Text preview for : Kenwood-DPX5010 car rec.pdf part of Kenwood DPX5010 car radio
Back to : Kenwood-DPX5010 car rec.p | Home
CD CASSETTE DSP RECEIVER
DPX-5010
SERVICE MANUAL
© 2000-8 PRINTED IN JAPAN B51-7663-00 (N) 1714
Refer to the service manual "D40-1132-05" (B51-7505-00) for CASSETTE MECHANISM ASSY's information.
CD OPEN/CLOSE
DSP
OFF
TAPE OPEN/CLOSE
SRC
DIGITAL SIGNAL PROCESSOR
DPX-5010
PWR OFF
RETURN
VOLUME
LAST ANGLE MEMORY
ANGLE
CRSC
SBF
ATT
FNC
EQ
NAME.S
DISP
SCROLL B NR 7
SCN 8
COMPRESSION KBS RDM/B.S 9 REP 0
SFC DBB SFC LEVEL D.S
POSITION ROOM SIZE M.RDM/MTL
, DIGITAL X OVER
FM+
DISC
AM --
1
DI
DIR
SC
2
3
4
5
6
CD CASSETTE DSP RECEIVER
DIR
ECT
PROGRAM
AUD
The following reference numbers with accessory parts are the same reference numbers used on EXPLODED VIEW and PARTS LIST.
DC1 DC1
205 210
RM1
711
DPX-5010
CONTENTS
BLOCK DIAGRAM .................................................................................... 3 MICROCOMPUTER'S TERMINAL DESCRIPTION .................................. 5 PANEL MECHANISM DESCRIPTION....................................................... 9 TEST MODE / ADJUSTMENT................................................................. 11 PC BOARD .............................................................................................. 12 SCHEMATIC DIAGRAM .......................................................................... 21 EXPLODED VIEW ................................................................................... 30 PARTS LIST ............................................................................................. 34 SPECIFICATIONS ............................................................... BACK COVER
2
DPX-5010
B.U
CD CH : 1200mV TAPE : 300mV FM : 400mV AM : 160mV
DPX-5010
IC12
B. U
BLOCK DIAGRAM
IC2
E VOL, TONE, NC, MPX
ISO
FRONT
PWR AMP FRONT SP OUT
CD CH : 3193mV TAPE : 1593mV FM : 1687mV AM : 537mV REAR
MD/CD CHANGER
INPUT SEL VOL
CD CH : +2dB TAPE : +4dB FM : +0dB AM : +4dB
SDA SCL
NC. MPX
+6dB
SOFT MUTE
TRE
BASS
VOL
TAPE +15dB OTHER +11dB
REAR SP OUT
TEST STBY SVR BEEP
IC14
PON 5V
E2PROM
AUD +B
ANT. IC5
CD CH : 3014mV TAPE : 1503mV FM : 1592mV AM : 507mV
HPF
BU 5V BU 5V CD CH : 900mV TAPE : 283mV : 475mV FM AM : 151mV AUD +B FRONT
MUX MUTE
FRONT PRE OUT REAR/NON FAD PRE OUT
IC1
CH CON CH CLK REQC REQH DATA C DATA H SDA SCL RESET
IC8 Buff
-12.4dB CD CH : 1511mV TAPE : 475mV FM : 798mV AM : 254mV
SDA SCL
BEEP TEST PWIC STBY PWIC SVR DSP RST DSP PD DSP WRQ DSP WRDY DSP SO DSP CLK MUTE
CD CH : 342mV TAPE : 108mV FM : 180mV AM : 58mV
-0.5dB
AMP
TAPE +15dB
OTHER +11dB
VOL
DSP 5V
ANT CON
MUTE& LEVEL DOWN
-0.5dB
LPF BUFF
9dB
ANT CON
P CON
ANT CON
F/E
AM ANT FM ANT
DSP
CD CH : 363mV TAPE : 114mV FM : 192mV AM : 61mV (+2.4-3dB)
REAR
CLK DATA CE REQ
PLL CLK PLL DATA PLL CE PLL REQ
LPF BUFF
9dB
P CON
LINE MUTE
P CON
N/F or REAR
PW MUTE BU DET ACC DET SMALL LINE MUTE ANT CON P CON P ON FM AM ILLUM FL PON SCDATA MCDATA CTS RTS SC-CON
FSD FM SD FM DET OUT
FSD FM SD FM : 400mV
SYSTEM u-COM
DSP RST DSP PD DSP WRQ DSP WRDY DSP SO DSP CLK
LPF BUFF
9dB
LINE MUTE AMP-CTRL SMALL DET ACC DET BU DET IC3
LINE MUTE
IC9-11
CD CH : 319mV TAPE : 100mV : 169mV FM AM : 59mV CD : 1200mV TAPE : 300mV
AMP-CTRL
AMP-CTRL
SMALL
SMALL
AM DET OUT PON 5V AUD +B FM +B AM +B
AM : 160mV
ACC DET
ACC
B.U DET
B. U
A2
BU 5V AUD +B SRV +B SW1-3 AMUTE MRST MSTOP LO/EJ MOTOR
FREEL RREEL PACK DET MODE 1-3 SUB+ SUBMAIN REFCON PM PM DET OPEN-SW DOLBY FWD/REV MUSIC MSC EQ-MUTE MTL
L4943
GND
SWITCH UNIT (X25-8330-11)
BU 5V ILL +B
IC18
DSP(A) 3.3V DSP(D) 3.3V FM +B
SW 14V
P ON
DSP3.3V AVR
LED LOGO
LED CD LED TAPE CD PACK
CD MECHA
AUDIO OUT
SW1-3 AMUTE MRST MSTOP LO/EJ MOTOR SDA SCL
FM8V SW
FM
DSP3.3V AVR
RST SW IC1
AM +B
AM8V SW
AM
P ON2
DOLBY UNIT (X30-3000-00)
REFCON PM-MODE PM DET OPEN-SW
SW 5V 5V SW DTB123YK
AUDIO +B BU 5V
A8V AVR D5V AVR
IC1 CASSETTE MECHA
F-IN(L) VREF(L) R-IN(L) F-IN(R) VREF(R) R-IN(R) MODE A OUT
SW 5V
IC3
REMOCON
PANEL u-COM
KEY MATRIX
PON 5V
5V SW
PANEL MECHA
ED1
MOTOR MOTOR
BU 5V
CD SRV +B MOTOR +B ILL +B
ILLUM
HA12216F
FWD Lch MAIN
M
VFD
MOTOR MOTOR
IC17 PANEL MOTOR1 DRIVER A1
ILL +B AVR
REV Lch
FWD Rch
REV Rch
Q16 SRV +B AVR
PLAY HEAD Takeup Reel Supply Reel PACK DET
IC2,Q4
MAIN MOTOR DRIVER
ILL+B
ILL+B
ILL+B
FL VDD
+B
DC/DC
FAC
2SB
SUB
M
DC/DC +B SW
STBY REELT REELS PACK IN SUB MOTOR DRIVER BU
CD PACK
PON 5V
MOTOR +B
3
4
DPX-5010
MICROCOMPUTER'S TERMINAL DESCRIPTION
(X14-) IC1 : System µ-com
Pin 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 Pin Name DSP RVDT DSP_CLK CHCON1 CHCON2 DATAH DATAC CHCLK BYTE CNVss DSP_REDY DSP_RST Reset Xout Vss Xin Vcc NC SP INT BU DET REQC REQH PANT PCON PON LAMP AMP_CTRL ACC DET BUZZ SCL SDA PN MC DATA * PN SC DATA PN RTS PN CTS PMOT1 PMOT2 REFCON PMDET OPEN SW PM VR PN SCCON I/O O O O O O I I/O I I I O I O I I I I I I I O O O O O O I O O I/O O I O I O O O I I O O DSP data output DSP clock output External CH1 selection External CH2 selection External CH data output External CH data input External CH clock input/output External data bus width switching Processor mode switching DSP write request DSP Reset Reset input Main system clock output Power input Main system clock input Power input Not in use Spectrum analyzer reception permission B.U detection External CH reception request External CH transmission request Power antennal control External amp power control Power control Lamp control External amp control ACC detection Beep ouput IC2 clock ouput IC2 data input/output Panel µ-com communication data output Panel µ-com communication data input Panel µ-com communication control Panel µ-com communication control Panel motor control Panel motor control A/D reference voltage output Panel mechanism detection Panel full-open detection Panel mechanism voltage congrol Panel µ-com communication control line L: Panel full-open H: 5.1V, L: 7.2V H: Panel Microcomputer stop H: On H: On H: On H: On H: On H: On H: ACC off H: Power down L: Reset H: CH1, L: Others H: CH2, L: Others Description Processing Operation
5
DPX-5010
MICROCOMPUTER'S TERMINAL DESCRIPTION
(X14-) IC1 : System µ-com
Pin 42 43 44 45 46 47 48 49 Pin Name MUTE LED CD LED TAPE LED LOGO SP_REQ CD_SW3 CD MOTOR CD_LO/EJ I/O O O O O O I O I/O MUTE LED CD display LED TAPE display LED LOGO display SPANA data output request to panel microcomputer CD mechanism SW3 detection CD loading motor control Loading/Eject control H: On L: Loading direction H: Eject direction 50 51 52 53 54 55 56 57 58 59 60 61 62 63 64 65 66 67 68 69 70 71 72 73 74 75 76 77 78 79 80 81 CD_MSTOP CD_MRST CD_AMUTE CD_SW1 CD_SW2 TA DOLBY TA MTL TA_F/R TA MUSIC TP MSC TA EQ MUTE SEL1 Vec NC Vss SEL2 SEL3 NC PACK_DET TA_MODE1 TA_MODE2 TA_MODE3 TA_SMOTOR1 TA_SMOTOR2 TA_MOTOR NC PLL CLK PLL DATA PLL_CE FMSD PLL_REQ FM+B O O I I I O O O I O O I O I I O I I I I O O O O O I/O O I O O CD mecha controller stop CD mecha controller reset CD mute request CD mecha SW1 detection CD mecha SW2 detection Dolby selection SW Metal selection SW Play direction selection SW Between-music detection input SW Casettee between-music selection SW EQ music selection SW IC2III noise cancellation selection Power input Not in use Power input IC2III noise cancellation selection Location switching Not in use. PACK detection SW Cassette MODE1 detection SW Cassette MODE2 detection SW Cassette MODE3 detection SW Cassette sub motor control 1 Cassette sub motor control 2 Cassette main motor control Not in use. PLL clock ouput PLL data input/output PLL selection FM station detection PLL seek selection FM Power H: Station L: In seek H: FM H: On L: Fixed. H: M, L: J L: Fixed. L: PACK L: Fixed H: DOLBY on H: Metal, L: Normal H: RWD, L: FWD L: Music L: FF&REV H: MUTE on L: Stop L: Reset H: Mute request Description Processing Operation H: MUTE on H: On H: On H: On
6
DPX-5010
MICROCOMPUTER'S TERMINAL DESCRIPTION
(X14-) IC1 : System µ-com
Pin 82 83 84 85 86 87 88 89 90 91 92 93 94 95 96 97 98 99 100 Pin Name AM+B PMUTE ILLUMI LINE_MUTE PCON_IN NC PWIC SVR TEST PWIC_STBY F_REEL R_REEL TAPE_DET CD_DET PMODE Avss FSD OUT Vref Avcc DSP_XLAT I/O O O I I I O O O O I I I I I I I I O AM Power Power IC MUTE control Illumination detecton External MUTE request External amp peak current control Not in use. Power IC control Power IC control Power IC standby Reel pulse (FWD) detection SW Reel pulse (RWD) detection SW Tape detection CD detection sensor input Panel position sensor input Analog power input S-meter input A-D reference voltage input Analog power input DSP write request H: Station (AD input) Description Processing Operation L: AM H: MUTE on L: Dimmer on L: Line MUTE on H: Protection on L: Fixed. H: On L: In test mode H: On Vth: 2.5V Vth: 2.5V H: Tape (A/D input) H: CD (AD input) (AD input)
(X25-) IC1 : Panel µ-com
Pin 1~3 4 5 6 7 8 9 10,11 12 13 14 15 16 17,18 19 20 21~23 24 NC REMO NC SP DATA SP CLK BYTE CNVss NC RESET Xout Vss Xin Vcc NC SP REQ PN SC CON NC GBK Pin Name I/O O O O O O O O O I I O O Not in use Remote signal input Not in use Spectrum analyzer data input Spectrum analyzer clock input External data bus width selection Processor mode selection Not in use Reset input Main system clock output Power input Main system clock input Power input Not in use Spectrum analyzer data input request System µ-com communication control line Not in use FL dot section data blanking output Description Processing Operation
7
DPX-5010
MICROCOMPUTER'S TERMINAL DESCRIPTION
(X25-) IC1 : Panel µ-com
Pin 25 26~30 31 32 33 34 35,36 37 38~61 62 63 64 65 66 67 68 69 70 71 72 73 74 75 76 77 78 79 80 81~88 89 90 91 92 93 94 95 96 97 98 99 100 Pin Name GLAT NC PN_SC_DATA PN_MC_DATA PN RTS PN CYTS NC GCLK NC Vcc NC Vss LED4 G LED4 A LED3 G LED3 A LED2 G LED2 A LED1 G LED1 A KR4 KR3 KR0 KS4 KS3 KS2 KS1 KS0 NC KR5 PON KR1 KR2 TAPE_EJECT CD_EJECT NC Avss SP_INT Vref Avcc NC I/O O O O O O I O O O O O O O O O O O O I I I O O O O O O I O I I O O O O O Description FL dot section data latch ouput Not in use System µ-com communication data output System µ-com communication data input System µ-com communication control line System µ-com communication control line Not in use FL dot section clock output Not in use Power input Not in use Power input 4 key illumination (green) control 4 key illumination (red) control 3 key illumination (green) control 3 key illumination (red) control 2 key illumination (green) control 2 key illumination (red) control 1 key illumination (green) control 1 key illumination (red) control Key Return signal input 4 Key Return signal input 3 Key Return signal input 0 Key Scan output 4 Key Scan output 3 Key Scan output 2 Key Scan output 1 Key Scan output 0 Not in use Key Return signal input 5 Periferal IC power control Key Return signal input 1 Key Return signal input 2 TAPE EJECT key illumination selection CD EJECT key illumination selection Not in use Analog power input Spectrum analyzer data control request A-D referece voltage input Analog power input Not in use L: Blue L: Blue H: On H: On H: On H: On H: On H: On H: On H: On H: On Processing Operation
8
PANEL MECHANISM DESCRIPTION
A. Panel Opening
1. When Open button(switch) is pressed, the motor (305) rotates. 2. The rotation of the motor is transmitted forward through the rack gear (316) via the gears (320-322) 3. When the rack gear (316) moves, the panel (PA1) goes down.
