BR C_SUB_M+ O C-mechanism loading motor control H (a)
40 P34/BT C_SUB_M– O C-mechanism loading motor control H (a)
41 P35/LDDMA C_MSC O
42 P36/STDMA C_NR O Dolby ON/OFF control H (a)
43 P37/DKDMA C_MS_IN I Blank pulse detection input H/L
44 P40/KEY0 C_MTL O Metal ON/OFF control. H (a)
45 P41/KEY1 C_MODE2 I Sub-motor control terminal 2 H/L
46 P42/KEY2 C_MODE3 I Sub-motor control terminal 3 (cassette pack IN detection terminal) H/L
47 P43/KEY3 C_MODE1 I Sub-motor control terminal 1 H/L
48 P44/KEY4 DSP_DATA O DATA output to DSP H/L
49 P45/KEY5 DSP_CLK O CLK output to DSP H/L
50 P46/KEY6 DSP_STB O LATCH output to DSP H/L
Pin Name Signal Name I/O Purpose/Description
Previous bus: Data input from CD-CH. New bus: Data output to CD-CH.
Blank detection mode control [H: G2 (in play mode). L: G1 (in FF mode)]
Normal Operation
Level
H/L
H/L
3
DPX-4010, 4010 /PH4
MICROCOMPUTER’S TERMINAL DESCRIPTION
Pin No.
51 P47/KEY7 N–F_MUTE O Muting of N-F when N-F is selected [H: Muting. L: Normal] H (a)
52 P50/WE AUDIO1 O LINE OUT switching [H: FRONT. L: REAR] H (a)
53 P51/RE DSP_CONT O DSP ON/OFF control [L: DSP OFF (bypass). H: DSP ON] H (a)
54 P52/CS MUTE O AUDIO_MUTE output [H: Muting ON. L: Muting OFF] H (a)
55 P53/A16 P_ON O Internal power control [H: ON. L: OFF] H (a)
56 P54/A17 P_CON O External power control [H: ON. L: OFF] H (a)
57 P60/A0 EVOL_DATA I/O DATA input/output from/to E_VOL (TDA7400) H/L
58 P61/A1 EVOL_CLK O CLK output to E_VOL (TDA7400) H/L
59 P62/A2 CD_SW1 I Input from CDSW1 (Loading start SW) L (a)
60 P63/A3 CD_SW2 I Input from CDSW2 (12 cm disc detection SW) L (a)
61 P64/A4 CD_SW3 I Input from CDSW3 (Down & limit SW) L (a)
62 P65/A5 CD_LO/EJ I/O CD mechanism loading motor control (LO/EJ) [H: Load. L: Eject] H (a)
63 P66/A6 CD_LMON O CD mechanism loading motor control (ON/OFF) [H: Stop. L: Operate] H (a)
64 P67/A7 C_F/R O Head switching control [H: Reverse. L: Forward] H/L
65 P70/A8 CD_MSTOP O CD mechanism emergency stop output L (a)
66 P71/A9 CD_MRST O CD mechanism reset output L (a)
67 P72/A10 CD_MUTE I Muting input from CD mechanism L (a)
68 P73/A11 P_ANT O POWER_ANT control [H: Radio mode. L: Other mode] H (a)
69 P74/A12 PLL_CE O CE selection to LC72135M H (a)
70 P75/A13 PLL_DO O DATA output to LC72135M H/L
71 P76/A14 PLL_CLK O CLK output to LC72135M H/L
72 P77/A15 PLL_CI I DATA input from LC72135M H/L
73 P87/LED7/D7 SW40 O VFD_Vdd2 control [H: Vdd2 ON. L: Vdd2 OFF] H (a)
74 P86/LED6/D6 ILL_CON O Button illumination control [H: Illumination ON. L: Illumination OFF] H (a)
75 P85/LED5/D5 PWIC_STBY O Power IC standby control [H: AMP ON. L: AMP OFF] H (a)
76 P84/LED4/D4 PN_MC_REQ O Send request output to PNL_µCOM H (a)
77 P83/LED3/D3 PN_SC_CON O Operation control output to PNL_µCOM H (a)
78 P83/LED2/D2
79 P81/LED1/D1
80 P80/LED0/D0 PN_MC_CLK O CLK output to PNL_µCOM H/L
Level: High level (active) →H (a), Low level (active) →L (a)
Pin Name Signal Name I/O Purpose/Description
PN_MC_DATA
PN_SC_DATA
O DATA output to PNL_µCOM H/L
I DATA input from PNL_µCOM H/L
Normal Operation
Level
Panel Microcomputer MN101C10AAK (IC900: Combination PWB Unit)
Pin No.
