SCHEMATIC DIAGRAMS (06/27)
SCH06_CPU
ANALOG AUDIO
DIGITAL AUDIO
TMDS SIGNAL
ANALOG VIDEO
DIGITAL VIDEO
STBY POWER
HDMI
GND LINE
POWER- LINE
POWER+ LINE
-
-
-
0
AVSC
L
-
0
-
10K
10K
-
AVSD
A
R
152
7
1K
R
152
4
O
PEN
-160
8
R
152
5
0-
160
8
FL_
C
LK
KEY
1
KEY
2
KEY
3
ISE
L_
A
VSE
L_
A
EM
LE
FL
R
ST
C
134
6
100
N
-K
10
K
R
146
6
M
D
RESE
T
4K
7
R
148
1
C
135
1
100
N
-K
BD
O
W
N
TD
I/R
X
D
33
R
147
0
TD
O
/TXD
33
R
147
2
C
135
2
100
N
-K
OTHER AVR1
ONL
Y
M
IC
_DE
T.
E_
SP
I_
C
S
R
147
6
33
D
G
N
D
VI
N
_C
VI
N
_A
RESE
T
M3.3
V
TD
O
/TXD
D
G
N
D
M
D
TR
ST#
.T
M
S
D
G
N
D
STBY
5V
E_
PO
WE
R
1
HPD
5
E_
PO
WE
R
3
HPD
7
DA
_P
O
W
ER
2
DV
_P
O
W
ER
1
DV
_P
O
W
ER
2
BD
O
W
N
C
137
0
100
N
-K
AEXP
_S
TB
AEXP
_O
E
VI
N
_C
TR
G
_O
U
T
M-
D
AX
_L
ED
E_
SP
I_
C
S
E_
R
ESE
T
E_
SP
I_
M
IE
O
AD
V7850_
R
ST
AD
V8003_
SP
I_
C
LK
AD
V8003_
SP
I_M
I
B/
PI
R
IN
_D
E
AM
PS
IG
_D
ET
D
IR
EC
T_L
ED
FIL_
C
TR
L
E_
PO
WE
R
1
PO
WERKE
Y
M
AI
N
_P
O
W
ER
C
PU
_P
O
W
ER
RED
_L
ED
RE
M
O
TE
_P
O
W
ER
C
136
3
100
N
-K
TX
D
_M
O
232
I
AS
O
_P
R
O
T
G
RN
_L
ED
SB
_R
LY
R
151
2
33
FL_
C
LK
FL
R
ST
R
XD
_MI232
O
TU
_SE
N
C
136
2
100
N
-K
TU
_R
ST/ST
JTA
G
_TM
S
R
151
0
33
TU
_S
C
LK
/SC
L
TU
_S
D
IO
/S
D
A
VO
L_
C
LK
VO
L_
D
AT
A
R
150
8
33
VO
L_
D
AT
A
R
150
6
33
TR
G
_O
U
T
C
/S
_R
LY
PRE
_Z
2_
M
UT
E
ISE
L_
A
C
/S
_R
LY
DA
_P
O
W
ER
2
H
/P
_R
LY
PRE
_M
U
TE
TU
_S
D
IO
/S
D
A
DAC
_M
S1
KI
LLI
R
_M
Z
AP
_D
A
TH
ER
_PR
O
TB
JTA
G
_TD
O
AS
O
_P
R
O
T
R
150
0
33
HSD
A
TH
ER
_PR
O
TE
C
136
0
100
N
-K
H
/P
_R
LY
ES
_DE
T
E_
SPI
_M
IE
O
DAC
.P
LDAERR
.
C
O
M
P_
SW
2
TD
O
D
G
N
D
MD
1
TRST
#
TM
S
C
137
1
100
N
-K
AEXP
_S
TB
AEXP
_C
LK
HPD
2
HPD
4
C
137
2
100
N
-K
AEXP
_S
TB
AEXP
_O
E
1K
2
R
149
1
H
IN
SE
LA
H
IN
SE
LC
C
O
M
P_
SW
2
O
PE
N
D
109
2
AD
V8003_
SP
I_
C
S
AD
V8003_
R
ST
TU
_S
C
LK
/SC
L
E_
SP
I_
C
LK
CEC
_P
O
W
ER
2
RE
M
O
TE
_P
O
W
ER
DA
_P
O
W
ER
D
V_
PO
W
ER
1
OPTION_C
OPTION_B
OPEN
USE
10K
18K
OPTION_A
OPEN
OPEN
22K
3K3
OTHER AVR1_U
USE
USE
OPEN
H/P_DET.
MIC_DET.
