(D-AMP) Parts side view ............................................. 37
Pattern side view ..........................................38
(D-AMP POWER SUPPLY) .......................................... 39
REFERENCE No.
SM5810593
Page 2
LASER BEAM SAFETY PRECAUTION
• Pick-up that emits a laser beam is used in this CD player section.
CAUTION :
THIS PRODUCT CONTAINS A LOW
POWER LASER DEVICE, TO
ENSURE CONTINUED SAFETY DO
NOT REMOVE ANY COVERS OR
ATTEMPT TO GAIN ACCESS TO THE
INSIDE OF THE PRODUCT. REFER
ALL SERVICING TO QUALIFIED
PERSONNEL.
LASER OUTPUT .............. 0.6 mW Max.
CW)
WAVELENGTH .................. 790 nm
TAPE ADJUSTMENTS
1. Azimuth Adjustment
• Be sure to clean the heads before attempting to make any adjustment.
• Be sure both channels (1 and 2) are the same level.
(Using a dual-channel oscilloscope)
• Be sure both channel's waveform are same for the phase matching.
• After completion of the adjustment, use the threadlock (TB-1401B) to
secure the azimuth adjustment screws.
1. Remove the cover deck as Fig.1.
2. Load a test tape (VTT-738 etc. : 10kHz) in the Deck.
NORMAL
3. Press the PLAY button. (Normal playback)
4. Use a + tip screwdriver to turn the screw for normal azimuth
adjustment so that the left and right outputs are maximized at
the same phase during normal playback. See Fig.2.
5. Adjust so that the waveforms for the left and right channels are in alignment.
2. Tape Speed Adjustment
• Connect the Frequency Counter to TAPE OUT.
MOTOR
hole for adjustment
1. Insert the test tape (MTT-111N, etc.; 3,000Hz) into the DECK.
2. Press the PLAY button. .
3. Adjust a hole on the motor bottom so that a frequency counter reading of 3,000 }5Hz is obtained.See Fig.3.
4. Press the STOP button, and eject the test tape.
Show a clean procedure in the following in reference by swab of cotton.
1. Cotton swab is wrapped with Cleaning paper.
2. Add the isopropyl alcohol.
3. Gently move the tip of cotton swab just like a draw a whirlpool from inside to outside on the surface of lens.
- 2 -
Page 4
EXPLODED VIEW
6
Y03
Y02
Y04
Y04
Y01
Y02
Y03
3
15
14
13
16
N.S.P
77
78
Y06
Y14
Y15
Y16
Y18
Y12
Y18
Y19
Y19
Y20
Y20
Y20
Y16
Y17
2
4
4
5
8
7
72
73
74
65
64
76
75
57
17
71
9
10
11
12
Y06
Y09
Y10
Y11
Y05
Y05
Y09
Y08
Y13
Y14
Y07
55
62
67
52
51
63
60
61
66
68
69
56
58
59
54
53
This is a basic exploded view.
- 3 -
Page 5
PARTS LIST
PRODUCT SAFETY NOTICE
EACH PRECAUTION IN THIS MANUAL SHOULD BE FOLLOWED DURING SERVICING. COMPONENTS IDENTIFIED WITH THE
!!
IEC SYMBOL
PERFORMANCE CAN BE OF SPECIAL SIGNIFICANCE. WHEN REPLACING A COMPONENT IDENTIFIED BY
REPLACEMENT PARTS DESIGNATED, OR PARTS WITH THE SAME RATINGS OF RESISTANCE, WATTAGE OR VOLTAGE THAT
ARE DESIGNATED IN THE PARTS LIST IN THIS MANUAL. LEAKAGE-CURRENT OR RESISTANCE MEASUREMENTS MUST BE
MADE TO DETERMINE THAT EXPOSED PARTS ARE ACCEPTABLY INSULATED FROM THE SUPPLY CIRCUIT BEFORE
RETURNING THE PRODUCT TO THE CUSTOMER.
CAUTION :Regular type resistors and capacitors are not listed. To know those values, refer to the schematic diagram.
N.S.P :Not available as service parts.
!
IN THE PARTS LIST AND THE SCHEMATIC DIAGRAM DESIGNATED COMPONENTS IN WHICH SAFETY AND
!!
!
, USE ONLY THE
Regular type resistors are less than 1/4 W carbon type and 0 ohm chip resistors.