1~5 NC (GND) I Not used (GND) L
6 VREF+ VREF+ I A/D converter reference voltage input terminal –
7 VDD VDD – Positive power supply terminal –
8 OSC2 OSC2 – Main clock connection (8.38 MHz) –
9 OSC1 OSC1 – Main clock connection (8.38 MHz) –
10 VSS VSS – Connected to GND –
11 XI XI I Connected to GND L
12 XO XO O Not used (Open) –
13 MMOD MMOD I Connected to GND L
14 P00/SBO0/TXD
15 P01/SBI0/RXD
16 P02/SBT0 PN_MC_CLK I System control communication, clock input terminal H/L
17 P03/SBO1 VFD_DATA O VFD driver data output H/L
18 P04/SBI1 NC O Not used (Open) L
19 P05/SBT1 VFD_CLK O VFD driver clock output H/L
4
Pin Name Signal Name I/O Purpose/Description
PN_SC_DATA
PN_MC_DATA
O System control communication, data output terminal H/L
I System control communication, data input terminal H/L
Normal Operation
Level
DPX-401 0 ,40 10/PH4
MICROCOMPUTER’S TERMINAL DESCRIPTION
Pin No.
20 P06/BUZ/DK VFD_STB O VFD driver latch output H/L
21 P27/RST RST I Microcomputer reset L (a)
22 P10/TM0IO/RMO VFD_BLK O VFD driver blank output L (a)
23~25 NC O Not used (Open) L
26 P14/TM4IO
27 P20/IRQ0
28 P21/IRQ/SENS
29 P22/IRQ2 REMOCON I Remote control signal input H/L
30 P23/IRQ3 KR0 I Key return signal input 0 H/L
31 P24/IRQ4 KR1 I Key return signal input 1 H/L
32 P50/WE KR2 I Key return signal input 2 H/L
33 P51/RE KR3 I Key return signal input 3 H/L
34 P52/CS KR4 I Key return signal input 4 H/L
35 P53/A16 NC O Not used (Open) L
36 P54/A17 NC O Not used (Open) L
37 P60/A0 KS0 O Key scan signal output 0 H/L
38 P61/A1 KS1 O Key scan signal output 1 H/L
39 P62/A2 KS2 O Key scan signal output 2 H/L
40 P63/A3 KS3 O Key scan signal output 3 H/L
41 P64/A4 KS4 O Key scan signal output 4 H/L
42~56 NC O Not used (Open) L
57 P83/D3/LED3 ENB O Peak hold IC output switching enable H (a)
58 P82/D2/LED2 SEL_C O Peak hold IC output setting change H (a)
59 P81/D1/LED1 SEL_B O Peak hold IC output setting change H (a)
60 P80/D0/LED0 SEL_A O Peak hold IC output setting change H (a)
61 VREF– VREF– I Connected to GND L
62 PA0/AN0 PH_IN I Peak hold input terminal A
63,64 NC (GND) I Not used (GND) L
Level: High level (active) →H (a), Low level (active) →L (a)
Pin Name Signal Name I/O Purpose/Description
PN_SC_REQ
PN_MC_REQ
PN_SC_CON
O System control communication, send request output H (a)
I System control communication, receive request input H (a)
I System control communication, panel operation control H (a)
Normal Operation
Level
Key Matrix Table
KS0 KS1 KS2 KS3 KS4
KR0 SRC M1 M2 SA PAUSE
KR1 CR–EJ M3 M4 FM
KR2 M5 M6 AM
KR3 DSP ATT VOL (+) TUN (+)
KR4 EQ DISP VOL (–) TUN (–)
Line valid when OFF
CD-EJ is detected by the System Controller.
*
Allocation of Multi-press Keys
Key Allocation Function
While ALL OFF,
DSP + EQ + SRC
While ALL OFF, Span switching (Valid only with K and M Types)
M1 + M5 + SRC AM: [9K/10K]. FM: [50K/200K]
Start the unit in test mode .
5
DPX-40 10,40 10/PH4
ADJUSTMENT
Set the controls and switches as follows.