KEY1
KEY3
AMPSIG_DET
THER_PROTE
ES_DET
THER_PROTA
SW2_RST
SW2_HINT
SW1_RST
SW1_HINT
TX_RST
TX_HINT
DONGLE_ACTIVE
DIR_RST.
DIR_DOUT
DV_POWER1
D5V_POWER
E_POWER3
E_POWER4
E_POWER2
C1368
100N-K
R1518
33
R1521
33
R1519
33
R1516
33
C1364
100N-K
E_SPI_MOEI
RC_OUT
E_SPI_REQ
E_RESET
AEXP_STB
AEXP_CLK
CEC_OUT
AVSDA
DSP1MOSI
DSP1CLK
R1463
4K7
R1461
10K
10K
R1459
HSDA
TX_RST
HPD4
HPD6
SW2_RST
HPD5
SW2_HINT
HSCL
TXEN
HPD2
HPD8
SW1_HINT
HSCL
HINSELB
HINSELC
H5VDET
CEC_COM
OPTION_A
z
OPTION TABLE
BIR-BM1341W
D1095
LBAS16HT1G
D1094
LBAS
16
H
T1
G
D
109
1
USE
X2200E3
0
10K
OPEN
R1524
R1448
3K3
R1450
2K2
OPEN
0
10K
MODEL
OPEN
OTHER AVR1_K
OTHER AVR1_N
R1525
AVSD
A
R1467
100
Q1037
RT1P141C
Q1036
2SC3052
R1524
R1468
4K7
AVSC
L
R
152
8
1K
R
152
6
1K
CURRENT_DET
KEY2
TXEN
THER_PROTB
DIR_DIN
DIR_CE
DIR_CLK
HAINT0
CEC_POWER
DV_POWER2
C1367
100N-K
C1366
100N-K
C1365
100N-K
R1514
33
R1515
33
R1517
33
R
145
3
10
K
VSE
L_
A
R
145
4
10
K
ISE
L_
B
VSE
L_
B
VSE
L_
B
TR
ST#
C
135
0
100
N
-K
10
K
R
146
5
FL_
C
E
OTHER AVR1
ONL
Y
OPEN
R1437
3
4
2
1
12
.000
M
H
Z(F
A-
238
V)
X100
3
.T
M
S
TC
K/N
C
TU
_SE
N
33
R
147
1
33
R
147
3
0
R
147
4
R
147
5
33
H
/P
_D
ET.
M3
.3
V
VI
N
_B
U
B
EM
LE
TD
I/R
XD
U
B
AEXP_DATA
AEXP_OE
CEC_IN
AVSCL
DSP1MISO
UB
DSP1CS
DSP1RST
TC
K/N
C
R1460
4K7
R1462
4K7
R1464
4K7
R1458
4K7
R1457
4K7
STBY
3.
3V
HPD
8
HPD
6
R
149
9
47
K
R1492
2M2
R
149
7
4K
7
R1488
10K
E_
PO
WE
R
2
E_
PO
WE
R
4
C
EC
_P
O
W
ER
220
P-
K
C
135
8
R
150
4
27
K
2SD2114K
Q1043
VI
N
_B
AEXP
_C
LK
OTHER AVR1 USE
E_
SP
I_
R
EQ
RESE
T
E_
SP
I_
M
O
EI
E_
SP
I_
C
LK
TX_HINT
HSCL
HAINT1
HPD7
HPD1
HAINT0
HSDA
HPD3
SW1_RST
HSDA
HINSELA
1K
R
144
3
RT1P441C
Q1035
RC
_I
N
/W
AKE
_U
P
R
LY
_H
IB
CURREN
T_
D
ET
RC
_O
U
T
M-
D
AX
_L
ED
FL_
D
ATA
G
RN
_L
ED
RED
_L
ED
PO
WERKE
Y
R
151
3
33
FL_
D
ATA
FIL_
C
TR
L
DC
_P
R
O
T
R
LY
_H
IB
R
143
8
O
PE
N
TX
D
_M
O
232
I
TU
_G
P
O
2_I
N
T
H
5V
D
ET
FL_
C
E
JTA
G
_TD
I
JTA
G
_TC
K
R
151
1
33
R
153
0
33
10
P-
D
C
133
6
C
133
7
10
P-
D
VO
L_
C
LK
PR
E_
M
U
TE
ISE
L_
B
R
150
7
33
R
150
9
33
TU
_G
P
O
2_I
N
T
SB
_R
LY
FR
O
N
T_R
LY
C
136
1
100
N
-K
DAC
_RS
T1
AP
_C
K
TU
_R
ST/ST
DC
_P
R
O
T
TH
ER
_PR
O
TA
R
150
1
33
HSC
L
FR
O
N
T_R
LY
AP
_C
S
R
ESE
T
R
144
9
O
PE
N
C
O
M
P_