Regular type capacitors are less than 50 V and less than 1000 µF type of Ceramic type and Electrical type.
MIC1.MIC.26,7I Microphone inputs.
VDDA8P 5.0V power supply for analog circuits.
AUX0[7:5]10:12I/O General-purpose programmable I/O.
AUX3[2:0]13:15I/O General-purpose programmable I/O.
LWR#16O RISC interface Write Enable (active-low).
LOE#17O RISC SRAM Output Enable (active-low).
CS0#18O Chip select 0 for SRAM (active-low).
CS1#19O Chip select 1 for SRAM (active-low).
CS3#20O Chip select 3 for SRAM (active-low).
LD[7:0]21:28I/O Data bus.
VCC29.42.66.95.116 P Core power supply (2.5V).
XIN30I Crystal connection or input source of 27MHz. Must be 50% duty cycle.
XOUT31O Crystal connection or output drive of an input clock source.
VSS32,41,65,97,117 G Ground for core.
LA[19:0]33:40,43:54O Address bus.
TDMFS55I Frame signal from CDROM.
TDMDR56I Data signal from CDROM.
TDMCLK57I Clock signal from CDROM.
TBCK58O Transmit clock when sending audio IIS data to external DAC.
SEL_PLL1I
TWSO Audio strobe signal of IIS signals to external DAC.
SEL_PLL0I
TSDO Audio data of IIS signals to external DAC.
MCLK61I/O
CAS#62O Column Address Strobe to DRAM (active-low).
DRAS1#63O Row Address Strobe 1 to DRAM (active-low).
VPP64P 5V power supply.
DRAS0#67O Row Address Strobe 0 to DRAM (active-low).
DWE#68O Write Enable to DRAM (active-low).
DOE#O Data Out Enable to DRAM (active-low).
MA9O Multiplexed memory row and column address.
MA[8:0]70:78O Multiplexed memory row and column address.
59
60
69
Tr ansport
Parser
Huffman
Decoder
Video
Processor
Reset. Internal current source generator. Connect this pin to
a 510Ω resistor to ground.
Output reference voltage. Connect to a 0.01-µF high -frequency
bypass capacitor to VSSA.
Compensation capacitance for low-pass filter on VDAC. Connect
to a 0.01-µF high-frequency bypass capacitor to VSSA.
ADC analog voltage reference. Connect to a 0.01-µF filter
capacitor to VSSA.
PLL mode select 1. Pulldown to ground to bypass PLL. Pullup to
VCC for optimal performance.
PLL mode select 0. Pulldown to GND to bypass PLL. Pullup to VCC
for optimal performance.
Media clock input to drive external audio devices or media clock
output when driven by external source into the ES 3890.
TV-Encoder
AUX1[6]/VFD_DO
AUX1[7]/VFD_DI
AUX1[4]
AUX1[5]
AUX0[0]
AUX0[1]
AUX0[2]
AUX0[3]
AUX0[4]
VCCV
VCCV
VDAC
YDAC
VSSV
VSSV
OSD
Display
Controller
AUX0[5]
AUX0[6]
AUX0[7]
AUX3[0]
AUX3[1]
AUX3[2]
DRAM
Interface
NamesPin No.I/ODescriptions
DBUS[15:0]79:94I/O Input when DRAM is being read. Output when DRAM is being written.
REST#96I External system reset forces ES3890 to do a reset (active-low).
VSS_P98G Ground for system PLL.
VCC_P99P 2.5V power supply for system PLL.
AUX2[0]I/O General-purpose programmable I/O.
VFD_CLKI VFD clock
AUX2[1]I/O General-purpose programmable I/O.
SQSOI Subcode-Q data.
AUX2[2]I/O General-purpose programmable I/O.
SQCKI Subcode-Q clock.
AUX2[3]103I/O General-purpose programmable I/O.
AUX2[4]I/O General-purpose programmable I/O.
C2POI C2PO error correction flag from CDROM.
AUX2[5]I/O General-purpose programmable I/O.
SPI Serial port from 16550 UART.
AUX2[6]I/O General-purpose programmable I/O.
S0S1I Subcode-Q sync.
AUX2[7]107I/O General-purpose programmable I/O.
AUX1[5:0]108:113I/O General-purpose programmable I/O.
AUX1[6]I/O General-purpose programmable I/O.
