TO MCU
TO MCU
AUX IN/LINE OUT
TO MPEG PCB
TO DISPLAY PC
B
TO POWER PC
B
MCU
AGND
AGND
OPEN/CLOSE_SW
CEC_OUTPUT
GND
T
E
S
E
R
T
E
S
E
R
SDA
M_CLOSE
M_CLOSE
CEC_INPUT
M_OPEN
3.3V/GND/I_VIDEO_SW
GND
CEC_OUTPUT
3.3V/I2C_INT
SDA
CD_MUTE
GND
DVD_ON
MBD7020
SDA
N
O
_
D
V
D
N
O
_
D
V
D
3.3V/GND/I_VIDEO_SW
M_OPEN
SCL
3.3V/GND/I_VIDEO_SW
CD_MUTE
HPD
1.0/12P
CD_MUTE
CEC_INPUT
I2C_INT/3.3V
1.0/16P
GND
RESET
MCU <=> MPEG
GND
CD_TRIN
HPD
DCD7010
CD_TRIN
SCL
1.0/12P
MCM7000
SCL
OPEN/CLOSE_SW
GND
1
2
3
4
16
Pins
5
6
7
8
9
10
11
12
13
14
15
FL O+
MSD A
MSC L
FR O-
FR -
PW M_ R ST
FL O-
OT W
LR C K_AD
FR +
OT W
IO_ VD D _C
1.8 V_C
1.8 V_C
MU TE_ 98 31
BC K_AD
A_M U TE
MC U _M U TE
FAN _C TR L
D VD _O N
MO D E
H
D
MI
_HP
D
_
MC
U
MSC L
MSD A
EC O_ POW ER
MSD A
PW
M_R
ST
MC U _M U TE
XC OU T
R
EMOTE
BC K_D VD
LR C K_D VD
D ATA_ D VD
/SD
MC LK_ AD
AU X_IN R
AU X_IN L
AGN D
BC K_D VD
LR C K_D VD
D ATA_ D VD
R
_
P
H
L
_
P
H
DA
T
A
_
D
V
D
BC
K_D
VD
LRC
K_D
V
D
DC5
V
+12
V
P25V
EC
O_POW
ER
FR O+
ZER 0_ LIN E_O U T
R EC OU T_ M_ R
R EC OU T_ P_R
R EC OU T_ M1 _L
R EC OU T_ P1_ L
LIN E_O _L
R
E
C
O
U
T_M
R EC OU T_ M1 _L
R EC OU T_ P1_ L
R
E
C
O
U
T_P
R EC OU T_ M_ R
ZER 0_ LIN E_O U T
SC L1
SD A1
MSC L
MSD A
CS
5
3
4
6
_
R
S
T
M_C
LOSE
H
P
/LIN
E_MU
TE
OTW
CP
_
S
D
A
FAN _C TR L
FL O+
FR O-
FL O-
FL -
AMP_ R ST
AMP_ PD N
FR O+
PW M_ H P_L _P
PW M_ H P_L _M
H P_L AA
PW M_ H P_R _M
PW M_ H P_R _P
MSC L
IPod _R _C H
IPod _L _C H
IPOD _AU D IO_ D ET
S
N
E
S
-
P
H
S
N
E
S
-
P
H
IPOD _D ET
GN D
SGN D
+1 2V
E
T
U
M
1
3
8
9
_
E
T
U
M
FM_ INL
R
N
I
_
M
F
H
C
_
R
_
M
F
FM_ L_ C H
IPod _R _C H
H
C
_
L
_
d
o
P
I
D
O
P
I
_
H
C
L
R C H _IPO D
AU X_IN L
R
N
I
_
X
U
A
H
C
_
R
_
X
U
A
AU X_L _C H
LED _PW M_ VOL
MU TE_ H P/LIN E
VI
D
EO_SW
M_ OPEN
HP
-S
E
N
S
ipod
/D
AB
_TX
ipod
/D
AB
_RX
VFD
-CLK
VFD
-DA
T
A
VFD
-STB
BC K_AD
MP3 _L _C H
MSD A
C S53 46 _R ST
AU X_R _C H
LR C K_AD
MSC L
AU X_L _C H
LC H _IPO D
FM_ R _C H
MC LK_ AD
R C H _IPO D
D ATA_ AD
MP3 _R _C H
FM_ L_ C H
GN D
EC O_ POW ER
VFD -ST B
VFD -C LK
VFD -D ATA
R OT -A/B
H P_R
MP3 _IN R
