Panasonic TH-32E330M, Service Manual

Page: 29 / 46

1 1
2 2
3 3
4 4
5 5
6 6
7 7
8 8
D
D
C
C
B
B
A
A
HDM I1 _S DA
HDM I1 _S CL
HDM I2 _S DA
HDM I2 _S CL
SPI_ CL K
SPI_ DO
UART -R X/D DC
UART -T X/D DC
SCAR T_ FS
MHL _CA BL E_ DET
KEY
SPD IF _O UT
SC_
C
V
B
S
IN
1
S
C
ART
_F
B
HDM I1 _RX C_ P
HDM I1 _RX C_ N
HDM I0 _RX 2_ P
HDM I0 _RX 2_ N
HDM I0 _RX 0_ N
HDM I0 _RX 0_ P
HDM I0 _RX C_ N
HDM I0 _RX 1_ N
HDM I0 _RX 1_ P
HDM I2 _HP DIN
AVD D5 V_M HL
HDM I_ ARC
HDM I0 _RX C_ P
HDM I_ CE C
HDM I0 _HP DIN
HDM I1 _HP DIN
V
G
A_V
S
V
G
A
_BIN
+
P
R
2_I
N
V
G
A_RI
N+
GI
N
0M
V
G
A_G
IN
+
V
G
A_HS
S
C
ART
_C
V
B
S
_O
U
T1
VCO
M
0
Y2_
IN
GI
N
2M
P
B
2_I
N
AV_
C
VBS
IN
0
HD
M
I1
_R
X1_
N
HD
M
I1
_R
X2_
N
HD
M
I1
_R
X1_
P
H
D
M
I2_R
X
C
_N
HD
M
I1
_R
X0_
P
HD
M
I1
_R
X0_
N
HD
M
I1
_R
X2_
P
HD
M
I2
_R
X2_
P
HD
M
I2
_R
X1_
N
HD
M
I2
_R
X2_
N
HD
M
I2
_R
X1_
P
H
D
M
I2_R
X
C
_P
HD
M
I2
_R
X0_
P
HD
M
I2
_R
X0_
N
ET HER _RX P
ET HER _RX N
ETH ER_ TX N
ETH ER_ TX P
GI
N
1M
S
C
ART
_B
S
C
ART
_G
S
C
ART
_R
HDM I0 _S DA
HDM I0 _S CL
VIF M
VIF P
IFA GC _T
XTAL I
XTAL O
IFA GC _S
QM
_S
QP
_S
IM_ S
IP_ S
A
U
VAG
AV_
R
IN
SC_
R
IN
S
C
_LI
N
A
V
_LI
N
PCM _A 14
PCM _A 6
PCM _A 1
PCM _A 7
PCM _A 2
PCM _A 3
PCM _A 5
PCM _A 4
PCM _A 9
PCM _A 13
PCM _A 8
PCM _A 11
PCM _A 10
PCM _A 12
PCM _D 3
PCM _D 7
PCM _D 6
PCM _D 5
PCM _D 4
PCM _D 0
PCM _D 2
PCM _D 1
M_S DA
M_S CL
POW _E N
ARC _D ET
DIS EQ C
PCM _IO RD _N
PCM _O E_N
PCM _IO WR _N
PCM _W AIT _N
PCM _IR QA _N
PCM _R EG_ N
PCM _W E_N
PCM _C D_ N
PCM _R ESET
PCM _C E_N
AMP_ MU TE
PCM _A 0
TS
O_D
7
TS
O_D
6
TS
O_D
4
TS
O_D
0
TS
O_D
1
TS
O_D
3
TS
O_D
2
TS
O_D
5
TS
O
_SYN
C
TS
I_
SYNC
TS
O_C
LK
TS
I_
VLD
TS
O
_VLD
TS
I_
CL
K
TS
I_
D4
TS
I_
D5
TS
I_
D6
TS
I_
D0
TS
I_
D1
TS
I_
D7
TS
I_
D2
TS
I_
D3
RX
E3_
P
RX
E3_
N
R
X
EC_
N
US
B1_
D
P
US
B1_
D
M
R
X
EC_
P
US
B0_
D
M
US
B0_
D
P
R
X
O4_N
R
X
O4_P
R
X
O0_P
RX
E1_
N
R
X
O0_N
R
X
O1_N
R
X
O1_P
RX
E2_
N
RX
E0_
P
RX
E0_
N
RX
E1_
P
R
X
O2_N
RX
E2_
P
R
X
O2_P
R
X
O3_N
R
X
O3_P
RX
E4_
N
RX
E4_
P
IR_
DA
T
SPI_ DI
NAND_ CLE
NAND_ WE Z
SPI_ CS N
PWM 1
Sys te m_ RS T
BRI_ ADJ_ PW M0
NAND_ WP
AM
P_A
U
O
UT
L
AM
P_A
U
O
UT
R
S
C
ART
_L
IN
E
O
U
TR
S
C
ART
_L
IN
E
O
U
TL
X
TAL
I
X
TAL
O
CF
3
33
pF
-0
402
-N
P
O
-±
5%
-50V
CF
1
33
pF
-0
402
-N
P
O
-±
5%
-50V
GN
D
GN
D
RF
1
N
C
/1M
oh
m
-0
402
-±
5%
-1/
16W
Y1
24
M
H
z
-±
2
0P
P
M
-2
0P
F
-H
C
-49
S
-S
M
D
GN
D
R7
N
C
/4K
7oh
m
-0
402
-±
5
%
-1
/16
W
R8
4K
7oh
m
-0
402
-±
5
%
-1
/16W
R9
4K
7oh
m
-0
402
-±
5
%
-1
/16W
R10
N
C
/4K
7oh
m
-0
402
-±
5
%
-1
/16
W
3V
3_S
T
B
PWM
1
BRI
_ADJ
_PWM
0
AIN
R
2
AIN
L2
L1
F
C
M
1
005
K
F
-1
21T
06
(120
ohm
-50
0m
A
)
C8
1u
F
-04
02-X
5R
-±
2
0
%
-16V
C7
0.
1uF
-040
2-
X
5R
-±
20
%
-1
6V
C6
1u
F
-04
02-X
5R
-±
2
0%
-16V
C5
1u
F
-04
02-X
5R
-±
2
0%
-16V
C4
1u
F
-04
02-X
5R
-±
2
0%
-16V
C3
1u
F
-04
02-X
5R
-±
2
0%
-16V
C2
0.
1uF
-040
2-
X
5
R
-±
2
0
%
-1
6V
C1
N
C
/1
0
u
F
-0603
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5
R
-±
20%
-6.