VFD_DOO VFD data output.
AUX1[7]I/O General-purpose programmable I/O.
VFD_DII VFD data input.
AUX0[1:0]118,119I/O General-purpose programmable I/O.
AUX0[2]120I General-purpose programmable input.
AUX0[3]121I/O General-purpose programmable I/O.
AUX0[4]122I/O General-purpose programmable input.
VSSV123,124G Ground for VDAC circuit.
VDAC125O Video DAC V output.
YDAC126O Video DAC Y output.
VCCV127,128P 2.5V power supply for video DAC circuit.
Each precaution in this manual should be followed during servicing. Components identified with the IEC symbol
diagram designated components in which safety and performance can be of special significance. When replacing a component identified by
the replacement parts designated, or parts with the same ratings of resistance, wattage or voltage that are designated in the parts list in this manual. Leakage-
current or resistance measurements must be made to determine that exposed parts are acceptably insulated from the supply circuit before returning the product
to the customer.
Each precaution in this manual should be followed during servicing.
Components identified with the IEC symbol
parts list and the schematic diagram designated components in
which safety and performance can be of special significance. When
replacing a component identified by
replacement parts designated, or parts with the same ratings of
resistance, wattage or voltage that are designated in the parts list
in this manual. Leakage-current or resistance measurements must
be made to determine that exposed parts are acceptably insulated
from the supply circuit before returning the product to the customer.
POWER SUPPLY FOR SERVO
+8.5V
+8.5V
10
R4003
D4002
MTZJ6.2B
C4322
CN439
Q4002
470/10
VA
VB
D400-F
C4002
8.5
Q4322
KTD2058
C4321
0.022
C4320
CN410
TO CD-MPEG SECTION
GND
+5V
CD_POWER
C4004
10.2V
2.2K
R4004
C4006
C4003
47/25
1000/16
FANC
+12V
+12V
POWER SUPPLY FOR MPEG
+5.0V
0.01
0.01;F
R4300 R4301
47K 4.7K
FAN
POWER SUPPLY FOR
TAPE MECHA
16.0
9.1
Q4320
KTA1266
220/10
D4320
MTZJ9.1B
KTD2058
Q4101
470/10
C4113
C4111
C4112
0.022
220/10
R4106
1K
Q4102
KTC3198
SUB POWER
D4005
D4004
4
MPG06G
MPG06G
C4005
73
C4007
0.01;F
D4006
D4007
MPG06G
MPG06G
R4308
47
560
R4321
R4320
4.7K
D4110
MTZJ5.1B
D4111
1SS133
SUPPLY
0.01;F
KTC3875
Q4300
+12V
PR432
1000mA
PT410
R4322
R4340
C4110
4700/16
PR431
125mA
560
47K
1
D4332
2.2K
R4336
D4108
IN5402
D4109
IN5402
C4300
100/16
180
R4302
Q4321
KTC3198
KTA1266
Q4100
4.7K
R4105
C4108
C4109
C4008
0.01
KTC3875
220
R4303
C4332
220/16
1SS133
R4104
47K
0.01
D4106
0.01
D4107
T800mA L 250V
CN403
L4001
C4301
Q4301
R4103
IN5402
IN5402
and mark in the
!!
!
!!
!
and , use only the
47K
4.7K
10/50
Q4331
100
FU402
R4304
10/25
12.0
KTD2058
R4102
0.010.01
C4106C4107
CN400
BWBL
CN401
CN402
C4302
D4330
MTZJ13B
100
Q4302
KTC3875
16.0
12.6
1SS133
CN404
D4331
C4331
PR410
1000mA
RL153
D4104
+9.0V
2500mA
PR411
230V
50Hz
R4305
0.022
R4331
Q4330
C4102
C4103
Q4303
470
KTA1266
VC
KTC3875
0.047
0.047
VD
R4306
PR433
1000mA
R4332R4330
R4339
100K
4704.7K
47K
D4102D4103
R4307
1N54021N5402
1K
C4303
100/16
C4105
D4101 D4100
1N5402 1N5402
R4130
10
1/4W FUSE
PR414
CN417
-20.5V
4700/35
+20.5V
C4104
4700/35
CN413 CN414
T4A L 250V
C4100C4101
0.047
FU410
0.047
CN415 CN416
T4A L 250V
FU411
750mA
R4100
10K
R4101
VEE
FL2
FL1
FUSE(TH)
CN435
TO DAMP
3
2
1
CN412
10K
CN411
VE
GND
VF
TO FRONT
3
2
1
CN418
-VSS
GND
+VDD
VEE
FL2
FL1
This is a basic schematic diagram.