H P_L
MP3 _IN L
LIN E_O U T_ R
LIN E_O U T_ L
R EMO TE
R
EMOTE
US
B
_
E
N
1
#
U
S
B
_OC1#
IIC
_IN
T
TR
IN
IPOD _AU D IO_ D ET
XOU T
IP
OD_A
C
C
_PW
R
_DE
T
XC OU T
XC IAN
C EC _O U T
XC IAN
C EC _IN PU T
R EST_ MC U
XIN
C P_SC L
H P/LIN E_M U TE
E
T
U
M
_
A
E
N
I
L
/
P
H
_
E
T
U
M
IPod _L _C H
IGN D
ipo d/D AB_T X
GN D
IPod _R _C H
+IP5 V
ipo d/D AB_R X
D AB_M U TE
D AB_M U TE
EC O_ POW ER
MSC L
MSD A
MP3 _L _C H
MP3 _IN L
MP3 _R _C H
MP3 _IN R
LIN E_O _R
IPOD _AU D IO_ D ET
FL +
R
E
C
O
U
T_P1
R
E
C
O
U
T_M1
LIN E_O U T_ R
LIN E_O U T_ L
IR
IR
M_BOY
AMP
_RS
T
AM
P_R
ST
DV
D
_
R
S
T
FM_C
P_R
ST
R
OT-A/B
SS
D
A
SS
C
L
SSC L
SSD A
LED _PW M_ VOL
C P_SC L
C P_SD A
LED _PW M_ VOL
FM_C
P_R
ST
FM_ C P_R ST
SC L3
ipo d/D AB_T X
FM_ INR
FM_ INL
ipo d/D AB_R X
FM5 V
SD A3
D AB_M U TE
SGN D
R
OT-A/B
OPE
N
/C
L_SW
OPE
N
/C
L_SW
M_ BOY
GN D
MC U _5 V
GN D
GN D
GN D
P25 V
P25 V
+1 2V
D C 5V
MC U _5 V
AGN D
GN D
GN D
I2C _IN T/3.3 V
3.3 V/GN D /VID EO_ SW
3.3 V_M C U
3.3 V_M C U
VIDEO _SW
IIC _IN T
D VD _R ST
SSD A
3.3 V/GN D /VID EO_ SW
SSC L
C EC _IN PU T
GN D
A_M U TE
I2C _IN T/3.3 V
GN D
M_ OPEN
TR IN
M_ C LO SE
C EC _O U T
D VD _O N
OPEN /CL _SW
H D MI_H PD _M C U
D ATA_ AD
PW M_ H P_L _P
PW M_ H P_L _M
PW M_ H P_R _P
PW M_ H P_R _M
R EC OU T_ P_R
H P_R AA
MC
U
_5V
P25V
C S53 46 _R ST
MSC L
MSD A
HP
-S
E
N
S
+3 V3
P28 V
+3 V3
+1 2V
P25 V
3.3 V_M C U
3.3 V_M C U
+3 V3
+3 V3
3.3 V_M C U
+3 V3
D C 5V
3.3 V_M C U
MC U _5 V
3.3 V_M C U
+3 V3
3.3 V_M C U
+1 2V
VC C _AM P
VC C _AM P
A5V
A5V
A5V
A5V
+5 V_VA
3.3 V_VD
+5 V_VA
3.3 V_VD
+3 V3
A5V
VLS
3.3 V_VD
3.3 V_M C U
A5V
A5V MC U _5 V
+5 V_VA
3.3 V_M C U
R 20
22 K
R 11 0
15 K
C 62
10 4
R
187
10K/10K/
N
C
C 50
10 4
C 15 7
4.7 U F/16 V
R 94
33 K
R 13 5
47 K
R2
2
6
4
7
0
R 35
6.2 R
C1
3
9
1
0
0
P
R 32 22 K
C B2
10 3
C 12 8
10 3
L6
FB/1K
C 18 2
0.1 uF
D 23
2V
1
2
FB8 FB/08 05 /1K
J 5
C ON 1.0 -4
1
2
3
4
C
2
05
102
R 17 5
33 0/N C
C 52
10 4
C 18 9
0.1 uF
+
C E5
10 0u F/10 V
C B1
10 4
R 56
10 K
P1
PR C -2 01 A
C ON 2.5 4- 4
2
3
1
4
D 15
1N 41 48
1
2
C
2
03
104
C 53
10 2
R
1
48
