THIS MANUAL IS APPLICABLE TO THE FOLLOWING MODEL(S) AND TYPE(S).
ModelTypePower RequirementRemarks
PD-30-K, PD-30-SPWSYXZT8AC 220 V to 230 V
PD-10-K, PD-10-SPWSYXZT8AC 220 V to 230 V
PD-10FXZTAC 110 V
PIONEER CORPORATION 1-1, Shin-ogura, Saiwai-ku, Kawasaki-shi, Kanagawa 212-0031, Japan
PIONEER ELECTRONICS (USA) INC. P.O. Box 1760, Long Beach, CA 90801-1760, U.S.A.
PIONEER EUROPE NV Haven 1087, Keetberglaan 1, 9120 Melsele, Belgium
PIONEER ELECTRONICS ASIACENTRE PTE. LTD. 253 Alexandra Road, #04-01, Singapore 159936
PIONEER CORPORATION
K-MZV JULY
2012 Printed in Japan
Page 2
1
LABEL CHECK
WARNING
This product may contain a chemical known to the State of California to cause cancer, or birth defects or other reproductive
harm.
Health & Safety Code Section 25249.6 - Proposition 65
This service manual is intended for qualified service technicians; it is not meant for the casual do-it-
yourselfer. Qualified technicians have the necessary test equipment and tools, and have been trained
to properly and safely repair complex products such as those covered by this manual.
Improperly performed repairs can adversely affect the safety and reliability of the product and may
void the warranty. If you are not qualified to perform the repair of this product properly and safely, you
should not risk trying to do so and refer the repair to a qualified service technician.
WARNING !
THE AEL (ACCESSIBLE EMISSION LEVEL) OF THE LASER POWER OUTPUT IS LESS THAN CLASS 1
BUT THE LASER COMPONENT IS CAPABLE OF EMITTING RADIATION EXCEEDING THE LIMIT FOR
CLASS 1.
A SPECIALLY INSTRUCTED PERSON SHOULD DO SERVICING OPERATION OF THE APPARATUS.
LASER DIODE CHARACTERISTICS
FOR CD : MAXIMUM OUTPUT POWER : 5 mWWAVELENGTH : 780 nm
Additional Laser Caution
1.
• Laser diode is driving with Q2309, Q2310 (650 nm LD) and Q2308,
Q2311 (780 nm LD) on the MAIN PCB Assy.
Therefore, when short-circuit between the emitter and collector of these
transistors or the base voltage is supplied for transistors turn on, the
laser oscillates. (failure mode)
• In the test mode ∗, there is the mode that the laser oscillates except
for the disc judgment and playback. LD ON mode in the test mode
oscillates with the laser forcibly.
2. When the cover is open, close viewing through the objective lens with
the naked eye will cause exposure to the laser beam.
1. SERVICE PRECAUTIONS ....................................................................................................................................................4
1.1 NOTES ON SOLDERING...............................................................................................................................................4
1.2 WHEN REPLACING MECHA ASSY...............................................................................................................................4
3. BASIC ITEMS FOR SERVICE .............................................................................................................................................. 6
3.1 CHECK POINTS AFTER SERVICING ........................................................................................................................... 6
3.2 JIGS LIST ....................................................................................................................................................................... 6
5.2 METHOD FOR DIAGNOSING DEGRADATION OF THE LDS ON THE PICKUP ASSY .............................................15
5.3 IC INFORMATION ........................................................................................................................................................ 16
6. SERVICE MODE................................................................................................................................................................. 28
6.1 TEST MODE.................................................................................................................................................................28
8. EACH SETTING AND ADJUSTMENT................................................................................................................................34
8.1 HOW TO UPDATE THE FIRMWARE............................................................................................................................34
9. EXPLODED VIEWS AND PARTS LIST............................................................................................................................... 36
10.1 MAIN PCB ASSY (1/8) ...............................................................................................................................................42
10.2 MAIN PCB ASSY (2/8) ...............................................................................................................................................44
AIN PCB ASSY (3/8) ...............................................................................................................................................46
10.3 M
10.4 MAIN PCB ASSY (4/8) ...............................................................................................................................................48
10.5 MAIN PCB ASSY (5/8)(for PD-30).............................................................................................................................. 50
10.6 MAIN PCB ASSY (5/8)(for PD-10).............................................................................................................................. 52
10.7 MAIN PCB ASSY (6/8) ...............................................................................................................................................54
10.8 MAIN PCB ASSY (7/8) ...............................................................................................................................................56
10.9 MAIN PCB ASSY (8/8) ...............................................................................................................................................58
10.12 OPERATION, OPERATION2 and REMOCON PCB ASSYS ....................................................................................64
10.13 POWER and POWER 2 PCB ASSYS ......................................................................................................................66
10.14 DISPLAY, POWER SW and LED PCB ASSYS .........................................................................................................68
11.2 MAIN PCB ASSY........................................................................................................................................................ 72
11.3 OPERATION and REMOCON PCB ASSYS (for PD-30) ............................................................................................ 74
11.4 OPERATION, OPERATION2 and REMOCON PCB ASSYS (for PD-10) ...................................................................75
11.5 POWER and POWER 2 PCB ASSYS ........................................................................................................................ 76
11.6 DISPLAY, POWER SW and LED PCB ASSYS........................................................................................................... 78
12. PCB PARTS LIST .............................................................................................................................................................. 80
• For environmental protection, lead-free solder is used on the printed circuit boards mounted in this unit.
Be sure to use lead-free solder and a soldering iron that can meet specifications for use with lead-free solders for repairs
accompanied by reworking of soldering.
• Compared with conventional eutectic solders, lead-free solders have higher melting points, by approximately 40 ºC.
Therefore, for lead-free soldering, the tip temperature of a soldering iron must be set to around 373 ºC in general, although
the temperature depends on the heat capacity of the PC board on which reworking is required and the weight of the tip of
the soldering iron.
Do NOT use a soldering iron whose tip temperature cannot be controlled.
Compared with eutectic solders, lead-free solders have higher bond strengths but slower wetting times and higher melting
temperatures (hard to melt/easy to harden).
The following lead-free solders are available as service parts:
• Parts numbers of lead-free solder:
GYP1006 1.0 in dia.
GYP1007 0.6 in dia.
GYP1008 0.3 in dia.
Fig. 1
Pickup PCB
Soldering short land
Short circuit using a soldering iron.
[ Removing the MECHA Assy ]
Before removing Pickup PCB and MAIN PCB Assy flexible cable, short circuit the two positions shown in Fig. 1 using
a soldering iron. If you remove the flexible cable with no soldering, the Laser may be damaged.
[ Installing the MECHA Assy ]
• Remove the soldering on the short circuit position after the connection of Pickup PCB and MAIN PCB Assy flexible cable.
When ordering service parts, be sure to refer to "EXPLODED VIEWS and PARTS LIST" or "PCB PARTS LIST".
-
The > mark found on some component parts indicates the impor tance of the safety factor of the part.
Therefore, when replacing, be sure to use parts of identical designation.