3V
C9
2.
2uF
-040
2-
X
5R
-±
20
%
-6
.3V
GN
D
GN
D
L2
F
C
M
1
005
K
F
-1
21T
06
(1
20
ohm
-50
0m
A
)
C13
1u
F
-04
02-X
5R
-±
2
0%
-16V
C12
1u
F
-04
02-X
5R
-±
2
0%
-16V
C11
1u
F
-04
02-X
5R
-±
2
0%
-16V
GN
D
GN
D
C10
N
C
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0
u
F
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5
R
-±
20%
-6.
3V
C15
1u
F
-04
02-X
5R
-±
2
0
%
-16V
L3
F
C
M
1
005
K
F
-1
21T
06
(1
20
ohm
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0m
A
)
C21
1u
F
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5R
-±
2
0
%
-16V
C20
0.
1uF
-040
2-
X
5R
-±
20
%
-1
6V
C19
0.
1uF
-040
2-
X
5R
-±
20
%
-1
6V
C18
0.
1uF
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2-
X
5R
-±
20
%
-1
6V
C17
0.
1uF
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2-
X
5R
-±
20
%
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6V
C16
10
uF
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603
-X
5
R
-±
20%
-6.
3V
C22
0.
1uF
-040
2-
X
5R
-±
20
%
-1
6V
GN
D
GN
D
L4
F
C
M
1
005
K
F
-1
21T
06
(1
20
ohm
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0m
A
)
C23
0.
1uF
-040
2-
X
5R
-±
20
%
-1
6V
GN
D
L5
F
C
M
1
005
K
F
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21T
06
(120
ohm
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0m
A
)
C26
0.
1uF
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2-
X
5R
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20
%
-1
6V
GN
D
C24
0.
1uF
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2-
X
5R
-±
20
%
-1
6V
C25
0.
1uF
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2-
X
5R
-±
20
%
-1
6V
DF2
N
C
/S
F
I04
02-
2
40E
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5P
P
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F
RF
3
10
0K
o
hm
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±
5%
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16
W
CF
2
2.
2uF
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2-
X
5R
-±
20
%
-6
.3V
1
3
2
DF1
BA
V
9
9
-B
R
RF
2
1K
ohm
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02-±
5%
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16W
S
yste
m
_RS
T
GN
D
5V
_S
T
B
CS
#
1
SO
2
WP#
3
Vss
4
SI
5
SC
L
K
6
HO
L
D
#
7
Vc
c
8
UF1
SP
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FL
A
S
H
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C
SPI
F
L
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4
M
b
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8
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M
D
,
G
D2
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6
4
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ig
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ic
e
3V
3_S
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B
SP
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LK
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I
SP
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D
O
GND
CF
4
0.