SW
1
M3
.3
V
EML
E
TD
I
100
N
-K
C
132
3
TC
K
AEXP
_O
E
AEXP
_DA
TA
HPD
1
HPD
3
Q
104
2
2S
C
305
2
Q
104
1
2S
C
305
2
R
150
3
100
K
220K
R1505
AEXP
_C
LK
H
IN
SE
LB
VI
N
_A
C
O
M
P_
SW
1
D
IREC
T_L
ED
3K
3
R
150
2
C
135
7
100
N
-K
1N
-K
C
133
3
AD
V8003_
SP
I_M
O
R
XD
_MI232
O
D
SP
1F
LA
G
3
KI
LLI
R
_M
Z
M
AI
N
_P
O
W
ER
C
PU
_P
O
W
ER
D
5V
_P
O
WE
R
1K
R1456
IR FLASHER
0
R1435
REMOTE IN
OPEN
OPEN
AVR-X2200K
AVR-S910_E3
AP_CK
DAC_RST1
JTAG_TDI
JTAG_TDO
AP_CK
DIR_CE
AP_DA
DIR_DIN
DIR_CLK
DSP1CS
DSP1RST
DSP1MOSI
DSP1CLK
FLASHER_IN
C1344
4.7U-K-1608
C1343
OPEN
OPEN
C1341
100
R1452
1N-K
C1338
Mz : FLASHER IN
De : REMOTE OUT
Mz : FLASHER IN
HAINT1
10k
R1523
10k
R1522
R1478
0
R1480
33
C1353
100N-K
C1354
100N-K
ADV8003_SPI_CS
R1485
33
ADV8003_SPI_CLK
R1486
10
10k
R1489
C1359
100N-K
R1493
33
R1495
33
R1496
33
DSP1FLAG0
10k
R1498
DSP_BUSY
CEC_POWER2
DA_POWER
DSP_ROM_WRITE
R1393
4K7
CEC_COM
OPEN
C1356
1K
R1455
OPTION_B
REMOTE OUT
1
3
2
K1001
MINI-JACK(PJ-308-02)
1
3
2
K1000
MINI-JACK(PJ-308-02)
LR
B521
S-
30
D
109
0
OPEN
E910E3
AVR-X2200E1C
MODEL
AVR-X2200E2/E1
AVR-X2200E3
DAC_MS1
AP_DA
JTAG_TCK
AP_CS
JTAG_TMS
DIR_DOUT
DIR_RST.
DSP1MISO
OPEN
C1345
OPTION_C
Z1001
SHIELD COVER
C1342
4.7U-K-1608
R94EV1A
U1019
D1093
LRB521S-30
100N-K
C1340
R1451
100K
OPEN
De : REMOTE IN
OTHER AVR1U1B/N1B/K
X2200E2/E1/E1C/K
OPEN
R1525
10k
R1520
10k
R1531
ADV7850_RST
EMULATOR
R1479
33
R1477
33
PRE_Z2_MUTE
C1355
100N-K
ADV8003_SPI_MI
ADV8003_SPI_MO
R1487
33
ADV8003_RST
R1494
33
R1394
4K7
AVR-S910/X2200 OPEN
33
*4
(A
R
)
R
218
3
33*4(AR)
R2182
1
2
3
4
5
6
7
8
U
101
7
R
1EX
2412
8BSAS
0I
LBAS16HT1G
D1097
R1490
100K
CPU
DA_POWER2
DAC.PLDAERR.
DSP1FLAG0
DSP_BUSY
z
OPTION TABLE
DV_POWER1
DONGLE_ACTIVE
DSP_ROM_WRITE
DSP1FLAG3
1.0-16-11PB-2
N1021
1A
TO A1
6A
TO A6
1B
TO B1
5B
TO B5
C1
TO 1C
C2
TO 2C
C3
TO 3C
C4
TO 4C
C5
TO 5C
C6
TO 6C
C7
TO 7C
120
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
Содержание AVR-S910W
Страница 8: ...Personal notes 8...
Страница 107: ...POWER DIAGRAM S2 8V 8V MAIN TRANS S1 AMP B MAIN PWR ON VCC DIAGRAM AC CORD 107...
Страница 159: ...2 FL DISPLAY FLD 018BT021GINK FRONT FL4400 PIN CONNECTION GRID ASSIGNMENT q T7 159...
Страница 160: ...ANODE CONNECTION 160...