2-8
DVD module section (1)
F M +
F-
T+
TRSDRV
E
CDLDCUR
FODRV
WOUT
T-
C
C O M
UOUT
F
EXDT3
M D Q 4
F -
M D Q 0
V O U T
M D Q 1
M D Q 1 3
C
M D Q 1 4
LPC1
M D Q 2
M D Q 1 0
M D Q 1 2
A D 4
B
M D Q 5
M D Q 3
D
EXADT9
EXDT11
DACCK
EXADT8
EXDT4
F+
F M -
EXADR19
DAC5OUT
VOUT
NEXWE
DAC4OUT
D D A T A
E
DAC1OUT
BCK
D
D C L K
R F +
F
T -
DAC2OUT
B
FM-
M D Q 9
NEXOE
T R D R V
FM+
A
M D Q 6
NEXCE
COM
EXDT14
M D Q 8
EXADT10
EXDT9
W O U T
AOUT0
D Q M 0
EXDT2
A
AOUT1
D Q M 1
EXDT10
DAC3OUT
AOUT2
V R E F H
EXDT7
BCKM
U O U T
EXDT15
LRCK
F +
T +
EXADT0
FG
LPCO1
LPCO2
EXDT1
EXDT8
EXDT0
M D Q 1 1
M D Q 7
DATAM
EXDT6
EXDT13
D V D P W R
M D Q 1 5
CPURST
EXDT5
EXDT12
DVDLDCUR
T R V S W
SPDRV
E X A D R 2 0
SPMUTE
H F M O N
EXADT15
EXADT14
EXADT6
EXADT5
EXADT4
EXADT3
EXADT2
EXADT1
EXADT11
EXADT13
EXADT12
EXADT7
EXADR16
N W E
N C A S
N R A S
N C S M
M A 1 1
B A 0
M A 9
B A 1
M A 8
M A 1 0
M A 7
M A 0
M A 6
M A 1
M A 5
M A 3
M A 4
M A 2
D A C P D N
A D C P D N
D A C 1 C S
DAC2CS
CDLDCUR
AD4
TRDRV
FODRV
LRCKM
S P M U T E
H F M O N
S P D R V
T R S D R V
LPCO1
LPC2
LPCO2
T R V S W
D A C 0 C S
F G
VREFH
M C K
DVDLDCUR
D R V M U T E
DRVMUTE
H A G U P
LPC2
R F +
LPC1
EXADR17
EXADR18
L R M U T E
S C S
S 2 U D T
U 2 S D T
U C L K
U C S
A D I N
C P U R S T
I N D E X
T R A C K
C O P Y
D E M P
TX
RX
SWMUTE
X 3 0 1
N A X 0 7 4 1 - 0 0 1 X
T P 2 9 2
1 0 k
R 3 7 3
0 . 1
C 3 2 1
10p
C326
1 k
R 3 8 4
3 0 k
R 2 0 6
1 0 0
R 3 5 3
0 . 0 2 2
C 2 1 1
0
R 3 3 7
1 0 k
R 3 0 8
TP109
S 3 . 3 V
TP118
47/6.3
C303
T
0.1
C318
F
22/6.3
C108
T
N I
R 2 1 5
0 . 1
C 3 3 5
F
30k
R340
0.5%
1
C324
F
NI
R359
TP111
5.6k
R111
330
R117
24k
R220
TP113
NI
R355
0 . 1
C 3 0 0
F
4 7 / 4
C 3 0 2
2 7 k
R 2 0 4
10/6.3
C339
T
3 3 0
R 3 2 4
0 . 0 1
C 2 0 3
18
R113
1/4W
D G N D
0 . 1
C 3 3 4
F