- 29 -- 28 -
Page 26
WIRING DIAGRAM (AMPLIFER & MCU)
R4722
R4603
R4604
R4551
C4553
R4655
R4550
R4805
C4800
R4802
C4805
C4706
R4705
R4701
C4705
C4708
C4808
C4550
C4828
C4826
R4829
C4641
C4728
R4656
R4721
R4726
R4729
C4342
R4321
R4322
C4321
R4825
R4725
R4720
R4820
R4821
R4826
R4622
R4819
R4621
C4621
R6510
C6504
C6512
R6506
R6640
R6520
R6627
R6626
R6625
C6626
C6625
R6605
C6627
R6624
R6623
C6623
C6624
R6702
R6616
C6751
Q4300
Q4301
Q4302
Q4303
C4655
CN432
CAN
TO DG PWB
POWER
GND
+V
J4883
IC453
J4884
CN470
+12V
CN435
GND
C4752C4852
J4885
J4886
TO FAN
R4840R4740
R4841
C4751C4851
R4741
R4828
R4823
R4728
R4723
J4882
J4881
Q4322
C4823
D4340
J4880
IC434
+5.6V
C4342
C4342
D4341
C4341
PR432
1000
E
PR433
1000
Q4331
E
C4723
VA
TO PT
CN439
C4465
D4465
C4466
E
D4466
R4322
R4322
R4321
E
+8.5V
C4321
C4321
E
Q4321
R4331
+12V
E
R4336
C4332
J4731
R4340
R4320R4321
Q4320
R4330
R4339R4332
J4876
J4877
J4878
J4879
JW
D4342
J4615
VB
TO BACK
C4340
D4320
C4320
D4332
C4322
C4331
D4330
D4331
Q4330
PR430
2500
PR431
125
C4468
CN472
D4468
D4467
C4459
J4727
J4728
J4729
TO DG
C4724
J4875
J4874
C4301
R4308
C4467
D-2
TO CD
J4730
R4729
R4729
C4725
R4819
R4819
J4873
C4727
C4640
TO DAMP
C4300
J4613
R4301
R4303
R4302
R4304
R4305
J4868
CN473
J4867
J4869
CN455
CN471
J4872
C4726
C4621
C4621
R4656
R4656
C4657
R4820
R4820
1
R4719
C4728
C4728
C4641
C4641
J4614
R4825
R4825
7
Q4300
Q4300
Q4301
Q4301
Q4302
Q4302
Q4303
Q4303
R4725
R4720
R4725
R4720
J4870
J4871
J4865
C4720
14
J4866
C4730
+12V
C4303
J4612
C4302
R4307
R4306
(R)REC SW
NC(CRO2)
PACK SW
E-2
C4956
C4655
C4655
A_GND
CD_R
TO CD PWB
C4820
R4721
R4721
R4726
R4726
J4725
28
IC441
C4722
C4818
R4722
R4722
R4727
C4719
R4731
J4726
CN461
M_MUTE
SP_RY
+5.6V
POWER
J4858
J4859
J4723
J4724
INITIALIZE SW
(F)REC SW
PLUNGER
GND
PH1
MOTOR
+8.5V
CD_L
GND
J4863
J4864
J4860
J4861
J4862
C4721
TU_R
C4821
R4821
R4821
R4826
R4826
22
C4826
C4826
C4828
C4828
15
C4623
R4623
C4822
D-1
BEAT_CUT1
FANC
RCHIN-
GND
J4722
J4857
D6701
REEL
R6610
R6609
PLL_PRIOD
+8.5V
TU_L
GND
C4825
C4827
C4622
J4721
C4819
LCHIN+
RCHIN+
Q6704
E
Q6705
R6706
E
Q6703
CN652
J4853
STEREO
PLL_DATA
PLL_CLK
+5.6V
GND
J4854
J4856
J4855
R4621
R4621
R4622
R4622
R4822
R4827
E-1