1uF
-040
2-
X
5R
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20
%
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6V
GN
D
CF
5
N
C
/0
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uF
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40
2-
X
5
R
-±
2
0
%
-1
6V
GN
D
3V
3_S
T
B
RV
3
4K
7oh
m
-0
402
-±
5
%
-1
/16W
RV
2
4K
7oh
m
-0
402
-±
5
%
-1
/16W
5V
_S
T
B
UA
RT
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C
UA
RT
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X
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C
UA
R
T
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X
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C
1
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S
T
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T
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X
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C
1
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S
T
CA
1
N
C
/1
0
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F
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02-X
7R
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1
0%
-50V
CA
2
N
C
/1
0
00p
F
-04
02-X
7R
-±
1
0%
-50V
RA
3
20
0K
o
hm
-040
2-
±
5%
-1/
16
W
RA
4
20
0K
o
h
m
-040
2-
±
5%
-1/
16
W
GN
D
AM
P_
AU
OUTL
AM
P_
AU
OUTR
RA
1
10
0oh
m
-0
4
02
-±
5%
-1
/1
6W
RA
2
10
0oh
m
-0
4
02
-±
5%
-1
/1
6W
C27
10
00p
F
-04
02-X
7R
-±
1
0
%
-50V
GN
D
C28
10
00p
F
-04
02-X
7R
-±
1
0
%
-50V
AM
P
LI
N
AM
P
RI
N
RT
3
4
K
7
o
h
m
-0
4
0
2
-±
5
%
-1
/1
6
W
RT
1
4
K
7
o
h
m
-0
4
0
2
-±
5
%
-1
/1
6
W
3V
3_T
un
M_
S
C
L
M_
S
D
A
+1
.1
5
V
_
V
DDC
+
1
.15V
_V
D
D
C
+
1
.15V
_V
D
D
C
+
1
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D
D
C
+
1
.15V
_V
D
D
C
+
1
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_V
D
D
C
+
1
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D
D
C
+
1
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D
D
C
+1
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V
_
DD
R
DV
DD
_
DD
R
DV
DD
_
DD
R
AV
DD
_
DD
R
_
DAT
A
AV
DD
_
DD
R
_
DAT
A
3V
3_S
T
B
3V
3_S
T
B
3V
3_S
T
B
3V
3_S
T
B
3V
3_S
T
B
3V
3_S
T
B
3V
3_M
O
D
1
3V
3_M
O
D
1
3V
3_S
T
B
3V
3_S
T
B
3V
3_D
M
P
L
L
3V
3_D
M
P
L
L
3
V3
_
DA
DC
3V
3_D
A
D
C
3V
3_S
T
B
3V
3_S
T
B
GN
D
GN
D
LE D_ R_ ON
AV
DD
5
V_
M
H
L
+1
.5
V
_
DD
R
S
C
AR
T
_
L
INE
OU
T
L
S
C
AR
T
_
L
INE
OU
T
R
LN
B
_P
W
_13V
/18V
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E
L
+1
.5
V
_
DD
R
CA
3
N
C
/10
uF
-0603
-X
5
R
-±
20%
-6.
3V CA
4
2.
2uF
-040
2-
X
5R
-±
20
%
-6
.3V
GN
D
GN
D
S
yste
m
_RS
T/
C14
10
uF
-0
603
-X
5
R
-±
20%
-6.
3V
VC
OM
0
CI3
0.
047u
F
-0
4
02
-X
7
R
-±
10%
-16
V
RV
1
6
8o
h
m
-0
40
2
-±
5
%
-1
/16
W
CV
1
0.
047u
F
-0
4
02
-X
7
R
-±
10%
-16
V
GN
D
GI
N0
M
GI
N2
M
R
I41
N
C
/0o
hm
-0
40
2-
±
5%
-1/
16
W
GI
N1
M
RI10
18
0oh
m
-0
402
-±
5%
-1
/16W
RI40
N
C
/7
5o
h
m
-0
40
2
-±
5
%
-1
/16
W
RI
9
NC
AV
_
IN
YP
bP
r_
Y
GN
D
GN
D
CI2
0.
047u
F
-0
4
02
-X
7
R
-±
10%
-16
V
R
I8
N
C
/0o
hm
-0
40
2-
±
5%
-1/
16
W
RI7
N
C
/7
5o
h
m
-0
40
2
-±
5
%
-1
/16
W
RI
5
NC
GN
D
GN
D
RI6
68
ohm
-04
02-
±
5%
-1/
1
6W
CI1
0.