Q 1 0 4
2 S C 4 6 1 7 / R / - X
TP101
4.3k
R127
TP205
0 . 1
C 3 2 0
NI
R354
1 k
R 1 0 7
22k
R346
4 . 3 k
R 1 1 2
10k
R214
0 . 0 2 2
C 2 6 1
0 . 1
C 3 8 3
F
0.1
C307
F
I C 3 0 2
M M 1 7 0 1 C H - X
8
V i n
7
N C
6
N C
5
C o n t
4
C n
3
G N D
2
N C
1
V o
I C 5 1 0
B R 2 4 L 1 6 F - W - X
8
V C C
7
W P
6
S C L
5
S D A
4
G N D
3
A 2
2
A 1
1
A 0
220
R345
TP121
0 . 1
C 1 0 7
F
N I
R 3 7 1
5 6 0 p
C 3 5 3
NI
C336
0 . 0 1 8
C 3 3 7
0 . 1
C 3 4 8
220p
C201
0.1
C217
F
5.6k
R128
M 9 V
TP332
I C 3 0 1
M N 2 D S 0 0 0 9 A A
1
MDQ18
2
VSS
3
VDD33
4
MDQ28
5
MDQ19
6
MDQ27
7
MDQ20
8
VDD33
9
VSS
1 0
MDQ26
1 1
MDQ21
1 2
MDQ25
1 3
MDQ22
1 4
MDQ24
1 5
MDQ23
1 6
VSS
1 7
VDD33
1 8
EXADT0
1 9
NEXCE
2 0
NEXOE
2 1
VSS
2 2
VDD12
2 3
EXDT0
2 4
EXDT8
2 5
EXDT1
2 6
EXDT9
2 7
EXDT2
2 8
EXDT10
2 9
EXDT3
3 0
EXDT11
3 1
EXDT4
3 2
EXDT12
3 3
EXDT5
3 4
VSS
3 5
VDD33
3 6
EXDT13
3 7
EXDT6
3 8
EXDT14
3 9
EXDT7
4 0
EXDT15
4 1
EXADR16
4 2
EXADT15
4 3
EXADT14
4 4
VSS
4 5
VDD12
4 6
EXADT13
4 7
EXADT12
4 8
EXADT11
4 9
EXADT10
5 0
EXADT9
5 1
EXADT8
5 2
VSS
5 3
VDD33
5 4
EXADR19
5 5
NEXWE
5 6
EXADR18
5 7
EXADR17
5 8
EXADT7
5 9
EXADT6
6 0
EXADT5
6 1
EXADT4
6 2
EXADT3
6 3
EXADT2
6 4
EXADT1
6 5
P 0
6 6
P 1
6 7
P 2
6 8
V S S
6 9
V D D 3 3
7 0
P 3
7 1
P 4
7 2
P 5
7 3
P 6
7 4
P 7
7 5
P 8
7 6
P 9
7 7
P 1 0
7 8
P 1 1
7 9
P 1 2
8 0
P 1 3
8 1
P 1 4
8 2
V S S
8 3
V D D 1 2
8 4
N R S T
8 5
F G
8 6
D R V 5
8 7
D R V 4
8 8
D R V 3
8 9
D R V 2
9 0
D R V 1
9 1
D R V 0
9 2
V S S
9 3
V D D 3 3
9 4
M O N I 7
9 5
M O N I 6
9 6
M O N I 5
9 7
M O N I 4
9 8
M O N I 3
9 9
M O N I 2
1 0 0 M O N I 1
1 0 1 M O N I 0
1 0 2 A V D D D
1 0 3 P L F I L 1
1 0 4 A V S S D
1 0 5 V R E F H 7
1 0 6 V R E F L 7
1 0 7 C C A P A
1 0 8 A V S S C
1 0 9 C D A T A
1 1 0 A V D D C
1 1 1 A N A M O N I 1