BALANCE : Center position BASS : Center Position LOUD : OFF DOLBY NR : OFF
FADER : Center position TREBLE : Center position METAL : OFF
No. ITEM INPUT SETTINGS
FM SECTION
1 DISCRI- 98.1MHz Connect a DC FM T 0V (a)
MINATOR 0dev voltmeter to TP 98.1MHz F/E (TU100)
60dBµ (ANT input) F/E (TU100)
CASSETTE DECK SECTION
[1] AZIMUTH MTT-902 – – Head Azimuth Playing the mirror tape in (b)
(1/2) Mirror Tape Screw FWD mode, rotate screw
[2] AZIMUTH TCC-153 Connect a AC PLAY Head Azimuth Adjust the azimuth for (b)
(2/2) 10kHz, –10dB voltmeter and Screw each Lch/Rch or FWD/RVS
[3] PLAY BACK TCC-130 Connect a PLAY VR200A (L) 300mV (c)
LEVEL AC voltmeter VR200B (R)
OUTPUT
SETTING
oscilloscope becomes maximum.
to pri out
to CN200
TUNER
(RECEIVER)
SETTINGS
ALIGNMENT
POINTS
ALIGN FOR FIG.
(A) and (B) so as to
eliminate a curl at the
guides on both ends of head
while looking into the mirror.
Play the tape in REV mode.
And make adjustment in the
same manner.
(MAIN PWB UNIT)
CASSETTE MECHANISM
FWD(A)
(b)
TU100
TU
REV(B)
VR200B
CN200
R G L
Rch
VR200A
Lch
100
(c) 300mV
AC voltmeter
TP
T
(a) 0V
DC voltmeter
6
A B C D E F G H I J
R990
R991
1
1
22
2
1
2
5
6
13
14
R993
R992
D993
CN993CN992
CN990
CD EJECT
D990
S990
FRONT PWB
D991 D992
1
2
3
4
5
PC BOARD (COMPONENT SIDE VIEW) (FOIL SIDE VIEW)
CONTROL PWB
23
VFD900
S967
D957
C907
DISP
TAPE
EJECT
S955
D953
IC901
S900
RESET
S963
D901
ATT
D903
R919
D955
D960
14
D900
R980
C906
S965
R907
X900
D956
R950
C902
C900
R951
C901
C903
R957
R900
RN900
C904
R962
R916
R917
C984
16
1
R956
R983
C985
R963
R981
C980
S969
R971
D959
R929
R984
R982
S968S964
22
1
C905
R930
8
R986
R985
R972
R931
R968
IC900
IC980
R987
R961
C981
R952
D902
R932
R918
C982
R969
R934
RN901
R960
R970
3217
4964
C983
R953
33
48
169
1
R955
C950
R933
S958
CN900
C951
RN902
R928
RN903
R908
R954
D908
R959
S.A
R958
C952
S953
FM/+
AM/-
SRC
S950S954
EQ
S966
S960
S959
D904
D905
D906
D907
S956
S952
1 41213153
S961
S951
S962
1/B NR
DSP
CD EJECT
S990
D950
D952
D958
6/M.RDM
D990
5/D.SCN
D991D992
4/REP
S957
3/RDM
2/SCN
D951
D954
FRONT PWB
1
22
R990
R991
D993
R993
R992
CN990
1
13
1
5
CN993 CN992
CONTROL PWB
S958
FM/+
S961
AM/-
SRC
D950
S950 S954
EQ
S966
S960
S959
C952
RN902
R928
R908
CN900
C951
RN903
D952
D958
6/M.RDM
2
5/D.SCN
14
D904
4/REP
D905
D906
S957
D907
D908
3/RDM
2/SCN
D951
D954
1/B NR
S951
S962
DSP
S956
S952
14121315 3
S953
R959
R958
R954
S.A
2
6
D959
R953
R952
C950
R968
R969
R970
R934
D902
R932
R933
R931
RN901
R918
C905
32 17
33
IC900
48
49 64
16 9
IC980
1
C983
C982
R987
C981
R961
R960
R955
S968 S964
R972
8
R986
R985
S969
1
22
R930
R929
R984
R982
R971
R963
R981
C980
R916
R917
RN900
16
C985
1
R983
R956
R962
C984
R900
C904
R957
D956
R951
C901
C903
S965
C900
C902
R950
C906
X900
D960
D900
R907
TAPE
EJECT
14
D953
IC901
D903
R919
R980
D955
S955
S900
RESET
D901
ATT
C907
S963
DISP
23
VFD900
S967
D957
6
CONTROL
IC Q Address
900 4B
901 2A
980 4B
Refer to the schematic diagram for the
CONTROL
IC Q Address
900 4F
901 2G
980 4F
values of resistors and capacitors.