047u
F
-0
4
02
-X
7
R
-±
10%
-16
V
R
I4
N
C
/0o
hm
-0
40
2-
±
5%
-1/
16
W
RI3
N
C
/7
5o
h
m
-0
40
2
-±
5
%
-1
/16
W
RI
1
NC
GN
D
GN
D
RI2
68
ohm
-04
02-
±
5%
-1/
1
6W
SC
A
R
T
_
V
IN
RI42
N
C
/7
5o
h
m
-0
40
2
-±
5
%
-1
/16
W
RI
43
NC
GN
D
A
V/S
C
A
R
T
C
VBS
IN
YP
bP
R
IN
SC
ART
RGB
/DVD
IN
VG
A
HP
_DE
T
5V
_A
N
T_ON
/OF
F
LN
B
_PWE
N
SC
AR
T
_Gin
GN
D
CS
1
6
0.
1uF
-040
2-
X
5R
-±
20
%
-1
6V
EPA D
EPA D
R
X
0N
_B
1
RX
0
P
_B
2
R
X
1N
_B
3
RX
1
P
_B
4
R
X
2N
_B
5
RX
2
P
_B
6
AV
DD
_
M
OD
7
RX
CN
_
A
8
RX
CP
_
A
9
R
X
0N
_A
10
RX
0
P
_A
11
R
X
1N
_A
12
RX
1
P
_A
13
R
X
2N
_A
14
RX
2
P
_A
15
HSYN
C
0
16
BIN
0
P
17
GI
N0
P
18
GI
N0
M
19
RIN
0
P
20
VSYN
C
0
21
AV
DD
3
P
3
_
AD
C
22
BIN
1
P
23
GI
N1
P
24
GI
N1
M
25
RIN
1
P
26
CV
BS
0
33
CV
BS
1
34
VC
OM
35
CV
BS
_
O
U
T
1
36
VD
DC
38
LI
N
EI
N
_
L
2
42
LI
N
EI
N
_
R
2
43
AU
VR
M
40
VA
G
41
LI
N
EI
N
_
L
4
46
LI
N
EI
N
_
R
4
47
AV
DD
_
AU
3
3
39
LI
N
EO
U
T
R
3
48
LI
N
EO
U
T
L3
49
E
A
R
P
HON
E
_
OUT
L
50
E
A
R
P
HON
E
_
OUT
R
51
AV
DD
3
3
_
E
AR
52
QP_
S
53
QM
_
S
54
AVDD 3P 3_D ADC
55
IP_ S
56
IM_ S
57
IFA GC _S
58
IFA GC _T
59
IP_ T
60
IM_ T
61
AVDD 3P 3_D MP LL
62
XIN
63
XOUT
64
VDDC
66
GP IO 44/T X1
67
GP IO 45/R X1
68
PWR _ON /O FF
69
GPIO 48 /D ISE QC
71
VDDI O_ CM D
73
VDDC
74
AVDD _M OD
75
PCM _R ESE T/E J_ RST Z
76
PC M_ IR QA_N
77
PCM _C D_ N
78
PCM _R EG_ N
79
PCM _C E_ N
80
PCM _OE _N
81
PCM _W E_ N
82
PCM _W AIT _N
83
PCM _IO RD _N
84
PCM _IO WR _N
85
PCM _D0
86
PCM _D1
87
PCM _D2
88
PCM _D3
89
VDDC
166
PWM 1
165
PWM 0
164
RES ET
163
IR
IN
16
2
R
_
O
D
D
[5
]/
L
V
B
0
-
15
7
R
_
O
D
D
[4
]/
L
V
B
0
+
15
6
AV
DD
_
M
OD
15
5
R
_
O
D
D
[3
]/
L
V
B
1
-
15
4
R
_
O
D
D
[2
]/
L
V
B
1
+
15
3
R
_
O
D
D
[1
]/
L
V
B
2
-
15
2
R
_
O
D
D
[0
]/
L
V
B
2
+
15
1
G_
OD
D[
7
]/
L
V
B
3
-
15
0
G_
OD
D[
6
]/
L
V
B
3
+
14
9
G_
OD
D[
5
]/
L
V
B
4
-
14
8
G_
OD
D[
4
]/
L
V
B
4
+
14
7
G_
OD
D[
3
]/
L
V
A0
-
14
6
G_
OD
D[
2
]/
L
V
A0
+
14
5
G_
OD
D[
1
]/
L
V
A1
-
14
4
G_
OD
D[
0
]/
L
V
A1
+
14
3
B
_
O
D
D
[7
]/
L
V
A
2
-
14
2
B
_
O
D
D
[6
]/
L
V
A
2
+
14
1
B
_
OD
D[
5
]/
L
V
AC
L
K
-
14
0
B
_
OD
D[
4
]/
L
V
AC
L
K
+
13
9
B
_
O