2
DPX-5010
B. Closing Behavior
1. The motor rotates in reverse direction. 2. The arm assembly (304) goes up. When the lever (A) goes into the lock position of the rail (312), the arm assembly (304) stops going up.
4
304
3 3 305 304 308 309 2 312
1
302
316
320 321
3. When the arm assembly (304) stops, by the rotation of the planetary gear (303), the motor rotation pushes the rack gear (316) backward via the gears (320-322). 4. By the close position information of the LPS (342), the motor (305) stops after 200mS.
4. (1) The upper side of the panel pushed on the arm assembly (304) by the pin (2) and the groove of the rail (3). (2) The lock on the lever (A) is let go and the arm assembly (304) goes down. (3) When this happens, the planetary gear (303) rotates. 5. When the arm assembly goes down to the open position, the switch (341) is turned on. When the switch (341) is turned on, the motor stops after 950ms.
308 303 320
305 304 308 309
312 3
303 304 320 1 2 2 A 302 304 316 321
3 4
C. Angle Behavior
1. By the position information of the LPS (342), the panel angle is controlled.
341
304
9
DPX-5010
PANEL MECHANISM DESCRIPTION
D. Assembly (Close Position)
1. Align the arm assembly with the pin of the planetary gear (303). 2. Assembly these to the sub-chassis (306) along with the rail (312). 3. Align lever (314) hole and the hold of the chassis (301). 4. Lead wires of LPS should be kept in place with a tape so that they would not interfere with rack gear (316).
2
3 1 304
314 301
312 1
306
342
305 2 1 303 308 309 316 4
342
325
10
TEST MODE / ADJUSTMENT
s How to enter the text mode
While pressing on 1 and 3 keys, press the RESET key.
DPX-5010
s Panel Mechanism Adjustment
The mechanism detects the open/close position of the panel and writes it to the E2PROM.
s Starting on the test mode
Major initial positions · When booted with everything off, the test mode starts up. · The valueof the volume is 40dB (indication is 15). · FL lamps all light up. · The diversity is off. · Position: All. · EQ: Flat · COMPRESSOR: OFF · SPE/ANA: PEAK HOLD
[ How to enter the test mode ]
After entering the above-mentioned test mode, switch over to the tuner mode. Then, press on the TI knob for some time and the unit will go into panel mechanism test mode, which is indicated by STAND-BY display.
Method:
Each time Open/Close key (*key) of the remote controller is pressed, full-open and full-close positions are registered. (There will be OPEN ENTRY/ CLOSE ENTRY display and three beeps are sound.)
s All display lamps lighting up
Since there are many segments on the display section, bridging with other segments can be confirmed. By track up/ down keys, grids and segments can be lighted up individually.
Releasing:
When TI key is pressed, the unit goes back to the previous test mode. Pressing the reset key will take the unit to the initial condition.
s Opening/Closing Time of the Panel Mechanism
When each time the Angle/Retune button is pressed, time is displayed after going into the tuner mode. From the maximum angle to return, it takes about 1.2S.
s DOLBY Adjustment
Using the extension cord (W05-0755-00), separate the mechanism from the unit. Play the TCC-130 and adjust the test round value to 300mV with the VR1, 2 on the X30 Board. (Refer to the PC BOARD.) Balance with FWD and REV.
s CD Mechanism Panel Disk Detection
Sensor behavior for detecting whether there is CD disk or not can be checked. When the sensor is closed off after a disk is inserted, it beeps four times.
s Releasing the Security Code
The unit will go into release mode when Preset 6 is pressed while Preset 1 is being pressed. The character "C" is displayed at the right end of the character display. At this point, input KCAR by using 1, 2, 3, and 4 key of the remote controller. Confirm with PLAY/PAUSE key and the security code will be released.
s FM S-Meter Adjustment (Stop Adjustment and others)
Method:
SG Output: Set to 35dBµ 98.1MHz. (with no modulation) During the above text mode, when Preset 1 and Preset 6. are pressed at the same time, the adjustment begins. When adjustments is completed normally, OK is displayed and there will be one beep of 2kHz. In this case the stop adjustment values will be between 15~25dBµ. When the S-meter value is outside of the standard system control values, NG is displayed and the initial value of the system control is written in the E2PROM.
s Specifications for the Amplifier Control Terminal
The bass boost function of the amplifier can be remote control from the unit. This is a one-way communication, using one control line. The control is made with pulse widths of the three kinds of communication data. Five cycle pulses are generated from the unit side and when there are three consecutive successes, communication is established. The pulse widths are as shown below and the cycle is 200ms. HI: 100ms LOW: 70ms OFF: 40ms
s AM Stop Adjustment
Method:
SG Output: Set to 35dBµ 999kHz. (with no modulation) During the above text mode, when Preset 1 and Preset 6. are pressed at the same time, the adjustment begins. When adjustments is completed normally, OK is displayed and there will be one beep of 2kHz. In this case the stop adjustment values will be between 30~43dBµ . When the S-meter value is outside of the standard system control values, NG is displayed and the initial value of the system control is written in the E2PROM.
11
A
B
C
D
E
1
PC BOARD (COMPONENT SIDE VIEW)
DOLBY NISE REDUCTION UNIT X30-3000-00 (J74-0940-22)
(FOIL SIDE VIEW)
DOLBY NOISE REDUCTION UNIT X30-3000-00 (J74-0940-22)
EB 4 1
EB
Q5
R19
D1
C22
C22
Q4
Q4
R23 C20 10 10
R23 C20
B R18
E
E
R18 C19 C19
R20
R20
R22 R21
R22 R21 C21
J1
IC2
IC2
W1
W1
D2
C23
D2
C23
J1
3
1 2
C21
R17
1 C18
1 C18
2
CN3
CN3
C25
9 R16 R15 J3 J2
8 C16
R14 C17 C17 B E Q1
R14 C16
8 J2 B E Q1
9 R15 R16 J3
BE
Q2
VR1
VR1
C13
C13
BE
Q2
4
BU
CN2
C9
Lch
Lch
R25
R25
CN2
C9
GND
C11
C11
J4
R26 J5 J9 C7 20 J6 21 11 W2
R11 R9 C5 R7
R11 R9 C5 R7
R26 J5 C7 21 20 J9 11 W2 J6
31 30
30
J4
2
J8
IC1
IC1
C14
C14
5
10
31
10
C10 C8
C10 C8
1 40
W6
W6 J10
40
R12 W3 R10 C6 C28 R8 R13 L
W3
S1
R5
J10
1
S1
R5 C26
R12 R10 C6 C28 R8 R13 L 24 23 R R27 C15
24
C26
23 R
J7
J7
C27
C27
R27
W9 C2 R2 W5
C4 R4 R6 C15 C1 R1 1 5 W4
W8 C3 R3 W7
W8 C3 R3 W7
W9 C2 W5
C4 R4 R2 W4 C1 5 1
Rch VR2
VR2 Rch
6
R1
CN1
CN1
X30-3000-00 IC 1 Q Address 5B 3B 1 4B IC Q 2 4 5 Address 4B 2B 2B
X30-3000-00 IC 1 Q Address 5D 3D 1 4D IC Q 2 4 5 Address 4D 2E 2E
7
2
Refer to the schematic diagram for the values of resistors and capacitors.
2
12
R6
J8
GND
1
2
BU 1
C12
C12
C25
R17
1
D1
B
R24
R19
2
1
4
CN4
R24
CN4
Q5
F
G
H
I
J
K
L
M
N
O
1
PC BOARD (COMPONENT SIDE VIEW)
SYNTHESIZER UNIT X14-602x-xx (J74-0920-52)
R61
X14-602x-xx IC 1
D13
R188 R189 R190 R191 R186 R182 E E R187 C74 C214 C215 C216 C217
Q
Address 5I 4L 4G 4K 6L 6K 5K 5K 5L 3G 6L 6J 6I 6J 7L 5H
IC
Q 23 24 25 26 27 28 29 32 33 34 35 36 37 38 41 42 44 45 46 47 48 49 50 51 52 53 54 55 59 60
Address 5G 5G 5G 6H 5H 5G 5G 3I 3J 2J 2J 7L 3K 3L 6K 6L 2K 2K 2K 2L 4G 3G 4H 6I 5I 6H 6H 6I 6J 6J
R64
R62
R60
D28
J1
2 3 5 7
D23
W1
J3
C64 C66
C75 R184 R185
C219
C218
D37
Q34
C73 C2
C72
C213
16 8
9 1
R53
R45
L5
L7
C68
24
D12
2
R46 R47 R48
1
C70
R180 R181 B
R183 B
8 9 10 11
D27 C88
E
C211
C212
Q45
A2
C63 L4
C1
Q35
L6
B
C67
L8
D50
25 24 R10 C7
EB
D38
R71 C82
C83 Q47
C221
C69
C210
BE E R52 R51 B C77 2 C76 R49
Q46
C84
B
C220
Q44
12
R63
D26
L9
D43
D30
R65
D1
R4
R7
C234
D42
R50
C8
24
BE EB
C81 R69
C235
D48
C6 R5 D6 C5
D9
R8 R9
R16 Q5 E B Q4 EB
BE
E Q33
CN2
Q37 Q38
D29
D49
C71
J2
R66 R67 R68 R70
13 14 15 16 17 18
Q32
C85
C86
D39
R12
D7
EB
Q6
3
C222
R14 EB
Q10 R27
BE BE
D4
Q48 Q49 R196
R285
D8
1
23
R195
D32
D5
IC12
R95
C87
R13
R199
Q9
C116
R204
R94 C117 C119 C118
R198 R203 R202
TH1
D45
1
D46
R200 C232
C229 C230 C231
R6 C4 C100
15
14 C113 R90 R91 23 22
C121 C120
E B 2
D31
R201
Q11
R18
Q3
C233
D33
R44
R41
R96
1 2 3 5 6 9 10
4I 4I 3I 3I 3I 3H 3H 3H 5H 5H 5H 5G 5G 5G 5G
EB
12
D44
BE
E B R207 R197 R208
11
C14
C16
D10
R216
C101
C106
C114 1
IC2
D47
Q50
IC5
C111
C109
R23 C15 R24 C38 R21 C11 R19 R20
IC3
15
34
R238 R215 R307 R312 R314 R223 R237 R217 CP4 R225 CP14
C112
R2
C17 C10 R17 C20 R22 C19
D2
L30
14
28 C103 CP16 C105
R92
44
D36
4
C102
33
1
11 12 13 14 15 16 17
R1
EB
C13
D3
EB R3
R211
Q1
Q2
C110 C104
C199 C108
C124
C186
C187
C198
C125
C122
C22
C3
R43
D40
CP6
C9
Q12
D11
R214
R264
C185 C196
R248
C182
R219
B
Q17
E
Q52
R323 R232
C248
D14
Q29
Q28
D16
C245
C23
R310
R140
B
Q22
21
R137 R139
C32
C33 E
5
22
C191 R163
Q13
R162
Q16
BE
C24 R26
EB
I G O
R212
E
100
CP3 EB
IC10 5 C178
C179 4 C176 C177
R143
Q14
IC18
D24
E B
R25
Q15
C26
C240
C181 R145 C183 R141 R135 R136 C184 R138 R142
C21
1
EB
E
C167 C150
X2
C148 C144 R114
R32
C168
C35
L14
Q25
R315
R33
R226
L15
D34
X1
B
R298 R300 R302
Q26
C169
R113
R75
1
C94
R34
R112
D17
L13
2
R317 R318
R306
C140 L12
R320
R233
Q41
R259
R252
Q54
C157
CP2
6
R239
C42
L1
CN3
C39
C141
L16
L17
D35
R109
Q55
R241
R240
R242
R220
R35
C135
Q53
A1
C251
E BE
1
CN5
R243 R244 29 EB
4
C252
5
C247
C36
R249
R250
R327
C159
4 5
C166
EB E
1
8 C258
C160
IC8
R107
R106
CP1
E BE
R253
R322
L19
R245
IC16
C132 R101 R100 4 C129 5 R108 R102 IC7 R103 8 R105 1 R104 C131 C134 C130 C128 1
C40
L18
Q42
L20
7
1
R234
51
C153 C152 50 C142 C156 C143
L28
4
31 30
C158
R111 R110 B E B E
D18
BE
BE
9 80 1 100 C163
CN1
C54 14
D41
IC14
C164
D25
L27
C41
81
R40
Q51
R231 C146
Q36
1
3 1
Q60 Q59
C161 C162
25
C55 C52 IC17 E
C50
B
R36
C165
D21
7
D15
C56
C53 1
C51 13
C127
B E
5
C126
L10
R246 R280 R227 R324 R222 R224 R321 R229 R228 51 R251 30 CP12 R296 4 R325 31 50 1 R313 R304 IC15 R303 C253 CP5 5 CP13 8 CP7 CP8 C246 R328 R319
R316
R311
R276
Q24
C145
8
R31
C149
C34 C47
C254 R305 C264 C263 R301
C133
Q23
R76 C91
IC13
C96
C31 E B B E
C151
C172
C173
B
E
B
BE B E
C244 R221
Q27
C190 C93
C90
R326
C249
R281 R279 CP11
C154
C155 C92
C95
C242 R218 C243
R152 CP10 C257 81 C261 4 IC9 R269 R144 5 C180 80 R284 R271 R134 1 R309 R283 C260 C174 C175 C255 R282 C259 R268 R286 R270 R273 IC1 R272 C262 R274 R275 C170 C171 R278 R277
R308
8 R153
R150 1
R151
2
C241
C256
R265
L29
CP9
C12
C27 R42
R210 R213 R247
1
C188
C189
8
C123
R166
1
8
C107
R167
22
R164 IC11 R165 C197 5 C195 R160 4 C194 R161 C193 C192
Refer to the schematic diagram for the values of resistors and capacitors.