7
7 8
K L M N O P Q R S T
C837
R851
R852
R868A
R862A
R858A
R859A
R859B
R858B
1
1
116
32 17
7
148
4
85
C851
C891
C835
C836
C823
R853
R802
R800
R850
R865A
C855A
C857A
C857B
C854A
C890
C854B
C833
C834
R862B
R863A
R868B
R861B
R861A
R867B
R867A
R864A
R865B
C855B
R863B
R866B
R864B
R857A
R866A
R860B
R860A
R822
R821
R823
R824
C831
C832
R820
C821
C827
C829
C830
C828
R854A
R856A
R857B
R854B
R856B
R801
C808
C810
C800
C802
C805
JC800
JC802
JC803
JC804
JC805
JC801
D892A
D893
D892B
D890A
D891
D890B
BE
EB
Q804
EB
Q801
EB
Q853B
EB
Q853A
EB
Q850
EB
Q852
Q854A
BE
Q854B
BE
Q851
D851
D850
D802
D801
D852
D800
IC851
IC850
IC820
JW812
JW811
JW810
JW806
JW805
JW804
JW850
JW855
JW854
JW853
JW849
JW848
JW844
JW840
JW839
JW841
JW847
L820
JW859
JW858
JW845
JW846
JW825
JW831
JW832
JW835
JW836
JW837
JW838
JW827
JW813
EB
JW802
JW823
C809
C804
C807
C801
C803
C806
C852
C850
C853A
C853B
C820
C826
C825B
C825A
C822
C824B
C824A
C856B
C856A
ET800
ET850
JW824
JW830
JW807
JW803
JW856
JW852
JW851
JW857
JW843
JW842
JW817
JW860
JW814
JW809
1
131
2
1
22
21
3
2
19
20
1
2
17
18
JW800
JW801
JW808
JW815
JW816
JW818
JW819
JW820
JW821
JW822
JW826
JW829JW828
JW833
JW834
CN801
CN852
CN851
CN850
CN800
Q803
SUB PWB
EB
Q800
EB
Q802
1
2
3
4
5
6
7
9
PC BOARD (COMPONENT SIDE VIEW)
MAIN PWB
D501B
C405A
13 11 12 88432
9910 6 7
R409
R402
D405
D406
D409A
D604
R416
R408
D401
C406
D402
C407
Q401
Q400
C609
R624
D609
R623
R641
R633
D611
C611
C610
R628
R634
E
B
Q625
B
R630
E
C620
R631
Q626
R618
C704
MAIN PWB
IC Q Address
15N
C707
C706
R702
DC700
C619
R701
C705
D614
25N
150 3P
200 4O
250 5L
300 3N
350 4N
351 4M
CN400
C405B
C408
R417
R415
R405
R410
R412
R404
D407
R403B
R403A
D404
D410
EBEB
C401A
C400
C612
EBE
Q610
Q616
B
Q622
R627
B
R629
B
EB
R625
Q613
B
Q614
B
R642
L700
18
R261
C258
R256
R255
C252
R254
R252
C257
R260
C250
IC Q Address
380 4O
500 2N
D502B
1
5
R411
R413
D408
R414
D409B
C402
R622
Q609
B
Q611
E
Q612
E
E
E
C700
E
B
C701
R700
C703
D700
1
11
S990
15M
26O
35M
46O
55M
65M
D502A
D501A
D603
C601
R611
R606
D616
R616
D605
R603
D601
R615
B
C603
E
E
Q602
B
B
R607
Q608
R617
R610
Q604
C401B
R635
E
Q617
EB
R626
Q624
EB
C613
D612
C614
C615
Q628
EB
Q627
C702
D250
R257
210
14
C256
C255
CN251
C254
R253
C253
R250
D251
R251
C251
25
D504B
D505B
CN600
D606
B
R612
E
118
13
IC250
1
R605
Q607
Q606
E
C602
CN350
R258
R259
16
R604
R613
R614
C359A
C359B
1
D602
17
18
B
D615
E
D600
R369A
1
R369B
R371A
R370A
R365A
14
