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Mono Board Circuit Diagram
1
2
RFA5V
+5VL
BC848
A
7701
1
3625
1.2K
3790
91R
2622
BC848
+ 2621
0.1uF
7703
100uF/16V
1
B
3626
3.3K
7732
FB220R
3791
91R
TP18
3792
1
.
TP7
C
TP24
390R
TP21
.
1
.
1
.
1609
TP17
24P-HEAD/bottom
1
.
24
GND-LD
23
DVD-LD
22
NC
21
HFM
20
MD
19
CD-LD
18
VR-DVD
17
VR-CD
16
NC
TP16
15
E
14
1
VCC
.
D
13
VC(VREF)
12
GND/PD
11
F
10
B
9
A
8
RF
7
CD/DVD_SW
6
D
5
C
TACT-
4
T-
TACT+
3
T+
FACT+
2
F+
FACT-
1
F-
TP4
TP3
TP2
TP1
2649
E
0.1uF
2650
0.1uF
KHM310 OPU
MGND
2652
2.7nF
F
3655
FOCUS_DAC
3656
3658
5.6K
RF33V
MGND
3664
11K
SLED_PWM1
SLED_PWM
2659
27nF
MGND
M5V
G
2661
2662
220uF/16V
0.1uF
MGND
SLED-
SLED+
FACT-
FACT+
H
1712
TP61
TP62
6
5
TP64
4
HOMESW
TP65
3
2
I
1
TP63
TO DRIVE
MGND
J
1
2
DVP4000MKI
3139 785 3172x
3
4
5
3620
RFA5V
VR_SEL Logic:
VR_SEL
2612
33nF/10%
4.7K
CD=LOW
2824
DVD=HIGH
3621
0.1uF
4.7K
2615
1nF/10%
1
7604
3624
7702
10K
BC848
1
DVDRFP
2
DVDRFN
2623
2.2nF/10%
3
A2
2627
2.2nF/10%
4
B2
RF-SIGNAL
2625
2.2nF/10%
5
C2
2624
2.2nF/10%
6
D2
2628
33pF/10%
7
ZR36707
CP
8
CN
OPU_D
9
D
OPU_C
10
C
OPU_B
11
B
OPU_A
12
A
13
CD_D
14
CD_C
15
CD_B
16
TP6
TP5
TP10
TP9
CD_A
TP8
1
1
.
OPU_F
OPU_E
3794
0R
VC25
LaserMD
3795
3642
11R
NM
TP20
TP13
TP15
TP11
2641
100uF/16V
3643
220R
1
RFGND
TP23
7704
BC858
2642
HFE>300
7733
NM
DVDLD
10uH
6602
1N4148
TP19
CD/DVD_SW Logic:
RFGND
6603
CD=HIGH
1N4148
DVD=LOW
7734
CDLD
10uH
2647
NM
1
3646
220R
7705
BC858
2651
100uF/16V
HFE>300
3647
11R
3667
0R(NM)
3788
0R(NM)
7605
AM5868(BA5954)
5.6K
5.6K
FOCUS_DAC1
3657
5.1K(0R)
DRVSB
1
28
VINFC
STBY
2654
0.1uF
2653
NM(100pF)
2
27
VC2
CFCERR1(OP2IN-)
BIAS
2655
0.1uF
3659
NM(47K)
3
26
3660
22K(10K)
CFCERR2(OP2IN+)
VINTK
3780
NM(0R)
3781
10K(NM)
4
25
2656
NM(100pF)
VINSL+
CTKERR1(OP1IN+)
3665
NM(10K)
5
24
3666
NM(10K)
VINSL-(OP2OUT)
CTKERR2(OP1IN-)
2658
NM(4.7nF)
6
23
VOSL(CLOSE)
VINLD
3671
NM(6.8K)
7
22
VNFFC(OPEN)
PREGND
3638
0R(NM)
MGND
8
21
VCC
PVCC2
3640
NM(0R)
3785
3784
NM(0R)
9
20
PVCC1(LOAD-)
VNFTK(OP1OUT)
NM(0R)
10
19
PGND(LOAD+)
PGND(VCC2)
0R(NM)
3630
11
18
VOSL-
VOLD-
12
17
VOSL+
VOLD+
3675
0R(1R)
3674
0R(1R)
13
16
VOFC-
VOTK-
3676
NM(1R)
3677
NM(1R)
14
15
VOFC+
VOTK+
3622
NM(0R)
3793
NM(0R)
MGND
3
4
5
EN 9
6
8
7
RFA5V
FNN
2613
1nF/10%
RFINN
RFINN
FNP
2614
1nF/10%
RFINP
RFINP
2620
1nF/10%
RFA5V
3623
12K/1%
RFGND
RF33V
48
RFA_SDEN
SDEN
RFA_SDEN
47
RFA_SDATA
SDATA
RFA_SDATA
46
SCLK
RFA_SCLK
45
V33
44
2626
470pF/10%
LCP
43
LCN
42
MNTR
41
CE
RFA_FE
3631
2.7K
40
FE
RFA_TE
3632
1.3K
39
TE
RFA_PI
3633
1.3K
38
PI
37
V25
36
SVREF15
V125
35
2629
0.1uF/10%
TPH
34
RFA5V
DFT
33
2826
2827
LINK
+ 2630
0.1uF
0.1uF
4.7uF/16V
RFGND
3639
4.7K
LINK
3641
2640
9.1K
2.7nF
RFGND
RFA5V
RFA_DEFECT
DEFECT
3617
0R
RFA_MIRR
MIRR
RFA_LDON
LDON
3644
13K
AAF_CE
3645
4.7K
2828
0.1uF
3607
NM
RFGND
RFGND
RFA5V
2648
0.1uF
RF33V
RFGND
DSPVCC33
3648
3649
SEN_OPM+
100R/1%
10K/1%
SEN_OPM-
3651
3650
10K/1%
100R/1%
10K/1%
DRVSB
MGND
RF33V
TRACK_DAC1
3661
5.6K
3662
5.6K
3663
5.6K
TRACK_DAC
2657
560pF
MGND
3668
11k
SPINDLE_PWM
2660
SEN_OPMO
27nF
MGND
M5V
2611
0.1uF
MGND
MOT_SPDL-
MOT_SPDL+
TACT-
TACT+
The vaule out of () is used for
AM5868S.
The vaule in () is used for
BA5954.
7
6
8
9
10
11
AAF_CE
AAF_CE
AAF_FE
AAF_FE
AAF_TE
AAF_TE
AAF_PI
AAF_PI
SVREF15
RFGND
MOT_SPDL+
MOT_SPDL-
3627
3628
3629
10K
11K
1M
SEN_OPM-
M5V
3789
4.7K(NM)
7602B
SEN_OPM+
5
+
SEN_OPMO
7
6
-
3635
3636
22K
22K
NM(TL3472)
MGND
MGND
MGND
VBIASS1
2829
3652
0.1uF
RF33V
RF33V
GND
RFGND
SGND
MGND
9
10
11
12
13
A
B
C
D
SPDL_SENS
3634
3.3K
E
F
G
H
I
J
3139 243 3177
12
13
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