10.
Circuit Diagrams and PWB Lats
SSB: Dual LVDS
R
DATA
G
B
10
11
12
1
3
14
15
16
17
10
11
12
1
3
14
15
16
17
20
21
22
2
3
24
25
26
27
R
DATA
G
B
20
21
22
2
3
24
25
26
27
20
21
22
2
3
24
25
26
27
TA1
+
-
-
+
-
+
-
TB1
TC1
TD1
DATA
1
s
t PIXEL
TA2
+
-
-
+
-
+
-
TB2
TC2
TD2
DATA
2nd PIXEL
TCLK1
+
-
TCLK2
+
-
0
1
MODE
0
1
RE
S
ERVED
GND
LVD
S
_GND PLL_GND
VDD
LVD
S
_VDD
PLL_VDD
+
NC
OE
FLIP
S
EL_BIT
R
S
XR
S
T
RF
CLKIN
DE
V
S
YNC
H
S
YNC
MAP
10
11
12
1
3
14
15
16
17
C
E
F
G
G
H
A
RE
S
B
C
J
L
14
19
E
F
2CFT H2
2CG0 B5
2CG1 B5
2CG2 B5
2CG
3
B5
2CG4 B5
20
4
5
1
3
14
G
H
2CEN G1
" XCG0
~
XCGZ "
3
4
5
6
7
8
9
CELL 12NC :
8
2
3
9 125 14461
RE
S
1
D
D
E
F
3
C
33
A1
3
C
3
4 B1
3
C
3
5 B1
3
CD0 G1
3
CD1 G1
3
CD2 G1
D
H
I
D
C
20
19
1
8
17
15
16
15
16
17
1
8
2CFB B4
2CFH G
3
2CFR G
3
3
CG6-
3
D4
3
CG6-4 D4
3
CG7-1 D4
3
CG7-2 E4
3
CG7-
3
E4
3
CG7-4 E4
2CG5 B7
0
1
9
8
7
6
3
2
1
2
A
2
1
2CG6 B6
10
A
B
C
3
C
3
0 A1
3
C
3
1 A1
3
C
3
2 B1
7CG1 C9
9C04 B1
9C10 B1
9CG0-1 C2
9CG0-2 C2
9CG0-
3
C2
3
CD
3
H1
F
E
RE
S
RE
S
B
C
B
11
12
1
3
3
CG0 C4
3
CG1 C4
3
CG2 C4
3
CG
3
C4
3
CG4-1 D4
3
CG4-2 D4
3
CG4-
3
D4
3
CG5-4 D4
3
CG6-1 D4
3
CG6-2 D4
9CG4-
3
E2
9CG4-4 E2
9CG5-1 E2
9CG5-2 E2
9CG5-
3
E2
9CG5-4 E2
3
CG
8
-1 E4
G
H
3
CG
8
-2 E4
3
CG
8
-
3
E4
3
CGC B5
3
CGD B5
3
CGE B5
3
CGF B5
3
CGG C9
3
CGH C9
3
CGI C9
2CG7 B7
2CG
8
B6
2CG9 B6
2CGA C
8
5CG2 A6
7CD0-2 G2
7CG0 C5
9CGB C
8
9CGC C
8
9CGG C
8
9CGH C
8
FC17 A1
FC1A B1
9CG0-4 C2
Te
s
tl
a
nd
s
us
ed in TV522/
8
2M
NC
RE
S
S
hifting
sa
me te
s
t-jig
as
TV522/
8
M
FOR BOUNDARY
S
CAN
RE
S
3
CD6 H
3
3
CD7 H
3
3
CD
8
F4
9CG1-1 D2
9CG1-2 D2
9CG1-
3
D2
9CG1-4 D2
9CG2-1 D2
9CG2-2 D2
9CG2-
3
D2
3
CG4-4 D4
3
CG5-1 D4
3
CG5-2 D4
3
CG5-
3
D4
9CG
3
-4 D2
9CG4-1 D2
9CG4-2 E2
ICG
3
C5
ICG4 C5
ICG5 C5
ICG6 C7
ICG7 C7
ICG
8
C7
9CG6-1 E2
BD 12NC :
3
1
3
9 12
3
6
3
711
RE
S
3
4
3
CG
8
-4 E4
3
CG9-1 E4
3
CG9-2 E4
3
CG9-
3
E4
3
CG9-4 E4
3
CGA C7
3
CGB C7
0
1
6
9
3
CGJ C
8
5CD1 A
3
5CG0 A6
5CG1 A6
9CG
8
C4
9CG9 C4
9CGA C7
FC1B B1
NC
FC1C B1
FC1D B1
FC1E A1
FCD2 G
3
FCD
3
H
3
9CG2-4 D2
9CG
3
-1 D2
9CG
3
-2 D2
9CG
3
-
3
D2
ICG0 B6
ICG1 B6
ICG2 C5
I
3
4
5
6
7
ICG9 C7
8
7
11
12
5
2
1
M
N
O
P
P
9CG6-2 E2
9CG6-
3
E2
9CG6-4 E2
9CG7 C4
All right
s
re
s
erved. Reprod
u
ction in whole or in p
a
rt
s
i
s
prohi
b
ited witho
u
t the written con
s
ent of the copyright
owner.