R365B
D1
D2
D3
C18
C604
Q603
R600
Q605
R609
B
R364A
IC351
R364B
R371B
R370B
CN603
1
652
IC Q Address
150 4P
151 4P
152 4P
300 3N
350 4M
351 4N
352 4M
353 4M
IC Q Address
400 3K
401 3K
500 2N
501 2O
502 2O
600 3M
601 2M
602 2L
D504A
D505A
Q600
C303A
C303B
C300B
C300A
R367A
C360A
R368A
R368B
Q601
R601
E
B
E
8
E
B
R367B
EB
C352A
R366
7
Q353
Q1
B
E
R352A
C360B
C352B
RN5
C607
R357A
C355A
C355B
R352B
BE
R357B
Q3
BEBE
RN4RN3RN2RN1
R608
L600
D607
C608
BP
BP
C315B
C315A
C600
C301
R303
33
34
IC300
D300
R2
R1
E
B
R300
C310
44
C302
1
C307
Q350A
BE
R363
R361
Q350B
Q5
C20
C308
C358
R356A
D351
R362
Q352
E
D352
4
R354
B
IC350
Q6
RN13
IC Q Address
1
5
8
R351
R359
R358
R356B
R355
C354
R28
G
R29
R90
S
RN6
RN7
D
C16
TP1
40
41
IC1
R31
R92
R91
EB
R71
13
60
61
IC2
RN12 RN11 RN10 RN9
CN2
C11
R84
13
14
603 2M
604 2L
605 2M
606 2L
607 2M
608 2L
609 3L
610 3K
C606
C314A
23
Q300
11
C309
C357
C353
C356
C351
R81
C502
BP
C317
22
12
L300
D353
R360
R353
R350
BE
C350
R57
R56
R50
R49
R400
21
20
C17
C6
R59
R60
R61
1
80
R89
R85
R83
IC Q Address
IC500
C505B
R205
R204
BE
C510B
D503
BE
Q501A
C501A
R79
C381
C209
C210
Q4
C505A
C510A
CN1
C306B
C306A
C213
TH500
Q502
E
C506
B
R504
C503B
C9
C380
R207
C212
C204B
C13
C12
C507
C511
R501A
R502B
R80
R380
R209
C211
R206
11
20
21
EB
R505
R503
C8
R78
C7
10
C208
C202A
IC200
R200
C202B
C508
R507
R506
D507
R502A
C503A
R76
R77
R75
C304B
C383
C201A
R208
C201B
D506
R86
R87
20
R383B
10
11
1
30
C203B
R508
C513
C15
IC380
C200A
R201A
40
31
C618
L2
R383A
C203A
R201B
C207
C200B
D608
Q615
E
R632
R161
R158
C159
C304A
R382B
R382A
C214A
C214B
C216B
Q621
E
B
B600
R381B
1
20
R381A
C206A
C215A
R202A
R202B
VR200B
B
D613
C158 C155
1
IC150
10
C382
R203A
1
C205A
5
C205B
C206B
1
Rch
224
125
R500
C509B
C500B
C509A
C500A
Q500A
D500
BE
BE
Q501B
R501B
C501B
C504
1
C26
C204A
L1
C5
C1
C2
C4
C3
R63
C14
C21
C22
Q2
R82
C10
B
1
E
C26
R58
R66
R65
C605
R67
R88
BP
C314B
D350
C23
C24
Q500B
C316
Q351
RN8
X1
R62
2
IC Q Address
611 4L
612 4L
613 4L
614 4L
615 2O
616 3K
622 4K
624 4L
625 2K
626 4K
627 4L
628 4L
617 3L
621 2O
X150
R162
R163
R157
C109
R110
Q152
C153
R151
R150
C151
R152
2
4
R203B
CN200
DOLBY
C617
L102
C157
E
B
20
R153
11
C108
C121
C152
C150
BP
CN250
3
VR200A
Lch
D
G
C101A
C101B
C100
C616
R155
C154
DSP101
C156
C120
S
Q150
R104
R105
E
B
2
ANT1
L100
1
L104
1
D104
8
9
TU100
C102A
C102B
Q151
R106
18
Refer to the schematic diagram for
the values of resistors and capacitors.