R77
14
P
Q
R
S
T
U
V
W
X
Y
1
PC BOARD (FOIL SIDE VIEW)
SYNTHESIZER UNIT X14-602x-xx (J74-0920-52)
R60 R61 R62 R64
X14-602x-xx IC 1
C215 C214 R189 R188 C74
W1
Q
Address 5T 4R 4W 4S 6Q 6S 5S 5R 5R 3V 6R 6T 6U 6T 7R 5U
IC
Q 23 24 25 26 27 28 29 32 33 34 35 36 37 38 41 42 44 45 46 47 48 49 50 51 52 53 54 55 59 60
Address 5V 5W 5V 6V 5V 5V 5V 3T 3T 2T 2T 7R 3R 3R 6R 6R 2S 2R 2R 2R 4W 3W 4V 6T 5T 6U 6U 6U 6S 6T
D28
D13
C217 C216 R191 R190 R187 R186 R182
J1
D23
2 3 5 7
J3
C66
C219
R185
R184 R181 R180
C218
C75
D12
R48 R47 R46
2
C213
R183 E B E
C70 24
C64
L7
E
Q34
B
L5
C68 C72 C73
R53
R45
1 9 1 C2 16 8
8 9 10
C221
D37
C212
Q47
C211
Q45
C69
B
C82
C67
C210 L8
EB E R52 C77
Q35
L6 C63 L4
A2
C1
D38 Q46
R71 C84
BE
D27 C88
B
D50
R10 C7 25
11 12
Q44
C83
D26
R63
C220
L9
R51 C71
R4
D29
J2
R70 R66 R67 R68
R65
D30
C81 R69
R50
R5 D6 C5 C6
D9
BE
C85 C86
C76 R49
Q32
R8 R9 R27
C8
EB
24
CN2
2
EB
Q5 R16 Q4 B E
BE
D42
R7
C234
Q33 E
B
D43
Q38 Q37
D1
D49
24
13 14 15 16 17 18 1 2 3 5 6 9 10
C87
R13
Q6
3
R285
D32
R12
D8
23
R95
1
BE
Q10
EB
R14 BE
D7
D4
C222
R199
D39 IC12
R195
Q48 Q49 R196
D33
D5
Q9
C235
D48
R44
R96
R41
EB
Q3
C116
Q11
R18 C229
C233
4U 4U 3T 3U 3T 3U 3U 3U 5U 5U 5V 5V 5W 5V 5V
C118 C119 C117 R94
R204
D31
BE R6 C4 C230
R201
R203 R198 R202
C120 C121
12
11
23
C109
C100
D44
R90 R91 C111
D45
22
C113
R200 C232
D46
IC2
IC5
C101
R237 R314 R223 R312 R307 R215 R238 CP6 R247 R248 R213 R211 R216 R210
C231
Q50 D10
BE
B E R197 R207
D47
C16 C14
R208
D36
1 44
C112
33 R92 34
C114 1
C106
TH1
14
15
2 1
B E
L30
28 C103
R217
14
IC3
4
15
R21 C11 R19 R20 C38 R24 C15 R23
C102
11 12 13 14 15 16 17 22
Q2
R2
R1
C110 CP16 C104
C199 C108 C198 C123 C107 C187 C189 C122
Q1
EB
D2
C17
C10 R17 C20
C9
D3
C13
C105
C125 C186 C188 C124 CP14
BE R3
C3
C19
C27 R42 C22
R265
C12
CP9
L29
CP4
R22 1
D40
R43
Q12
R264
C196 C185
R151
R135 R136 C184 R141 C181 R145 C183
C191
E C33
Q29
R139 R137
5
C157
L18
CP2
6
7
15
D21
D15
R152 R225 CP10 BE IC18 C261 81 C257 4 5 IC9 C180 R144 R269 R284 80 O G I R271 CP3 1 R283 R309 BE C175 C174 R134 C260 C259 R282 Q13 C177 C176 C255 R268 C242 C150 C167 R286 R270 R218 R273 IC1 R272 C23 C262 C243 R274 R77 R275 C171 C170 R278 C90 R277 R281 R326 C249 C155 C154 C93 R279 R246 R324 R227 C92 R280 CP11 R222 R224 R321 L15 1 8 R229 R228 R226 X1 R75 51 R251 30 CP12 R296 L10 IC13 4 R325 R76 31 50 5 1 C91 4 C153 R313 R304 C152 IC15 R303 C253 R110 R111 C158 CP5 C143 C156 C142 50 31 51 CP13 5 8 E B B 30 E C132 CP8 CP7 R101 C141 L17 L16 4 R100 R319 C246 C128 C129 D35 R328 R245 R103 IC7 5 R102 R108 R109 IC16 EB E R322 8 R105 8 1 C160 EB E 1 IC8 C258 R104 C159 C131 R327 R250 R249 4 5 C130 C134 4 CN5 E B E 5 CN1 1 9 EB EB R243 BE Q59 Q60 1 1 3 C54 C162 C161 R244 25 C55 Q51 1 80 29 R231 14 C163 100 81 IC17 C52 E B C50 C146 C51 C53 C165 1 C56 13
R323 R232 R162 BE R163
R167 8
R166
R142
8 R153
C182
C21
1
8
R150 1
1
R214
22
E
D14
C32
B
Q16
C197 R165 IC11 R164 C195 5 C194 4 R160 R161 C193 C192
D24
R143
R219
Q52
C248
Q17
5 IC10 C178 C179 4
R212
Q14
E B
BE
C24 R26
E
E
C256 R308 100
C241
C240
D11
2
C26
Q15 R25
B
Refer to the schematic diagram for the values of resistors and capacitors.
R140
R138
R310
C245
Q28
21
Q22
C190
X2 C151
C173
C172
C95
Q27
R221 C244
B
R114 C144 C148
R276 R311
R316
R32
C145
C96
C168
C94
D34
R34 R33
C35
L14
R315
Q25
R113
C169
R302 R300 R298
C149
Q26
Q23
C126
R112
R301 C263 C264 R305 C254
C133
C127
R317 R318
R306
D17
L28
L13
B E 1
2 7
C40
C140 L12
R320
Q41
L20
R234
R233
Q42
R259
R252
CN3
L1
C47
R241
Q55
Q54
R220
R240
R242
R239
C39
L19
R106
C135
R107
R253
CP1
C166
C247
Q53
C36
R35
C42
R31
C252
C251
1
D41
Q36
R40
IC14
D18
C164
D25
L27
C41
R36
A1
B
Q24
C34
B
E EB
E
EB
EB
C31
D16
B
Z
AA
AB
AC
AD
1
PC BOARD (COMPONENT SIDE VIEW)
SWITCH UNIT X25-8330-11 (J74-0922-22)
S20 S19
DISP EQ
X25-8330-11
S21
ATT
S22
VOL DWN
S23
VOL UP
S24
DSP
IC 1 3
Q
Address 5AB 5Z
S18
DIR C7
R68
1 2 4 5 6 7 8 9
D11 D22
5AB 3AC 5AB 2AC 5AB 3AB 2AB 2AB 2AC 2AB
D21
Q9
R13
2
W3 W4
R75
X2
C54 C55
S17 1 R18
Q25
R55
BE BE
C59 R87 R86 R84 R85 R60
R90
C49 C51 CP35 49 48 CP33 CP34 33 32
C56 C52
Q8
64
C53 1 CP38
R8
R11
EB
D17
R67 R69
BE B
R73
Q10
EB R70 R27
C30
L6
1
Q13
C47 C46
R74
R66
E B E B Q7 R64
R26 R65 R63
Q5
Q24
C31 R91 R19
E
EB B E
R25
S16
2
D18
S25
Q27
BE
IC4
C58
C48 L5 16 17
R62
CD Q2 OPN/CLS R24
10 13
R88
R56
R89
D13
CN1 22
C13 C12
Q26
S15 3
BE
3
C26 Q29 EB
W5 W6 R20
R17 CP36 CP37
R95 R94 R79
Refer to the schematic diagram for the values of resistors and capacitors.
S14
4
D14
D10
10
11
C6
D12
R92
R57
R78
R93 B E Q28 R99
BE
R54
IC9
R77
R81
R21
R76
R82
C40
Q31
R61 R58
R98 R96
R97
1
R80
20 C60 CP6 1
Q30 S13
BE
D25
C39
R83
D23 D3
CP8
C41 R53
CP16
4
5
CP27 CP26
D24
CP4 CP10
R9
CP9 CP25
CP7
D2
CP3
R40 R39 81 80 100
R59
CP14
D4
C16 C1
R31 R30
C42 R49
L1 EB
S12
6 C15
R33
1
D26
R45 R48
R41 R44 8
W2
W1 X1
R5
Q20
R52 7
CP24 CP23
IC1
D1
EB
C2
Q23
C28
IC3
4 C4 1 2 C3
IC6
R32
CP1 CP15
R2 Q1 C5
EB C62 R28
R51
CP22
Q22
EB
5
3
51 50 21
20
1 R47 R50 R46
14 R43 R42
CP21
CP2 R3
R7
C61
EB
R1
S26
RESET CP20 CP19 R10 4 5 1
C14 L7
Q21
R6 BE
D19
R71
CP18 R29
CP5
R4
BE
D16
C29
S11
IC5
3 CP32 CP28 CP29 17 CP31 32
Q6
Q4
D20
R72
S10
MUTE R14 C27 17 32
R23
S1
MD OPN/CLS R22
C11 C10 24
C44
D15
C43
6
D7
C45
S9
IC7
C8
R38
IC8
D9
S8
FM.M
D5 S7
AMR15 W7
16
1
16
1
D6
S5
FUC
S4
ANGLE
S3
RETURN R12
S2
SRC
C9 R16
D8
S6
7
FM+
17
AE
AF
AG
AH
AI
1
PC BOARD (FOIL SIDE VIEW)
SWITCH UNIT X25-8330-11 (J74-0922-22)
S24
DSP
X25-8330-11
S22
VOL DWN
S23
VOL UP
S21
ATT
S20
EQ
IC
S19
DISP
Q
Address 5AG 5AH
1
S18
DIR
3 1 2 4
D21
C7
5AF 3AF 5AF 2AF 5AF 3AF 2AF 2AF 2AF 2AF
R68
D17
2
D22
R73
BE
X2
R13
R11
Q9
R75 R18 1 S17
Q10
C30
BE R70 R27
C55 C54
R67 R69
C59
B EB
Q25
EB
Q13
C47 C46 CP38 L5 C48
L6
1
C49
R87 R86 CP35 R84 R85 CP33 R60
W3 W4
5 6 7 8 9 10 13
R74
R8
Q7 B E B E
EB
R25
S25
E
E
R63
1
48
Q24
C31 R91 R19
D11
IC4
C58 C56
16 17 32 33
R90
CD OPN/CLS
R64
Q2
Q27
D13
R24
CP34
EB
S16
2
C12 C13
Q26
D10
11
10
R94 R95
R79
CP37 CP36
D14
3
22
R62
EB
R56
CN1
R89
R88 3 S15 C26
R17
D18
B BE
Q8
R65
C53
C52
Q5
R66
R26
C51 49
64
R55
Q29
BE R92
Refer to the schematic diagram for the values of resistors and capacitors.