678
A
B
C
D
E
F
PD-30-K
5
678
9
Page 10
1
EI TRANS
T502
+17V
M+7V
-28V
-17V
FLDC+
FLDC-
+9V
M+6V
64Mbit SDRAM
IC4002
EM638165TS-6G
27MHz
X4001
TRCLOSE/TROPEN
DMSO/FOSO/STBY
MA0 - MA11
DQ0 - DQ15
S
IC
TC74V
AC 100V/110V
or
AC 220V - 240V
Switching TRANS
T501
AT+3.3V
SW IC
IC7001
TC7SB3157CF
DSD-H
/PCM-L
ALRCK
DSD-R
MPEG_MCK
ABCK
DATA0/DSD-L
SW1
ALRCK/DSD-R
+3.3V
+3.3V
+1.8V
AT+5V
AT+12V
+3.3V
+3.3V
LOADING
SPINDLE
FOCUS
TRACKING
I2C BUS
CD u-com
IC4001
MT1389JE/S-L
16Mbit FLASH IC
IC4003
EN29LV160BB-70TIP
(DM-5)
IC2301
MOTOR DRIVER
SA5888TR
DMSO/FOSO/STBY
TRSO/FMSO/TRPWM
RF, LD_DVD,
4K EEPROM
IC4004
FT24C04A-
RESET IC
IC3002
R3112N291A
RESET
A0 - A20
SUB MICON
IC3001
M3030SFEPGP
(ROM: 192K, RAM12K)
I2C BUS
89S_RESET
16MHz
X3002
IR
Apple IC
IC3004
341S2162-TBB
I2C BUS
2K EEPROM
IC3003
FT24C02A-USG
+3.3V
+3.3V
+3.3V
TRACKING
SLED
AT+3.3V
AT+3.3
Ef=4V, eb=ec=-28V
V+3D, -28V
P1 - P16
GR1 - GR11
VFD DRIVER
IC6001
SC16315
FP_DI/FP_DO
FP_SCK/STB
SW
SW6001 - SW6006
VFD V6001
11-BT-226GNK
KEY_A/C
KEY_D
F POWER 2 PCB ASSY
MECHA ASSY
E POWER PCB ASSY
A MAIN PCB ASSY
G DISPLAY PCB ASSY
PD-30 ONLY
234
4.2 OVERALL BLOCK DIAGRAM
A
B
C
D
E
F
10
1
234
PD-30-K
Page 11
5
ASPDIF
BUFFER
COAXTIAL OUT
J7001
RCA-125-01
OPTICAL OUT
OS7001
216kHz/32bit DAC
IC7301
AK4480
SW IC
IC7002
TC74VHC157FT
iPod CTL
IC6601
BU94604BKV
IPOD_SDATA
IPOD_BCK
IPOD_LRCK
16.934MHz
X6601
OPAMP
IC7303
NJM5532M
OPAMP
IC7302
NJM5532M
SW1
BUFF
IC6603
TC7WU04FU
+3.3V
+3.3V
IPOD_MCK
IPOD_MCK
OPT-103B-01
AUDIO JACK (L CH)
J7302
RCA-125F-WH
AUDIO JACK (R CH)
J7301
RCA-125F-RD
±15V
±15V
+5V
DAC_MCK
BICK
SDATA/DSDL
LRCK/DSDR
DAC_RST
MCU_CLK_DAC/DIR
MCU_DO_DAC/DIR
MCU_CS_DAC
+3.3V
+3.3V
I2C BUS
16MHz
X3002
IR
AND GATE
IC3005
TC7SH08FU
USB SW
IC6602
TC7USB221FT
MPEG_DP/DN
USB_DP/DN
SR IN
I2C BUS
2K EEPROM
IC3003
FT24C02A-USG
+9V
IPOD_CTL_RESET
AT+3.3V
SR IN
J7003
PJ-308-01-BK
SR OUT
J7002
PJ-308-01-BK
USB_EN
USB_SW
IPOD_DP/DN
AT+3.3V
FLAG
EN
IR
OS7601
USB
CONNECTOR
CP652
High Side SW
IC654
TPS2557DRB
3A DC/DC(5V)
IC651
RT8293AHZS
VBUS 5V
PURE
AUDIO
STANDBY
POWER
ON
POWER SW
SW401
IR IN
AT+3.3V
B AUDIO PCB ASSY
C OPERATION PCB ASSY
D REMOCON
PCB ASSY
H POWER SW
PCB ASSY
I LED PCB ASSY
PD-30 ONLYPD-30 ONLY
PD-30 ONLY
PD-30 ONLY
PD-30 ONLY
678
A
B
C
D
5
PD-30-K
678
E
F
11
Page 12
1
W/HEATSINK
+5V REG
SYS_PON-H
SYS_PON-H
6V DC-D
D+7V
IC1709
IC1701PDIC
RT8292BHGSPKIA278R05PI
LD
COAXTIAL DRV
Q7002
3.3V REG
V+3
V+5S
V+5D
IC1702
MPEG IC4001
RP131H331D-T1-F
MT1389EE/S-L
1.8V REGV+1R8
3.3V REG
IC1708
IC1703
RP131H331D-T1-F
RP131H181D-T1-F
EEPROM(MPEG) IC4004
FT24C04A-USG-T
64Mbit SD-RAM IC4002
EM638165TS-6G(70NM)
16Mbit FLASH IC4003
EN29LV160BB-70TIP
D6V
6V DC-DC
MOTOR DRIVER IC2301
D+9V
IC1710SA5888TR
RT8292BHGSP
OPTICAL OS7001
OPT-103B-01
AND GATE IC3005
TC7SH08FU
AUTHE
NTIC
ATION IC
IC3004 341S2164-TBB
IPOD DECODE
IC6601 BU94694KV
USB SW
IC6602 TC7USB221FT
IPOD/CD SW
IC7002 TC74VHC157FT
DSD/PCM SW
IC7001 TC7SB3157CFU
5V DC-DC
High Side SW
USB
IC1704
IC654
CP652
RT8293AHZSPTPS2557DRB
C-001-1-4K22400
FIP DRIVER
-28V
REG
REG
Q1701
Q1708
FL-DC+FIP
FL-DC-
W/HEATSINK
USB_VBUS
AC+17V
5V Reg
V+5A
Audio DAC IC7301
IC1801
AK4480
NJM78M05FA
+15V RegV+15A
Audio
IC1802IC7302/IC7303
NJM78M15FA
NJM5532M
AC-17V
-15V Reg
V-15A
IC1803
NJM7
9M15FA
AT+3 .3VSUB MICON IC3001
M3030SFEPGP
EEPROM(MICON) IC3003
FT24C02A-USG-T
AT+5 .5VLED (BLUE/RED)
D101/D656/D659
AT+1 2V
E
POWER
PCB ASSY
MECHA ASSY
B
AUDIO PCB ASSY
C
OPERATION PCB ASSY
4.3 POWER BLOCK DIAGRAM
A
B
C
234
D
E
F
12
1
PD-30-K
234
Page 13
5
Power does not turn on
Ye s
Power does not turn on
Is the voltage of CP1701
pin 14 about 3.3 V?
Is the voltage of IC3001
pin 18 about 3.3 V?
No
Check the T501 (POWER PCB)
and around circuits.
No
Check the Q1707 and Q1709.
Ye s
Is the voltage of CP1701
pin 11 about 3.3 V?
No
Check the IC3001 and arround
circuits.
Ye s
Is the voltage of Q502
collector 0 V?
Ye s
No
Check the Q502.
Replace the POWER PCB Assy.
Display is not displayed
Ye s
Display is not displayed
Are the voltages of IC6001
pin 13, 43 about 3.3 V?
Is the voltage of IC6001
pin 30 about -28V?
No
Check the V+3 line of
regulator block.
No
Check the Q1703, Q1701 and
arround circuits.
Ye s
Are the voltages of V6001
pin 1, 2 about -23 V?
Are the voltages of V6001
pin 34, 35 about -19 V?
No
Check the FL_DC+/FL_DC- line of
regulator2 block
arround circuits.
Ye s
Replace the V6001 or IC6001.
Tray does not open / close
Ye s
Tray does not open/close
Are the voltages of IC2301
pin 8, 19 DC 6 V?
Are MECHA Assy and CP2302
connected?
No
Check the D6V line of
regulator block.
No
Check connection of MECHA Assy
and CP2302.
Ye s
Is the voltage of CP1701
pin 11 about 3.3 V?
No
Check the IC3001 and arround
circuits.
Ye s
Replace the MECHA Assy.
DIGITAL OUT is not output by DIGITAL OUT
(COAXIAL) at the CD playback
Ye s
DIGITAL OUT is not output by
DIGITAL OUT (COAXIAL)
at the CD playback
Is waveform of J7001 pin 2
0.5 Vp-p?
Is waveform of IC4001
pin 215 0.5 Vp-p?
No
Check connection of audio cable.
No
Check the Q7002 and arround
circuits.
Ye s
Replace the IC4001.
5. DIAGNOSIS
5.1 TROUBLESHOOTING
678
A
B
C
D
E
F
PD-30-K
5
678
13
Page 14
1
DIGITAL OUT is not output by DIGITAL OUT
(OPTICAL)
Ye s
DIGITAL OUT is not output by
DIGITAL OUT (OPTICAL)
Is the voltage of OS7001
pin 2 about 3.3 V?
Is waveform of OS7001
pin 1 3.3 V?
No
Check the V+3 of regulator
block J.
No
See "DIGITAL OUT is not output
by DIGITAL OUT (COAXIAL) at
the CD playback".
Ye s
Replace the OS7001.
Ye s
Replace the IC4001.
USB does not playbak
Ye s
Is the voltage of CP652
pin 1 about DC 5 V?
OPERATION and MAIN
PCB Assy connected?
No
Check the IC654 pin 2 to 4 and
around circuits.
Are the voltages of IC6602
pins 1, 7 about 3.3 V?
No
Check the Q6602, Q6603, IC3001
and around circuits.
Check connection.
No
Ye s
Sound (ANALOG OUT) is not output by Analog out
terminals at playback
Ye s
Sound (ANALOG OUT) is not output
by Analog out terminals at playback
Is the signal output by
IC7302/IC7303 pin 1?
Are the waveforms of
IC7301 pins 10, 11, 20, 21
output?
Is the voltage of IC7302
pin 8 about 15 V?
Is the voltage of IC703/IC7302
pin 4 about -15 V?
No
Check the Q7308/Q7312/Q7304
/Q7311 and around circuits.
No
Check the V;15A, V-15A lines of
AUDIO POWER.
No
Ye s
Check the IC7301 and around
circuits.
Ye s
Check the IC7301/IC7303 and
around circuits.
USB does not playbak
Ye s
Check the IC6601 and
around circuits.
iPod does not playbak (PD-30 only)
Ye s
Is the voltage of CP652
pin 1 about DC 5 V?
OPERATION and MAIN
PCB Assy connected?
No
Check the IC654 pin 2 to 4 and
around circuits.
Is the voltage of IC6602 pin 1
about 3.3 V?
Is the voltage of IC6602 pin 7
about 0 V?
No
Check the voltages of Q6602,
Q6603, IC3001.
Check connection.