10K
TP36
FB6
FB/06 03 /12 0R
C 14 6
1u F
R 27
10 K
R 21 1
10 K
C2
1
7
1
0
0
P
C 11 0
10 3
C 19 4
33 2
C 57
10 4
C 11 7
10 3
R 21 2
2.2 K
C 22
10 4
J 1
C ON 2.5 4- 2
1
2
C 15 0
20 pF
C 17 8
0.0 1u F
R 10 22 K
R 15 4
10 K
FB9
FB/08 05 /1K
R 79
6.8 K
C 18 1
0.1 uF
R1
6
2
3
3
C
1
99
332
R 13 7
6.8 K
TP42
J 3
C ON 2.0 -4
1
2
3
4
J 4
C ON 2.0 -4
1
2
3
4
R 43
10 0
U2
PS9831
1
3
5
4
6
7
8
9
10
11
12
13
14
15
16
17
18
19
20
21
22
23
24
25
26
27
28
29
30
31
32
33
34
35
36
37
38
39
40
41
42
43
44
45
46
47
48
49
50
51
52
53
54
55
56
57
58
59
60
61
62
63
64
65
66
67
68
69
70
71
72
73
74
75
76
77
78
79
80
81
82
83
84
85
86
87
88
89
90
91
92
93
94
95
96
97
98
99
100
2
IO_ VSS
PLL _D VD D
IO_ VSS
IO_ VD D
PLL _AVD D
IO_ VSS
PLL _AVSS
IO_ VSS
IO_ VD D
MBC K
ML R C K
D VD D
D VSS
MSD IN0
MSD IN1
MSD IN2
MSD IN3
SBC K
SLR C K
IO_ VSS
IO_ VD D
SSD IN0
SSD IN1
SSD IN2
SS
D
IN
3
EX
T_MU
TE
IO_VS
S
IO_VD
D
MI
C
_
MC
LK
MI
C
_
BC
K
MI
C
_LRC
K
MI
C
_
SD
IN
DV
D
D
DV
S
S
PW
M_SW
_LIN
E_M
PW
M_SW
_LIN
E_P
IO_VS
S
IO_VD
D
PW
M_H
P_R
IGH
T_M
PW
M_H
P_R
IGH
T_P
DV
D
D
DV
S
S
IO_VS
S
PW
M_H
P_LEFT_M
P
_
T
F
E
L
_
P
H
_
M
W
P
IO_VD
D
R
E
C
OUT
_M
R
E
C
OUT
_P
IO_VS
S
R EC OU T_ M
R EC OU T_ P
IO_ VSS
N C
N C
IO_ VD D
IO_ VSS
N C
N C
IO_ VSS
PW M1 _M
PW M1 _P
D VSS
IO_ VSS
IO_ VD D
D VD D
PW M2 _M
PW M2 _P
IO_ VSS
PW M3 _M
PW M3 _P
IO_ VD D
IO_ VSS
PW M4 _M
PW M4 _P
Overload
EP
D
_
EN
A
IO_SO_SD
A
SC
K_SC
L
DV
D
D
DV
S
S
SI
_I2C
_AD
0
N
_
CS
_I2C
_AD
2
SP
_I2C
IO_VS
S
X_I
N
X_OU
T
D
M
IX_LR
C
K
D
M
IX_BC
K
D
M
IX_SD
OUT
DV
D
D
DV
SS
D
M
IX_MC
LK
IO_VD
D
IO_VS
S
NRE
S
E
T
TES
T_MODE
1
TES
T_MODE
2
SC
AN
_EN
A
TES
T_MODE
3
PLL _D VSS
C 93
10 0p F/J
R 10 8
10 K
L4
FB/1K
D 1
1N 41 48
1
2
R
163
100
/100/N
C
R 12 4
18 K
R 63
15 K
C
2
15
100
0P
C 24
47 4
C
2
28
N
C
/100P
L3 3
FB/1K
TP30
L4 1
FB/1K
MAR
K1
R 37
10 0
C2
2
4
1
0
0
P
TP28
Q5
80 50 ,DIP
2
1
3
L26
FB/
1
K
TP29
C 19
XXX-> 47 0P
TP2
R 13 8
18 K
+
C E11
C D 11 X/10 U F1 6V/D 5H 11
R 11
10 0
TP5 7
R 24 0
33 0
+
C 63
47 0u F/16 V
C 11 2
10 3
C 21
10 4
C 42
10 4
R 34
10 R
C ON 3
C ON 2.5 4- 9