R54
R77
R81
IC9
Q28 E B
R99
R57
R93
R76
R21
W6 W5
C6
D12
R78
R20
C40
R82
EB
20 CP6 1 C60
1
R98 R96
Q31
R61 R58
S14
4
C39
R80
D25
R83
R97
CP16
C41 R53
D3 D23
CP8
Q30 S13
C16
R31
D4
C1
C42 R41 R44 8 R45
CP14 R59 100
CP25 CP9
R30
D26
1
80
CP10
R49
81
CP3
R9
CP4
R40 R39
CP7
D2
D24
4
CP26 CP27
EB R33
5
BE
L1
S12
6 C15
R48
Q20
7 R52
R5
W1 X1
W2
BE
Q23
C2
D1
R2 C5 Q1
IC6
R51
CP23 CP24
IC1
C28
R32
IC3
1 C4 2 C3 3 4
CP1
BE
C62
R28
R42
R46
R50
BE
CP2 R6 EB R3
R1
C61
21
50
CP21
5
R43
CP15
14
1 R47
20
51
CP22
BE
Q22
D19
R71
Q21
S26
R7
CP5 CP18 R29 R4 CP19 5 1 4 R10 CP20 RESET
D16
EB
C29
Q4
Q6
CP31 32 CP32 CP29 CP28 17
IC5
C14
3
S11
D20
R72
L7
R23
S10
R14
C44
6
D7
R22
IC7
24
C45
MD OPN/CLS
C43
32
17
C27
C11
IC8
D9
R38
C10
1
C8
S9
D6
16
1
16
D5 S7
W7 AMR15
S8
FM.M
D8
S2
R16 C9
SRC
S3
R12 RETURN
S4
ANGLE
S5
FUC
S6
7
FM+
18
D15
S1
MUTE
AJ
AK
AL
AM
AN
1
PC BOARD (COMPONENT SIDE VIEW)
CD PLAYER UNIT X32-4830-01 (J74-1102-02)
1
IC4
28
2
R83 C45 R72 C43
R71 R73 R79 R81
R76
R74 R75
R77 /MUTEL 15 LO/EJ /MUTER R50 MOTOR A.5V
C63
R82
ECS LOAD SLED+
14
TVD EJECT/SLED-
S3
Q3
C34 SPDLA.GND /MRST /MSTOP R44 R45
R107 R125 C79 BE
IC5
3
SW3 S.GND S.+B Rch
1
CN2
C77
IC6
Lch
SPDL+
8
4 R122
1
CP3
D1
TRKW17
R47
4
R8
R9
BE
TRK+ FCS+
C4 LD PD
C67 R103
R3
L2
R52 R49
R223 R1
L1
FCSVR
C1
C3 R6 F VCC VC RW 1
C18
Q4
BU.+5V
W10 C32
D3
/RST DATA
1
IC10
C19 C20
C21
E R2 R221 B R22 Q1 8 R222 1 C6
R12
BU.5V
C5
R5 16
C46
R104
C68
A.+B
22
CP1
R117 R121
CP2
R118
5
C71
C72
CN1
36
W12 W11 C55 100 1 W8 C35
CLVS C31
W4
/CLK D.OUT SW2
SW1
C88
IC1
C9 C11
C10 C12 18 19 C2 FE TE TRCRS R202 BDO IOP+ IOP-
D C A
IC2
C85 R54
DQSY
EB
5
C16 R232
R218
R46
EB
R13 W15 C7 R23 16 9 R11 R224 C8 R14
Q2
D2
R10
W14
D.GND
D4
76
X1
R231 R20 FBAL Q9 R21 B R19 R229 TBAL C33 R17 R225 R228
W16
75
S2
C22
C13 C17
Q11 Q12
W7 LDON /RFDET
EB EB
R227 R226 R230
Q10
R15
C15 C14 R16
R18
25
Q9
C23
E
VDET W9
Vref
R35 C24 R32 51 26 R34 C26 FCLK 50 STLD R37 TOFS SMCK C28 R36 C29 ST-O R38 C25 FLAG IPFLAG
S1
6
X32-4830-01 IC 1 2 4 Q Address 5AK 5AL 2AM 3AM 3AM IC 10 1 2 3 4 Q Address 5AJ 4AJ 5AM 3AM 4AL IC Q 5 9 10 11 12 Address 5AM 5AK 5AK 5AK 5AK
GND ARF TE F TR RF OFT
7
5 6
Refer to the schematic diagram for the values of resistors and capacitors.
Q5
BE
BE
R126 R108
C51
R78
R80 C44
C41
C78
C80
R102 R101
19
AO
AP
AQ
AR
AS
1
PC BOARD (FOIL SIDE VIEW)
CD PLAYER UNIT X32-4830-01 (J74-1102-02)
28
IC4
1
2
C41
R80 C44 R72 C43 R83 C45
R78
R81 R79
R77 /MUTEL 15 LO/EJ MOTOR A.5V /MUTER R50
R76
R73 R71
ECS LOAD SLED+
R75
14
S3
C63
IC5
Q3
BE
C34 R45 R44 /MSTOP SPDLA.GND /MRST Lch
EJECT/SLEDSW3 S.GND S.+B Rch
3
C51
R74
TVD
R108 R126
C78
8
R125 R107
C80
1
C79
R118
R122 4
IC6
5
C77
SPDL+
CN2
1
R121 R117
R102 R101
C72
C71
CP2 CP1
CP3
TRKA.+B
R82
R104
R103 C67
R47
BE
4
DATA SW1
W17
Q4
R52 R49
C3 BU.+5V R6
FCSR3 VR
TRK+ FCS+
C68
22
PD LD C4
C46
L2
C1
CLVS C31
W12 C55 100 W11
D.GND
Q2
D2
W14
76
D4
1
X1
IC1
75
W16
EB
DQSY
IC2
C85 R54 51 R32
W8 C35
R218
C22
C17 C13
R18
S1
C15 25 C24 R35 C14 50 FCLK C26 R34 26 R16 STLD R37 TOFS SMCK C28 C29 R36 ST-O R38 C25 FLAG C23 IPFLAG
Q10
R15
EB
5
R232 C16
S2
FBAL R20 R231 R21 Q9 TBAL R19 C33 R229 R225 R17 R228
C18
Q5
EB
EB
R46
B
D C A 19 C2 FE TE TRCRS R202 BDO IOP+ IOP-
C10 C12 18
C9 C11
EB
R227 R226 R230
Q9
Q11 Q12
W7 LDON /RFDET
E
VDET W9
6
X32-4830-01 IC 1 2 4 Q Address 5AR 5AQ 2AP 3AP 3AP IC 10 1 2 3 4 Q Address 5AS 4AS 5AP 3AP 4AQ IC Q 5 9 10 11 12 Address 5AP 5AR 5AR 5AR 5AR
7
5 6
Refer to the schematic diagram for the values of resistors and capacitors.
20
OFT RF TR F TE ARF GND
Vref
EB
C88
R13 C6 W15 C7 R23 16 9 R11 R224 C8 R14
R10
IC10
C21
C20 C19
SW2
D.OUT
CN1
36
16
C5
/CLK
F VCC VC RW 1
BU.5V
R5
R221 E B R2 Q1 R22 8 R222 1
L1
C32 W10
R12
R9
1
/RST
D3
R223 R1
R8
W4
D1
A
B
C
D
E
F
G
H
I
J
CD PLAYER UNIT (X32-4830-01)
1
5.0V
C29 0.1
32
36
35
33
47
R38 220K
34
30
29
C23 1000P
C12 2200P
ARF W7
C10 4700P C11 6800P
1.2Vpp
C3 10u16 +
5VPP
2.4V
5.0V
2.4V
2.4V
2.4V
2.4V
2.4V
2.4V
C9 100P
820K
C8 1
R14
R37 C28 470 1
28 27 26
RF R11
4.7K 15P C5 R12
50
49
48
47
46
45
44
43
42
41
40
39
38
37
36
35
34
33
32
31
30
29
8.2K
8.2K R10
IPFLAG
FLAG
PCK or DSLB
DVSS2
STLD
ECM
TRCRS
EFM or CK384
VCOF2
CLDCK
STOUT
AVSS2
AVDD2
PLLF2
ECS
TRD
FOD
TVD
PC
SMCK
VCOF
TOFS
FCLK
KICK
TRV
PLLF IREF
25 24
R36 150
C26 1
3
2
1
51 52 53 54
C24 0.022 R34 68K
5
CSEL TEST1 TEST2 IOSEL NRST BCLK LRCK SRDATA SUBC SBCK DQSY DEMPH TX PSEL MSEL SSEL DVDD1 X1 0V X2 DVSS XSUB1 XSUB2 DVDD2 2.5V 4.8V 0V
IC1
RF AMP
C25 0.012
C7 0.1
3.5V 3.0V 3.6V 3.5V
C6 2P
2.5V
R13 68K
7 0.1V
5.0V 3.4V
3.4V
23 5V 0V DSLF DRF 22 R35 100K
R32
0.8Vpp
LDON
RFIN
GND
C.SBDO
BDO
NRFDET
C.AGC
OFTR
C.ENV
C.EA
C.SBRT
RFOUT
VCC
ARF
LDP
RF-
PD
LD
56 57 58 59 60 61 62 0Vor5.0V 63 64 65
100K
2
18
17
16
15
14
13
12
10
11
9
8
7
6
5
4
3
2
1
5.0V
55
Q1
L1 10uH
IOP
C4 10u6.3 + IOP R9 10 R8 4.7
(X92- ) DPU1 OPTICAL PICKUP
ARF VREF RFENV NC NC NC
21 20 19 18 17 16 2.4V 2.4V
D1
20 19
2.5V 2.4V
LD OFF CROSS TEOUT FEOUT TEBPF VREF VDET FBAL ENV
2.4V
PDER PDAC PDBD PDFR TBAL PDE PDF
6
CN2
D.OUT 22
CN1
FE-
2.4V
2.4V
2.4V
R6 68K
13K
68
33
C33
0.1
3
SW1 20
LOADING
CP1 100 69 70 94 93 L2
C21 10u16 + C31 0.01 C22 0.1
AVSS3 NC NC LDON VDET
MECHASEL
8 7 6 5 5.0V R218 47K 5 4 3 2 1
19
34
AVDD3
9
5.0V
R202 1K
S1
FBAL
10
2.4V
R232
R231 4.3K
SW2 21
12C DET
X1 16.93MHz
67
TBAL
11
2.4V
2.4V
R3 68K
S2
5.0V
66
SIGNAL PROCESSOR
21
22
19
20
23
25
26
28
29
30
32
33
35
24
27
NC FE
FE 2.4V 12 11 10
34
36
13 12
31
NC
14
TE-
IC2
TE
15
2.4V
15
5Vpp
1 D 2 B
C16 82P
C18 330P
IC10
R223 9.1K R1 33K 2.4V R221 9.1K 2.4V 2.5V 2.4V R2 33K 2.4V 1 2 3 4 5 6 7 8 R222 9.1K W1 X0 X1 X Y Y0 Vee Vee Z1 Z0 Y1 CONT VDD W0 W Z 16 15 14 13 5.0V R22 33K 2.4V 2.4V 3 C 4 A 5 GND 6 7 R5 91 6 LD 7 PD 8 VR
TE R18 3.9K
15 R16 22K
R17 13K
R19 4.3K
CLK 19 DATA 18 MECHA 17 NC 16
C32 0.01 R47 10K
71 5.0V 72 73 74 75
C13 0.027
47
R224 12 9.1K 11 10 9 2.4V R23 33K
4 0V or 5.0V 3 2 1 0V 0V 0V
4
R20 100K
C17 4700P
VER/HOR
AMUTE R
73/74SEL
AMUTE L
SEARCH
AVDD1
AVREF
AVSS1
OUT R
ICRST
OUT L
ASEL
TEST
CLVS
DATA
Q4
4.4V
R46 1K
MSTOP NC
CD-RW
D.GND 14 Q4
NC
5.0V
RST
OFT BDO
PON
SW3
HOT
CLK
TES
20
C2 1 12 10 11
5.0V 91
D.5V SW
CP3 100 MUTE R 13
81
82
92
100
76
78
79
80
83
85
86
88
89
90
93
95
96
98
77
84
87
94
97
99
D4
R229
R230 5.1K R228 5.1K R227 1K
R15
BU+5V 15
C15 0.047
820K
NC
RFDET
R21 220K
C19 0.1
C20 0.1
C14 4700P
0V or 5.0V
0V or 5.0V
0V or 5.0V
0V or 5.0V
5.0V
5.0V
W8
C46 0.047 R52 100K
0V or 5.0V 2.4V 9 VC
87 86
W4
CLVS
R54 100K C85 0.1
5.0V
1K
R226 43K W15
R49 4.7K
W9
W10
86
89
91
87
93
MRST 11 MSTOP 10
89 91 7.9V
94
W16
D3
47K
47K
47K
47K
C1 1
CP2 100
0.1
0.1
Q12
10K
10K
Q11
10K
10K
R225 43K
4
MUTE L 12
C35
C55
Q10
Q9
Q3
32 33 29 30 35 34 36
C88 0.1
10 VCC 33 34 11 F 12 E
A.+8V 9
R45 10K C34 3.3
22K
D2
R44 5.1K
R81 33K
0V
R72 1K
C43 0.012
C45 0.012
R79 9.1K
R75 33K
R74 10K
R82 10K
22K
PON
R73 47K
ECS
TVD
R71 10K
Q2
R83 1K
Q3
27 2 1 26
13 FCS+ 14 TRK+ 15 TRK16 FCS-
22K
22K
8V SW
R125 20K
R80 2K
C44 0.1
Q5
R50 1K
5
Lch 8
C79
IC6 (1/2)
R107 330 7 8
C77 68P
R76 6.2K 2.0V
12 11
6 5
R121 20K
C71
R117 20K
470P
LOAD SLED+ 12 TRK+
5.0V 2.4V 2.4V
M
(X92- ) DM2
2200P
LPF IC6 (2/2)
1 4
C78 68P