1 1 2 A N A M O N I 2
1 1 3 R F I N N
1 1 4 R F I N P
1 1 5 V I N 1 R F
1 1 6 V I N 2 R F
1 1 7 V I N 4 R F
1 1 8 V I N 3 R F
1 1 9 A V D D B
1 2 0 V R E F H 5
1 2 1 V R E F L 5
1 2 2 A V S S B
1 2 3 L P C 1
1 2 4 L P C O 1
1 2 5 L P C 2
1 2 6 L P C O 2
1 2 7 V R E F H
1 2 8 V H A L F
1 2 9
VIN10
1 3 0
VIN9
1 3 1
VIN5
1 3 2
VIN6
1 3 3
VIN7
1 3 4
VIN8
1 3 5
VIN3
1 3 6
VIN4
1 3 7
VIN2
1 3 8
VIN1
1 3 9
AD0
1 4 0
AD1
1 4 1
AD2
1 4 2
AD4
1 4 3
AVSSH
1 4 4
PWM1
1 4 5
PWM0
1 4 6
AVDDH
1 4 7
DAC3OUT
1 4 8
DAC2OUT
1 4 9
DAC1OUT
1 5 0
AVDDF
1 5 1
COMP1
1 5 2
VREF
1 5 3
IREF1
1 5 4
COMP2
1 5 5
AVSSF
1 5 6
DAC4OUT
1 5 7
DAC5OUT
1 5 8
AVDDE
1 5 9
AVSSE
1 6 0
AVDDG
1 6 1
AVSSG
1 6 2
OSCI
1 6 3
OSCO
1 6 4
VSS
1 6 5
VDD12
1 6 6
DACCK
1 6 7
LRCK
1 6 8
SRCK
1 6 9
ADOUT3
1 7 0
ADOUT2
1 7 1
ADOUT1
1 7 2
ADOUT0
1 7 3
IECOUT
1 7 4
VSS
1 7 5
VDD33
1 7 6
VDIO7
1 7 7
VDIO6
1 7 8
VDIO5
1 7 9
VDIO4
1 8 0
VDIO3
1 8 1
VDIO2
1 8 2
VDIO1
1 8 3
VDIO0
1 8 4
VDD33
1 8 5
VSS
1 8 6
EXTRG1
1 8 7
SCLOCK
1 8 8
SDATA
1 8 9
EXTRG0
1 9 0
TRCCLK
1 9 1
TRCDATA0
1 9 2
TRCDATA1
1 9 3
TRCDATA2
1 9 4
TRCDATA3
1 9 5
TRCST
1 9 6
V S S
1 9 7
V D D 3 3
1 9 8
M D Q 1 5
1 9 9
M D Q 0
2 0 0
M D Q 1 4
2 0 1
M D Q 1
2 0 2
M D Q 1 3
2 0 3
M D Q 2
2 0 4
V D D 3 3
2 0 5
V S S
2 0 6
M D Q 1 2
2 0 7
M D Q 3
2 0 8
M D Q 1 1
2 0 9
M D Q 4
2 1 0
M D Q 1 0
2 1 1
M D Q 5
2 1 2
M D Q 9
2 1 3
M D Q 6
2 1 4
V D D 3 3
2 1 5
V S S
2 1 6
M D Q 8
2 1 7
M D Q 7
2 1 8
V D D 1 2
2 1 9
D Q M 0
2 2 0
D Q M 1
2 2 1
N W E
2 2 2
V S S
2 2 3
M C K
2 2 4
V D D 3 3
2 2 5
M C K I
2 2 6
V S S
2 2 7
N C A S
2 2 8
N R A S
2 2 9
N C S M
2 3 0
M A 1 1
2 3 1
B A 0
2 3 2
M A 9
2 3 3
V S S
2 3 4
V D D 1 2
2 3 5
B A 1
2 3 6
M A 8
2 3 7
M A 1 0
2 3 8
V S S
2 3 9
D V V 3 3
2 4 0
M A 7
2 4 1
M A 0
2 4 2
M A 6
2 4 3
M A 1