1
2
3
4
5
6
7
8
9
R 16 7 2K2
C 17 6
2.2 U F
R 21 6
10 K
L4 8 FB1 00 /5A
+
C 61
22 0u F/16 V
R 20 4
10 K
R 76
10 K
C 28
10 2
Q3
39 04
1
3
2
C 30
10 4
L5 3
FB/1K
R 7
4K7
TP6 5
R 52
1R /08 05
R 16
12 K
TP6 0
R
203
10K
TP5 5
TP5 0
R 17 6
33 0
+
C E19
C D 11 X/22 0U F1 6V/D 5H 11
C 16
10 4
C 20 0
33 2
R2
3
3
NC/
4
7
0
/N
C
C 48
47 4
U 1
TAS5 34 2L
1
3
4
2
5
6
8
17
9
11
10
13
14
15
12
19
18
7
16
20
22
21
24
25
26
28
29
30
31
36
32
35
34
33
41
40
39
42
43
23
27
37
38
44
GVD D _B
N C
N C
/OTW
/SD
PW M_ A
PW M_ B
/RESET _C D
OC _AD J
AGN D
GN D
M3
M2
M1
VR EG
N C
PW M_ D
/RESET _AB
PW M_ C
N C
GVD D _C
VD D
BST_ D
N C
PVD D _D
OU T_ D
GN D _D
GN D _C
OU T_ C
OU T_ B
PVD D _C
PVD D _B
BST_ B
BST_ C
PVD D _A
PVD D _A
OU T_ A
N C
BST_ A
GVD D _D
PVD D _D
GN D _B
GN D _A
GVD D _A
C 16 3
22 2
R 13 9
0
C 18
10 2
R 25 1
47 K
R 90
6.8 K
C ON 7
C ON 2.0 -7
1
2
3
4
5
6
7
C 84
15 0P
R 17 2
10 K
L5
TC 09 03 -1 00 U H 3A
2
4
1
3
TP47
C2
1
6
1
0
0
P
C
2
06
102
R 19 7
47 0
TP40
+
C E14
C D 11 X/10 U F1 6V/D 5H 11
C 35
10 0P
C2
2
3
1
0
0
P
R 57
33 k
C 56
10 4
R 80
15 K
L1 3 1
C 2
10 4
C 15
68 0PF
L5 9
FB/60 0
C 16 1
2.2 U F
C 1
C D 26 3/1 00 0u F/35 V
R2
2
7
3
3
0
C 11
10 4
R 36
10 0
R
1
58
100
+
C E3
10 0u F/16 V
R 21 0
0
C 13 6
33 0p F/J
C 96
1u F
TP20
R 13 6
47 K
C 15 1
20 pF
U 10 C X11 17 -3 .3
SOT 22 3
1
3
4
2
AD
J
IN
OU T2
OU T1
C 12 3
10 3
D 12
ESD /NC
1
2
FB3 FB/08 05 /33 R
R 15 6
47 K
L7
FB/1K
Q6
85 50 ,DIP
2
1
3
C 11 3
10 3
/RST
SEN
SCL
SDA
FM5V
GND
ROUT
LOUT
GPIO2
J 2
TU N ER
FMZ Z- 9P
1
2
3
4
5
6
7
8
9
10
11
12
13
D 10
IN6 0
1
2
R 85
33 K
+
C E24
10 uF /16 v
C 10
47 uF /25 V
R 17 1
10 K
TP31
R 25 5
10 K
MAR
K2
C 11 4
10 3
L5 1
FB/1K
C 10 2
1u F
R 26 6
33 0
C2
0
9
1
0
0
P
TP35
C 19 7
33 2
C 66
10 5
Q4
85 50 ,DIP
2
1
3
R 19 6
33 0
R 26 8
33 0
R 44
27 k
C2
2
2
1
0
0
P
R 82
N C /NC /0
R 12 9
47 K
C 11 5 10 00 pF
R 25
10 0
FB2 FB/08 05 /33 R
R 24 1 10 K
C 83
15 0P
C 11 9
10 3
R 10 3
47 R
C 31
68 0PF
R 12 3
18 K
U 8
R 5F 21 25 8
R 8C 24 25 -L QF P52
1
2
3
4
5
6
7
8
9
10
15
13
16
17
18
19
20
21
22
23
30
31
32
33
34
35
36
37