11 EJECT SLED-
12 4.0V
11 4.0V
3.2V 3 2
4.0V 4.0V
3 2 1
2 1 TRK-
14
13
10
9
8
7
6
5
SL.IN
SLED-
SLED+
MUTE
TR.IN
OP.OUT
TRK+
TRK-
GND
GND
A.GND 7
2200P C80
4
LOADING & SLED MOTOR
IC1 IC2 IC4 IC5 IC6 IC10 Q1 Q2,5 Q3,4 Q9-12 D1,2,4 D3
: : : : : : : : : :
AN8806SB MN662773KD0 BA5917AFP TA78L05F NJM4565MD BU4551BFV 2SB1188 DTC124EUA 2SA1362(Y) DTC114YUA
R122 20K R126 20K
C72 470P
R118 20K
C51 3.3
IC5
IN OUT GND
5.0V
C63 10u16 + R104 5.6K R102 3.3K R101 3.3K
IC4
MOTOR DRIVER
Rch 6
GND
VCC
VCC
R108 330
21
15
2.0V 16
4.0V 18
19
2.4V 20
22
2.4V 23
25
26
4.0V 17
2.4V 24
R103 5.6K
5V AVR
27
28
FCS+ 4.0V 4.0V 27 26 FCS18 17 SPDL-
: DAN202U : DA204K
C68 1
C67 1
6
17
18
(X92- ) DM1 M
SIGNAL LINE B LINE
CAUTION : For continued safety, replace safety critical components only with manufacturer's recommended parts (refer to parts list). ! Indicates safety critical components. To reduce the risk of electric shock, leakage-current or resistance measurements shall be carried out (exposed parts are acceptably insulated from the supply circuit) before the appliance is returned to the customer. · DC voltages are as measured with a high impedance voltmeter. Values may vary slightly due to variations between individual instruments or/ and units.
SPDL+
OP.IN+
SPDL-
OP.IN-
VREF
FC.IN
FCS+
SP.IN
FCS-
LO/EJ 5 MOTOR 4 S.7.5V 3 S.GND 2 SW3 1
R77 56K
R78 24K 8.0V
C41 2.2
SPDL+
SPINDLE MOTOR
S3
DOWN & LIMIT SWITCH
X14CN3 2/4
D
DPX-5010 (K,M) (1/4)
7
DPX-5010
K
L
M
N
O
P
Q
R
S
T
1
DC1 (E30-4737-15)
BATT ILLUMI LINE MUTE EXT.AMP CONT REAR R
YEL BATT ORG ILLUMI LINE MUTE CONT EXT.AMP BRN PIN/BLK VIOL VIOL/BLK GRN/BLK 15 7 9 1 BLK
DC IN/SP OUT J1 GND ACC P CON ANT FRONT R D46 D48 D47 D49 D44 D43
D9
16 8
RL+ FL+
F1(10A) (F52-0006-05)
SYNTHESIZER UNIT (X14-602xx-x)
B.U
B.U
15 7
RLFL-
14 6
RRFR-
13 5
FR+ RR+
12 4
ANT CON AMP CTRL
11 3
P CON
10 2
GND ACC ILL
9 1
B.U P ON5V VDD P ON5V VDD
10 2 11 3 12 4 13 5 14 6
RED ACC BLU/WHT P.CONT BLU GRY GRY/BLK WHT/BLK ANT CONT
R7 10K
R4 1.5K 1/2W
D1
84 R215
R315
100K 94
22K
91
95
93
83
92
R216 100K
4700P R308 160K
VDD
D2
R310 2.2K
R311
R223
1K R217
2.2K R312
4.7K R314
R225
4.7K
C257
D3
R13 47K
R10 47K
100P
4.7K
0.01
C256
R5 22K
D5
5.0V
R316 100K
C8 0.022
C7 0.022
47K 47K
P ON5V
R309 1K
100K
90
89
88
86
82
81
D8
D50
C5 0.022
C1 4700u16 + C2
D4
R307
MUT
1K
CP4 4.7K
85 84 83 82 81
CP14 1K
99
98
94
93
92
90
96
95
91
89
88
87
97
86
PMODE
P CON IN
AM+B
VREF
CD DET
R REEL
F REEL
PWIC SVR
FSD OUT
R9 1K
100 C4 0.022 1 2 3 4
R2 22K
RR+
FR+
RL+
FL+
RR-
FR-
RL-
FL-
R16
560
R213 100 R248 4.7K R210 100 R237 100K CP3 100
3 4 5
IC1 IC2 IC3 IC5 IC7,9-11 IC8 IC12 IC13 IC14 IC15 IC16 IC17 IC18
: : : : : : : : : : : : :
M30622MC-A65FP TDA7400 L4943 TDA7435 NJM4565MD CXD2726Q-1 TDA7386 NJM4580MD PST9142NR S-24C01AFJA TC7W32FU BA6219BFP-Y UPC29L33T D1 D2 D3,16 D4 D5,30,36,40,41 D6,34 D7-9,42-49 D10,12,13,25 D11 D14 D15 D17 D18 D21 D23 D24 D26-29 D31-33 D35,37-39 D50 : : : : : : : : : : : : : : : : : : : : RM10ZLF HZS7A3L 02CZ12-X 02CZ6.8-Y DAN202K 02CZ6.2-X 1SR154-400 DAN217 DA227 02CZ8.2-Y 02CZ5.1-Y 02CZ18-Y RD6.2F(B2) 02CZ7.5-X IMSA-6801 02CZ3.6-Z HZM6.8WA DA204K DAP202K U1GWJ44
CHCON1 CHCON2 DATA H
5V 0V 5V 0V
FMSD PLL CE PLL DATA PLL CLK
79 78 77 R264 1K R265 4.7K CP10 4.7K 76 74 73 72 R268 2.2K 71 C261 R284
78 77 76 75 74 73
3.3K
R41
Q10
R18 10K
POWER ANTENNA CONTROL SW
22
C3 0.022 R3 15K
1/2W
R12 820
R27 27K
5
2.2K
Q11
R44 47K
86
47K
Q3
Q2 B.U DETECT SW
19
6 7 R238 100K R211 10K 10 11
VDD
6 7 8 R323 1K 9
DATA C CHCLK BYTE CNVSS DSP REDY DSP RST 5V 0V 0V TA SMOTOR2 TA SMOTOR1 5V 0V TA MOTOR
26
84
27
IC12
PWR IC
CD 25 24 0V
R195 22K C221 0.022
P CON DETECT SW
PW IC B.U
ACC DETECT SW
72 71
R214 470 10 R212 2.2K 11
B.U
TA MODE3 70
0.01 R269 470 C260 100K R283 0.01 R271 470 C259 100K R282 0.01 R273 470 C262 100K R286
C220
MUTE OUT4+ VCC OUT3O GND OUT3+ A GND
R196 39K
21 7.2V RL+ 20 14.4V 19 7.2V RR18 0V 17 7.2V RR+ 16 7.2V
TH1
10K
1
SERVO POWER REGULATOR RESET IC Q52
10K 47K
22K
Q48
R197 5.1K
R232
3
R231
IN4 S GND IN2 IN1 SVR OUT1+ O GND OUT1-
29 25
22K
C247
Q22
22K 22K
0.022
Q1,5,36,38,49 : DTC144EK Q2,3,11,17,25,29 : 2SC2412K Q6 : DTA123JK Q9 : 2SB1188(R) Q10 : 2SC2412K(S) Q12 : DTB123YK Q13,22,32,34,48,60 : DTC124EK Q14,26 : DTC114EK Q15,27,59 : DTA114EK Q16,24 : 2SB1565 Q23,51 : DTA124EK Q28 : 2SB1446 Q33,35 : 2SB1188(Q,R) Q37 : DTA144EK Q41,42 : 2SD2114K Q44-47 : DTC143TK Q50,52 : DTC114YK Q53-55 : FMC2A
O GND OUT4-
POWER IC CONTROL SW
22K
R270 2.2K 70
12
C242 0.1
23 7.2V RL-
P ON5V
RESET 5.0V
TA MODE2
D39
Q16
22K
69 TA MODE1 13 14 XOUT PACK DET VSS 0V XIN VCC NMI SP INT BU DET 5.0V 5V 0V 5V 0V 10MHz 68 67 66
R272 2.2K 69 R274 2.2K 68
SERVO7.5V
22 3.3V
Q15 Q14
Q17
D40
C243 20P C244 20P
R218 1K
10K
Q49
47K 47K
10K
C26 100u10
R26 100K
D14
Q14,15 28
+
C27 0.01
C24 0.1
TEST MODE CONTROL SW
C222 1.2
R199 270
89
R25 470
X2 10MHz C245 0.01 18 R326 1K R220 1K
15 16 17 18
IC1
SYSTEM u-COM
SEL3
10K
R277 100K 47K R276
47K
0.01 R275 470 DESTINATION R267 R277 X14-6020-11(K) YES NO X14-6020-22(M) NO YES
0V SEL2 VSS 5.0V VCC SEL1 TA EQ MUTE
65 64 63 62 61 60 59 58
R278 47K
R198 150K C229 0.33u50 + C230 0.33u50 + C232 0.33u50 + C231 0.33u50 +
SERVO POWER CONTROL SW
B.U
Q24 Q25
Q51,52
19 R219 20
C255 0.01
R221 2.2K 19
IN3
15 7.2V 14 7.2V 13 0V
R201 1K R200 1K
Q23
30
22K
IC14
LED POWER REGULATOR
1 2 3 VDD VSS VSS OUT
R32 100K C31 0.1 C32 10u16
RESET CONTROL SW
5 5.0V
4.7K
100K R324 100K
R222 100 20
R280 CP11 4.7K 47K 60 59 58 57 CP12 4.7K R285 47K
REQC
21 22 23 24
R246 100
21
REQH P ANT P CON P ON LAMP AMP CTRL ACC DET
D16
SIGNAL LINE +B LINE
31 32
+
C33 0.01
12 7.2V 11 7.2V 10 7.2V
R202 1K R203 1K R204
C233 100u10
R31 470
4
0V/5.0V
R224 2.2K 22 R227 1K 23
TP MSC TA MUSIC TA F/R
Q51
22K 22K
57
Q22,23
R226 2.2K 24 R251 4.7K 25 26 R228 2.2K 27 R325 100K
4
ME2 (PANEL MECHA.) (D40-1131-15)
1 VR1 10K(B) 2 3 4 5 6 7 8 REFCON GND P MODE GND PM DET GND OPEN SW PMOTOR+ PMOTOR-
R233 2.2K
R234
VCC OUT2+ STBY OUT2O GND TAB
C35 0.047
C34 1u50
D17
C47 1
PN SC DATA
CD MOTOR
PN SCCON
CD MSTOP
LED LOGO
Q26,27
VSS SDA 0V
LED TAPE
VDD
REFCON
CD SW3
SP REQ
PM DET
PN CTS
LED CD
PN RTS
1 C9 100P 15 14 13 C13 12 470u16 + 11 5.0V
R23 39K C15 2.2K R22
PMOT1
PN MC DATA
PMOT2
PM VR
MUTE
DC/DC POWER CONTROL SW
ILLUMI11V
CD LO/EJ
P 0N5V
SDA
OPEN SW
30
30
CD AMUTE
52
R300 1K 52 51
100K
51 CD MRST
R302 1K
S1
C
F CAP 1.25V V2 FEED 1.25V V1 FEED 1.25V ST CAP 14.4V BU 5V 1.25V VMEM FEED AUD 8V
R239 100 31
R241 100 33
R240 100 32
R242 100 34
C264 0.1
C263
CP13 2.2K R318
R317
R253
2.2K R249
R252
2.2K
4.7K
4.7K
1K
VDD
R327
100K
R319
2.2K
R259
R313
R320
C39 100u16
100K 42
0.022 C14 10u16 + C16 0.22
5
ME3 (CD MECHA.) (X92-3910-01)
39
41
35
36
37
38
40
48
49
GND Vo1
31
32
33
5
C41 100u50
R36 2.4K
C42 0.01
10 9 8 7 6 5 8.0V
R24
4 NC
ILLUMI11V
12.4K
FAC C/T
3 2 R35 SERVO7.5V DSP3V A8V SW16V VDD
1W
+
P ON5V SERVO7.5V DSP3V A8V SW16V VDD
C17 10u10 +
10K 2.2K
C19 10u16 + C20 0.22
DSP 3V P GND 0V VS 14.4V 14.4V P CON S GND 5V 0V EN2
3.0V
22K 22K
24
FAC
1
Q12
Q12,13
44 94 34 18 R245
D25
R244 10K 61 100
ME1 (CASSETTE MECHA.) (D40-1132-25)
D10
P ON 5V POWER SW
