SCHEMATIC DIAGRAMS (7/30)
07-CPU
GND LINE
POWER- LINE
POWER+ LINE
ANALOG AUDIO
DIGITAL AUDIO
TMDS SIGNAL
VIDEO SIGNAL
COMPONENT(Y)
-
0
-
-
-
0
-
-
-
-
1N
-K
C
133
3
10K
-
-
1K
R
144
3
-
-
0
-
-
-
-
-
22K
-
0
A
C
KS
IM
O
C
LKS
IM
O
S
O
M
I
S
U
B
_U
P
D
A
TE
A
M
PS
IG
_D
E
T
ZV
OL_L
A
TC
H
ZV
OL_
D
A
TA
DIR
E
C
T_L
E
D
FI
L_
C
TR
L
FL_
C
LK
.T
M
S
V
O
L_
C
LK
KEY
1
ISE
L_
A
ISE
L_
B
KEY
2
KEY
3
R
E
Q
S
O
M
I
ISE
L_
B
R
144
1
33
R
E
D
_L
E
D
.T
D
O
P
O
W
E
R
KE
Y
4K
7
R
144
2
VSE
L_
B
FL_
C
E
M
D
1
FI
L_
C
TR
L
232
C
_C
O
N
T
TX
D
_M
O
232
I
R
ESE
T
TU
_G
P
IO2_
IN
T
TU
_S
D
IO
/S
D
A
C
133
5
100
N
-K
V
O
L_
D
A
TA
B
D
O
WN
N
M
I
SB
_R
LY
V
O
L_
C
LK
TR
G_O
U
T
C/
S
_R
LY
P
R
E
_M
U
TE
SB
_R
LY
H/
P
_R
LY
FR
O
N
T_
R
LY
G
RN
_L
E
D
RC
_I
N
/W
AKE
_U
P
E
_R
ESE
T
33
R
143
9
E
_SP
I_
M
IE
O
A
C
KS
IM
O
DC
_P
R
O
T
TH
E
R
_P
R
O
TA
H/
P
_D
E
T.
TH
E
R
_P
R
O
TF
TH
E
R
_P
R
O
TC
TH
E
R
_P
R
O
TE
M
3.
3V
OPE
N
R
141
6
R
143
2
1K
R
143
3
1K
R
143
4
1K
33
R
138
9
R
X
D
_M
I232
O
VSE
L_
B
R
146
5
10
K
P
O
W
E
R
KE
Y
D
A
C
_E
TH
E
R
_M
U
TE
OPE
N
R
145
4
232
C
_C
O
N
T
OPE
N
R
145
3
D
5V
_P
O
WE
R
D
A
C.
P
LD
AE
RR
.
33
R
138
7
TH
E
R
_P
R
O
TF
S
C
P
U
_P
O
W
E
R
4K
7
R
145
8
4K
7
R
146
0
D
A
C
_E
TH
E
R
_M
U
TE
D
A
C.
P
LD
AE
RR
.