LCHIN-
J4843
J4850
E
R6705
E
R6707R6708
R6704
Q6702
C6751
C6751
R6612
TO TAP
J4849
J4852
RDS_DATA
RDS_CLK
JW
C4824
C4830
R4831
JW
J4851
J4718
D6702
E
J4841
J4845
J4719
J4842
J4844
R6605
R6605
J4717
R6703
E
Q6701
R6702
R6701
R6702
R6613
R6611
CN651
TO TU
J4838
J4834
J4720
J4846
J4847
J4848
J4837
J4840
J4839
R6623
R6623
J4836
J4835
J4711
J4712
J4713
J4714
J4715
J4716
C6623
C6624
C6623
C6624
J4710
J4833
J4709
C4554
Q4700
C4702
R4724
R6624
R6624
E
R6626
R6625
C6626
C6625
C6625
R6626
R6625
C6627
C6626
C6627
CN654
J4828
J4829
J4830
J4831
J4832
CDDA
R6622
R6621
R6620
R6619
L6503
R6618
J4611
J4825
J4827
J4824
R4551
R4705
R4705
C4706
C4706
R4701
R4701
C4701
R4551
C4700
C4705
C4705
C4555
R6627
R6627
J4826
DSA_DATA
LOGO_ON
DSA_ACK
DSA_STB
JW
C6515
J4822
J4823
R6628
R6607
R4300
12
10
C4556
1
R4702
C4707
R6604
J4706
ESS_REMOTE
ESS_RESET
MIC_IN
SLT
OLT
CLT
J4821
J4708
J4819
R4632
J4707
C4632
13
IC440
20
C4708
C4708
C4805
C4805
C4808
C4808
C4807
24
C4703
J4820
J4815
J4610
R6632
J4705
R6631
J4817
R6630
TY_OPEN
TY_CLOSE
BUS3
BUS2
1AD4B10D2520A
T002A 94V-0
IC651
J4814
J4813
J4818
J4816
C4552
C4550
C4550
C4800
C4800
R4802
R4802
C4801
J4609
R4703
C4704
R4655
C4553
C4553R4655
R4550
R4550
C4551
R4805
R4805
C4804
R6603
J4608
GND
FL_DAT
FL_CLK
KEY0
KEY1
FL_STB
IR
JOG+
R4829
R4829
VDD
C4806
E
R4801
J4606
C4803
J4812
CD_POW
BUS1
BUS0
BUCK
X6502
R6601
R6602
R6512
J4607
R6617
JOG-
ST_BY
R4824
Q4800
R4803
J4605
J4809
J4805
J4810
J4807
DISP_DATA
DISP_CLK
DISP_STB
CD-RW
RESET
CCE
C6508
C6509
X6501
J4603
L6502
J4604
C6514
GND
J4808
J4704
R6616
R6616
C4601
L4600
C4600
C4609
Q4603
R4553R4552
R4607
C4802
J4811
CN440
TO TAPE
-SCK2
SI2
WAIT
SO2
CN655
J4803
R6509
R6510
R6510
M_MUTE
C6511
C6512
C6512
C6506
C6505
D6502
R6507
C6504
C6504
C6513
D6503
CN653
J4804
C6531
L4601
IC443
R4604
R4604
E
L4602
R4608
R4606
J4806
L4603
BOOT
GND
R6640
R6640
J4703
C6502
R6508
R6506
R6506
C6510
J4801
J4802
C4610
R4603
R4603
C4604
E
E
Q4601
C4611
E
Q4604
C4606
C4605
-RESET
MVDD
J4702
R6520
R6520
L6501
D6501
R6505
C6503
Q6502
E
R6511
J4600
J4701
J4602
J4601
C6501
R4605
R4600
B
R4601
Q4602
C4608
J4700
D6504
J4800
R4602
C4602
C4603
C
Q4600
E
C4607
This is a basic wiring diagram.