K
A
O
N
RE
S
M
L
DUAL LVD
S
MULTI 12NC :
3
1
3
9 12
3
6
3
701
K
J
ICD1 F
3
ICDA A
3
ICDD G2
ICDF G1
8
9
10
3
6
33
R
3
CG9-
3
IC06
9C10
FC44
+
3
V
3
-D
ICG9
IC0
3
3
C
3
2
10K
2CG9
100n
10K
3
C
3
0
FC14
IC44
10K
3
C
3
5
3
CG0
33
R
1K0
3
CD
33
CD1
470R
FC45
+V-LM
833
1n0
2CFR
33
R
3
CG7-1
1
8
10K
3
CGC
FC41
10K
3
CD2
9CG
3
-
3
3
6
3
CD0
470R
3
6
IC0
8
3
CG4-
3
33
R
100n
2CG
8
+2V5-REF
ICG
8
FC1A
ICA0
FC17
3
CGA
10K
FC1E
ICG
3
ICDB
IC00
9CG6-
3
3
6
IC07
33
R
3
CG1
2CG6
100n
2CG4
100n
100n
2CG1
3
CGB
10K
1
8
ICG0
+
3
V
3
2
7
9CG1-1
3
6
9CG0-2
FC1
3
33
R
3
CG6-
3
33
0p
2CFT
FC1C
FC1D
ICA1
FC4
3
+1V
8
-PNX
8
541
FC42
33
R
3
CG6-1
1
8
3
CG5-4
33
R
4
5
1
8
55
71
8
7
8
19
9CG0-1
3
1
42
41
3
0
29
40
3
9
2
8
27
3
49
4
8
3
7
3
6
47
46
3
5
3
4
44
4
3
3
2
8
2
83
8
4
8
5
8
6
1
3
20
11
12
1
8
51
52
5
3
54
57
5
8
59
60
79
8
0
8
1
33
45
14
16
15
22
17
2
3
25
24
95
96
4
56
72
88
7
26
38
50
64
65
66
67
6
8
8
9
90
91
92
9
3
94
1
2
5
6
10
9
21
61
62
6
3
7
3
74
75
76
77
7
8
97
9
8
99
100
7CG0
BU79
88
KVT
69
70
9CGC
Φ
LVD
S
TRAN
S
MITTER
33
R
3
CG7-2
2
7
2
7
FC12
9CG2-2
FC47
FC4
8
FC46
FC11
FC1F
FC10
9CG6-4
4
5
33
R
3
CG
8
-4
4
5
3
CG5-
3
3
6
3
CG5-2
33
R
2
7
33
R
2
7
-- -- --
200
8
-0
3
-17
1
0
3
1
0
1
3
CG
8
-2
33
R
Vincent Y
a
p / Ye
a
m
S
L
DC
3
20600
200
8
-09-05
S
V
ROYAL PHILIP
S
ELECTRONIC
S
N.V. 200
8
200
8
-0
3
-17
29
3
PC
33
2
42
S
ETNAME
CHN
CLA
SS
_NO
1
S
UPER
S
.