OPE
N
R
139
2
OPTION_A
AVR-X2100E2
OPTION_B
OPEN
USE
X2100E3
0
0
OPEN
1K
R1456
0
R1435
OPEN
X2100E2/E1/E1C/K
1N-K
C1338
OPEN
OPEN
OPEN
OPEN
Mz : FLASHER IN
De : REMOTE IN
OPEN
OPEN
R1437
.TDO
EMLE
MD0
TCK/RXD_E20
M3.3V
TDI/TXD_E20
RESET
E_SPI_CS
HUB_SCL
TDO
EMLE
MD0
TCK
RESET
OPTION_B
OPTION_C
AVR-X2100K
AVR-X2100E1
MODEL
AVR-S900_E3
USE
OPEN
OPEN
OPEN
E900E3
10K
10K
10K
22K
22K
10K
18K
3K3
R1431
1K
R1455
LR
B521S
-3
0
D
109
0
OPEN
OPEN
MODEL
OPTION_C
Z3001
SHIELD COVER
VCC
GND
OUTPUT
R94EV1A
U1019
100N-K
C1340
OPE
N
D
109
2
OPTION_A
USE
USE
10K
OPEN
R1431
R1428
R1467
100
R1450
2K2
R1448
3K3
OPEN
USE
OPEN
USE
MODEL
R1451
100K
100
R1452
De : REMOTE OUT
Mz : FLASHER IN
R1428
S
IM
O
R
E
Q
S
O
M
I
S
U
B
_R
S
T
R
LY
_HI
B
0-
160
8
R
142
8
R1397
OPEN
CURR
E
N
T_
D
E
T
ZV
OL_
C
LK
RC
_O
U
T
V
O
L_
D
A
TA
M
-D
AX
_L
E
D
FL_
D
A
TA
B
/P
IRIN
_D
E
TR
S
T#
E
M
LE
P
R
E
_M
U
TE
ISE
L_
A
G
RN
_L
E
D
M
D
0
100
N
-K
C
133
4
C
132
1
100
N
-K
V
O
L_
M
U
TE
VSE
L_
A
FL
R
S
T
V
O
L_
M
U
TE
R
X
D
_M
I232
O
TU
_SE
N
TU
_R
S
T/
S
T
TU
_S
C
LK
/S
C
L
FL
AS
H
E
R
_I
N
TU
_R
S
T/
S
T
R
143
8
33
TU
_SE
N
FR
O
N
T_
R
LY
R
E
D
_L
E
D
P
R
E
_Z
2_
M
U
TE
C/
S
_R
LY
H/
P
_R
LY
E
_SP
I_
C
LK
R
144
0
33
TH
E
R
_P
R
O
TB
K
ILL
IR
_M
Z
M
IC
_D
E
T.
AS
O
_P
R
O
T
R1408
0
C1324
100N-K
DGND
M
3.
3V
100N-K
C1331
OPEN
C1326
D
G
N
D
R1449
OPEN
OPE
N
R
141
5
OPE
N
R
141
7
.TMS
TRST#
MD1
DGND
E_RESET
TMS
TRST#
MD1
M3.3V
TDI
DGND
1
3
2
K1001
MINI-JACK(PJ-308-02)
D1093
LRB521S-30
Q1036
2SC3052
C
LK
_SE
L
R
143
1
O
PE
N
-160
8
TD
I/T
X
D
_E
20
33
R
138
8
TX
D
_M
O
232
I
33
R
139
5
P
R
E
_Z
2_
M
U
TE
VSE
L_
A
R
E
M
O
TE
_P
O
W
E
R
4K
7
R
146
6
10
K
R
143
6
10P
-D
C
133
6
C
133
7
10P
-D
100
N
-K
C
132
2
OPE
N
R
139
6
1
2
3
4
5
6
7
8
U
101
7
R1EX24128BSAS0
I
A
O
A
1
A
2
VS
S
V
C
C
W
P
S
C
L
S
D
A
OPEN
R1411
4K
7
R
145
7
4K
7
R
145
9
10
K
R
146
1
4K
7
R
146
2
4.
7U
-K
-160
8
C
133
9
OPE
N
R
139
1
1.0-16-11PB-2
N1021
IR FLASHER
※
OPTION TABLE
OPEN
AVR-X2100E3
R1468
4K7
FLASHER_IN
C1344
4.7U-K-1608
C1342
4.7U-K-1608
TCK/RXD_E20
E_SPI_REQ
KEY2
KEY3
H/P_DET.
MIC_DET.