No
Ye s
iPod does not playbak
A
234
B
C
D
E
F
14
PD-30-K
1
234
Page 15
5
117
33
49
1
51
76
26
11
16
16
129
193
1
65
R3030
SH1701
R3031
SH1702
R3032
R3033
SH1703
R3034
SH1704
R3035
R3036
R3037
R3038
C4001
R3039
C4002
W807
C4003
C4004
C4005
Q4001
C4006
Q4002
C4007
Q4003
C4008
R3040
C4009
R3041
Q1701
C1706
R3042
C1707
R3043
Q1703
C1708
R3044
W810
W811
C1709
R3045
Q1705
R3046
Q1706
Q1707
R3047
W813
W814
R3048
Q1708
Q1709
C4011
R3049
W815
C4012
C4014
C1711
C4015
C1712
C4016
C1713
C4017
C4018
C1714
R3050
C4019
R3051
R3052
R3053
R3054
W820
W821
R3055
R3056
R3057
C4020
R3058
C4021
C4022
W827
C4024
W829
C4026
C4027
R4001
C4029
R3061
B2301
R4002
R3062
R4003
R3063
R4004
R3064
R4005
NR2301
D1705
R4006
R1702
R4007
R3067
R1703
R4008
C4030
R3068
D1708
W834
R4009
C4031
R3069
IC400 2
IC400 3
IC400 4
C4034
W838
IC170 1
HS1701
C4035
C4036
IC170 2
IC170 3
C4037
R4010
C4038
D1710
C4039
R4011
D1711
R4012
D1712D1713
R3073
C1737
R4013
IC170 8
D1714
R4014
R3074
C1738
CP4001
IC170 9
R3075
D1715
R4016
CP4002
R3076
R3077
R4017
R3078
C4040
R4018
R1714
R4019
C4041
CP1701
C4043
R1717
C4044
IC171 0
IC171 1
C4045
C4046
C4047
R4021
C4049
R4022
R4023
R4024
W850
R1720
R4025
C1749
R4026
C2302
W852
C2303
C4050
C2305C2306
R1726
Q2303
R1727
C4054
Q2304
R1728
C4055
Q2305
R1729
C4056
Q2308
C4058
R4030
Q2309
C4059
R4032
R4033
C1757
R4034
W860
R1730
R4035
C2311
R1731
R4036
C2312
R1732
R4037
R1733
C2313
W863
Q2310
C4060
R4038
C2314
Q2311
C2315
C4053_1
C4062
C2316C2317
W867
R1738
C1760
W868
C2319
C1761
W869
C4066
C1762
R4040
C1764
C4068
R4041
C4069
R4042
R4043
R4044
C1768
R4045
W871
R4046
C2322
W872
R4047
C2323
W873
R4048
C2324
W874
C2325
C4073
C4074
C4075
R2301
R1749
C4076
R2302
C4077
C1773
R4050
C4078
C4079
C1775
C4057_1
C1776
R2306
R2307
R2308
R1751
C1779
IC230 1
R1752
W882
C4080
R1754
R4058
W884
C4083
W887
C4084
W888
C4085
R1759
W889
C4086
R2312
C1782
C4087
C1783
R2313
R4060
C4088
R2314
R4061
C1785
R2315
CP2301
R2316
CP2302
C1786
R2317
C1787
R2318
C1788
W890
W891
R2319
R1761
C1789
C4090
R1765
C4091
W895
C4093
W898
C4094
R2320
W899
C1793
C1794
R1770
R1771
R1772
X3002
R1779
C4061_1
B6601
B6602
B6603
C4067_1
C6601
C6603
C6604
C6605
Q6602
C6606
C6608
C6609
C6612
C6614
B7001
B7002
W903
W904
B7004
W905
X4001
B7005
B7006
W906
W908
W909
C6624
W911
W912
W914
IC660 1
IC660 2
IC660 3
C6635
C6637
R6610
R6612
R6613
C7001
CP6601
C7002
C6640
C7004
Q7001
R6619
C7005
C7006
Q7002
C7008
C7009
R6620
R6621
R6622
R6623
R6624
C7010
C7011
R6625
C7012
R6626
C7013
C7014
R6628
C4136
C4137
C4139
R6630
R6632
R6633
C4140
C4141
R6635
R6636R6637
C7024
R6638
C4144
R6639
D7001
C4145
C4146
D7002
D7003
R7001
L1701
C2304_1
R7002
L1702
R7003
R7004
R7005
R6641
R7006
R6642
R7007
R6643
R6644
R7008
R6645
IC700 1
R7009
IC700 2
R6647
R6648
C4155
R6649
C4157
R7010
R7011
R7012
R7013
R7014
R7015
CP7001
R7016
R7017
R7018
R6656
R6657
R7020
C4168
R7025
R7026
R7027
R7028
OS7001
B3009
C3002
Q3001
C3005C3006
C3007
C3009
C3012
C3014
C3015
C3016
C3024
D3001
C3026
R3001
R3003
R3004
D3008
D3009
C3030
IC300 1
R3009
IC300 2
C3033
IC300 3
D3010
IC300 4
IC300 5
C3036
C3037
R3012
R3013
R3014
R3015
CP3001
R3016
CP3002
CP3003
R3017
R3018
R3019
NR4002
B1702
B1703
B4008
NR4004
B1704
C3044
B4009
C3046
B1706
C3047
C3048
R3020
R3022
B4010
B4012
R3026
R3027
R3028
C3050
R3029
X6601
J7002J7003
J7001
IC400 1
A
MAIN PCB ASSY
SIDE A
Case when this diagnosis is required:
When playback of any disc, including a test disc (DVD: GGV1025 (NTSC) / GGV1101 (PAL), CD: STD-905), cannot be performed
In the case mentioned above, degradation of the laser diodes (LDs) mounted on the PICKUP Assy is suspected.
Measure the voltage between the two ends of one of the resistors mentioned below.
Measure the voltage between DVD TP and 3.3V TP on the MAIN PCB Assy.
If the voltage is 0.17 V or higher, the 650-nm LD is degraded.
If the measurements show degradation
of an LD, replace the MECHA Assy.
CD
DVD
How to diagnose
No playback of a DVD:
Measure the voltage between CD TP and 3.3V TP on the MAIN PCB Assy.
If the voltage is 0.20 V or higher, the 780-nm LD is degraded.
No playback of a CD:
5.2
METHOD FOR DIAGNOSING DEGRADATION OF THE LDS ON THE PICKUP ASSY
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Energy Effi cient, Offl ine Switcher with Enhanced Flexibility and Extended Power Range
• Block Diagram
• Pin Arrangement
CLOCK
OSCILLATOR
5.85 V
4.9 V
SOURCE
(S)
S R Q
DC
MAX
BYPASS/
MULTI-FUNCTION
(BP/M)
+
-
V
I
LIMIT
FAULT
PRESENT
CURRENT LIMIT
COMPARATOR
ENABLE
LEADING
EDGE
BLANKING
THERMAL
SHUTDOWN
+
-
DRAIN
(D)
REGULATOR
5.85 V
BYPASS PIN
UNDER-VOLTAGE
1.0 V + V
T
ENABLE
(EN)
Q
115 A
RESET
AUTORESTART
COUNTER
JITTER
BYPASS
CAPACITOR
SELECT AND
CURRENT
LIMIT STATE
MACHINE
OVP
LATCH
1.0 V
D
S
BP/M
S
S
EN
8
5
7
1
4
2
S
6
ILDF0176P0 (TNY176PN)(POWER PCB ASSY: IC501)
234
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5CH MOTOR DRIVER IC
• Block Diagram
• Pin Arrangement
12345678
16 15
14131211109
28 27 26 25 24 23171819202122
SA5888
VINFC
TRB_1
REGO2
V
IN
SL
+
REGO1
FWD
REV
V
CC
VOTR-
VOTR+
VOSL+
VOFC-
VOSL-
VOFC+
MUTE
TRB_2
V
IN
TK
NC
V
IN
LD
GND
VCTL
NC
PVCC
VOLD-
VOTK-
VOLD+
VOTK+
BIAS
1
28
VINFC
2
5
Mute
26
27
3
+-
2520
4910
Tray
Driver
PreDRV
8761112
Sled
driver(4x)
2321221817
Spindle
Driver(4x)
1615
Actuator
Driver(6x)
Actuator
Driver(6x)
1314
TRB_1
VCC
VCC
PVCC
24
10K
25K
25K10K
VINTK
BIAS
10K
15K
25K
10K
19
PVCC
I1UFV5888S (SA5888TR)(MAIN PCB ASSY: IC2301)
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• Pin Function
Pin No.Pin NameDescription
1VINFCFocus driver input
2TRB_1Connect to external transistor base
3REGO2Regulator voltage output, connect to external transistor collector
4VINSL+Sled driver input
5REGO1Regulator voltage output, connect to external transistor collector
6FWDTray driver forward input
7REVTray driver reverse input
8VCCVCC
9VOTR-Tray driver output(-)
10VOTR+Tray driver output(+)
11VOSL+Sled driver output (+)
12VOSL-Sled driver output (-)
13VOFC-Focus driver output (-)
14VOFC+Focus driver output (+)
15VOTK+Tracking driver output (+)
16VOTK-Tracking driver output (-)
17VOLD+Spindle driver output (+)
18VOLD-Spindle driver output (-)
19PVCCVcc for power block of spindle, tracking and focus
20NCNo connection
21VCTLSpeed control input of tray driver
22GNDGround
23VINLDSpindle driver input
24NCNo connection
25TRB_2Connect to external transistor base
26VINTKTracking driver input
27BIASBias input
28MUTEMute control
Notes: The indicated polarities for the output pins are means polarity to inputs.
Always ensure that V
CC PVCC
A
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MEMORY DATA 192K/12K SINGLE CHIP MICON
• Block Diagram
• Pin Arrangement
Port P0
Additional function
Timer (16 bits)
Output (Timer A) 3 line
Input (Timer B) 3line
Watch dog timer
(15 bits)
A/D converter
(10 bits x 18 channel)
M16C/60 series CPU core
Memory
System clock genarate
XIN-XOUT
XCIN-XCOUT
UART or Clock sync
serial I/O
(3 channel)
CRC operation circuit (CCITT system)
(generation many clauses expression:
X
16
+ X12 + X5 + 1
DMAC
(2 channel)
8
Port P18Port P28Port P38Port P48Port P58Port P6
8
Port P7
8
Por t P 8
8
Por t P 8_5
8
Port P9
8
Port P10
8
R0HR0L
R1H
R2
R3
A0
SB
INTB
PC
USP
ISP
FLG
ROM
RAM
multiplier
A1
FB
R1L
(M3030SFEPGP)(MAIN PCB ASSY: IC3001)
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• Pin Function
CategoryPin NameI/OFunction
Power supply
input
VCC1, VCC2,
VSS
I/OInput 2.7 V - 5.5 V into VCC1, VCC2. The input condition is VCC1 = VCC2.
Input 0 V into VSS.