L4604
- 31 -- 30 -
Page 27
SCHEMATIC DIAGRAM (TUNER)
CN201
FM TERMINAL
CN203
AM ANT
C2001
1000P
R2053
0
D2100
1SS133
ANT
GND
AGC
GND
U2001
VCC
OUT
OSC
R2001
D2101
VT
IF
22
1SS133
D2103
1SS335
1
2
3
4
5
6
7
8
C2107
0.01
C2003
10/50
R2002
3.3K
C2002
0.01
10K
R2003
XF220
10.7M
D2102
1SS133
KTC3195
C2004
0.47
470K
R2101
Q2101
330
R2104
SVC342
D2330
56
10K
R2102
R2321
RF GND
FM RF
0.047
R2330
820K
R2103
OUT
C2436
C2329
0.047
27K
330
000
T2001
FM
RF IN
VCC
R2322
RF
CT252
C2320
33P
C2321
470P
C2104
0.47/50
LOW CUT
AM RF
IN
IC211
L2351
AMANT
47K
R2328
C2325
VCCMIX OUTAM
L2353
MWOSC
18P
R2108
470
XF222XF221
10.7M450K
AM
IF IN
IF IN
TA2149N
ST
OSC
LED
OUTAM OSCFM OSC
10K
R2401
3.3K
R2429
IF
REQ
0.1
0.01
C2425
C2414
C2106
C2430
C2404
0.1
4.7/50
DET
OUT
T2405
470P
R2426
000
150K
MPX
IN
3.3K
R2403
C2405
R2408
C2109
X2107
4.7/50
C2402
1/50
Q2427
KTC3195
68P
10.7M
0.1
2.2K
L-OUTR-OUTQUADAGCGNDFM
AM/FMMO/ST
C2406
1K
R2430
C2409
0.001
C2410
121110987654321
131415161718192021222324
0.01
0.1
C2407
0.022
C2413
0.022
C2908
560P
IC223
C2201
0.022
C2907
270P
C2213
0.1
C2411
KTC3195
Q2413
Q2421
KTC3195
330
R2420
KTC3195
Q2418
BU1932F
33P
C2902
C2412
220/16
X2901
C2211
1/50
C2222
1/50
R2431
10K
C2906
2.2/50
12345678
161514131211109
C2903
4.332MHZ
0.1
C2423
R2422
5600P
C2419
R2417
KTC3195
Q2415
33P
10K
10K
10K
R2414
10K
R2416
L2902
L2901
10/K10/K
100/10
100/10
C2904
C2905
C2502
C2501
D2901
1SS355
27P
27P
7.2M
Q2509
KTC3195
X2503
1/50
C2512
R2513
1K
0.047
C2511
Q2510
KTC3195
1K
R2521
B1B0GNDIFFMO AMO VDDFM-VT AM-VTEE
IC222
XTTXPRO CLXDATTUNCDIF REQAUX FM MONO
1K
1K
R2602
R2601
R2604
10K
10K
R2605
150
R2709
4.7K
Q2802
KRC107
R2802
D2709
MTZJ4.3B
TC9257F
1K
R2603
10K
R2607
R2606
Q2804
KTC3198
C2518
0.1
4.7K
R2608
Q2803R2803
KTC319847
4.7K
4.7K
R2609
R2801
C2805
4.7K
680
220/16
R2610
C2801
11121314151617181920
10987654321
220P
100U
L2801
C2519
220/16
C2802
0.047
12
11
10
9
8
7
6
5
4
3
2
1
CN231
TU_R
GND
TU_L
+9V
PLL_PRI
PLL_CLK
PLL_DA
+5.6V
GND
ST
RDS_CLK
RDS_DA
R2316
This is a basic schematic diagram.