10
SUB PWB
IC Q Address
820 6S
850 3T
851 2T
800 2S
IC Q Address
801 2S
802 2S
803 2R
804 2S
IC Q Address
850 5T
851 5T
852 5T
853 4R
IC Q Address
854 4R
U V W X Y Z AA AB AC AD
1
2
3
4
5
6
7
PC BOARD (FOIL SIDE VIEW)
MAIN PWB
IC500
TH500
R508
D608
D506
C508
R507
E
R632
E
R506
B
1
R203A
C207
IC380
C200A
C206A
C215A
R202A
R202B
C216B
L2
C15
R383B
R382B
R382A
C214A
C203A
C214B
C203B
C618
D507
C513
C503A
R86
R87
20
C304B
10
C383
R383A
C201A
1
R201A
40
31
R201B
30
C201B
C200B
R505
R76
R77
R75
11
R208
C202A
IC200
C202B
R502A
C8
R78
C7
10
R200
IC Q Address
150 4V
151 4U
152 4V
300 3X
350 4X
351 4W
352 4X
353 4X
EB
C506
R504
R503
C503B
R80
C380
R380
R209
C211
C208
11
C212
20
21
C204B
C13
C12
C507
Q502
C505A
C510A
C511
E
D503
B
Q501A
Q501B
R501A
R502B
C501A
C501B
C9
R79
CN1
C306B
C306A
C381
C204A
R206
R207
C213
R205
R204
C209
C210
Q4
BE
IC Q Address
C510B
D500
BE
Q2
B
C26
2
ANT1
L100
1
L104
1
C156
D104
C120
8
9
R104
TU100
R105
C102A
C102B
R106
E
B
Q151
18
MAIN PWB
IC Q Address
15X
25X
150 3V
200 4V
250 5Y
300 3X
350 4X
351 4X
B
C617
C616
D613
X150
C158C155
20
DSP101
R162
R163
R155
R153
C154
11
R157
C157
Q150
C108
C152
S
C101B
C121
D
G
C150
C109
C153
BP
C101A
R110
R151
R150
C151
R152
CN250
L102
E
B
Q152
1
2
4
5
CN200
1
3
DOLBY
VR200B
VR200A
C100
Lch
Rch
IC Q Address
380 4V
500 2W
15X
26W
35X
46W
55X
65X
Q615
Q621
B600
1
IC150
10
C304A
R381B
R381A
C382
R203B
R161
R158
C159
20
C205A
C205B
C206B
C505B
C509A
C500A
Q500A
BE
R501B
C504
1
C26
L1
C1
C2
C14
C21
C22
R82
C10
E
400 3Z
401 3Z
500 2W
501 2W
502 2W
600 3X
601 2X
602 2Y
224
125
R500
C509B
C500B
BE
Q500B
C314B
C316
R350
Q351
D350
C23
C24
C5
RN8
C4
X1
C3
R67
R66
R63
R65
R62
R88
1
2
IC Q Address
C502
C605
BP
C317
L300
D353
R360
R353
BE
R58
R57
R400
21
20
1
80
603 2X
604 2Z
605 2X
606 2Y
607 2Y
608 2Z
609 3Z
610 3Z
C356
C350
C351
R56
R61
R89
R85
R83
22
12
C357
C353
R50
C6
R60
C301
23
11
R354
R49
C17
C314A
Q300
D351
RN7
IC1
R59
CN2
13
C606
BP
R303
IC300
C310
C309
C358
D352
1
8
R81
TP1
IC2
14
L600
D607
C608
BP
C315A
C315B
33
34
E
D300
B
R300
44
C302
1
C307
C308
R356A
R362
Q352
C355A
C355B
E
4
B
IC350
5
R351
R359
R358
C354
G
R29
R90
S
RN6
D
C16
40
41
Q5
R31
R92
R91
EB
R71
13
60
61
RN13
RN12RN11RN10RN9
C20
C11
R84
IC Q Address
R608
C607
BP
C600
Q350A
BE
R363
R361
BE
R356B
Q350B
R355
Q3
R28
Q6
BEBE
R2
R1
611 4Z
612 4Z
613 4Z
614 4Z
615 2V
616 3Z
617 3Z
621 2V
C352A
R357A
R366
R352B
R357B
Q601
B
R601
E
R352A
C360B
C352B
Q1
RN5
RN4RN3RN2RN1
D504A
D505A
EB
C303A
C303B
C300B
C300A
R367A
C360A
8
7
Q353
E
Q603
E
Q605
B
R609
Q600
IC351
E
B
R367B
R371A
R371B
C18
B
R369A
R364A
R368A
14
