SCHEMATIC DIAGRAMS (5/32)
05-CPU_LEVEL_CHG
GND LINE
POWER- LINE
POWER+ LINE
ANALOG AUDIO
DIGITAL AUDIO
TMDS SIGNAL
VIDEO SIGNAL
COMPONENT(Y)
R
136
7
33
FL_
D
AT
A
FL_
C
LK
KEY
1
KEY
3
C
128
8
10
N
-K
R
134
7
10
0
DCD
ET
4
KEY
3
R
134
8
100
K
KEY
2
TU_SE
N
R
134
9
10
0
DCD
ET
3
R
135
0
O
PE
N
R
137
1
O
PE
N
R
135
1
O
PE
N
C
/S
_R
LY
H
/P
_R
LY
R
137
2
O
PE
N
R
135
3
O
PE
N
THER
M
ALDET
F
D
G
N
D
C
129
2
10
N
-K
R
135
4
10
0
THER
M
ALDET
E
DC
_PR
O
T
THER_PR
O
TA
H
/P
_DET
.
R
137
4
O
PE
N
R
135
7
120
K
C
129
4
10
N
-K
R
135
8
10
0
THER
M
ALDET
A
R
137
6
O
PE
N
R
136
1
O
PE
N
C
129
6
10
N
-K
R
136
2
10
0
H
/P
_DE
T
R
137
8
O
PE
N
R
136
5
O
PE
N
R
XD_
M
I232
O
R
137
9
4K
7
R
EM
O
TE
3.
3V
A
M
PS
IG
_DE
T
ZV
O
L_LAT
C
H
ZV
O
L_
D
AT
A
DCD
ET
4
M
-D
AX_LE
D
THER
M
ALDET
B
AS
O
DE
T
B
/P
IR
IN
_D
E
M
IC
_DE
T
THER
M
ALDET
F
ISEL_
A
VSEL_
A
FI
L_C
TR
L
G
RN
_L
E
D
FL_
C
LK
FLRS
T
M
-D
AX_LE
D
V
O
L_
M
U
TE
R
X
D
_M
I232
O
ISEL_
B
TU
_G
P
IO
2_
IN
T
VSEL_
B
TU_RST
/S
T
TU_SCLK
/SC
L
G
RN
_L
E
D
V
O
L_
C
LK
FLRS
T
PRE_Z2_
M
UT
E
R
133
3
O
PE
N
PRE_
M
U
TE
RC_
IN
/W
AKE_U
P
THER_PR
O
TC
C
/S
_R
LY
H
/P
_R
LY
K
ILL
IR
_M
Z
O
PE
N
R
133
6
THER_PR
O
TF
R
X
D
_M
I232
O
.
TR
G
_O
U
T
R
133
7
22
K
V
O
L_
C
LK
TU
_G
P
IO
2_
IN
T
THER_PR
O
TF
TU_SD
IO
/SD
A
THER_PR
O
TC
R
LY
_H
IB
A
M
PS
IG
_DE
T
CURRENT
_D
E
T
O
PE
N
R
134
0
THER_PR
O
TB
ZV
O
L_
C
LK
R
134
1
22
K
RC_
IN
/W
AKE_U
P
RC
_O
U
T
H
/P
_DET
.
R
134
4
4K
7
SCPURXD
DGND
SWM3.3V
M3.3V
REMOTE3.3V
SCPUTXD
DGN
D
R
136
8
33
RT1N141C
Q1032
R
LY
_H
IB
RC
_O
U
T
KEY
2
FI
L_
C
TR
L
R
136
9
33
K
C
128
6
100
N
-K
C
128
7
100
N
-K
KEY
1
C
128
9
10
N
-K
R
137
0
18
K
DC
_PR
O
T
SB_RL
Y
THER
M
ALDET
C
OPEN
M
3.
3V
C
129
1
O
PE
N
R
135
2
O
PE
N
THER_PR
O
TB
AS
O
_PR
O
T
R
137
3
O
PE
N
R
135
5
18
K
M
IC
_DE
T.
C
129
3
10
N
-K
R
135
6
10
0
THER
M
ALDET
B
R
137
5
O
PE
N
R
135
9
120
K
C
129
5
10
N
-K
R
136
0
10
0
AS
O
DE
T
R
137
7
O
PE
N
R
136
3
120
K
C
129
7
10
N
-K
R
136
4
10
0
M
IC
_DE
T
DGND
SWM3.3V
C
129
8
100
N
-K
TX
D_
M
O
232
I
CURRENT
_D
E
T
D
IRECT
_L
E
D
ZV
O
L_
C
LK
DCD
ET
3
H
/P
_DE
T
THER
M
ALDET
A
THER
M
ALDET
C
THER
M
ALDET
E
P
O
W
ERKE
Y
RED
_L
E
D
VSEL_
B
ISEL_
B
2S
C
305
2
Q
102
8
FL_
D
AT
A
B
/P
IR
IN
_D
E
TX
D
_M
O
232
I
232
C
_C
O
N
T
FL_
C
E
2S
C
305
2
Q
102
9
Q
103
1
ISA1530A
C1
ISEL_
A
D
IRECT
_L
E
D
V
O
L_D
AT
A
TR
G
_O
U
T
TU_SD
IO
/SD
A
2S
C
305
2
Q
101
9
22
K
R
133
2
VSEL_
A
RED
_L
E
D
P
O
W
ERKE
Y
FL_
C
E
PRE_
M
U
TE
FR
O
N
T_RL
Y
O
PE
N
Q
102
0
O
PE
N
R
133
4
SB_RL
Y
PRE_Z2_
M
UT
E
R
133
5
22
K
Q
102
1
O
PE
N
FR
O
N
T_RL
Y
V
O
L_
M
U
TE
2S
C
305
2
Q
102
2
O
PE
N
R
133
8
TU_SE
N
V
O
L_D
AT
A
TX
D
_M
O
232
I.
THER_PR
O
TE
THER_PR
O
TE
2S
C
305
2
Q
102
3
R
133
9
22
K
TU_RST
/S
T
TU_SCLK
/SC
L
ZV
O
L_LAT
C
H
ZV
O
L_
D
AT
A
AS
O
_PR
O
T
THER_PR
O
TA
O
PE
N
R
134
2
K
ILL
IR
_M
Z
R
134
3
22
K
M
IC
_D
ET
.
2S
C
305
2
Q
102
7
R
134
5
4K
7
R1366
4K7
R
134
6
100
K
C
129
0
O
PE
N
TO DIGITAL CNT
FROM
D.SUPPLY
FROM
SUB CPU
14 13 12
3
2
1
11 10 9
8
7
6
5
4
U
101
6
TC
74V
HC
125
FT
1Y
2Y
G
N
D
VC
C
4A
4Y
3A
3Y
1G
1A
2G
2A
4G
3G
2S
C
305
2
Q
101
8
Q
103
0
ISA1530A
C1
2S
C
305
2
Q
102
4
2S
C
305
2
Q
102
5
2S
C
305
2
Q
102
6
TO CPU
CPU LEVEL CHG
B4
B5
B6
B7
114
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