Analog power supply
input
AVCC, AVSSIPower supply input of the A/D converter.
Connect AVCC to VCC1. Connect AVSS to VSS.
I2C modeSDA0 - SDA2I/OSerial data input and output. (but the output of SDA2 is N channel open drain.)
SCL0 - SCL2I/OTransfer clock input and output. (but the output of SCL2 is N channel open drain.)
Serial interface
CTS0 - CTS2
ITransmission system order input.
RTS0 - RTS2
OReception system order output.
CLK0 - CLK2I/OTransfer clock input and output.
RXD0 - RXD2ISerial data input.
TXD0 - TXD2OSerial data output. (but the output of TXD2 is N channel open drain.)
CLKS1OOutput of the transfer clock plural terminal output function.
Timer BTB0IN - TB2INITimer B0 - B2 input.
Timer ATA0OUT - TA2OUTI/O
Input and output of timer A0 - A2. (but the output of TA0OUT is N channel open drain.)
TA0IN - TA2INITimer A0 - A2 input.
Key input interrupt input
KI0 - KI3
IInput of the key input interrupt.
NMI interrupt inputNMI
I
Input of the NMI interrupt.
INT interrupt inputINT0 - INT4
I
Input of the INT interrupt.
Clock outputCLKOUTOOutput the clock of the period same as fc, f8 or f32.
Main clock inputXINI
Main clock outputXOUTO
Input and output terminals of the main clock oscillation circuit. Connect a ceramic
resonator or a crystal oscillation child between XIN and XOUT. When you input a
clock formed outside, input a clock from XIN, and perform XOUT for open.
Sub clock inputXCINI
Sub clock outputXCOUTO
Input and output terminals of the subclock oscillation circuit. Connect a crystal
oscillation child between XCIN and XCOUT. When you input a clock formed outside,
input a clock from XCIN, and perform XCOUT for open.
ALEOSignals for a latch to do an address.
HOLD
I
The microcomputer becomes the hold state the input of this terminal during a period of "L".
WRL/WR,
WRH/BHE,
RD
O
Output WRL, WRH (WR, BHE), RD signals. Be changed WRL, WRH or BHE, WR by
a program.
· at WRL, WRH, RD selected
In case of external data bus is 16 bits, WRL signal is "L", writes it in the even
number address, and WRH signal is "L", writes it in the odd number address.
· at WR, BHE, RD selected
WR signal is "L", writes. RD signal is "L", read. BHE signal is "L", accesses it by
an odd number house number.
Use this mode at the external data bus is 8 bits.
CS0 - CS3
OChip select signals. Use it for designation of the access space.
A0 - A19OOutput address A0 - A19.
Bus control pinD0 - D7I/OWhen accessed the area selecting a separate bus, input and output data (D0 - D7).
D8 - D15I/OWhen an external data bus accessed it in an area selecting a separate bus at 16 bits,
input and output data (D8 - D15).
External data bus
switch input
BYTEIBe terminals to switch an external data bus. In the case of "L" this terminal becomes
16 bits, in the case of "H" this terminal becomes 8 bits.
Fix it to either. Be connected to VSS with the single chip mode.
CNVSSCNVSS0Be terminals to change a processor mode. After reset, when IC start a working
with a single chip mode, connect it to VSS, when IC start a working with a
microprocessor mode, connect to VCC1.
Reset input
RESET
IThe microcomputer becomes the reset state when you input "L" into this terminal.
HLDA
ODuring the period of the hold state, this terminal outputs "L".
RDY
IThe bus of the microcomputer becomes the weight state the input of this terminal
during a period of "L".
A
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Input portP8_5I
Use a terminal in common with NMI.
Port for exclusive use of the input to confirm a level of NMI.
P8_0 - P8_4,
P8_6, P8_7
I/OI/O port with the function that is equal to P0.
Have a direction register to select input and output, and can do it to an input port
or an output port every 1 terminal.
The input port can select having pulling up resistance or not by a 4 bits unit by a
program.
(but the output of P7_0, P7_1 is N channel open drain.)
ANEX0I/OExpansion analog input of A/D converter, and output of external ope-amplifier
connection mode.
ANEX1IExpansion analog input of A/D converter.
ADTRG
IA/D external trigger input.
A/D converterAN0 - AN7,
AN0_0 - AN0_7
IAnalog input of A/D converter.
Reference voltage input
VREFIReference voltage input of A/D converter.
CategoryPin NameI/OFunction
RESET IC 2.9V DELAY TYPE
• Pin Function
• Block Diagram
GND
V
DD
-
+
Vref
OUT
R
D
C
D
V
No.Pin NameFunction
1OUTOutput terminal.
(Output "L" at the detection, and become the high impedance at the cancellation.)
2V
DD
Power supply terminal.
3GNDGround terminal.
4NCNo connection.
5C
D
External condenser connection terminal for delays.
CLKInputClock: CLK is driven by the system clock. All SDRAM input signals are sampled on the positive edge of
CLK. CLK also increments the internal burst counter and controls the output registers.
CKEInputClock Enable: CKE activates (HIGH) and deactivates (LOW) the CLK signal. If CKE goes low
synchronously with clock (set-up and hold time same as other inputs), the internal clock is suspended
from the next clock cycle and the state of output and burst address is frozen as long as the CKE remains
low. When all banks are in the idle state, deactivating the clock controls the entry to the Power Down and
Self Refresh modes. CKE is synchronous except after the device enters Power Down and Self Refresh
modes, where CKE becomes asynchronous until exiting the same mode. The input buffers, including CLK,
are disabled during Power Down and Self Refresh modes, providing low standby power.
V
SS
Supply
BA1BA0Select Bank
00BANK #A
01BANK #B
10BANK #C
11BANK #D
Ground
V
DD
SupplyPower Supply: +3.3 V ± 0.3 V
V
SSQ
SupplyDQ Ground: Provide isolated ground to DQs for improved noise immunity. (0 V)
V
DDQ
SupplyDQ Power: Provide isolated power to DQs for improved noise immunity. (3.3 V ± 0.3 V)
NC/RFU–No Connect: These pins should be left unconnected.
DQ0 - DQ15Input/
Output
Data I/O: The DQ0-15 input and output data are synchronized with the positive edges of CLK. The I/Os
are maskable during Reads and Writes.
LDQM, UDQMInputData Input/Output Mask: Controls output buffers in read mode and masks Input data in write mode.
WE#InputWrite Enable: The WE# signal defines the operation commands in conjunction with the RAS# and CAS#
signals and is latched at the positive edges of CLK. The WE# input is used to select the BankActivate or
Precharge command and Read or Write command.
CAS#InputColumn Address Strobe: The CAS# signal defines the operation commands in conjunction with the
RAS# and WE# signals and is latched at the positive edges of CLK. When RAS# is held "HIGH" and CS#
is asserted "LOW," the column access is started by asserting CAS# "LOW." Then, the Read or Write
command is selected by asserting WE# "LOW" or "HIGH."
RAS#InputRow Address Strobe: The RAS# signal defines the operation commands in conjunction with the CAS#
and WE# signals and is latched at the positive edges of CLK. When RAS# and CS# are asserted "LOW"
and CAS# is asserted "HIGH," either the BankActivate command or the Precharge command is selected
by the WE# signal. When the WE# is asserted "HIGH," the BankActivate command is selected and the
bank designated by BA is turned on to the active state. When the WE# is asserted "LOW," the Precharge
command is selected and the bank designated by BA is switched to the idle state after the precharge
operation.
CS#InputChip Select: CS# enables (sampled LOW) and disables (sampled HIGH) the command decoder. All
commands are masked when CS# is sampled HIGH. CS# provides for external bank selection on
systems with multiple banks. It is considered part of the command code.
A0 - A11InputAddress Inputs: A0-A11 are sampled during the BankActivate command (row address A0-A11) and
Read/Write command (column address A0-A7 with A10 defining Auto Precharge) to select one location
out of the 2M available in the respective bank. During a Precharge command, A10 is sampled to
determine if all banks are to be precharged (A10 = HIGH). The address inputs also provide the op-code
during a Mode Register Set command.
BA0, BA1InputBank Activate: BA0, BA1 input select the bank for operation.
31 - 38High-voltage output (segment/grid). Segment or grid driving.
Grid1 to Grid439 - 42High-voltage output (grid). Grid output pins.
Seg1/KS1
to Seg16/KS16
14 - 29High-voltage output (segment). Segment output pins (Dual function as key source).
OSC5Oscillator pin. Determine the oscillation frequency by the resistor connecting this pin and GND (VSS).
CLK8Clock input pin. Reads serial data at the rising edge, and outputs data at the falling edge.
STB9Strobe pin. Initializes serial interface at the rising or falling edge of the SC16315. It then waits for reception of
a command. Data input after STB has fallen is processed as a command. While command data is processed,
current processing is stopped, and the serial interface is initialized. While STB is high, CLK is ignored.
DOUT6Data output pin. Output serial data at the falling edge of the shift clock, starting from low order bit.
This is N-ch open-drain output pin.