AMPSIG_DET
MAIN_POWER
THER_PROTA
THER_PROTC
FL_CLK
DIRECT_LED
RLY_HIB
TRG_OUT
R1401
33
DC_PROT
ASO_PROT
HUB_SCL
R1385
OPEN
E_SPI_MOEI
R1427
33
ADV8003_SPI_MI
R1418
33
ADV8003_SPI_CS
R1414
10
OTHER AVR1/2 ONLY
RC_OUT
R1410
33
E_POWER2
E_POWER4
FL_CE
FLRST
ZVOL_LATCH
R1402
33
THER_PROTE
SUB_UPDATE
TU_GPIO2_INT
SIMO
R1399
33
CLKSIMO
R1398
33
DGND
R1393
4K7
E_SPI_CLK
E_SPI_MOEI
E_SPI_REQ
RESET
BDOWN
E_POWER3
E_POWER1
REMOTE OUT
REMOTE IN
AVR-X2100E1C
※
OPTION TABLE
R1428
C1343
OPEN
OPEN
C1345
SIR-34ST3F
D1095
Q1037
RT1P141C
OPEN
C1341
LBAS16
H
T1
G
D
109
1
RT1P441C
Q1035
10K
OPEN
R1431
DGND
CURRENT_DET
100N-K
C1330
100
N
-K
C
133
2
KEY1
R1421
0
CPU_POWER
THER_PROTB
C
132
5
100
N
-K
FL_DATA
M-DAX_LED
R1403
33
R1404
33
R1406
33
R1407
33
E_SPI_CS
R1400
0
HUB_CONTROL
E_FACT_RST
HUB_SDA
R1386
OPEN
3
4
2
1
12
.000
M
H
Z(
FA
-238
V)
X100
3
TU_SCLK/SCL
TU_SDIO/SDA
R1426
33
R1412
33
R1422
33
R1423
33
KILLIR_MZ
E_POWER1
E_POWER3
ZVOL_DATA
ZVOL_CLK
R1405
33
SOMI
SUB_RST
M3.3V
R1394
4K7
EMULATOR
E_SPI_MIEO
HUB_SDA
E_POWER4
E_POWER2
CPU
1
3
2
K1000
MINI-JACK(PJ-308-02)
LBAS16HT1G
D1094
33
R
139
0
33
R1425
100
N
-K
C
132
3
OPE
N
R
146
3
4K
7
R
146
4
ADV8003_SPI_CS
ADV8003_SPI_CLK
ADV8003_SPI_MO
ADV8003_SPI_CLK
HUB_CONTROL
D5V_POWER
CPU_POWER
ADV8003_SPI_MI
ADV8003_SPI_MO
E_FACT_RST
REMOTE_POWER
SCPU_POWER
MAIN_POWER
143
141
139
137
136
135
134
133
132
130
128
126
124
122
120
118
116
115
114
113
112
111
109
144
142
140
138
131
129
127
125
123
121
119
117
110
1
3
5
7
9
11
13
15 16
18
20
22
24
26
28
30
32
34
36
108
106
104
102
100
98
96
94 93
91
89
87
85
83
81
79
77
75
73
6
4
2
12
10
8
14
21
19
17
29
27
25
23
31
33
35
105
103
107
99
97
95
101
92
90
88
86
84
82
80
78
76
74
38
40
42
44
46
47
48
49
51
53
55
57
59
61
63
65
67
68
69
70
72
37
39
41
43
45
50
52
54
56
58
62
60
64
66
71
U1018
R5F56108VNFP
VS
S
V
C
C
N
M
I
N
C
N
C
AVS
S
R
X
D
MI232
O
TX
D
MO
232
I
P
O
W
E
R
KE
Y
E
M
LE
VS
S
M
D
E
V
C
L
M
D
1
M
D
0
R
ESE
T
NC
(D
e)
/F
LAS
H
E
R
IN
(M
z)
E
R
ESE
T
E
SP
I C
LK
VS
S
144 : TCK/RXD MITSUBISHI
B
D
O
W
N
71 : CLK MO
72 : RST SUB
73 : ACK SIMO