2 4 4
M A 5
2 4 5
M A 2
2 4 6
M A 4
2 4 7
M A 3
2 4 8
V S S
2 4 9
V D D 3 3
2 5 0
D Q M 2
2 5 1
D Q M 3
2 5 2
M D Q 3 1
2 5 3
M D Q 1 6
2 5 4
M D Q 3 0
2 5 5
D Q M 1 7
2 5 6
D Q M 2 9
7 5 0
R 3 5 0
0 . 1
C 3 1 0
F
220p
C202
T P 3 1 5
1
C356
0.01
C393
220
R357
1k
R385
1 k
R 3 7 6
0 . 1
C 3 0 9
F
0
R 3 3 5
0 . 1
C 2 0 4
F
TP381
TP107
0 . 1
C 3 2 3
TP334
TP331
NI
C374
F
TP116
1
C304
K352
NQR0502-001X
I C 2 0 1
L A 6 5 0 2 - X
1
2
3
4
5
6
7
8
9
1 0
1 1
1 2
4 9
1 3
1 4
1 5
1 6
1 7
1 8
1 9
2 0
2 1
2 2
2 3
2 4
2 5 2 6 2 7 2 8 2 9 3 0 3 1 3 2 3 3 3 4 3 5 3 6 5 0 3 7 3 8 3 9 4 0 4 1 4 2 4 3 4 4 4 5 4 6 4 7 4 8
1 k
R 3 0 6
TP122
2.2
R106
0.1
C375
F
TP105
0
R338
0 . 0 2 2
C 2 6 0
NI
R360
C N 3 0 1
N I
1
2
3
4
5
6
4 . 3 k
R 1 0 4
Q 1 0 3
KTA1001/Y/-X
M G N D
TP220
1 k
R 3 0 7
0
R339
TP206
N I
C 2 9 0
N I
R 1 2 6
6.8k
R221
D 2 V
N I
R 3 7 4
TP103
0 . 1
C 1 0 3
F
0.1
C329
0 . 0 0 5 6
C 3 3 8
0 . 1
C 3 3 3
F
TP119
0 . 1
C 3 7 9
F
680
R351
TP207
220
R358
470
R116
1 M
R 3 5 2
TP227
1 k
R 2 0 2
0
R 3 4 8
TP104
3 3 0
R 3 2 6
NI
R361
1
C341
TP201
0 . 1
C 5 6 4
F
470
R108
0 . 0 1
C 3 2 8
10k
R259
Q 1 0 1
KTA1001/Y/-X
0.1
C256
T P 3 3 7
1
C340
F
47k
R542
TP226
N I
C 3 7 8
1 8 k
R 2 1 9
TP333
N I
R 2 9 0
0 . 1
C 1 0 1
F
47k
R541
0.015
C352
0 . 0 3 3
C 3 3 1
N I
Q 1 0 5
0 . 1
C 3 1 4
F
0 . 1
C 3 0 5
F
100/16
C263
TP108
1 5 0 p
C 2 0 6
2.2
R114
0 . 1
C 3 4 9
F
2 2
R 3 0 3
27k
R205
NI
R366
NI
R363
1 0 k
R 3 7 2
5.1k
R341
0.5%
TP202
0 . 1
C 3 7 7
TP231
TP204
220/6.3
C301
NI
R208
5.6k
R103
220
R367
S 5 V
22/6.3
C106
T
2 7 0 p
C 2 0 5
TP329
1 0 0
R 1 0 1
NI
R356
3 3 0
R 3 2 5
0.015
C258
1
C210
F
NI
R254
TP117
P 3 . 3 V
TP106
N I
C 2 6 4
0 . 1
C 3 0 6
F
0
R 3 3 4
T P 2 2 1
2.4k
R342
0.5%
0.1
C376
F
1
R125
0 . 1
C 3 0 8
F
NI
C373
0
R 3 3 6
1 0 k
R 2 1 3