4 3 2
4.3K C21 1 R42
D18
C40 0.01
D
TAB 0V
Q13
22K
41
34
45
43
93
31
32
33
R243
0V R43 8.2K 23
C23
LED CD
CD DET
SP-INT
FL 34V
TAPE DET
LED TAPE LED LOGO
FL GND
D GND
P ON 5V FAC
SC CON MC DATA SC DATA PNCTS PNRTS RST
DSPCLK
FAC
NC
NC
NC
GND
ILLG
ILL+B
SPREQ VDD
C22 1
6
E
EN1
1
D11
IC3 POWER SUPPLY
DTC124EUA
NJM4565MD S-24C01AFJA
0.1
DAN202K DAN202U
TA78L05F
DAP202K DA204K
7
VREF GND VIN
02CZ12-X 02CZ18-Y 02CZ3.6-Z 02CZ4.3-X 02CZ5.1-Y 02CZ6.2-X 02CZ6.8-Y
02CZ7.5-X 02CZ8.2-Y
DA227
LB1641
FM COMP
SPDATA
LED LOGO CONTROL SW Q53
LED TAPE CONTROL SW Q55
LED CD CONTROL SW Q54
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
100
26 27 28
46
2
2
29
CN5
AN8806SB
50
6
C36 0.1
+
2.2K 47
100K
V IN
R328
43
45
44
46
R17 3.57K
100K
M1
7
C38 0.01
CP7 4.7K
PST9142NR
P ON5V
M
9
C10 0.047
R21 1K
10K
C11 0.047
A1
L1 22uH
1K
A8V
R250
R20
DSP3V R19 5.49K
39
41
35
38
40
42
36
37
43
45
46
47
48
49
C241 0.01
+
44
50
DSP3V
C240 220u6.3
C12 10u16 +
L29 4.7uH VDD
CP8 470
0.1
C249 0.01
5 7.2V FR+ 4 5.0V 3 7.2V FR2 0V
0.022 R207 22K
C235 1
POWER IC SVR CONTROL SW
90
R208 47K
Q26
10K 10K
10K
2 3
A1 A2
TEST SCL
7 0V 6
3.3K
C234
47K
SW16V
9 7.2V FL+ 8 0V 7.2V 7 FL6 14.4V
+ 1K
Q50
10K
Q28 Q29 DC/DC POWER REGULATOR
E2P ROM
TA MTL TA DOLBY
56 55
56 55
C246 0.022 5.0V
26 27
88
Q27
10K
IC15
1 AO VDD 8
CD SW2 R229 4.7K 28 CP5 100 29 BUZZ CD SW1 SCL 5V 0V
54
R296 2.2K 54
R304
C253
470 R303 0.01 R306 100K C254
28 29
R34 1K
R33 1.8K
0V/5.0V
53
R298 2.2K 53
470 R305 0.01 R301 100K
+
4
5 0V/5.0V
VDD
LED POWER CONTROL SW
25
P ON5V
R14 10K
D6
0V
R247 470
2
PLL REQ
80 79
80
EXTERNAL AMP CONTROL SW Q6
B.U SURGE DETECT SW
DSP CLK
VDD
2
1
POWER Q9 ANTENNA SW
DSP RVDT
PWIC STBY
LINE MUTE
DSP XLAT
TAPE DET
ILLUMI
AVCC
AVSS
FM+B
TEST
D42
P MUTE
16 8
ILLUMI DETECT SW
47K
47K
REAR L
GRN
WHT
FRONT L
D45
R6 10K
Q1
100
D7
Q5
18K
R1
CP6 470
C248 1200P CP9 1K
U
V
W
X
Y
Z
AA
AB
AC
AD
PRE OUT
Rch REAR Lch Rch FRONT Lch
J3
R60 100 REQ H
J2
REQ C DATA C CLK DATA H L
B.U
B.U
B.U
B.U Q46
C218 0.1 C219 0.1
B.U
MUTE
AUDIO MUTE (F/R)
Q47
GND AGND
52
54
3.3V L28
C168 100u10 C151 100u16 C169 0.1 C150 0.1
IC18
OUT IN GND 0V
8.0V
R188 100
D12
C215 1200P
R190 100 R189 100
D13
C217 1200P R187 47K
R191 100
BU C82 0.022 C88 0.1
R63 4.7
RST R
C214 1200P R184 47K
C216 1200P R186 47K
AUDIO MUTE (F/L)
R61 1K
CHCON
C167
D24
61
100
10
11
1
2
L27
C164 47u6.3 C165 0.1
0.1
+
+
R185 47K
Q44
Q44
4.7K
Q45
4.7K
Q46
4.7K
Q47
4.7K
C252
0.1
R66 100
R67 100
R68 100
R65 4.7
+
R181 470
R182 470
1.7V
L12 C251 L13 C160 L14 0.1 0.1
R183 470
POWER IC
IC9 REAR
38
R152 C182 39K
OPE AMP
VCC 8 8.0V
C186 33u10 C188 0.022
C81 0.022 C83 1 A8V + Q37,38 37
R153 56P 39K
DSP3V
DSP3V
C211 22u16
0V C159
80 79 78 77 75 74 73 72 71 70
A8V
56P
C85 0.47u50
59
58
57
56
55
54
53
52
76
69
68
67
66
65
64
63
62
61
C142 0.1
0.1
60
51
D37
R180 470
D38
54
31 31 32 32 C174
7 4.0V
C183
SI1
XMST
SOUT
LRCK
S01
SCK BFOT
AVS4
XPLLEN
REAR/L
AVSP
VDD3
VSS3
VDD2
XS24
SIN
SI2
RVDT
XRST
AVD4
S03
S02
SI3
TRDY
VSS2
REAR/R
REDY
AVD6
BCK
XLAT
C170 R134 R140 R144 10u16 3.6K 7.5K 8.2K 4.0V 2
820P C180 560P
CH CONTROL SW Q37
47K
C87 0.47u50
C140 0.1
C141 0.1
AUDIO MUTE (R/L)
C212 22u16
C213 22u16
CP1 470
Q45
CP2 470
4.0V 1
C84 1
+
+
+
D26
C86 47u6.3
R69 4.7
R62 1K
R64 1K
AUDIO MUTE (R/R)
R70 100
D30
R71 100K
+
+
+
D31
3.3V AVS6 3.3V AVD2 0V AVS2 RREF 1.7V 0V R IN AVS8 50 0V 49 48 47 46 C148 10u16 + R114 1.5M C144 4.7u25 46 +
+
81 0V 82 83
C161 0.1
0V 3.3V 0V 3.3V
C181
560P C175
C210 22u16
A8V
XECKSTP AVDP VSS4 TD14 TD15 0V
1.7V
820P
PLCLK
3.3V
4.0V 3
R145 R141 R135 C171 6 4.0V 8.2K 7.5K 3.6K 10u16 52 + GND 5 4.0V
D27
D32
47K
0V +
4
D28 Q38
3
84 85 86 87 88 89 90 91 92 93 94 95
D33 D29
1
C108 2 4.0V 2.2u50
C107 1 4.0V 2.2u50
43
44
45 44
C152 0.1
+
+
IC10
39
R150 C184 39K
OPE AMP FRONT
C187 33u10
47K 47K
4.0V
4.0V
4.0V
L16
14 13 12 11 10
4.0V
C189
21
AUX1 IN L
TD18 TD19 TD20 TD21
IC8
DSP IC
1.7V FRONT/R 0V AVSX XTLI38 16.934MHz XTL038
43 16.9344MHz X1 C154 12P
B.U
HP HP RR2 RR OUT HP HP RR1 RL OUT HP RL2 OUT REF HP RL1 HP FR OUT HP FR2 HP HP FR1 FL OUT AUX2 HP FL2 OUT L AUX2 HP FL1 OUT R AUX2 IN R CREF AUX2 IN L AGND AUX1 DGND OUT L AYX1 OUT R CMS SCL AUX1 IN R SDA
20
3
5
5
4
42 41 40 39 38 37
7 4.0V
C185 R151 56P 39K
IC5
ELECTRIC VOLUME
C176
820P C178
560P
VCC
R112 1K
C155 12P L18 38
5V 0V
43
C172 R136 R138 R142 10u16 3.6K 7.5K 8.2K 4.0V 2 +
40
4.0V 3
C179
560P C177
820P
TD22 TD23 3.3V VDD4 AVSD SCLI BIM TSDRAM 3.3V AVDD 3.3V
VDD1 TSTO AVS3 TD10 TD11 TD12 TD13 TST1 TST2 TST3 TST4 TST5 JPE1 JPE2 JPE3 TD1 TD2 TD3 TD4 TD5 TD6 TD7 TD8 TD9
R143 R139 R137 C173 6 4.0V 8.2K 7.5K 3.6K 10u16 + GND 5 4.0V
38
A8V
A8V
15 C100 0.22u50 4.0V 16
21 C103 0.33u50 4.0V 22
19 C102 0.33u50 4.0V 20
17 C101 0.22u50 4.0V 18
C104 4.7u50 4.0V 23
0V 25
26
27
0V 24
28
IC13 1/2 VCC
C95 33u10 0.022 R77 390
3.3V AVDX 1.7V FRONT/L AVD7 AVS7 L IN
8.0V C105 10u16 + C106
0V
4
4.0V 1
VCC
8 8.0V
C94
C162 0.1
96 97 98 99 100
0V
+
L17
C156 0.1 C153 0.1
3.3V 0V 1.7V
36 35
+
+
+
+
+
CP16 100
DSP3V
29
30
C145 4.7u25 + C149 10u16 +
0.022 4.0V 1
R166 C196 39K 56P
IC11 REAR/NON FAD
C96 10u16 C198 33u10
OPE AMP
VCC
4.0V 4.0V 2 +
7
20
16
18
22
C93 0.022
R113 2.2M
35
8 8.0V
C199 0.022
+
C90 10u16
C163 0.1
0V
NON FAD/L
1.7V
NON FAD/R
1.7V LREF 0V AVS1
AVD5
34 33 32 31 3.3V
6 4.0V 4.0V 3 0V
C197
R167
A8V
56P
C120 10 0.018
C121 0.027
39K
10
C143
R96 2.7K
1 5 3
7 4.0V
+ R76 11K
R75
0V
VSS1 TD0
3.3V
AVD3
C192
820P C194
560P
3.3V
AVD1
C91 10u16
0.1
11
0V AVS5 C158 0.1
C166
0.1
C195
560P C193
CDL OUT
PHONE+
CD GND
PHONE-
C157 0.1
CDR OUT
CDR
CDL
12
L15
MPX NC
L19
29 L20
C119 120P
13
TAPE R TAPE L CREF
44 43
0V 14
C117 0.1
DSP3V 27
R94 4.7K 36 35
0V-4.0V LEVEL
C114 0.47u50 44 + C113 0.47u50 43 +
0V
4
GND
5 4.0V
820P
NC
AM
NC
NC
R95 4.7K
C118 0.47 12
11
19
21
1
10
12
13
15
16
17
18
20
22
23
25
26
27
28
29
14
24
30
2
3
5
6
7
4
8
9
D36
4.0V 3
6 4.0V
R165 R163 R161 C191 8.2K 7.5K 3.6K 10u16 +
+
27K C92 10u16
R92 1K
8 7 6 5 4 3 2 1
29
C190 R160 R162 R164 10u16 3.6K 7.5K 8.2K 4.0V 2 +
4
GND
4.0V
5
D34
A8V
+
9
27
6
7
43
CHM
56P
TD17
0.022
TD16
3.3V AVD8
4.0V 1
VCC
8 8.0V +
A8V
9
8
7
6
5
4 3
VDD
83
10K 10K
Q59
0V/ 5.0V
0.01 C71
0.1 R40 11 4.7 1W
0V 4 0V/5.0V 3 0V/5.0V 2 1
DSP3V R322 100K
IC16 MUTE
GND 5 6
C51
0V/5.0V
0V
0V/5.0V 7.2V
MP OUT NC MUX L MUX R NC QUEL S MUTE
SDA SCL NC
0.01
C73
PANEL MECHA. DRIVE VOLTAGE CONTROL SW D15 Q36 D21
C52 0.022 C53 0.1 7.2V
2 1 CD1
47K 47K
40
SW16V
SW16V
C56 33u16 + C50 0.022
A8V
15 C116 0.082
15 16 17 18 19 20 21 22
MP IN
VREF
C112 42 4.0V 4.7u50 + 41 4.0V 40 C123 10u16 + C122 10u16 + C124 10u16 + C125 10u16 + 40 39 38
35
W1 ANT
L4
D35
R110 4.7K R111 4.7K
Q41
Q42
IC2
ELECTRIC VOLUME
AUDIO MUTE(L)
AUDIO MUTE(R)
46
TUNER
A2
1 2 L5 L6 4.7uH
0.01 C63 47u10 C72
AC IN FL AC IN FR AC IN RR AC IN RL NC
OUT RR OUT FR OUT RL OUT FL
39 38 37 36 35 34
Q41
R107 C135 470 4.7u16
R109 47K R105
Q42
RF GND FM ANT IN AM ANT IN FM+B
IC7 BUFFER AMP
C133 33u10
C258 0.022
7.2V
13
B.U
18 19
C132
0.022
12
10
4.0V 1
C131 820P 2.4K
VCC
8 8.0V +
MUT 42
OUT2 VCC2
C130
OUT1
GND
GND
1800P
GND
C129
VDD
NC
NC
SW16V
15
16
17
14
18
19
20
21
22
23
24
25
0V/5.0V
D41
Q59,60
22K
