PIN2--PIN7
Ferrite Bead 500mA
MCM770 don’t used this Circuit diagram
SPIN-
TRACK+
MDI
FOCUS-
XSPINDLE
SLEGP
MBPUH
LD
TRACK-
FOCUS+
TRACK-
SL+
XSLEGP
FOCUS-
FOCUS
TRACK+
MDPUH
SPINDLE
VREF_16
MCPUH
MAPUH
SL-
XFOCUS
VREF_16
TRACK
VREF_16
VREF_16
SL-
LIMIT
SPIN-
SL+
SPIN+
SPIN+
TNI
TPI
F_CLK
WP
F_DI
F_DO
LD
F_CS
HOLD#
SPIN+
SPIN-
M1+
M1-
XTRACK
FOCUS+
M-
M+
VREF_16
D+
D-
LCD_DATA
LCD_CLK
LCD_CS
DVD_IR
LIMIT
MUTE_DVD
LIMIT
DOOR
MDI
XSPINDLE
TPI
MBPUH
RESETJ
MUTE34
F_DO
F_CLK
XTRACK
DOOR
FELPFO
VREF_16
F_DI
TNI
XFOCUS
LDO
MUTE34
XSLEGP
LCD_DATA
LCD_CLK
LCD_CS
MCPUH
F_CS
MUTE_DVD
MDPUH
MAPUH
DVD_IR
SBLPFO
TELPFO
M-
M+
GND
HAVC
HAVC
CD_R
4
CD_L
4
M_DOWN
3
M_UP
3
M_OPEN
3
M_CLOSE
3
USB_ON
3
CD_TMS
3
DVD_IR
3
CD_CLK
3
CD_STB
3
MUTE_DVD
3
CD_DATA
3
M+
3
M-
3
CD_5V
3V3SD
M33V
RF_1V8
M33V_CKG
M33V
M33V
AUD_3V3
M33V_LDO
3V3SD_IC
SEV_3V3
M33V_PAD
V18_CORE
3V3SD
V18
3V3SD
RF_1V8
3V3SD
V18
AUD_3V3
3V3SD
CD_5V
M33V_CKG
M33V_LDO
M33V
M33V_PAD
SEV_3V3
3V3SD_IC V18_CORE
AUD_3V3
A5V
CD_5V
CD_5V
CD_5V
A5V
3V3SD
3V3SD
M33V_PAD
SEV_3V3
3V3SD
V18_CORE
SEV_3V3
M33V_PAD
C18
471
C27
104
R66
47K
R85
1.5K
C38
823
R81
4.7K(NC)
EC17
10uF/16V
R65
4.7K(NC)
C19
104
C21
104
Q12
8550,DIP
2
1
3
Q13
8050,DIP
2
1
3
R86
22K
C29
105
R69
100k
TX
C45
104
C10
103
R78
0R
EC8
10uF/10V
EC15
10uF/16V
L12
221
R52
2.2K
R76
4.7K
C35
30pF
R84
10K
EC4
220uF/10V
R60
4.7K
R48
470R
R89
27K
C24
103
C9
104
L18
221
R67
10K
EC12
10uF/16V
R70
10K
EC5
47uF/16V
R73
100K
C33
104
FE
R38
3.9K
C36
104
C43
104
R59
10K
R61
24K
+
CE15
220u/16V
R68
0R
R72
100K
Q17
8050,DIP
2
1
3
C48
104
EC7
10uF/10V
R44
560K/0
C34
104
C47
104
EC13
10uF/16V
L16
221
R83
4.7K
R41
1K
C31
104
R77
4.7K(NC)
C14
104
CN1
SF-P200Z(FPC)
1
2
3
4
5
6
7
8
9
10
11
12
13
14
15
16
VC
VCC
E
D
A
B
C
F
GND
LD
VR
MD
F+
T-
T+
F-
R64
4.7K
L15
221
R34
39K
R35
0R
C20
104
U4
SFLASH EON25P10(1M bit)
1
2
3
4
5
6
7
8
CS#
DO
WP#
GND
DI
CLK
HOLD#
VCC
Q20
8550,DIP
2
1
3
EC2
100uF/10V
+
CE14
220u/16V
C28
104
C23
104
R43
82K/39K
C13
104
Q19
8550,DIP
2
1
3
R87
10K
R42
1K
L17
221
C37
104
R45
2.2K
C11
104
EC1
10uF/16V
R47
2.2K
L10
221
1
2
R49
470R
CN4
CON2.0-4
1
2
3
4
Q21
2N3904
2
1
3
C16
471
R74
4.7K(NC)
L14
221
C32
104
C12
474
EC11
10uF/16V
D7
1N4148
1
2
C49
104
Q11
8550,DIP
2
1
3
C41
823
R40
33K
C40
104
R63
15R
R57
0R
R56
20K
C15
471
L19
221
U2
AM5766FM
1
2
3
4
5
6
7
8
9
10
11
12
13
14
15
16
17
18
19
20
21
22
23
24
25
26
27
28
30
29
VINFC
TRB_1
REGO2
VINSL+
REGO1
FWD
REV
VCC1
VOTR-
VOTR+
VOSL+
VOSL-
VOFC-
VOFC+
VOTK+
VOTK-
VOLD+
VOLD-
VCC2
OPIN
VCTL
GND
VINLD
OPOUT
TRB_2
VINTK
BIAS
MUTE
GND
GND
L9
221
1
2
R46
33K
R80
4.7K
SB
EC10
100uF/16V
R88
1.5K
R50
1K
R62
0R
C25
104
L11
221
L20
221
R79
0R
Q15
8550,DIP
2
1
3
R53
2.2K
R54
10R/0.5W
EC16
100uF/16V
L13
221
C22