IPOD/USB CONTROL W/RAM B.VER
• Pin Arrangement / Block Diagram
12345678 9 10111213141516
55
54
53
52
51
50
49
23
22
21
20
19
18
17
39 38 37 36 35 34 33
24
28
27
26
25
31
30
29
32
43 42 41 4047 46 45 4 448
59
58
57
56
61
60
63
62
64
AMUTE
DAVDD
RESETX
SEL_SLAVE
SEL_MP3
SEL_DOUT
SEL_VOL
SEL_APLAY
SEL_UTPKT
IRPTO
KEY_ROW1/
MCHNG
KEY_ROW2/
BUSY
KEY_COL1/A0
DVDDIO
TEST3
SD_CON
TMODE
DVSS
LED_PUSB/TEST12
LED_PSD/TEST11
LED_PLAY/TEST10
DAVSS
LED_ACCESS
LED_ERROR/TEST9
XOUT_PLL
XIN_PLL
TEST_PLL
REXTI
AVSSC
SD_CLK
SD_DI
SD_CS
DVSS
TEST4
TEST5/
CLKOUT12
DVDD_M2
TEST6
TEST7
AVDDC
TEST2
SD_DO
TEST8
VOREFI
VDDPLL
LED_RANDOM
TEST17
TEST16
TEST15
LED_REPEAT
DVDDIO
ATEST1
RDACO
VCDACO
Audio DAC
AAC / WMA /
MP3
Decoder
PLL
USB
PHY
System
Controller
FAT
File system
KEY_ROW4/SDA
TEST13
DVDD_M1
TEST14
SD I/F
Controller
Sound Effecter
KEY_ROW3/SCL
KEY_COL2/A1
KEY_COL3/
SEL_SMAN
USB_DM
USB_DP
VSS_PLL
LDACO
USB
Controller
LDO
I2C I/F
Controller
iPod
Controller
I07Q09460B (BU94604BKV-E2)(MAIN PCB ASSY: IC6601)
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• Pin Function
NameNo.Description
RESETX1
I/O
ISystem reset terminal
SEL_SLAVE2ISlave mode selection (H: Stand Alone mode, L: Slave mode)
SEL_MP33IMPEG Audio Layer selection (H: Only MP3 is playback, L: MP1, MP2 and MP3 can be playback)
SEL_DOUT4IDigital Audio out selection (H: Disable, L: Enable)
SEL_VOL5IVolume operation selection (H: Volume+- Effective, L: VOL+-Invalid)
SEL_APLAY6IAt device (USB, SD) connection, Auto Play mode selection (H: It stop, L: It playback)
SEL_UTPKT7IUSB test packet output selection (H: Normal operation, L: Test packet output)
IRPTO8OInterruption output terminal
TEST29IPull-up to VDD1 system power supply terminal (TEST PIN)
KEY_ROW1/MCHNG10I/O[KEY_ROW1] KEY Matrix terminal, [MCHNG] Music change flag terminal
KEY_ROW2/BUSY11I/O[KEY_ROW2] KEY Matrix terminal, [BUSY] Busy flag terminal
KEY_ROW3/SCL12I[KEY_ROW3] KEY Matrix terminal, [SCL] I2C I/F clock terminal
KEY_ROW4/SDA13I/O[KEY_ROW4] KEY Matrix terminal, [SDA] I2C I/F data terminal
KEY_COL1/A014I/O[KEY_COL1] KEY Matrix terminal, [A0] I2C Slave address selection
KEY_COL2/A115I/O[KEY_COL2] KEY Matrix terminal, [A1] I2C Slave address selection
KEY_COL3/SEL_SMAN16I/O[KEY_COL3] KEY Matrix terminal, [SEL_SMAN] Manual mode selection (H: Auto, L: Manual)
TEST317IPull-up to VDD1 system power supply terminal (TEST PIN)
DVDDIO18−IO Power supply (VDD1) terminal
SD_CON19ISD card Connect terminal
SD_DO20ISD card Data In terminal
SD_CLK21OSD card Clock terminal
SD_DI22OSD card Data Out terminal
SD_CS23OSD card Chip select terminal
DVSS24−GND terminal
TEST425IPull-up to VDD1 system power supply terminal (TEST PIN)
TEST5/CLKOUT1226O[TEST5] Pull-up to VDD1 system power supply terminal (TEST PIN), [CLKOUT12] 12 MHz clock output terminal
DVDD_M227−CORE Power supply (VDD2) monitor terminal. Connect to 57PIN.
TEST628IPull-up to VDD1 system power supply terminal (TEST PIN)
TEST729IPull-up to VDD1 system power supply terminal (TEST PIN)
TEST830IPull-up to VDD1 system power supply terminal (TEST PIN)
ATEST131OUSB TEST terminal (TEST PIN)
AVDDC32−USB Power supply (VDD1) terminal
USB_DM33I/OUSB D− I/O terminal
USB_DP34I/OUSB D+ I/O terminal
AVSSC35−USB GND terminal
REXTI36OUSB bias resistor ( 12 kΩ) connecting terminal
VOREFI37OUSB TEST terminal (TEST PIN)
VDD_PLL38−PLL Power supply (VDD1) terminal
TEST_PLL39IPLL TEST terminal (TEST PIN)
XIN_PLL40IX'tal (16.9344 MHz) connecting input terminal
XOUT_PLL41OX'tal (16.9344 MHz) connecting output terminal
VSS_PLL42−PLL GND terminal
DAVSS43−Audio DAC GND terminal
RDACO44OAudio DAC Rch Line output terminal
VCDACO45OAudio DAC Reference voltage output terminal
LDACO46OAudio DAC Lch Line output terminal
DAVDD47−Audio DAC Power supply (VDD1) terminal
AMUTE48OAudio Mute output terminal (H: MUTE OFF, L: MUTE ON)
LED_ERROR/TEST949I/O[LED] Lighting output terminal at ERROR, [TEST9] Pull-up to VDD1 system power supply terminal (TEST PIN)
LED_PLAY/TEST1050I/O[LED] Lighting output terminal at PLAY, [TEST10] Pull-up to VDD1 system power supply terminal (TEST PIN)
LED_PSD/TEST1151I/O
[LED] Lighting output terminal at PLAY for SD card, [TEST11] Pull-up to VDD1 system power supply terminal (TEST PIN)
LED_PUSB/TEST1252I/O
[LED] Lighting output terminal at PLAY for USB memory, [TEST12] Pull-up to VDD1 system power supply terminal (TEST PIN)
LED_ACCESS53O
[LED] Lighting output terminal when memory is being accessed, [LRCK] Digital Audio channel clock or SPDIF output terminal
LED_RANDOM54O[LED] Lighting output terminal at PLAY for RANDOM, [BCK] Digital Audio bit clock output terminal
LED_REPEAT55O[LED] Lighting output terminal at PLAY for REPEAT, [DATA] Digital Audio data output terminal
TEST1356IPull-up to VDD1 system power supply terminal (TEST PIN)
DVDD_M157−CORE Power supply (VDD2) monitor terminal, Connect to bypass condenser
TEST1458IConnect to GND (TEST PIN)
TEST1559IPull-up to VDD1 system power supply terminal (TEST PIN)
TEST1660IPull-up to VDD1 system power supply terminal (TEST PIN)
TEST1761IPull-up to VDD1 system power supply terminal (TEST PIN)
DVSS62−GND terminal
TMODE63IConnect to GND (TEST PIN)
DVDDIO64−IO Power supply (VDD1) terminal
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1
<TRAY OPEN>
Service remote control unit
(GGF1381)
Press the PLAY key
(d) of the normal
remote control unit.
ESC5
An error rate is displayed
The error rate is displayed as above.
But this means " 9.90E – 6 ".
Notes:
• The audio signal are outputted during the test mode.
• The SKIP key and the SCAN key are effective during the test mode.
Note:
Even if you intend to continuously use the unit after
displaying the error rate, be sure to turn the power
off then back on.