E SPI CS
HI-B RL
NC
NC(THERMAL C)
NC
THERMAL B
MAIN POWER
CPU POWER
VSS
MODE
VCC
MIC DET
H/P DET
KEY3
KEY1
KEY2
AVSS
CURRENT DET
VREF
143 : AVCC
1 : TDI/TXD MITSUBISHI
TM
S
/N
C
TR
S
T#
/N
C
TD
O
/W
D
TO
V
F#
X
TA
L
EX
TA
L
P
LD
AE
R
R
N
C
RC
IN
N
C
N
C
TU
_R
S
T
E
SP
I M
IE
O
37 : E SPI MOEI
38 : TU SCLK
39 : PLL VCC
40 : TU_SDIO
PLL VSS
NC(De)/TRIGGER OUT(Mz SR)
FL CLK
FL DATA
THERMAL A
AMPSIGDET
NC
NC
E POWER4
VSS
FL CE
VCC
FL RST
V
C
C
VS
S
R
E
D
L
E
D
H
/P
R
LY
FR
O
N
T
R
LY
TH
E
R
M
A
L
F
TU
_SE
N
C
/S
R
LY
SB
R
LY
D
5V
_P
O
W
E
R
V
C
C
VSE
L
A
VSE
L
B
P
R
E
Z
2
M
U
TE
(2112
E
3/
S
R
)/N
C
E SPI REQ
NC
NC(De)/DIRECT LED(Mz)/EXP_STB
NC(De)/M-DAX LED(Mz)/EXP_OE
232
C
C
O
N
TR
O
L
P
R
E
M
U
TE
ISE
L
A
(2112
/NR
/S
R
)/N
C
ISE
L
B
(2112
/NR
/S
R
)/N
C
V
O
L
C
LK
V
O
L
D
A
TA
ADV8003 SPI MO
ADV8003 SPI MI
ADV8003 SPI CLK
ADV8003 SPI CS
R
E
MO
TE
P
O
W
E
R
(232
C
)(
X
2100
E
3/
OTHER AVR1
)/N
C
D
A
C
(E
TH
E
R
) M
U
TE
V
O
L_
M
U
TE
N
C
C
LK
_SE
L
NC(De)/RC OUT(Mz)
NC(De)/KILL IR(Mz)
E POWER3
E POWER2
E POWER1
ZVOL_DATA
NC
NC
ZVOL_CLK
ZVOL MUTE
THERMAL E
NC
MOSI
SOMI
S
U
B
C
P
U
P
O
W
E
R
WH
T/
G
RN
L
E
D
N
C
N
C
N
C
N
C
N
C
N
C
NC
(D
e)
/F
IL_
C
TR
L(
M
z
S
R
)
N
C
R
E
Q
S
O
M
I
ASO DET
DC DET
NC
NC
NC
NC
SUB UPDATE
TU GPO2_INT
EEPROM SDA
EEPROM SCL
E
F
A
C
T
R
S
T
OTHER AVR1_U
OTHER AVR1_K
OTHER AVR1_N
OTHER AVR2_U
OTHER AVR2_F
OTHER AVR2_N
OTHER AVR1
U1B/N1B/K
OTHER AVR2
U
OTHER AVR2
N/F
6B
TO B6
C1
TO 1C
C2
TO 2C
C3
TO 3C
C4
TO 4C
C5
TO 5C
ΦB
TO BΦ
119
1
2
3
4
5
6
7
8
9
10
11
12
13
14
15
16
A
B
C
D
E
F
G
H
J
K
L
M
A
B
C
D
E
F
G
H
J
K
L
M
1
2
3
4
5
6
7
8
9
10
11
12
13
14
15
16
All manuals and user guides at all-guides.com
Summary of Contents for AVR-S900W
Page 8: ...Personal notes 8 All manuals and user guides at all guides com...
Page 27: ...Personal notes 27 All manuals and user guides at all guides com...
Page 144: ...Personal notes Personal notes 144 All manuals and user guides at all guides com...
Page 166: ...ANODE CONNECTION 166 All manuals and user guides at all guides com a l l g u i d e s c o m...