AC OUT R
0.01
VDD
8
5.0V
PANEL MECHA. MOTOR DRIVER
0V 8.0V
2.4K
22K
14.4V
R104
R108 47K
7 0V/5.0V
820P
5V 0V
AC OUT L
18
C127 R101 R103 10u16 10K 1.8K 4.0V 2 +
22K
Q60
IC17
0V-4.0V
37
7 4.0V
C134 R106 4.7u16 470 +
VCC1
GND
CD2
22K
R51 22K C77 1
L7 33uH
R53
C66
0.01
C64
IN2
IN1
VR
R321 100K
+
FM FM POWER POWER CONTROL SW SW R52 Q34 2.2K Q35
3 4
9
8
7
6
5
4
3
4.7uH +
5 6 7 8 9 R45 1K 10 11 12 13
81
4.0V 3
R90 100 23
R91 24
1800P
31
C128
25
26
27
28
29
30
32
33
R102 R100 C126 6 4.0V 1.8K 10K 10u16 +
22K
6.8
AM+B AM LO/DX FM LO/DX IF SELECT RDS OUT REQUEST K2I VTH VCO GND FM SD OUT FSD OUT FM DET OUT AM DET OUT COM +B IF GND
Q32
22K
R50 2.2K
Q33
R49 22K C76 1
C110 100u10
0.022
C109
100P 29
+
C111
AUDIO MUTE CONTROL SW
CHM
100
7.2V
C54 0.22
0V
0V
C55 0.22
7.2V
0V
30 30
4
29
29
30
32 31
GND
5 4.0V
AM POWER SW
80
C74 0.01
82
A8V
AM POWER CONTROL SW
19 P ON5V
L30
79 15 12
P ON5V B.U SERVO7.5V A8V VDD SERVO7.5V A8V VDD SERVO7.5V A8V
14 15 16 17
D23
A8V
A8V
10 L8 A8V
C67 10u16
A8V
0.01
+
0.01 C75
C68
12uH
18
X13CN1 X25CN1 3/4
19
51 53 29 29 91 71 39 30 30 49 72 92 69 59 56 48 37 95 38 52 50 47 73 70 58 68 54 74 60 57 55 22 20 L10
78
18 16
R46 1K 20 R47 1K 21
HI UP ADJ PLL CE PLL DATA PLL CLK P ON 5V D GND
A
77 76
C69 10u16
R48 1K 22 23
0.01 C70
P ON5V 9
REFCON
P ON5V
8
GND
7
P MODE
6
GND
5
PM DET
4
GND
3
OPEN SW
2
P MOTOR+
1
P MOTOR-
1
D OUT
2
SW2
3
SW1
4
CLK
5
DATA
6
NC
7
NC
8
VDD
9
D GND
10
11 12 13 14 15
MSTOP A8V Lch
16 17 18 19 20
A GND LO/EJ Rch
21 22
1
B.U
2
SRV+B
3
GND
4
MMT
5
SMT2
6
SMT1
7
P ON5V
8
D GND
9 10 11 12 13 14 15 16 17 18 19 20 21 22 23
MODE1 EQ MUTE MUSIC A GND MSC MTL MODE3 MODE2 DOLBY RREEL FREEL PACK DET A8V F/R Lch
24
Rch
L9 4.7uH
+
24
MOTOR SERVO 7.5V SERVO GND SW3
CN1
A MUTE R A MUTE L MRST
CN3
CN2
C
D
E
DPX-5010 (K,M) (2/4)
CAUTION : For continued safety, replace safety critical components only with manufacturer's recommended parts (refer to parts list). ! Indicates safety critical components. To reduce the risk of electric shock, leakagecurrent or resistance measurements shall be carried out (exposed parts are acceptably insulated from the supply circuit) before the appliance is returned to the customer. · DC voltages are as measured with a high impedance voltmeter. Values may vary slightly due to variations between individual instruments or/and units.
DPX-5010
AE
AF
AG
AH
AI
AJ
AK
AL
AM
AN
1
SWITCH UNIT (X25-8330-11) ED1
G1 G2 G3c G4c G5c G6c G7c G8c G9c G10c G11c G12c G13c G14
Q4
PON5V SW Q4
10K 2.2K
5V 0V R1 22 5.0V 1 2
IC3
OUT GND VDD GND 4 3 R13 390 0V
C3 10u16
1
2
3
C4 0.01
R6 47K
+
REMOTE CONTROL S24 DSP
C15 0.1
KR5 C31 0.1 C26 0.1 R17 240 C7 0.1
ATT IN ANG
MD IN
CH
CD
CH
TAPE
TUN
B.S
MTL
B NR
SBF
AUTO M.RDM
ST
RST
S26 RESET
L1 4.7uH
R33 430
S23 VOL+
S22 VOL-
D.SCN D.REP
C1 22u16 C2 0.022 R4 47K
POSI
D4
+
C61
C62
Q1
D18
19 97 7 6
R31 10K R30 20K CP14 470
D14
R11 390
R75 620
20
0.1
Q1
10K
0.1
47K
RESET
2
25 24
D1
R2 4.7K
W2
C5 0.1
S21 ATT
KR4 W3
S20 EQ
R60 560
S19 DISP
S18 DIR
R61 560
CP1 1K
R3 1K
W5
X1 10MHz
5V: OFF 0V: ON
5.0V
5.0V/0V
60
a G3 b a G4 b a
120
b G5 a
250
b G6
F1
500
a G7
VDD2b GNDb GNDb F1 F1
1k
b a G8
CLKb BKb
2k
b a G9
VDD1b LATb SOb
4k
b a G10
VDD2a VDD1a GNDa GNDa ENa SIb
8k
b a G11
VDD1a CLKa LATa G12 SIa
16k
b a G12
F2 F2 F2
30
29
28
27
26
25
24
23
22
21
20
19
18
17
16
15
14
13
12
10
11
9
8
7
6
5
4
3
2
LATCH
PN SC CON SP REQ
BYTE
GLAT
NMI
XIN
DARC RST
NC
NC
NC
FC CK
FL EN
NC
RESET
REMO
VCC
GBK
VSS
NC
CNVSS
BCLOCK
SP DATA
FCLOCK
SP CLK
FL CLK
FL DO
BL CK
INTR
XOUT
b
a G13
b
R7 47K 31 32 33 34
CP5 100 31 32 33 34 CP2 1K 35 36 37 38
1
5V 0V
R59 1K
R5 1K
R32
1K
5V: ON 0V: RESET
5.0V
S17 1
NC 100 99 KR3
S16 2
S15 3
S14 4
PN SC DATA PN MC DATA PN RTS PN CTS
5.0V
0V
5V: ON 0V: OFF
5V: ON 0V: OFF /OPEN 5V: OTHERS 0V: DEMAND SPEANA DATA 5V 0V /OPEN
5V 0V
AVCC
10
FAC- 22 FAC+ 21 FL 33.5V 20 FL GND 19 FL 22.5V 18
VFD BD SW Q5
22K
R8 100K
35 37
TEST1 GCLK TEST2 5V 0V
NC
95
0V
47K
GSO 0V/OPEN
47K
CN1
R34
5V /OPEN 0V
S13 5
KR2 CP6 1K 94 93
R10 390
3
10MHz
98 VREF 5V: OTHERS 97 0V: DEMAND SPEANA DATA SP INT 96 AVSS
PON5V SW Q6
R14 560
19
10
13
15
16
17
18
20
21
1
9
22
23
12
14
24
25
2
3
5
6
7
4
8
11
S12 6
S11 DOWN
S10
S9 UP
22K
37
25
FCT(5V) 17
24
35
21
39 40 41
RDY ALE
5V /OPEN 0V
IC1
PANEL u-COM
5V:CD EJECT(RED) 0V:CD EJECT(BLU) 94 5V:MD EJECT(RED) CD EJECT 93 0V:MD EJECT(BLU) MD EJECT KR2 5V /OPEN 0V 5V:POWER ON 0V:POWER OFF KR1 PON 92 91
R12 390
R15 560
X14CN5 2/4
21 FL VDD(10V) 16 ILL +B 15 ILL GND 14
HOLD 5V/OPEN
S4
KR1 KR5
CP4 47K
S3 ANG+
S7 AM-
S6 FM+
C27 0.1
Q2
C6
42
90
ANGKR1 C9 0.1 R16 620
S5 FUNC
C8 0.1 R38 240
1
HLDA BCLK RD BHE WR 5V: OTHERS /OPEN 0V: DATA READ 5V: OTHERS /OPEN 0V: DATA WRITE 5V: OTHERS /OPEN 0V: LAT IC SELECT 5V: OTHERS /OPEN 0V: SRAM SELECT 5V /OPEN 0V 5V /OPEN 0V
A
PN SC CON 13 PN MC DATA 12 PN SC DATA 11 PN CTS 10 PN RTS 9 RST 8 SP INT 7 SP DATA 6
20 32 31 34 33 RST 97 6 7 19
43
5V /OPEN 0V
KR5 D0 D1 D2 D3
89 88 87 86 CP3 1K
VFD Vdd1b (5V) SW
44 45 46
D15 TAPE EJECT S1 CD EJECT S25
KS1 KS2
KS3
4
47 48 49 50
KS0
KS4
85
S2 SRC
S8 MULT
CS3 CS2 CS1 CS0
D4 5V 0V D5 D6
84 83
KR0
VCC
VSS
KR4
KR3
KR0
KS4
KS3
KS2
KS1
KS0
D21
A19
A18
A17
A16
A15
A14
A13
A12
A10
C12
C10 0.1
D12
D17
D10
D6
51
61
59
69
71
52
53
55
56
57
58
60
62
63
65
66
67
68
70
72
73
75
76
77
78
79
54
64
74
GND 2 FM COMP 1
0V 5.0V CP9 1K
D3
D11
C13
D22
D13
C11 0.1
0.1
R22 240
R71 620
R27 47K
R25 620
R74 620
R73 620
CN1
PON5V GND LOGO LED MD LED CD MD DET
C28 0.022
R9 1K
R24 240
KS3
KS2
KS1
KS4
KS0
270
1
R5
R70
KR3
KR0
4
180
3
820 VR1 22K
KR4
KR2
CP10 47K
47K
Q13
R66 47K
2
D5 D4
D25
Q9
R68 47K
Q10
R69 10K
R26 47K
R65 10K
Q8
R23 620
Q7
R64 47K
R3
R4
750
D24
94
6
5
CD DET 7
D2
750
R1
D2
D3
5
PH1 D8
93 Q9,10 Q13 Q7,8
R67 24K
PH1 : PS1192F(C) D1,2 : B30-1488-05
D3 : B30-1561-05 D4,5 : DNP1102F(A,B) D8 : DAP202K
CD EJECT KEY ILLUMI CONTROL SW
EJECT KEY ILLUMI CONTROL INV SW
TAPE EJECT KEY ILLUMI CONTROL SW
R63 24K
R2
R72 620
(X13-9550-01)
CP7 1K
CP8 1K
D20
D7
D9
D2
80
BU 5V
3
D23
D8
A9
A8
A7
A6
A5
A4
A3
A2
A1
A0
SP REQ 4
D7
D16
D19
A11
0.1
81
C30 0.1
C29 0.1
SP CLK 5
B LINE
IC1 : M30620MC-550FP IC3 : RS-171
D1 : DAP204K D2,3,23 : DA227 D4 : HZM5.6N(B2)
D6,7,10,11,14-18 D8,9,12,13,19-22 D24 D25
: B30-1545-05 : B30-1417-05 : HZM6.8FA : HZM6.8N(B2)
Q1 Q2 Q4 Q5
: DTC114YUA : FMC4A : DTB123YK : DTC124EUA
Q6 Q7-10 Q13
: DTC144EK : 2SC4081(S) : FMG2
DPX-5010 (K,M) (3/4)
6
2SB1565
DTA114EK DTA123JK DTA124EK DTA144EK DTB123YK DTC114EK DTC114YK
DTC114YUA DTC124EK DTC143TK DTC144EK 2SA1362 2SC2412K 2SD2114K
2SB1188
FMG2
5 3 1 2
2SB1443
2SC4081
CAUTION : For continued safety, replace safety critical components only with manufacturer's recommended parts (refer to parts list). ! Indicates safety critical components. To reduce the risk of electric shock, leakage-current or resistance measurements shall be carried out (exposed parts are acceptably insulated from the supply circuit) before the appliance is returned to the customer. · DC voltages are as measured with a high impedance voltmeter. Values may vary slightly due to variations between individual instruments or/and units.