POWER
ON
OPEN/CLOSE
(Player)
DVD disc
POWER ON
POWER
OFF
<TRAY CLOSE>
OPEN/CLOSE
(Player)
DISC SET
<PLAY>
Service remote control unit
(GGF1381)
ESC
TEST MODE: PLAY
TEST MODE: OFF
9 9 0 E – 6
• Calculation of the average error rate
For DVDs: OK with 5.0e-4 or less,
for CDs: OK with 7.6e-3 or less
6. SERVICE MODE
6.1 TEST MODE
A
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C
D
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117
33
49
1
51
76
26
11
16
16
129
193
1
65
R3030
SH1701
R3031
SH1702
R3032
R3033
SH1703
R3034
SH1704
R3035
R3036
R3037
R3038
C4001
R3039
C4002
W807
C4003
C4004
C4005
Q4001
C4006
Q4002
C4007
Q4003
C4008
R3040
C4009
R3041
Q1701
C1706
R3042
C1707
R3043
Q1703
C1708
R3044
W810
W811
C1709
R3045
Q1705
R3046
Q1706
Q1707
R3047
W813
W814
R3048
Q1708
Q1709
C4011
R3049
W815
C4012
C4014
C1711
C4015
C1712
C4016
C1713
C4017
C4018
C1714
R3050
C4019
R3051
R3052
R3053
R3054
W820
W821
R3055
R3056
R3057
C4020
R3058
C4021
C4022
W827
C4024
W829
C4026
C4027
R4001
C4029
R3061
B2301
R4002
R3062
R4003
R3063
R4004
R3064
R4005
NR2301
D1705
R4006
R1702
R4007
R3067
R1703
R4008
C4030
R3068
D1708
W834
R4009
C4031
R3069
IC400 2
IC400 3
IC400 4
C4034
W838
IC170 1
HS1701
C4035
C4036
IC170 2
IC170 3
C4037
R4010
C4038
D1710
C4039
R4011
D1711
R4012
D1712D1713
R3073
C1737
R4013
IC170 8
D1714
R4014
R3074
C1738
CP4001
IC170 9
R3075
D1715
R4016
CP4002
R3076
R3077
R4017
R3078
C4040
R4018
R1714
R4019
C4041
CP1701
C4043
R1717
C4044
IC171 0
IC171 1
C4045
C4046
C4047
R4021
C4049
R4022
R4023
R4024
W850
R1720
R4025
C1749
R4026
C2302
W852
C2303
C4050
C2305C2306
R1726
Q2303
R1727
C4054
Q2304
R1728
C4055
Q2305
R1729
C4056
Q2308
C4058
R4030
Q2309
C4059
R4032
R4033
C1757
R4034
W860
R1730
R4035
C2311
R1731
R4036
C2312
R1732
R4037
R1733
C2313
W863
Q2310
C4060
R4038
C2314
Q2311
C2315
C4053_1
C4062
C2316C2317
W867
R1738
C1760
W868
C2319
C1761
W869
C4066
C1762
R4040
C1764
C4068
R4041
C4069
R4042
R4043
R4044
C1768
R4045
W871
R4046
C2322
W872
R4047
C2323
W873
R4048
C2324
W874
C2325
C4073
C4074
C4075
R2301
R1749
C4076
R2302
C4077
C1773
R4050
C4078
C4079
C1775
C4057_1
C1776
R2306
R2307
R2308
R1751
C1779
IC230 1
R1752
W882
C4080
R1754
R4058
W884
C4083
W887
C4084
W888
C4085
R1759
W889
C4086
R2312
C1782
C4087
C1783
R2313
R4060
C4088
R2314
R4061
C1785
R2315
CP2301
R2316
CP2302
C1786
R2317
C1787
R2318
C1788
W890
W891
R2319
R1761
C1789
C4090
R1765
C4091
W895
C4093
W898
C4094
R2320
W899
C1793
C1794
R1770
R1771
R1772
X3002
R1779
C4061_1
B6601
B6602
B6603
C4067_1
C6601
C6603
C6604
C6605
Q6602
C6606
C6608
C6609
C6612
C6614
B7001
B7002
W903
W904
B7004
W905
X4001
B7005
B7006
W906
W908
W909
C6624
W911
W912
W914
IC660 1
IC660 2
IC660 3
C6635
C6637
R6610
R6612
R6613
C7001
CP6601
C7002
C6640
C7004
Q7001
R6619
C7005
C7006
Q7002
C7008
C7009
R6620
R6621
R6622
R6623
R6624
C7010
C7011
R6625
C7012
R6626
C7013
C7014
R6628
C4136
C4137
C4139
R6630
R6632
R6633
C4140
C4141
R6635
R6636R6637
C7024
R6638
C4144
R6639
D7001
C4145
C4146
D7002
D7003
R7001
L1701
C2304_1
R7002
L1702
R7003
R7004
R7005
R6641
R7006
R6642
R7007
R6643
R6644
R7008
R6645
IC700 1
R7009
IC700 2
R6647
R6648
C4155
R6649
C4157
R7010
R7011
R7012
R7013
R7014
R7015
CP7001
R7016
R7017
R7018
R6656
R6657
R7020
C4168
R7025
R7026
R7027
R7028
OS7001
B3009
C3002
Q3001
C3005C3006
C3007
C3009
C3012
C3014
C3015
C3016
C3024
D3001
C3026
R3001
R3003
R3004
D3008
D3009
C3030
IC300 1
R3009
IC300 2
C3033
IC300 3
D3010
IC300 4
IC300 5
C3036
C3037
R3012
R3013
R3014
R3015
CP3001
R3016
CP3002
CP3003
R3017
R3018
R3019
NR4002
B1702
B1703
B4008
NR4004
B1704
C3044
B4009
C3046
B1706
C3047
C3048
R3020
R3022
B4010
B4012
R3026
R3027
R3028
C3050
R3029
X6601
J7002J7003
J7001
IC400 1
A
MAIN PCB ASSY
SIDE A
How to display the error rate
Power ON in DVD mode
It is necessary to start up in DVD Mode to measure an error rate of DVD disc.
With the power off, turn the power on after short-circuiting Pin 2 and Pin 3 of CP4002.
* Start up in DVD Mode, but there is not the display to show it.
When DVD cannot play back, and be thought that it does not start up in DVD Mode, turn the power off, and re-start up
again.
678
A
B
C
D
E
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29
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1
[1] Tray Front
(1) u Press the STANDBY/ON button to turn on
the power.
(2) Press the h button to open the tray.
(3) Remove the tray front by removing the three
hooks.
(4) Press the h button to close the tray.
(5) u Press the STANDBY/ON button to turn off
the power.
1 5
333
3
224
4
Tray front
Thin minus screwdriver
• Bottom view
Remove the Cabinet top by removing the nine screws.
• How to open the Tray when the power cannot be turned on
MECHA Assy (Bottom view)
Rack loading
Slit
When the Tray cannot be opened because the power cannot be turned on, it can be opened using the thin minus
screwdriver. Insert a thin minus screwdriver in a slit, and slide Rack loading of MECHA Assy in the arrow direction of the
figure. If the Tray pops out a little, fully pull it out by hand.
Tray open
Thin minus screwdriver
Note:
(1) Do NOT look directly into the pickup lens. The laser beam may cause eye injury.
(2) Even if the unit shown in the photos and illustrations in this manual may differ from your product, the
procedures described here are common.
234
7. DISASSEMBLY
A
B
C
D
E
F
30
1
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234
Page 31
[2] AUDIO PCB Assy
(1) Remove the four screws.
(8109K3080S)
(2) Disconnect the one flexible cable and one
connector.
(CP7301, 1801)
(3) Release the two jumper wires.
(4) Remove the two Holder PCBs.
(5) Remove the AUDIO PCB Assy.
(6) Remove the four screws. (810923070U)
(7) Remove the Shield MAIN Assy.
AUDIO PCB Assy
×4
Shield MAIN Assy
CP7301
CP1801
• Rear view
111
1
4
6
4
3
3
2
2
5
7
5
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B
C
D
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1
[3] MECHA Assy
How to Fix the FFC When the MECHA Assy is
to be Reattached
(1) Disconnect the two flexible cables.
(CP2301, 2302)
(2) Remove the four screws. (8109230A0U)
(3) Remove the MECHA Assy.
(4) Take off the FFC from the cushion FFC.
When the MECHA Assy is detached, the double-back
tape that secures the Cushion FFC of the MECHA Assy
is peeled off. Before the MECHA Assy is reattached, it is
necessary to attach a piece of double-back tape approx.
25 × 500 mm (width/length) to the cushion FFC in order
to fix it.
To fix the FFC, place the MECHA Assy on the location
where it is to be installed, lift its back side, then fix the
FFC. (See the photo below.)
If the cushion FFC is torn when the MECHA Assy is
detached, replace it with a new one (800WRA0023).
MAIN PCB Assy
Cushion FFC
Cushion FFCFFC
MECHA Assy
1
4
3
×4
×2
2
CP2301
CP2302
Cleaning
Pickup lens
Clean the pickup lenses when it is stained, using
the following cleaning materials:
Cleaning liquid : GEM1004
Cleaning paper: GED-008
A
B
234
C
D
E
F
32
1
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5
3
[4] MAIN PCB Assy
(1) Remove the two screws. (8109K3080S)
(2) Disconnect the one connector.
(CP1701)
(3) Remove the one screw. (810923070U)
(4) Remove the MAIN PCB Assy.
1
1
• Rear view
MAIN PCB Assy
2
4
CP1701
[5] Front panel Section
(1) Remove the six screws. (8109K30A0R)
(2) Remove the two screws. (810923070U)
(3) Unhook the two hooks.
When you remove a front panel section, it is not
necessary to remove a Mecha or a PCB Assy.
(4) Disconnect the one flexible cable and one
connector.
(CP3002, 6601)
(5) Remove the Front panel Section.
5
Front panel Section
• Bottom view
2
33
111 111
2
MAIN PCBAssy
4
4
CP3002
CP6601
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C
D
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Procedures for updating the firmware
Fig. 1
1 Turn on the unit.
2 Press the "FUNCTION" button of the unit, and set to
"DISC mode".
3 Open the disc tray.
4 Insert the disc for updating to the dtray.
5 Close the disc tray.
When reading starts, be displayed as follows by unit
display window. (Fig. 1)
6 If the reading of the disk is completed, press the
"f (PLAY/PAUSE)" button.7 Take out the update disk which the disk tray opens.
Caution:
Never unplug the power cord until the updating process is
completed.
8Wait until "SUCCESS" is displayed by unit display
window.
9 Pull out power cord.
How to confirm the firmware version
1 Turn on the unit.
2 Press the "FUNCTION" button of the unit for eight
seconds.
3Version number of SUB MICON is displayed as follows by unit display window. (Fig. 2)
4 Press the "p" button of the remote control unit.
5 Version number of MAIN MICON is displayed as follows
by unit display window. (Fig. 3)
6 Press the "p" button of the remote control unit.
7 Version number of EEPROM is displayed as follows
by unit display window.(Fig. 4)
Released times on the same date
Release date (Example: 2012.5.21)
Fixed
X = October
Y = November
Z = December
DB07T25211
Fig. 2
YPB2521B
YPB2521B
Fig. 3
M11902AM00
Fig. 4
8 Press the "p" button of the remote control unit.
9 Version number of SUM CHECK is displayed as follows
by unit display window. (Fig. 5)
a Turn off the unit.
SUM.25E0
Fig. 5
UPG?
IC4004 : IN6J0C04A0
Auto Power Off : Off
CD/SACD : SACD
Pure Audio : Off
DIMMER : Off (100%)
234
8. EACH SETTING AND ADJUSTMENT
8.1 HOW TO UPDATE THE FIRMWARE
A
B
C
D
E
8.2 DEFAULT SETTING
F
34
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B
C
D
E
F
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1
NOTES: - Parts marked by “NSP” are generally unavailable because they are not in our Master Spare Parts List.
-
The > mark found on some component parts indicates the importance of the safety factor of the part.
Therefore, when replacing, be sure to use parts of identical designation.
-
Screws adjacent to b mark on product are used for disassembly.
-
For the applying amount of lubricants or glue, follow the instructions in this manual.
(In the case of no amount instructions, apply as you think it appropriate.)
