SCHEMATIC DIAGRAMS (06/29)
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
SR5010
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
JT
AG
_T
M
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
E
R
_P
R
O
TB
JT
AG
_T
D
O
AS
O
_P
R
O
T
R
150
0
33
HSD
A
TH
E
R
_P
R
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
3K
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
OTHER AVR2 E3
0
10K
OPEN
R1524
R1448
3K3
R1450
2K2
OPEN
0
10K
MODEL
OPEN
SR5010_K
SR5010_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
SR5010
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
SR5010 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
JT
AG
_T
D
I
JT
AG
_T
C
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
E
R
_P
R
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
OTHER AVR2 K
OTHER AVR1 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
OTHER AVR1 E3
OTHER AVR2 E1C
MODEL
OTHER AVR2 E2/E1
OTHER AVR2 E3
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
SR5010 U1B/N1B/K
OTHER AVR2 E2/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
OTHER AVR1 OPEN
OTHER AVR2 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
SR5010_U
1A
6A
1B
5B
C1
C2
C3
C4
C5
C6
C7
115
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