7
DPX-5010
W7
82
AO
AP
AQ
AR
AS
DOLBY NOISE REDUCTION UNIT (X30-3000-00)
33K 4700P
VR1 10K
1
R7 430K C5 R9 18K 0.012 C11
P.B
R11 12K
C7 0.33
R26
0.1
C9
IC1 : HA12216F IC2 : LB1641 Q1 Q2 Q4 Q5 : : : : DTC144EK DTA144EK 2SB1443 DTC114EK
3.5V 30 29
3.7V 28
0V 27 26 25
2.2V 24 23 22 21 MS GVS
3.7V
RAI(L)
EQOUT(L)
PBOUT(L)
DET(L)
TAI(L)
NC
NC
NC
3.7V C27 33u10 32 + C3 820P R3 47K R5 150 31 NFI(L)
MOUT(L)
3.7V MS GVR MAOUT MSI MSDET VCC 20 C13 R25 1.6K 0.47u50 +
2
34
C1 820P R1 47K
37
C2 820P R2 47K 0V C26 0.1 38
FIN(R)
25
3.7V
37
IC1
EQ,DOLBY
PLAY : 0V DPSS : 4.7V MSOUT 15 PLAY : 4.3V 14 DPSS : 0V 15
C17 0.039
Q2
47K
Q1
47K 47K
VREF
S/R-MSGV FWD : 0V REV : 4.7V
47K
39
3.7V 39 C4 820P R4 47K C28 33u10 + R6 150 40
RIN(R)
C15 100u10
MTL OFF : 0V MTL ON : 4.7V
14 R27 13 12 11 DB NR OFF : 0V DB NR ON : 4.7V 47 +
13 F/R 12 120/70 11 NR ON/OFF
EQOUT(R)
PBOUT(R)
DET(R)
3.7V
T/R MUTE
MOUT(R)
3
NFI(R) 0.2V BIAS RAI(R) TAI(R)
C16 0.47
RIN(L) C14 1u50 3.7V 33 RIP + 3.7V 34 FIN(L) 35 GND 36 0V GND
3.7V 32
D1 : AMO1Z D2 : 02CZ4.3-X SIGNAL LINE B LINE
R14 220K
19 3.7V C12 18 3.7V 0.01 17 3.7V 16 7.6V
CN2
1 2 MUTE OFF : 0V MUTE ON : 4.7V 4 5 6 6 7 1 2 3 4 5 6 7 8 9 9 B.U SRV+B GND MMT SMT2 SMT1 PON5V DGND RREEL
NC
1
9
NC 2.2V
3.5V C6 0.012 R8 VR2 10K 430K R10 18K R12 12K
3.7V R13 C8 0.33 18K
3.7V C10 0.1
P.B
5
IC2
MOTOR DRIVER
0.6V
10
2
3
5
6
7
4
8
10 11 12 13
10 FREEL 11 MODE3 12 MODE2 13 MODE1
4
ME1
Lch REV Rch REV HD1 Rch FWD Lch FWD
5 4 3 2 1 2 1 4 3 0V GND 0.8V OUT1 1.7V 0V IN2 VCC1 VCC2 IN1 VZ P1
0.8V OUT2
S1
P2 14 PACK DET
1
9
7.9V 7
7.9V 8
10
2
3
5
4
6
PACK IN SW
15 EQMUTE 14 15 13 16 MSC 17 MUSIC 18 F/R 19 MTL 20 DOLBY 21 A8V 25 22 Lch 23 AGND 6 24 Rch
4.2V C21 0.01 R21 10K R22
5
32 39 37
R20 0.01 C18 10u16 2 C23 680 +
10 1W
CN1
10K
R23
12 11
D2
5 0.6V C22 0.01 R24
5
C
MODE SW
3 1 2 9
CN3
8 7 6 5 6 5 4 4 R16 47K C25 8 7 11 13 12 7 10 0.01 2 9
100 10
94 (TAKE UP)
A C
K
E
Q4
1 C19 47u16 R18 R19 2.2K 22K
6
94 (SUPPLY)
A C 3 3 2 K E 1 2 1
R17 120 R15 47K 9
D1
5 +
34
6
Q5
10K
0.01 4
SUB MOTOR
X13CN1 X14CN2 2/4
CN4
4 3 2 1 4 3 2 1 10 2
10K
M
CM2
MAIN MOTOR M CM1
E DPX-5010 (K,M) (4/4)
7
CAUTION : For continued safety, replace safety critical components only with manufacturer's recommended parts (refer to parts list). ! Indicates safety critical components. To reduce the risk of electric shock, leakage-current or resistance measurements shall be carried out (exposed parts are acceptably insulated from the supply circuit) before the appliance is returned to the customer. · DC voltages are as measured with a high impedance voltmeter. Values may vary slightly due to variations between individual instruments or/and units.
C20
DPX-5010
DPX-5010
EXPLODED VIEW (CD MECHANISM)
A B
18 A B C D E F G H 1 J M1.7x2.5 ø2x3.5 M1.7x4 M2x2 ø2x6 WASHER ø1.2 WASHER ø1.6 WASHER ø1.6 M2x2 : N09-4249-05 : N09-4172-05 : N09-4202-05 : N38-2020-46 : N09-4294-05 : N19-2023-04 : N19-2058-04 : N19-2093-04 : N39-2020-46
B
54
2 14 13 53 83 17 66
38
B
51 46
37
F
50
45 16
G
39 65 80
B
46 25 70
51
B
40
54
18 12
26
D
73
G
11 79 72
B
5
J
54
B
Cx2
71 19 77 44
2
B
75 52 7
20 52 69 6 60 1
60
43 DPU1 41 60 3
E H E
Ax2
62 8
61 76 64 82
H
9 60 61
H
35
10 47x2
22
885
3
(X32)
(X32)
S2
63 33
(X32)
49 36
DM2 67 31 32 34 24 58 78
F
S1
S3
(X32-) E E E E
23 81 30 21 27
E
DM1
Ex2 E
55 29
30
Parts with the exploded numbers larger than 700 are not supplied.
DPX-5010
EXPLODED VIEW (UNIT)
C D
DC1 DC1
D
202
1
704
205 210
RM1
711 701
D D Dx2
ME3
224 (X90-3550-11)
D
766
A
767 (X90-355)
D
A (X90-355) A
761
264
(X90-355)
721 (X13-955)
D
D
(X14)
W1
802
208
262
767
263
(X90-355)
265
A A C A Cx2 C
Refer to EXPLODED VIEW (DISPLAY) B 703
F
2
B
206
A Cx2
D
FC1
A B C D E F G
2.6x3.5 (BLK) : N09-4389-05 : N09-4336-05 M2.6 (BLK) : N30-3014-46 M3x14 : N83-3005-46 3x5 : N09-4344-05 2x6 (BLK) : N80-3010-46 3x10 : N30-3004-46 M3x4
F1
A
206 207
E
811
D
D
(X30-300) (X14-602)
722
D
3
ME1
D
FPC1
D
D
D D D
ME2
810
Gx2 Gx2
Parts with the exploded numbers larger than 700 are not supplied.
31
DPX-5010
EXPLODED VIEW (PANEL MECHANISM)
E F
H J K L M N P
1
M1.7x6 (BLK) M2x2.5 (BLK) M2.6x3 (BLK) M2x2 (BLK) M2x2 (BLK) M2.6x4 M1.7x2 (BLK)
: N09-4303-08 : N38-2025-45 : N38-2630-45 : N09-4358-08 : N09-4341-08 : N32-2604-46 : N09-4343-08
801
(X14)
IC12
(X14)
803 (X14) (X14)
M1
Q24
Q16
IC3
327
N
804
(X14)
J1
(X14)
306
(X14)
A2
(X14)
J3
(X14)
N
A1 331 323
722
J2
(X14-602) H
350 309 353
M Jx2
332
2
S1
308
321 330 350 312
M
313
M
303 320 352 304 307
M M M
324 317
L
334
316
M
325 322
L M
315
L
351 302 334 333 318
351 315
P P
314 VR1
335
311 335
3
K
319 326
301
32
Parts with the exploded numbers larger than 700 are not supplied.
DPX-5010
EXPLODED VIEW (DISPLAY)
G H
Q R S T
1
2x5 M1.4 (BLK) M1.4 (BLK) M2x4
: N80-2005-46 : N09-4337-05 : N09-4338-05 : N32-2004-46
R
738 T Q 739 T Q
240
T T T Q 738
T Q
(X25-833)
737
S
239
230
740
736 737
730
241
2
755
246 252 244 242 253 254 248 247
235
249 251
245
231 236 233
232 238 237
250
243
234
3
PA1 229
Parts with the exploded numbers larger than 700 are not supplied.
33
DPX-5010
PARTS LIST
New parts Parts without Parts No. are not supplied. Les articles non mentionnes dans le Parts No. ne sont pas fournis. Teile ohne Parts No. werden nicht geliefert. A N DestiRef. No. Parts No. Description d e nation d w
SYNTHESIZER UNIT (X14-602x-xx)
Ref. No. C7,8 C9 C10,11 C12 C13 A d d N e w Parts No. CK73FB1H223K CC73GCH1H101J CK73GB1C473K C90-2554-05 C90-5257-05 C90-2554-05 CK73GB1E223K CK73FB1C224K C90-2528-05 C90-2554-05 CK73FB1C224K CK73EB1C105K CK73GB1C104K C90-2672-05 CK73GB1H103K CK73GB1C104K C90-2554-05 CK73GB1H103K CE04DW1H010M CK73FB1H473K CK73FB1C104K CK73GB1H103K C90-2966-05 CK73GB1H103K C90-2979-05 CK73GB1H103K CK73EB1C105K CK73GB1H223K CK73FB1C104K CK