5.6K
0.01
C2317
- 33 -- 32 -
Page 28
WIRING DIAGRAM (TUNER & POWER TRANSFORMER)
R2108
C2407
R2601
R2602
R2603
R2605
R2604
R2513
C2414
R2104
R2103
C2109
R2606
C2802
C2903
C2902
R2408
C2409
R4002
R4001
POWER TRANSFORMER P.W.BOARD
R2322
R2321
D2103
J2106
D2102
CN203
D2101
CAN
D2100
CN201
TUNER P.W.BOARD
L2353
R2328
J2101
C2325
C2320
D2330
C2321
J2002
J2104
L2351
CAN
CAN
CAN
CAN
J2010
T2001
R2103
R2103
R2001
C2413
C2411
CAN
CANCAN
R2108
R2108
XF221
R2003
C2004
C2002
R2002
C2329
R2330
CT252
CAN
CAN
J2005
J2006
R2053
C2107
R2102
XF220
R2101
R2104
R2104
Q2101
J2109
VT
J2103
J2102
C2412
C2317
IC211
C2436
C2104
J2203
E
XF222
U2001
J2105
CAN
C2425
R2401
C2402
C2106
J2014
J2201
CAN
CAN
T2405
J2003
C2201
C2414
C2414
J2015
CAN
J2001
R2426
C2404
C2407
C2407
C2406
R2403
C2430
C2419
C2213
X2107
R2430
E
Q2427
R2408
R2408
C2409
C2409
R2417
R2420
Q2418
R2429
C2222
C2109
C2109
CAN
C2907
J2009
C2405
CAN
J2012
E
C2211
J2110
C2805
C2410
Q2413
E
Q2421
J2107
J2210
T002A 94V-0
1AD4B10D2520D
Q2415
R2416
R2431
R2414
E
E
CAN
C2512
C2423
R2422
C2501
X2503
J2013
Q2802
E
J2206
E
C2502
Q2803
R2803
E
E
R2513C2511
R2513
R2521
J2108
R2802
R2604
R2604
BL
CN401
L4001
BW
CN400
T800mA L 250V
CN404
Q2509
Q2510
IC222
R2601
R2602
R2603
R2601
R2602
R2603
R2605
R2605
R2801
Q2804
CN402
FU402
J2008
C2518
R2608
R2606
R2606
R2607
J2111
R2709
E
CN403
J2202
R2609
R2610
R2316
C2519
J2205
C4008
J2007
C2903
C2903C2902
IC223
J2204
J2208
J2112
X2901
C2902
J2209
J2016
D2709
PT401
RY407
D2901
C2908
J2207
L2902
L2901
C2906
L2801
D4001
E
Q4001
C2904
C2905
C2003
D4005
D4007
C4007
D4006
C4006
C4004
C4003
R4004
R4002
R4002R4001
R4001
E
CN405
R4003
Q4002
C4001
C4002
CN231
RDS_DA
RDS_CLK
PLL_DA
ST
GND
+5.6V
C2801
PLL_CLK
PLL_PRI
+8.5V
TU_L
GND
TU_R
C2802
C2802
1AD4B10D2520C
T002A 94V-0
C4005
D4004
D4002
- 35 -- 34 -
This is a basic wiring diagram.
Page 29
S5970
S5970
+VDD
GND
-VSS
+12V
SP-RY
+5.6V
MAIN-MUTE
POWER
FAN
BEAT-CUT
GND
LCH-IN-
RCH-IN+
LCH-IN+
RCH-IN-
C5974
C5970C5971
IC597
C5984
C5986
C5988
C5878C5778
R5880
R5780
C5783
C5779
C5780
L5875
L5775
R5777
C5781
C5881
C5879
C5883
C5880
C5985
R5877
CN587
C5978
R5776
C5877C5777
C5983
R5876
R5875
R5775
L5971
L5973
L5974
C5981
C5980
C5982
C5977
C5979
Q5975
Q5974
R5978
R5981
R5979
R5982
Q5977
R5971
R5970
D5970
C5990
R5986
R5988
Q5972
R5976
C5987
C5991
C5989
C5972C5973
C5976
C5975
R5977
CN567
R5779
R5879
D5971
CN599
C5776
C5775
C5876
C5875
L5776
L5876
C5782
C5882
L5970
Q5978
R5983
D5972
S5971
R5991R5992
C5992
R5973
R5974
D5973
CN597
R5987
47/63
0.10.1
0.1
0.22
47P
0.0150.015
4.7
4.7
0.47
560P
0.22
33UH
33UH
22
0.015
0.015
560P
0.47
0.22
0.22
22
0.22
5.6K
330P330P
VSSA2
SGDN2
VDDA2
IN2-
IN2+
MODE
OSC
IN1+
IN1-
VDDA1
SGND1
VSSA1
PROT
VDDP1
BOOT1
OUT1
VSSP1
STABI
HW
VSSP2
OUT2
BOOT2
VDDP2
VSSD
0.1
5.6K
5.6K
5.6K
BEAD
BEAD
BEAD
VDDP
VSSP
VDDA
VSSA
0.22
0.1
0.1
0.1
0.1
KTC3198
KTC3198
1.2K
1K
10K
10K
TKC3198
47K
10K
1SS133
0.22
33K
150K
KTC3198
10K
0.22
0.1
0.1
TDA8921TH
470/35470/35
47/35
47/35
47K
HEADPHONES
330
330
1SS133
0.47/50
0.47/50
0.47/50
0.47/50
10/K
10/K
100P
100P
BEAD
KTC3198
10K
1SS133
10K10K
4.7/25
10K
10K
1SS133
330K
1
2
3
4
5
6
7
8
9
10
11
12
24
23
22
21
20
19
18
17
16
15
14
13
3
2
1
1
2
3
4
5
6
7
8
9
10
11
12
LCH-OUT-
LCH-OUT+
RCH-OUT+
RCH-OUT-
(1/2W)
(1/2W)
(FUSE 1/4W)
(FUSE 1/4W)
(FUSE 1/2W)
(100V)(100V)
(FUSE 1/2W)
27UH ON MM9000
C5784
C5884
0.1U
0.1U
C5980
R5981
R5979
R5775
R5876
C5983
C5981
R5973
!