AAA/IEC R03
dry cell batteries x2
or
234
9. EXPLODED VIEWS AND PARTS LIST
A
9.1 PACKING SECTION
B
C
D
E
F
36
1
234
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5
678
(1) PACKING SECTION PARTS LIST
Mark No.DescriptionPart No.
>1Power CordSee Contrast table (2)
2 Remote ControlSee Contrast table (2)
3 RCA Audio Cable06EHBA2006
(red/white plugs)
4 Operating InstructionsSee Contrast table (2)
(En, Fr, De, It, NI, Es, Ru)
5 Operating InstructionsSee Contrast table (2)
(Zhtw)
6 Package Back792WHA0872
7 Package Front792WHA0871
8 Gift BoxSee Contrast table (2)
9 Lightron Sheet791WHA0151
(2) CONTRAST TABLE
PD-30-K/PWSYXZT8, PD-30-S/PWSYXZT8, PD-10-K/PWSYXZT8, PD-10-S/PWSYXZT8 and PD-10/FXZT are constructed the
same except for the following:
45 Screw, Tap Tite (B)8109K4060S8109K4060R8109K4060S8109K4060R8109K4060S
49 Screw, Tap Tite (B)810923080U810923080UNot usedNot usedNot used
50 Screw, Tap Tite (B) FL810933080S810933080SNot used
Not usedNot used
53 Screw, Tap Tite (B) PANNot usedNot used810913060S810913060S810913060S
NOTE: The following waveforms were measured at the point of
the corresponding balloon number in the schematic diagram.
10.15 WAVEFORMS
A
234
B
C
D
E
F
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678
11. PCB CONNECTION DIAGRAM
11.1 AUDIO PCB ASSY
SIDE ASIDE A
AUDIO PCB ASSY
B
CP7001
CP7301CP7301
A
J7302
C7330
C7329
R7333
C7324_1
C7323_1
B7303
W906
B7302
W945
W944
R7328R7329
R7334
C7308_1
C7307
C7310
R7366
R7365
Q7308
R7346
R7367
C7337
C7340
R7352
R7304
W938
Q7305
W912
D7302
Q7306
R7347
W917
C7341_1
W933
1
CP7301
R7350
R7349
R7348
Q7307
R7353
R7341
W908
Q7311
Q7312
R7344
R7303
R7363
R7364
R7337
R7335
R7336
R7345
C7342C734 3
C7325
C7326
C7351
C7318
C7303_1C7309_1
R7354
R7340
W929
IC730 1
W928
R7351
R7362
R7302
R7311
R7301
R7309
R7310
R7312
C7362
R7324
Q7304
R7368
R7331
C7302_1
C7361
W947
R7330
IC730 2IC730 3
C7320
C7319
R7356
C7314_1
C7313_1
J7301
R7338
R7313R731 4
R7332
W946
C1823
R7342
R7343
D7301
C1821
C1822
HS1801
Q7301 Q7302
Q7303
R7339
SH1802SH1804
W936
W937
HS1802
IC1802
HS1803
IC1803
C1819
D1807
IC1801
D1801
W950
C1801
D1806
CP1801
C1806
C1809
W948
W949
C1820
W954
W953
W952
W951
R1801
R1802
Q7312 Q7311
Q7305
Q7304
Q7308
Q7306
IC7302
IC7303
Q7301
Q7302
Q7303
IC7301
D1805
D1803
D1804
1
A
B
C
CP1801
CD505
F
SIDE BSIDE B
AUDIO PCB ASSY
B
R7305
R7306
R7320
R7321
R7307
R7322
R7323
W959
W960
W961
W962
R7308
CP1801
R1804
R1807
NOTE FOR PCB DIAGRAMS :
1. The parts mounted on this PCB include all
necessary parts for several destinations.
For further information for respective
destinations, be sure to check with the
schematic diagram.
2. View point of PCB diagrams.
P.C.BoardChip Part
CapacitorConnector
SIDE A
SIDE B
D
E
W973
W974
W905
W904
W958
W957
W956
W955
F
B
PD-30-K
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1
117
33
49
1
51
76
26
11
16
16
129
193
1
65
R3030
SH1701
R3031
SH1702
R3032
R3033
SH1703
R3034
SH1704
R3035
R3036
R3037
R3038
C4001
R3039
C4002
W807
C4003
C4004
C4005
Q4001
C4006
Q4002
C4007
Q4003
C4008
R3040
C4009
R3041
Q1701
C1706
R3042
C1707
R3043
Q1703
C1708
R3044
W810
W811
C1709
R3045
Q1705
R3046
Q1706
Q1707
R3047
W813
W814
R3048
Q1708
Q1709
C4011
R3049
W815
C4012
C4014
C1711
C4015
C1712
C4016
C1713
C4017
C4018
C1714
R3050
C4019
R3051
R3052
R3053
R3054
W820
W821
R3055
R3056
R3057
C4020
R3058
C4021
C4022
W827
C4024
W829
C4026
C4027
R4001
C4029
R3061
B2301
R4002
R3062
R4003
R3063
R4004
R3064
R4005
NR2301
D1705
R4006
R1702
R4007
R3067
R1703
R4008
C4030
R3068
D1708
W834
R4009
C4031
R3069
IC400 2
IC400 3
IC400 4
C4034
W838
IC170 1
HS1701
C4035
C4036
IC170 2
IC170 3
C4037
R4010
C4038
D1710
C4039
R4011
D1711
R4012
D1712D1713
R3073
C1737
R4013
IC170 8
D1714
R4014
R3074
C1738
CP4001
IC170 9
R3075
D1715
R4016
CP4002
R3076
R3077
R4017
R3078
C4040
R4018
R1714
R4019
C4041
CP1701
C4043
R1717
C4044
IC171 0
IC171 1
C4045
C4046
C4047
R4021
C4049
R4022
R4023
R4024
W850
R1720
R4025
C1749
R4026
C2302
W852
C2303
C4050
C2305C2306
R1726
Q2303
R1727
C4054
Q2304
R1728
C4055
Q2305
R1729
C4056
Q2308
C4058
R4030
Q2309
C4059
R4032
R4033
C1757
R4034
W860
R1730
R4035
C2311
R1731
R4036
C2312
R1732
R4037
R1733
C2313
W863
Q2310
C4060
R4038
C2314
Q2311
C2315
C4053_1
C4062
C2316C2317
W867
R1738
C1760
W868
C2319
C1761
W869
C4066
C1762
R4040
C1764
C4068
R4041
C4069
R4042
R4043
R4044
C1768
R4045
W871
R4046
C2322
W872
R4047
C2323
W873
R4048
C2324
W874
C2325
C4073
C4074
C4075
R2301
R1749
C4076
R2302
C4077
C1773
R4050
C4078
C4079
C1775
C4057_1
C1776
R2306
R2307
R2308
R1751
C1779
IC230 1
R1752
W882
C4080
R1754
R4058
W884
C4083
W887
C4084
W888
C4085
R1759
W889
C4086
R2312
C1782
C4087
C1783
R2313
R4060
C4088
R2314
R4061
C1785
R2315
CP2301
R2316
CP2302
C1786
R2317
C1787
R2318
C1788
W890
W891
R2319
R1761
C1789
C4090
R1765
C4091
W895
C4093
W898
C4094
R2320
W899
C1793
C1794
R1770
R1771
R1772
X3002
R1779
C4061_1
B6601
B6602
B6603
C4067_1
C6601
C6603
C6604
C6605
Q6602
C6606
C6608
C6609
C6612
C6614
B7001
B7002
W903
W904
B7004
W905
X4001
B7005
B7006
W906
W908
W909
C6624
W911
W912
W914
IC660 1
IC660 2
IC660 3
C6635
C6637
R6610
R6612
R6613
C7001
CP6601
C7002
C6640
C7004
Q7001
R6619
C7005
C7006
Q7002
C7008
C7009
R6620
R6621
R6622
R6623
R6624
C7010
C7011
R6625
C7012
R6626
C7013
C7014
R6628
C4136
C4137
C4139
R6630
R6632
R6633
C4140
C4141
R6635
R6636 R6637
C7024
R6638
C4144
R6639
D7001
C4145
C4146
D7002
D7003
R7001
L1701
C2304_1
R7002
L1702
R7003
R7004
R7005
R6641
R7006
R6642
R7007
R6643
R6644
R7008
R6645
IC700 1
R7009
IC700 2
R6647
R6648
C4155
R6649
C4157
R7010
R7011
R7012
R7013
R7014
R7015
CP7001
R7016
R7017
R7018
R6656
R6657
R7020
C4168
R7025
R7026
R7027
R7028
OS7001
B3009
C3002
Q3001
C3005C3006
C3007
C3009
C3012
C3014
C3015
C3016
C3024
D3001
C3026
R3001
R3003
R3004
D3008
D3009
C3030
IC300 1
R3009
IC300 2
C3033
IC300 3
D3010
IC300 4
IC300 5
C3036
C3037
R3012
R3013
R3014
R3015
CP3001
R3016
CP3002
CP3003
R3017
R3018
R3019
NR4002
B1702
B1703
B4008
NR4004
B1704
C3044
B4009
C3046
B1706
C3047
C3048
R3020
R3022
B4010
B4012
R3026
R3027
R3028
C3050
R3029
X6601
J700 2J700 3
J700 1
IC400 1
A
A
MAIN PCB ASSY
SIDE ASIDE A
G
CP6001
MECHA ASSY