R368B
R364B
R369B
D1
D2
D3
CN603
1
2
D504B
D505B
C604
R600
D615
D600
16
17
1
18
R604
R605
B
R613
R614
E
D602
C602
CN350
R370A
C359A
R365A
1
C359B
R365B
R370B
5
6
IC Q Address
622 4Z
624 4Z
625 2Z
626 4Z
627 4Z
628 4Z
Q607
R259
D606
R612
Q606
CN600
B
E
118
R258
D502A
D501A
D601
Q602
E
R610
C613
13
IC250
1
D616
Q624
R257
C614
C256
C255
C254
C253
D251
C251
R606
B
R635
Q617
R626
C615
14
25
C603
D612
D501B
D502B
C601
R611
D605
R603
R607
R617
Q604
C401B
C402
R622
EB
Q628
EB
Q627
D250
R253
R250
R251
D603
E
B
D409B
Q609
E
EB
E
C702
D700
210
CN251
R616
R615
B
E
D408
R414
Q608
Q611
E
Q612
C700
E
B
R700
C703
1
R413
C701
1
11
R417
R411
D404
D410
C400
B
R261
C258
R256
R255
C252
R254
R252
C257
R260
C250
C408
5
D407
C612
B
E
E
R642
CN400
C401A
B
Q614
S990
R412
Q616
Q622
R629
R625
Q613
C405B
C405A
R410
R404
D406
R403B
R403A
EBEB
EBE
B
R627
B
B
D614
L700
R624
R623
Q610
R415
R408
R633
R634
R630
R631
C619
18
R701
C705
13111288432
R405
R402
D409A
D401
C406
D402
C407
Q401
Q400
EB
991067
R409
D609
R416
E
B
R628
Q625
C706
D405
C609
R641
C610
C620
R618
R702
C707
D611
C611
C704
DC700
SUB PWB
Q800
EB
EB
R800
Q801
C803
C802
C855A
C855B
C853A
IC850
JW829JW828
IC851
C805
C856B
R866B
C806
JW825
C856A
R866A
JW826
JW827
C800
JC800
JC801
R851
C852
R852
JW831
D604
B
E
Q626
R850
JW835
JW836
JW837
JW838
JW832
C851
C850
JW834
14 8
1
JW830
JW833
R859B
R858B
R863A
R863B
R854A
R858A
R859A
R854B
R864A
4
R864B
R856A
7
R856B
R865A
1
85
R865B
R857A
R857B
C801
Q802
21
EB
JW822
22
D800
JW821
JW824
JW820
CN800
D850
JW841
R853
Q851
JW840
JW839
Q852
BE
EB
Q850
D851
JW843
JW844
JW845
JW846
C820
JW847
L820
JW859
JW858
JW842
JW848
JW857
C837
C821
C836
R820
C853B
EB
R860B
R860A
C835
JW849
C830
1
C829
2
C827
C828
C834
IC820
C833
C826
SUB PWB
IC Q Address
820 6AB
850 3AB
851 2AB
800 2AB
IC Q Address
801 2AB
802 2AB
803 2AC
804 2AC
IC Q Address
850 5AA
851 5AA
852 5AA
853 4AC
Q803
Q804
EB
C808
C809
C804
JW823
JW817
C810
JW818
JW819
Q854B
BE
D852
Q853A
EB
JC803
JW850
R822
R823
R824
C831
C832
116
R821
3217
C822
JW852
JW851
C823
IC Q Address
854 4AC
C807
R801
JW816
JC802
EB
R802
D801
JW815
Q853B
C824B
JW813
Q854A
EB
C825B
D802
JW812
JW811
JW810
JW809
JW807
JC804
R867B
JC805
JW855
JW854
JW853
2
20
JW803
C857A
C857B
C854A
2
18
1
19
C854B
1
17
D892A
R868A
R862A
JW808
JW806
C824A
JW860
JW801
JW805
JW804
BE
C825A
JW814
JW800
R867A
R861A
R861B
JW856
Refer to the schematic diagram for the values of resistors and capacitors.
ET800
131
3
R862B
ET850
CN801
CN852
C890
CN851
D890B
CN850
C891
R868B
JW802
D893
D892B
D890A
D891
12
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