38
39
43
44
45
46
47
48
49
50
51
52
11
24
29
42
12
14
25
26
28
27
41
40
N C
SC LK
D VD _O N
SSD A
MO D E
XC IAN
XC OU T
R ST
XOU T
VSS
OPE
N
_SW
M_ OPEN
C
LOSE_SW
VFD
_CLK
VFD
_DA
T
A
VFD
_STB
R
E
M
OTE
R
O
TB2
R
O
TA2
TX1
D AB_SW
STAN D BY
MU TE_ MC U
MU TE_ LIN E
LED _C TR L
EC O_ POW ER
MSD A
MSC L
AD 0
N C
AD
3
AD
_VR
EF
TR
EO
IP
OD_S
W
SD
_DE
T
AD
4
AD
5
AD
6
US
B
_
D
E
T
D
V
D
_SW
XIN
RX
1
TX2 (R OT A3)
AD
2
VC C
M_C
LOSE
R
OTA1
NC
R X2( R OT B3)
R OT B1
AD
1
NC
R 65 10 0k
C 36
10 0P
C 16 6
10 4
R 25 2
47 K
C 12 6
22 0u F/16 V
R 16 4
10 0R
C 38
33 3
R 21
10 K
L1 0 10 uH 5A
R 14 6
10 K
R 19 1
33 0
C 20
47 uF /16 V
L2 2
N C /FB-1 K/NC
R 99
10 K
C 7
10 4
C2
2
5
1
0
0
P
C
1
32
104
TP25
C B9
0.1 uF
R 3 1K
R 10 5
10 K
L25
FB/
1
K
Q1 2
80 50
2
1
3
R 22 2
N C /10 K/NC
R 49
6.2 R
R 10 4
10 K
C2
1
1
1
0
0
P
C 14 5
0.1 uF
L4 9
FB1 00 /5A
TP5
U 11
24 C 02
1
2
3
4
5
6
7
8
A0
A1
A2
A
D
S
S
S
V
SC L
TEST
VD D
+
C E18
C D 11 X/22 0U F1 6V/D 5H 11
C
2
29
N
C
/100P
+
C E9
C D 11 X/10 U F1 6V/D 5H 11
C2
2
1
1
0
0
P
R 23 6
10 K
C 29
47 uF /16 V
TP6 7
C 91
10 0p F/J
R 17 7
1k
C 16 5
10 4
R 10 2
33 K
R 89
33 K
C
2
08
102
MAR
K3
Q1 3
80 50
2
1
3
R 14 2K7
R 24 4
1K
C 15 9
2.2 uF
C 19 2
10 1
C 13 7
82 P
+C E1
C D 11 X/10 0U F1 6V/D 6.3 H 7
L6 0
FB/60 0
R
1
61
100
L2 1
N C /FB-1 K/NC
+ C E13
C D 11 X/47 0U F1 6V/D 5H 11
TP6 3
R2
1
4
NC/
N
C
/3
3
R 10 7
47 R
R 87
6.8 K
+
C E26
10 0u F/10 V
R 71
15 K
R 12 6
0R
R 83
0/0 /NC
C B8
0.1 uF
C2
2
0
1
0
0
P
R 93
6.8 K
R 46
6.2 R
D 2
BAS31 6
1
2
R 24 5 10 K
R2
2
8
3
3
R 26 9
3.3 K
C 9
10 4
TP32
L1
10 uH 5A
R2
3
2
3
3
0
R 26 7
33 0
TP46
C 15 8
0.1 uF
R 17 9
0R /NC /NC
C 39
10 4
R 16 9
FB6 00
TP7 0
+
C E10
C D 11 X/10 U F1 6V/D 5H 11
C 54
68 0PF
R 14 3
10 K
C
1
90
332
C
B
7
0.1uF
+ C E21
N C /2.2u F/50 v
R 26
10 K
C 13
10 4/2 01 2
+
C E25
47 uF /16 v
C 55
33 3
TP6 6
L1 8
FB/1K
C 19 3
10 1
P2
1
2
3
4
5
6
R 21 7
10 K
R 1
47 K
R 16 5
3.9 K
L1 5 FB
C2
1
9
1
0
0
P
C 17
33 3
R 9 10 0
TP5 3
MAR
K4
C2
0
4
1
0
0
P
-
+
U 3B
45 58 /SO
5
6
7
8
4
R
2
65
100
C 16 8
10 4
C 3
0.1 uF
C 86 56 P
C 16 0
2.2 uF