!!
!
!!
SCHEMATIC DIAGRAM (D-AMP)
WIRING DIAGRAM (D-AMP Parts Side View)
PRODUCT SAFETY NOTICE
mark in the parts list and the schematic diagram designated components in
and
, use only the replacement parts designated, or parts with the same ratings of resistance,
and
Each precaution in this manual should be followed during servicing. Components identified with the
IEC symbol
wattage or voltage that are designated in the parts list in this manual. Leakage-current or resistance
which safety and performance can be of special significance. When replacing a component identified
by
measurements must be made to determine that exposed parts are acceptably insulated from the
supply circuit before returning the product to the customer.
This is a basic schematic diagram.
L5974
L5973
C5971
CN599
R5775
R5775
R5776
C5970
C5775
R5876
R5876
C5876
R5875
C5875
RCH-IN-
CN597
LCH-IN+
RCH-IN+
LCH-IN-
GND
FAN
R5979
R5979
BEAT-CUT1
POWER
MAIN-MUTE
+5.6V
SP-RY
R5978
+12V
R5983
Q5974
R5982
Q5978
-VSS
GND
+VDD
C5776
C5978
C5992
L5971
L5970
C5980
C5980
C5777
C5877
C5977
C5979
R5976
E
R5981
R5981
E
E
C5975
C5982
1
C5981
C5981
10
12
C5990
R5986
R5987
Q5975
R5977
Q5972
C5974
R5988
D5972
IC597
D5971
R5970
R5971
E
C5976
C5985
C5987
Q5977
1AD4B10D2461A
94V-0 F01
R5992
C5972
L5775
R5991
24
20
C5986
13
C5878
C5988
C5989
S5971
R5780
C5984
C5983
C5983
C5778
C5991
E
C5779
C5883
R5880
L5875
C5782
C5781
C5780
C5879
C5881
R5877
R5779
C5882
R5879
This is a basic wiring diagram.
C5973
C5880
D5970
L5776
L5876
D5973
L-CH
R5777
S5970
CAN
C5783
R5974
R5973
R5973
CAN
R-CH
CN587
CN567
- 37 -- 36 -
Page 30
WIRING DIAGRAM (D-AMP Pattern Side View)
R4106
C4108
C4109
WIRING DIAGRAM (D-AMP POWER SUPPLY)
Q4101
E
D4110
D4111
CAN
C4113
C4112
Q4102
E
R4102
C4111
Q4100
R4104R4105
PR410
1000
R4103
D4104
E
TO CD_PWB
CN410
J4180
R4106
R4106
D4109
J4152
J4153
C4109
C4109
D4107
C4107
J4151
J4150
C4108
C4108
C4106
D4106
D4108
C4110
CN417
2500
D4103
D4102
C4102
C4103
PR411
C4100
TO PT
CN414
JW
CN416
D4100
C4101
T4A L 250V
T4A L 250V
D4101
CN413
FU410
CN415
FU411
This is a basic wiring diagram.
CN411
JW
TO PT
E
E
E
E
E
May / '04 BB Printed in Japan
T002A 94V-0
1AD4B10D2520E
C4104
CN412
TO DAMP_PWB
J4156
J4157
JW
C4105
R4100R4101
R4130
750
PR414
- 39 -- 38 -
J4154
J4155
TO PT
CN418
JW
TO FRONT_PWB
SANYO Electric Co., Ltd.
Osaka, Japan
Loading...
+ hidden pages
You need points to download manuals.
1 point = 1 manual.
You can buy points or you can get point for every manual you upload.