D
D
[3
]/
L
V
A
3
-
13
8
B
_
O
D
D
[2
]/
L
V
A
3
+
13
7
B
_
O
D
D
[1
]/
L
V
A
4
-
13
6
B
_
O
D
D
[0
]/
L
V
A
4
+
13
5
DP_
P
0
13
4
DM
_
P
0
13
3
DP_
P
1
13
2
DM
_
P
1
13
1
PCM _A0
108
RXCP _B
216
RXCN _B
215
RX 2P_D
214
RX 2N_D
213
RX 1P_D
212
RX 1N_D
211
RX 0P_D
210
RX 0N_D
209
RXCP _D
208
RXCN _D
207
VDD C/A VDDL _D VI
206
ARC
205
AVDD _5V
204
HO TPLU G_ A
203
HO TPLU G_ B
202
HO TPLU G_ D
201
CEC
200
GND- EF US E
195
VDD IO_ DRAM
189
VDDI O_ DAT A
185
AVDD _M OD
184
DVDD _DDR _DA TA
183
SAR 1
182
SAR 0
181
MHL _D ET
178
DDC A_C K
177
DDC A_DA
176
VDDC
174
SPI_ DO /S PI- NA ND _D O/NA NAD_ RB Z
173
SP I_ CK /S PI- NAN D_C K/NA ND_A LE
172
SPI- NAN D_HO LD N/N AN D_ WE Z
170
SP I_ DI/S PI- NAN D_DI /NA ND_ RE Z
169
VSYN
C
1
27
BIN
2
P
28
GI
N2
P
29
GI
N2
M
30
RIN
2
P
31
PA
N
E
L
_
O
N
/O
FF
32
CV
BS
_
O
U
T
2
37
LI
N
EI
N
_
L
3
44
LI
N
EI
N
_
R
3
45
SPI- NAN D_W P/N AND_ WP
171
GPIO 68 /MHL _VB S
65
VBL _CT RL
70
GP IO4 9/I2 S_ OU T_ WS
72
PCM _D4 /E J_T CK
90
PCM _D5 /E J_T DO
91
PCM _D6 /E J_T DI
92
PCM _D7 /E J_T RST N
93
PCM _A1 4
94
PCM _A1 3
95
PC M_ A1 2/E J_D IN T
96
PCM _A1 1
97
PCM _A1 0
98
PCM _A9
99
PCM _A8
100
PCM _A7
101
PCM _A6 /E J_T MS
102
PCM _A5
103
PCM _A4
104
PCM _A3
105
PCM _A2
106
PCM _A1
107
T
S
1_D
0
13
0
T
S
1_D
1
12
9
T
S
1_D
2
12
8
T
S
1_D
3
12
7
T
S
1_D
4
12
6
T
S
1_D
5
12
5
T
S
1_D
6
12
4
T
S
1_D
7
12
3
TS
1
_
V
LD
12
2
T
S
1_S
Y
N
C
12
1
TS
1
_
C
LK
12
0
T
S
0_D
0
11
9
T
S
0_D
1
11
8
T
S
0_D
2
11
7
T
S
0_D
3
11
6
T
S
0_D
4
11
5
T
S
0_D
5
11
4
T
S
0_D
6
11
3
T
S
0_D
7
11
2
TS
O
_
V
LD
11
1
T
S
0_S
Y
N
C
11
0
TS
0
_
C
LK
10
9
AV
DD
L
_
M
OD
/VD
DC
15
8
G
P
IO
0
/T
X
2
/I2
S
_
O
U
T
_
M
C
K
16
1
G
P
IO
2
/R
X
2
/I2
S
_
O
U
T
_
B
C
K
16
0
G
P
IO
56
/I
2S
_
O
U
T
_
S
D
15
9
NAND _C LE
168
SPI_ CS /S PI-N AN D_ CS /N AND_ CE Z
167
GP IO 96/S PD IF _OU T
175
DDC DD_C LK
179
DDC DD_S DA
180
GND
186
VDDI O_ DAT A
187
VDD IO_ DRAM
188
AVDD _E TH
190
RN
191
TP
194
TN
193
RP
192
DD CDB_CL K
197
DD CDB_ DA T
196
DDC DA_C LK
199
DDC DA_D AT
198
MSD3463GSA
U1
TV
,IC
Ma
in
C
hi
p,
M
S
D
3463G
SA-S
W
,S
in
g
le
-C
ore,
LQF
P
216,
S
M
D
,M
st
ar