R 4 1K
R 24 8
1K
FB5 FB/06 03 /12 0R
L3 1
N C
R 53
10 R
+
C E23
1U F
L3 4
FB/1K
C
2
31
104
R 13 4
6.8 K
U 7
C S53 46
LQ FP- 48 L
1
2
3
4
5
6
7
8
9
10
11
12
13
14
15
16
18
19
20
17
21
22
23
24
25
26
27
28
29
30
31
32
33
34
35
36
37
38
39
40
41
42
43
44
45
46
47
48
SD A/CD OU T
SC L/C C LK
AD 0/C S
AD 1/C D IN
VLC
R ST
AIN3 A
AIN3 B
AIN2 A
AIN2 B
AIN1 A
AIN1 B
AGN
D
VA
AFI
LTA
AFI
LTB
VQ
FILT+
NC
VQ
A
IN4
A
/M
ICI
N
1
A
IN4
B
/M
ICI
N
2
AI
N
5
A
AI
N
5
B
MIC BIAS
AIN6 A
AIN6 B
PGAO U TA
PGAO U TB
N C
N C
AGN D
N C
N C
N C
VLS
NC
NC
NC
NC
SD
OUT
SC
LK
LRC
K
MC
LK
D
GND
VD
IN
T
OVFL
L3 6
FB/1K
C 23
10 2
R 68
22 0k
C B6
0.1 uF
TP26
R 10 1
33 K
R 88
33 K
C1
4
0
1
0
0
P
R 95
33 K
C 17 1
4.7 U F/16 V
R 15
10 K
C2
1
8
1
0
0
P
R 20 9 0/0 80 5
L3 8
FB/1K
C 69
33 0P
R 12 7
10 0R
C 64
1u
C 19 6
33 2
R 29
10
C 18 0
N C /10 0P/N C
+
C E16
C D 11 X/10 U F1 6V/D 5H 11
R 19 3 N C /33 0
C 65
10 4
TP5 9
C ON 6
C ON 2.0 -4
1
2
3
4
L2
10 uH 5A
R 81
15 K
Q2
80 50
2
1
3
R 27 3
1K
R 23 9
33 0
R
1
22
10K
C 10 0
1u F
TP51
R 41
10 0
C 17 4
2.2 uF
C 14 1
4.7 uF
D 13
1N 41 48
1
2
C 4
22 P
R 18
10 0
R 55 33 k
C 14 7
10 4
4
0
1
4
1
C
L24
FB/
1
K
R 21 3
0
R 64
0
R 18 2
10 0
R
1
83
10K
C 43
C 49
22 4( 2)
22 4( 2)
R2
3
0
3
3
0
R 19 5
N C /NC /NC /10 0R
R 14 0
18 K
L4 0
FB/1K
D 20
1N 41 48
1
2
C 15 3
10 0p F
FB1 0
FB/06 03 /1K
C 14 2
0.1 uF
+
C E22
C187
332
C186
332
C184
100P
C183
100P
10 0u F/1O V
L27
FB/
1
K
R 12 1
1R
R 20 2
68 K
L1 4
FB
TP4
C 17 0
4.7 U F/16 V
U 9
C X11 17 -3 .3
SOT 22 3
1
3
4
2
AD
J
IN
OU T2
OU T1
C 41
68 0PF
R 20 0
4.7 K
TP27
R 40
6.2 R
C 16 4
22 2
C 44
10 2
L2 0
FB/1K
FB7 FB/08 05 /12 0R
R 17
82 /1W
C 13 3
82 P
+
C E29
10 0u F/10 v
L2 9
FB/1K
TP6 9
R 23 5
N C /10 K/NC
C 6
10 3
C 25
22 4( 2)
C 70
33 0P
L4 5
FB/1K
R 12 0
1R
C 15 5
4.7 U F/16 V
C 12 4
10 4
C 71
10 4
C 15 4
4.7 U F/16 V
+
C E6
C D 11 X/10 U F1 6V/D 5H 11
U 6
D R V60 4
C S84 15 -T SSOP2 8
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
+L D _L
-L D _L
OU T_ LD L
AGN D
EN _L D
PVSS_L D
C N _L D
C N _H P
PVSS_H P
EN _H P
AGN D
OU T_ H PL
-H P_L
R
_
P
H