(PICKUP)
MECHA ASSY
(MOTOR)
CP2301CP2302CP3002
C
CP651
CP6601
B
CP7301
E
CP505
CP1701CP7001
IC7002
IC1708
IC1702
IC1701
IC1703
IC1709
IC1710
IC6603
IC3003
IC3001
IC3004
IC3005
IC6602
IC4003
IC4004
IC3301
Q1703
Q1705
Q1706
Q4003
Q4002
Q4001
Q6602
IC6601
IC4001
Q7002
IC4002
1
1
1
1
1
1
1
1
1
1
234
11.2 MAIN PCB ASSY
A
B
C
D
E
F
72
1
PD-30-K
234
Page 73
5
678
SIDE BSIDE B
MAIN PCB ASSY
A
A
Q6603
R4052 R4053
C4081C4082
B4006
C4166
C4164
C4135
R4027
R4028
C4109
C4033
C4111
B4002
C4023
C4107
Q6603
W840
R6654
R6655
B3013
C4172
B6604
C6636
C4121
C4118
C4051
C4052
C4154
B4005
C4063
C4065
C4064
R4049
C4070
B4001
C4071
C4103
C4072
B4004
R4051
C4013
C4010
C6627
C6607
C6639
C6602
C4126
C1705
C1703
C4160
W894
R1756 R1757
R1758
R1764
C1791
C1792
R1740
R1741
W893
C1763
C1769
B1705
R1767
C1777
R1742
B
C
D
Q1704
Q1702
Q3002
R1725
Q1704
R1718
R1724
Q1702
R1719
C1736
C3001
Q3002
C3052
W877
C2318
W900
C2301
CP1701CP7001
E
W913
CP2301CP2302CP3002CP6601
F
A
PD-30-K
5
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73
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1
Q655
Q656
Q657
R654
R655R656
R657
R658
R659
R661
R662
R663
R664
C655
C666
C680
C687
C689
W954
W957
W958
W959
W962
W963
W964
W975
W976
W977
W979
W9 80
Q651
Q653
C7602
C7603
R7601
L651
L652
B651
R651
R653
R660
R676
C652
C658
C659
C660
C661
C662
C669
C683
C696
C697
D651D652
D656
D659
IC65 1
IC65 4
CP651
CP653
CP654
CP655
CP656
C701
W974
W978
CP652
CP7601
OS7601
C
OPERATION PCB ASSY
C
OPERATION PCB ASSY
D
REMOCON PCB ASSY
D
REMOCON PCB ASSY
SIDE ASIDE A
DC
G
CP6002
CP654CP654
A
CP6601
CP651
CP651
I
CP101
CP653
CP656
CP7601
CP656
CP7601
H
CP401
CP655
CP653CP655
IC654
IC651
SIDE BSIDE B
Q655
Q657
Q653
Q656
Q651
1
1
1
1
1
1
1
234
11.3 OPERATION and REMOCON PCB ASSYS (for PD-30)
A
B
C
D
E
F
74
PD-30-K
1
234
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5
678
11.4 OPERATION, OPERATION2 and REMOCON PCB ASSYS (for PD-10)
SIDE ASIDE A
A
OPERATION2 PCB ASSY
OS7601
REMOCON PCB ASSY
D
CP7601
1
D601
SW601
CP7601
CP656
W968
W969
W970
W971
1
C683
CP656
CP652
D659
1
C669
IC653
D651D652
L652
C701
C659
C660
C661
C662
OPERATION PCB ASSY
C
D656_2
B651
C697
C652
IC651
R651
L651
C658
R653
1
CP651
C696
B653
W974
CP651
CP6601
A
CP654
B
IC651
IC654
CP654CP654
CP6002
1
G
C
SIDE BSIDE B
REMOCON PCB ASSY
D
C7603
R7601
C7602
W966
CP7601
C603
R601
CP656
W965
W98 0
W963
W977
W964
C666
C655
Q653
Q655
R663
R662
R661
R659
Q657
R658
W958
W954
W979
CP651
R655R656
R666
R665
R664
Q656
R657
R654
W956
W959
Q651
C680
W962
C687
C689
W975
W976
Q653
Q655
Q657
Q651
Q656
D
E
OPERATION2 PCB ASSY
DC
5
OPERATION PCB ASSY
C
PD-30-K
678
F
75
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1
C5
0
6
C524
C532
C529
+-
~~
D522
C508
C538
D502
D504
D503
D506
13
IC502
L502
1
3
2
4
IC503
IC501
14
5
8
R501
RY501
T501
C507_1
D508
W002
W003
CP502
16
CP505
D515
D525
D520
C525
D509
C543
S503
S504
W810
W812
W809
R525
L501
T1.6A H 250V
DANGER!
MAINS
VOLTAGE
PRIMARY
DPL030A
6
NTSC/PAL
L
N
F503
F505
F502
F504
F506
F507
T502
PRIMARY
T315mA L 250V
T4A L 250V
SECONDARY
DPL031A
6
AB
C
1
2
1
2
Y
W
YW
E
Q502
W034
C518
C
5
0
5
T630mA L 250V
D523
-+
W817
W036
W035
D518
W807
S
H
5
0
2
D526
CP503
7
C519
C522
C541
W005
W006
CD505
10
D+9V
D+9V
MGND
MGND
D+7V
_GND
_GND
-28V
FL+
FL-
SYS_PON-H
AT+12V
AT+3.3V
AT+5.5V
POW_FAIL
GND
S502
S501
DANGER! MAINS VOLTAGE
FL
D
1.A_1
2.A_CT
3.A_2
4.DIGI1
5.DIGI2
6.DIGI3
7.FL_POWER1
8.FL_POWER2
9.HEATER1
10.HEATER2
CD505
7.HEATER2
6.HEATER1
5.FL_POWER2
4.FL_POWER1
3.DIGI3
2.DIGI2
1.DIGI1
D501
W001
HS501
C501
F
5
0
1
SH501
W818
CD502
CD504
E
POWER PCB ASSY
F
POWER 2
PCB ASSY
SIDE ASIDE A
A
CP1701
CP505
B
CP1801
CD505
AC INAC IN
S503CD502S504
CP502
CD505
CD504
CP503
FE
IC501
IC503
IC502
PD-30 ONLYPD-10 ONLY
234
11.5 POWER and POWER 2 PCB ASSYS
A
B
C
D
E
F
76
PD-30-K
1
234
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5
678
SIDE BSIDE B
POWER PCB ASSY
E
R521
C515
R518
R515
D513
C511
R516
R514
D507
S503S504
A
CP505
D521
D511
B502
B501
C533 C536
R528
R532
R523
D517
R517
C514
C512
D510
R519
C513
C516
R524
D528
R549
R522
D516
D512
R507
C504
D505
R512
R506
R503R504R505
R502
R508R509 R5 10 R511
B
C
CP503
CP502
CD504
POWER 2
F
PCB ASSY
D
E
CD505
F
FE
PD-30-K
5
678
77
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1
R600
R6001
R6002
R6004
IC6001
12
1
34
23
C6003
C6021
C6023
POWER
SW
6DEL286A
12345
DEL284A
POWER
LED
R101
6
D101
DEL283A
6
V6001
103035152025
DISPLAY
CP6002
2
15
16
12345
W009
W010
W011
W012
W013
W014
W015
W016
W017
W018
W022
W031
W813
W814
4
CP101
2
CP401
D_GND
D_GND
IR
AT+3.3V
STBY_LED
H_BIT_LED
LED+12V
LED+5V
KEY_B/D
D_GND
USB_VBUS
USB_FLAG
PURE_LED
P_ON-LED
D_GND
LED_PWM
1.
5.
10.
15.
16.
14.
2.
3.
4.
6.
7.
8.
11.
12.
13.
BLUE_PWM
L
D
E
+
1
2
V
D_GND
KEY_B
1.D_GND
2.KEY_D
SW401
G
DISPLAY PCB ASSY
G
DISPLAY PCB ASSY
I
LED PCB ASSY
I
LED PCB ASSY
H
POWER SW
PCB ASSY
H
POWER SW
PCB ASSY
SIDE A
SIDE B
GHI
C
CP653
CP101
CP101
C
CP654
CP6002CP6002
C
CP655
CP401CP401
PD-30 ONLY
IC6001
234
11.6 DISPLAY, POWER SW and LED PCB ASSYS
A
B
C
D
E
F
78
PD-30-K
1
234
Page 79
C6008
C6016
C6015
C6002
R6003
R6001
R6002
R6004
C6003
C6007
C6006
EF
3
4
DEL283A
V6001
110155
DISP
W808
OPEN/COLSE
FUNCTION
STOP
PLAY/PAUSE
REW/
FF/
SW6001
SW6002
SW6004
SW6006
SW6003
W834
SW6005
R6009
W827
R6007
W830
CP6001
2
25
26
123
W831
W829
R6008
W007
W008
R6006
W015
W016
W017
W018
C6011
W019
W020
W021
W803
W804
W805
W023
W024
W806
W025
W026
W027
W028
W029
W032
W828
W033
FL_DC-
CLK
FL_DC+
D_GND
FL_GND
1.2.3.4.5.
6.
7. FL-28V
STB
8.
9.
10.
KEY_A
DO_VFD
V+3D
11.
12.
13.
14.
15.
16.
DI_VFD
AT+3.3V
STBY_LED
USV_VBUS
H_BIT_LED
USB_FLAG17.
18.
19.
20.
21.
22.
23.
24.
25.
26.
IR
KEY_C
PURE_LED
KEY_B/D
P_ON-LED
AT+12V
D_GND
LED+5V
LED_PWM
D_GND
C6045
SKIP(+)
SKIP(-)
W823
W801
DIP
SIDE A
SIDE B
G
A
CP3002
CP6001
CP6001
5
678
A
B
C
D
E
F
PD-30-K
5
678
79
Page 80
1
NOTES: - Parts marked by “NSP” are generally unavailable because they are not in our Master Spare Parts List.
-
The > mark found on some component parts indicates the importance of the safety factor of the part.
Therefore, when replacing, be sure to use parts of identical designation.