473
EC14
10uF/16V
C30
104
R51
1K
R75
10K
R55
18.3K
ALi M5673
U3
71
65
35
20
26
51
1
22
49
93
42
76
100
60
31
5
68
87
62
98
48
41
94
95
46
74
14
53
16
101
82
83
36
3
73
19
23
75
8
12
96
70
54
4
89
47
39
24
86
44
72
67
10
18
33
6
13
21
45
102
59
50
80
92
25
81
57
40
66
88
63
11
64
55
52
97
28
43
79
58
99
90
9
17
7
2
56
77
69
32
61
27
15
91
78
34
103
104
105
106
107
108
109
110
111
114
115
116
117
118
119
120
121
122
123
124
125
126
127
128
29
30
37
38
84
85
112
113
XGPIOD7/SPDIF
XGPIOD1/I2CM_DAT(B)
XPAD_BOCAPR
VTP
XTALI
XPAD_SFGN
LDO
XAVSS33_LDO
XPAD_XVREF
XGPIOH1/DATA4(B)
FMINL
XGPIOE4/SDD0(B)
XGPIOH7/LCDRDJ(O)
XGPIOC0/SFCSB
XPAD_BICAFL
MB
XGPIOD4/I2S_DO
XGPIOG3/USI_DI
XGPIOC2/URTX
XGPIOH6/LCDCSJ(O)
XPAD_V15R
XPAD_MICIN
XGPIOH2/DATA5(B)
XGPIOH3/DATA6(B)
XPAD_V15L
XGPIOE2/DOCD_CLK(O)
MPXOUT2
XDP
COSP
XGPIOI0/LCDWRJ(O)
XGPIOF2/SD_MS_PWR
XGPIOF3/SD_MS_DET
XPAD_LINEOUTR
TP2
XGPIOE1/DOCD_DATI(I)
VTB
XAVDD33_LDO
XGPIOE3/SD_MS_WP
XAVDD33_2
TELP
XGPIOH4/DATA7(B)
XGPIOD6/I2S_WCLK
VDD_CORE
MC
XGPIOG5/DATA0(B)
XPAD_V08R
FMINR
XAVDD18_LDO
XGPIOG2/USI_DO
XPAD_MICBIAS
XGPIOE0/DOCD_DATO(O)
XGPIOD3/I2S_REFCLK
V12
XAVDD33_3
XPAD_LINEOUTL
MD
MPXOUT1
XAVSS33_3
XPAD_V08L
XGPIOI1/PWM0_0(O)
XGPIOB7/SFDI
XPAD_SFGP
XGPIOF0/SDCMD(B)/MSBS(O)
XGPIOH0/DATA3(B)
XAVDD33_CKG
XGPIOF1/SD/MS_CLK(O)
VDD_PAD
XPAD_LINEINR
XGPIOD2/I2S_SCLK
XGPIOG4/USI_CLK
XGPIOC3/URRX
XAVSS33_2
XGPIOD0/I2CM_CLK(O)
GND_CORE
XDM
XGPIOH5/LCDA0(O)
XAVSS33_CKG
XPAD_LINEINL
XGPIOE7/SDD3(B)
XGPIOB6/SFDO
XPRSTB
XGPIOG6/DATA1(B)
HAVC
COSN
MA
TP1
GND_PAD
XGPIOE5/SDD1(B)
XGPIOD5/I2S_DI
XPAD_BOCAPL
XGPIOC1/SFSCK
XTALO
MPXOUT3
XGPIOG7/DATA2(B)
XGPIOE6/SDD2(B)
XPAD_BICAPR
XGPIOI2/IRC
XGPIOI3
XGPIOI4
XGPIOI5
XGPIOI6
XGPIOI7
XGPIOJ0
XGPIOJ1
XGPIOJ2
GND_CORE
VDD_CORE
XAVDD_D33
BTN_ADIN1
BTN_ADIN2
BTN_ADIN3
VREF16
FMO
XAVD33_1
DMO
XAVSS33_1
GPWM
FOO
TRO
MDI
XAVDD18_1
XAVSS18_1
XAVSS33_AUD
XAVDD33_AUD
GND_PAD
VDD_PAD
GND_PAD
VDD_PAD
D8
1N4148
1
2
EC6
10uF/16V
Q14
8050,DIP
2
1
3
C44
104
R36
470R
RX
C26
104
EC9
10uF/10V
R71
10K
Q18
8050,DIP
2
1
3
R39
1K
R58
12K
CN2
CON2.54-2
1
2
C46
104
R37
470R
C17
471
EC3
470uF/16V
R82
0R(OPEN)
Y1
16.9344MHz
C39
30pF
CN3
CON2.0-6
1
2
3
4
5
6
SPIN+
SPIN-
SLED+
SLED-
LIMIT1
LIMIT2
C42
104
TE
Q16
8550,DIP
2
1
3
8-2
8-2
Decoder Board -- Circuit Diagram
Summary of Contents for MCM770
Page 9: ... 0DOIXQFWLRQ IROORZ FKHFN FKDUW ...
Page 11: ...4 1 4 1 Block Diagram ...
Page 12: ...86 2 5 9 2 5 32 5 6 7 9 6 03 2 5 72 63 5 LULQJ LDJUDP ...
Page 14: ...5 2 5 2 VFD Display Board Layout Diagram ...
Page 17: ...7XQHU RDUG D RXW LDJUDP ...
Page 22: ...8 5 8 5 Decoder Board Layout Diagram Top ...
Page 23: ...8 6 8 6 Decoder Board Layout Diagram Bottom ...
Page 24: ...9 1 9 1 EXPLODE VIEW ...