+
L
_
P
H
+
-H P_R
OU T_ H PR
N C
PGN D
PVD D _H P
C P_H P
C P_L D
PVD D _L D
PGN D
EX_U VP
OU T_ LD R
-L D _R
+L D _R
R 25 4
10 K
R 13 2
10 0R
TP21
C 17 5
2.2 uF
Y1
*1 2.2 88 MH z
TP45
R 21 5
2.2 K
TP22
C 11 6
10 00 P
L28
FB/
1
K
R
2
21
470
C 27
10 4
U 12
D 27 61
1
2
3
4
5
6
7
8
9
10
V+
OU TA
INA
INT
VR EF
SEN C E
SW
INB
OU TB
GN D
C 51
XXX-> 47 0P
R 11 8
15 K
R 15 2
10 K
TP5 6
TP52
R 48
10 R
R 27 1
N C /4.7K
R 66
0
R 38
10 R
R 24 2 10 K
R 19 4
N C /33 0
C 5
22 P
FB1
FB/08 05 /12 0R
R 13 1
6.8 K
D 8
1N 41 48
1
2
TP44
R 62
10 0k
R 13 3
10 0R
R 14 7
10 K
C 32
22 4( 2)
C 75
33 0P
TP5 4
R 6
4K7
C 13 4
82 P
D 3
BAS31 6
1
2
C
1
91
332
R 19 9
33 0
C 21 4 0.1 uF
R 10 6
10 K
C
1
27
104
R 61
10 0k
R 26 3
N C /47 0/N C
L1 1 FB
TP6 2
R
2
08
10K
R 24
10 K
R 54
10 (3 )
R 26 0
10 K
C 34
10 0P
R 31
10
R2
2
9
3
3
0
/N
C
C 46
10 4
Y2
32 .76 8KH z
L4 2
FB/1K
R 19 8
1K
R
155
TP1
C 14 8
C 73
33 0P
C 33
10 4
L3 2
FB/1K
C 18 5
10 1
R 14 2
10 K
R 96
6.8 K
L1 7
FB/60 0
C 14 3
1u F
R2
2
5
4
7
0
C N 6
6x 2.0 W/H OU SING
FPC 16 P
6
5
4
3
2
1
7
8
9
10
11
12
13
14
15
16
FB1 1
FB/08 05 /12 0R
C 15 2
10 0p F
+ C E2
10 0U F1 6V/D 6.3 H 7
R 23
12 K
D 16
ESD /NC
1
2
R 11 9
3.9 K
R 18 5
33
Q1 1
2N 39 04
2
1
3
R 10 0
N C /NC /NC
R 51
47 0
L5 4
FB/1K
TP41
C
2
12
104
/104/N
C
C 17 7
0.0 1u F
+
C E27
47 uF /16 V
C 16 7
08 05 /4.7u F/10 V
TP24
C 45
XXX-> 47 0P
R 15 0
10 0R
D 18
ESD /NC
1
2
R 70
0
R
1
74
330
/330/N
C
R 39
10 0
TP39
R 17 8
10 0
R 24 6 10 K
D 19
1N 41 48
1
2
R 47
10 K
L4 6
FB/1K
R
2
74
10K
C
2
26
N
C
/100P
L5 6
FB/1K
C 76
33 0P
C 79
2.2 uF
+
C E7
C D 11 X/10 U F1 6V/D 5H 11
+
C E17
C D 11 X/10 U F1 6V/D 5H 11
R 45
10 R
TP33
H 1
SYP58 0
R
1
60
330
R
1
49
10K
TP6 8
C 16 9
4.7 U F/16 V
TP3
R 15 1
10 0R
C 67
10 3
R 27 0
4.7 K
C
2
07
102
C 17 2
4.7 U F/16 V
R 8 4.7 1W
+
C E20
10 0u F/10 v
R 69
3.3
C 15 6
4.7 U F/16 V
C 12 2
10 3
C
2
30
104
R 18 4
N C /NC /0R
C N 1
C ON 1.0 -1 2
1
2
3
4
5
6
7
8
9
10
11
12
1
2
3
4
5
6
7
8
9
10
11
12
C N 2
D IN9 /NC /DIN 9
1
2
3
4
5
6
7
8
9
1
2
3
4
5
6
7
8
9
FB4
FB/08 05 /12 0R
R
1
57
100
C
2
13
332
R2
2
3