0 . 1
C 1 0 2
F
330
R109
M 5 V
TP203
1 0 0
R 1 0 2
47/6.3
C105
T P 2 9 1
NI
R255
0 . 0 2 2
C 2 6 2
1
C371
F
T P 3 2 6
TP328
NI
R110
TP110
0 . 1
C 1 0 4
F
0.1
C315
1 0 0 k
R 3 0 9
NI
R365
TP115
0 . 1
C 3 3 2
F
TP120
Q 1 0 2
2 S C 4 6 1 7 / R / - X
0.015
C259
0 . 1
C 3 1 9
F
0.1
C372
F
TP330
0.39
R251
1/2W
1 0 0
R 3 1 0
TH301
NAD0025-103X
TP123
10k
R392
0 . 1
C 3 3 0
F
TP208
T P 3 1 4
12p
C325
0 . 1
C 3 2 2
NI
R257
NI
R118
1 0 0
R 3 8 3
20k
R347
NI
R364
1 k
R 1 1 5
18
R105
1/4W
4 7 k
R 2 0 7
5 6 0 p
C 3 5 4
0.47
C251
TP102
47
R362
0.0082
C257
0.01
C351
1
C359
T P 3 0 4
TP321
CN201
QGF1016F8-08W
1
2
3
4
5
6
7
8
NI
C311
D301
NI
C316
0.1
F
C312
0.1
F
C 3 5 0
0 . 0 1
N I
R 3 2 3
N I
R 3 3 0
N I
R 3 3 1
CN101
QGF0523F3-24W
1
2
3
4
5
6
7
8
9
1 0
1 1
1 2
1 3
1 4
1 5
1 6
1 7
1 8
1 9
2 0
2 1
2 2
2 3
2 4
4 7 0
R 2 0 1
4 7 0
R 3 7 5
NI
R318
9
10k
R319
0 . 1
C 3 4 7
C313
0.1
F
R 3 1 6
1 k
3 3 0
R 3 2 7
K 1 0 1
N Q R 0 5 0 2 - 0 0 1 X
S 5 V
0 . 1
C 3 8 6
F
NI
R332
TP325
TP320
TP335
N I
R 3 2 2
N I
R 3 2 1
N I
R 3 2 0
1 k
R 3 7 7
T P 3 0 6
T P 3 0 8
T P 3 0 9
T P 3 0 7
TP124
TP114
TP125
TP112
NI
C770
NI
C772
D G N D
D G N D
NI
R252
NI
C776
D G N D
NI
C771
NI
C774
NI
C777
D G N D
D G N D
D G N D
D 1 . 2 V
T P 3 0 0
T P 3 0 1
OUT3F
0V
SPINDLE
SPC1
PICKUP
P D ( D V D )
D
B
DGND
AMP1IN-
SPRF
UOUT
+ R F
0 V
L D ( C D )
QAR0165-001
AMP3OUT
F M -
0V
I C E
SDATA
AMP1OUT
MCOM
V R ( D V D )
0V
AMP2OUT
DGND
OUT3R
QAR0386-001
0V
OUT1F
f o r
SPFC
G N D
VCC
N C
V O U T
MUTE1
VCC2
M E C H A
TRA
OUT4F
0 V
E
AMPOUT
WOUT
0V
G N D
OUT1R
T -
AMP2IN-
SPFGO
D 1 . 2 V
ASS'Y
VOUT
V C C
T R V S W
T +
MUTE3
MGND
P D ( C D )
VREF
0V
MOTOR
FR
0V
TEMPDET
0V
RESET
SGND
FXL-D10-1M
AMP4IN-
SPVCOIN
OUT2F
DRIVER
SPCX
W O U T
MGND
SCLK
S W
E E P R O M
L A S E R
R E G .