1
K
/1
K
/NC
R 25 3
10 K
C 74
33 0P
+
C 8
10 0U F1 6V/D 6.3 H 7
C 81
56 P
R 78
22 K
C 19 5
33 2
C 11 8
10 3
C 26
XXX-> 47 0P
C 11 1
10 3
L5 5
FB/1K
C2
0
2
1
0
0
p
R 12
10 K
C2
1
0
1
0
0
P
C 12 1
10 4
L4 3
FB1 00 /5A
L9
FB
TP37
C 10 1
10 uF /10 V/08 05
R 22
1K
L1 6
FB/1K
R 42
10 0
C 13 5
33 0p F/J
R 72
0
C 72
10 5
R 18 6
33 0
R 33
1K
R 20 7
N C /NC /NC /10 0R
R 92
15 K
TP6
C 68
10 5
C 37
10 0P
R 23 7
10 K
+
C E8
C D 11 X/10 U F1 6V/D 5H 11
C 78
33 0P
R 2
3.3
D 9
1N 41 48
1
2
R 25 9
10 K
TP5 8
C ON 1
ST- 01 3
1
2
R
2
31
330
R 13
10 K
R2
3
4
NC/
N
C
/3
3
-
+
U 3A
45 58 /SO
3
2
1
8
4
TP4 9
C 20 1
33 2
TP48
C 14 9
08 05 /4.7u F/10 V
R 73
N C /NC /0
C 12
22 0u F/16 V
TP23
L3 0
FB/1K
R 12 8
6.8 K
C 17 9
N C /10 0P/N C
R 27 2 1K
TP43
R 30
N C
R 19
10 0
TP6 4
C 77
47 1p
L8
10 uH 5A
R
1
59
100
D 22
ESD /NC
1
2
L2 3
FB/1K
R 84
33 K
C 95
1u F
C 16 2
10 4
C
2
27
N
C
/100P
C 85
56 P
+
C E30
22 0u F/10 V
L4 4
FB/1K
C 82 56 P
R 28
10 K
L3 7
FB/1K
D 17
ESD /NC
1
2
C 14 4
0.1 uF
R 77
10 K
C 59
10 4
C60
47uF/25V
R 18 0
N C /0R /NC
R 17 3
33 0/N C
R 75
15 K
R 20 5
33 0
C 12 5
10 4
R 12 5
10 0R
R 17 0
N C /0
L3
TC 09 03 -1 00 U H 3A
2
4
1
3
R 18 1
33 0
C 13 8
82 P
TP38
L1 2
FB
R
264
NC/
N
C
/4
7
0
L1 9
FB/1K
L3 5
FB/1K
C 40
33 3
C 80
33 0P
C 17 3
0.0 22 uF
D 14
1N 41 48
1
2
L3 9
FB/1K
R 67 10 0k
+
C E28
C D 11 X/22 0U F1 6V/D 6.3 H 7
R5 100K
L5 2
FB/1K
R 13 0
47 K
C 58
10 4( 2)
L4 7 FB1 00 /5A
L5 8
FB/1K
C 12 9
10 3
R 74
N C /0/N C
1
2
D11
IN60
R 20 6
1K/1 K/NC
C 47
10 2
C 13 0
10 3
R 25 6
10 K
Q1
85 50 ,DIP
2
1
3
TP19
R 23 8
10 K
TP6 1
+
C E15
C D 11 X/10 U F1 6V/D 5H 11
R2
2
4
3
3
0
AMP Board -- Circuit Diagram
C188
100P
12-1
12-1
Содержание MCM7000/12
Страница 30: ...AMP BOARD Layout Diagram 12 2 12 2 ...
Страница 32: ...Display Board Layout Diagram 12 4 12 4 ...
Страница 35: ...Key Board Layout Diagram 12 7 12 7 ...
Страница 38: ...T5AH 250V Power Board Layout Diagram 12 10 12 10 ...
Страница 42: ...Decoder Board Layout Diagram 12 14 12 14 ...
Страница 44: ...Revision List Revision List Version 1 0 Initial Release 14 1 ...