U O U T
AMP3IN-
MGND
FEED
NC
VCC1
SPCTL
F
( O P A - 6 5 2 P H * )
V H A L F 2
QAL0786-***
FODRV
S W G N D
SPDRV
T R S D R V
F -
2SB1424/R/-W
MOTOR
0V
0V
2SB1424/R/-W
C O M
MGND
F +
SPC2
AMPIN+
MUTE2
OUT4R
V C C ( H F )
NC
or
D V 3 . 2
AMPIN-
NC
0V
BR
V S
L D ( D V D )
V R ( C D )
OUT2R
TRDRV
C H A S S I S
or
C
D R I V E R
MECHA
A
H F M
F M +
ASS'Y
( E X A D R 2 0 )
( A D I N )
( S C K )
( S D A )
( U C S )
( U C L K )
( U 2 S D T )
( S 2 U D T )
( S C S )
( D C L K )
( D D A T A )
(DAC1CS)
( T R V S W )
(DAC2CS)
(ADCPDN)
( S E R I A L 1 O U T )
( D A C 0 C S )
(DACPDN)
( D E M P )
( C O P Y )
( T R A C K )
( I N D E X )
G N D
(SWMUTE)
(IECIN)
LVA10542-411B (1/2)
( T A L K )
( W P )
2 7 M H z
N O T E S
,
A L L R E S I S T A N C E V A L U E S A R E
A
A L L C A P A C I T A N C E V A L U E S A R E I N
A L L R E S I S T O R S A R E
I N O H M ( ) .
.
A L L E . C A P A C I T O R S A R E S H O W N I N T H E F O R M
C O N D I T I O N - - -
M E T A L G L A Z E R E S I S T O R .
a n d
2 .
A R E I N H ( m = m H ) .
V O L T A G E S A R E D C - M E A S U R E D W I T H A D I G I T A L
N I S T A N D S F O R N O T I N S E R T E D P A R T S .
m o d e
C E R A M I C C A P A C I T O R
,
1 0 V
1 / 1 6 W
2 5 V
V O L T M E T E R
A L L C A P A C I T O R S A R E
,
T r a y
1 .
,
i n
3 .
W I T H O U T I N P U T S I G N A L .
1
5 %
t h e
d i s c
.
o r
S T O P
1 6 V
A L L I N D U C T A N C E V A L U E S
D V D
0 . 5 %
F ( p = p F ) .
M E T A L G L A Z E R E S I S T O R .
/ R A T E D V O L T A G E ( V ) .
U N L E S S O T H E R W I S E S P E C I F I E D .
6 . 3 V
O F
5 0 V
C A P A C I T A N C E ( F )
O R
1 . 2 V
0 V
0 V
3 . 9 V
0 V
0 V
0 V
0 V
3 . 1 V
0 V
3 . 1 V
1 . 2 V
0 V
3 . 1 V
0 V
3 . 1 V
3 . 1 V
3 . 1 V
0 V
0 V
0 V
1 . 5 5 V
2 . 2 V
2.2V
2.2V
2.2V
2.2V
2.2V
2.2V
2.2V
2.2V
2.2V
2.2V
0V
3.1V
3.1V
3.1V
0V
0V
0V
3.1V
3.1V
1.2V
0V
0V
0V
3.1V
0.99V
3.1V
0V
3.1V
0V
0V
3.1V
1.2V
0V
3.1V
0V
1.2V
0V
3.1V
0V
3 . 1 V
0 V
3 . 1 V
0 V
0 V
1 . 2 V
0 V
3 . 1 V
0 V
0 V
3 . 1 V
0 V
3 . 1 V
3 . 1 V
0 V
0V
0V
0V
0V
0V
0V
3V
0V
0V
0V
0V
9V
9V
9V
9V
0.9V
0.9V
0.9V
0.9V
0.9V
0.9V
2.4V
2.2V
1.8V
1.8V
1.8V
0V
1.8V
2.1V
2.2V
2.4V
2.1V
1.8V
A
B
D
E
F
G