2
NAME
DATE
CHECK
3
1
3
9 12
3
642
3
PCB
S
B
SS
B TV522/22M-10
8
0P_2
TV522
A2
-- -- --
2CG7
10
u
16V
3
2
200
8
-0
3
-17
4
5
ICG1
3
CG6-4
33
R
3
CG9-4
33
R
4
5
33
R
2
7
3
CG6-2
9CG4-2
2
7
ICG6
1
8
9CG9
2CG
3
33
R
3
CG9-1
4
5
100n
1
8
9CG
3
-4
4
5
33
R
3
CG5-1
33
R
3
CG4-4
4
5
IC04
2
7
9CG0-4
9CG
3
-2
3
0R
9CGB
5CG1
9C1E
3
6
1
8
FCA2
9CG1-
3
ICA4
9CG
3
-1
9C1B
9C1A
ICDF
+
3
V
3
IC02
10K
3
C
3
4
FCD1
FCD2
IC05
9C04
ICDD
100n
2CFH
u
0
1
V
6
1
V
6
1
u
0
1
2CG5
2CG0
1
8
ICG7
9CG4-1
16V
47
u
2CFB
+
3
V
3
+
3
V
3
-D
3
CG4-1
33
R
1
8
3
CG4-2
2
7
FCD
3
33
R
3
CD7
100R
3
CD6
1K0
3
CG
8
-
3
33
R
3
6
1X01
EMC REF HOLE
9C1F
9C1D
+12VD
10R
3
CD
8
9CG5-4
4
5
ICA2
ICA
3
5CD1
3
0R
9CG0-
3
3
6
ICG2
6
9CG1-2
2
7
3
CG7-
3
33
R
3
9CG6-2
2
7
ICDC
7
8
4
+V-LM
833
LM
833
7CD0-2
5
6
ICDA
IC01
IC56
33
R
3
CG2
FC16
3
C
3
1
10K
22R
3
C
33
9CG7
ICD1
9CG2-
3
3
6
IC57
3
6
FC1B
9CG5-1
1
8
9CG5-
3
3
6
10K
3
CGE
9CG4-
3
+
3
V
3
+
3
V
3
9CG
8
3
CG
3
33
R
2
7
9CGG
3
CG9-2
33
R
9CG2-1
1
8
ICG4
4
5
9CG2-4
9CG4-4
4
5
9CGA
3
CG7-4
33
R
4
5
9CG6-1
1
8
3
0R
5CG0
2
7
1
8
9CG5-2
ICG5
33
R
3
CG
8
-1
ICDE
VDI
S
P
+
3
V
3
2CG2
100n
3
CGD
10K
3
0R
5CG2
IC4
3
2CEN
100n
9CG1-4
4
5
9C1C
9CGH
3
CGF
10K
7CG1
BC
8
47BW
47K
3
CGI
27K
3
CGG
10K
3
CGH
2CGA
1
u
0
22K
3
CGJ
FCA
3
CTRL1-MIP
S
_LCD-PWR-ON
JTAG-TDO
JTAG-TD-PNX5050-PACIFIC
JTAG-TR
S
T
JTAG-TCK
RXP
3
R1
JTAG-TM
S
CONTR+1V
8
-PNX
8
541
DV-G1_UV
3
DV-G0_UV2
DV-B7_Y1
DV-B6_Y0
DV-B5_UV1
DV-B4_UV0
DV-B
3
_MHP-
S
WITCH
DV-B2_DEBUG-BREAK
DV-B1_UART2-TX
DV-B0_UART2-RX
RXP
3
R2
DV-R5_Y7
DV-R6_Y
8
DV-R7_Y9
DV-G7_UV9
DV-G6_UV
8
DV-G5_UV7
DV-G4_UV6
DV-G
3
_UV5
DV-G2_UV4
RXP
3
OB+_B6
RXP
3
OB-_B7
RXP
3
V
S
DV-R0_Y2
DV-R1_Y
3
DV-R2_Y4
DV-R
3
_Y5
DV-R4_Y6
RXP
3
EA+_G6
RXP
3
EA-_G7
RXP
3
OD+_B0
RXP
3
OD-_B1
RXP
3
OCLK-_B2
RXP
3
OCLK+_B
3
RXP
3
OC+_B4
RXP
3
OC-_B5
RXP
3
EE+_R6
RXP
3
EE-_R7
RXP
3
ECLK-_G0
RXP
3
ECLK+_G1
RXP
3
EC+_G2
RXP
3
EC-_G
3
RXP
3
EB+_G4
RXP
3
EB-_G5
DV-V
S
S
H
-
V
D
E
D
_
S
H
3
P
X
R
RXP
3
R0
RXP
3
R
3
RXP
3
R4
RXP
3
R5
TXEA+
TXECLK-
K
L
C
-
V
D
K
L
C
3
P
X
R
E
D
_
F
F
-
V
D
F
F
3
P
X
R
TXEB-
TXEB+
TXEC-
TXEC+
TXEA-
DV-B1_UART2-TX
DV-B2_DEBUG-BREAK
DV-B
3
_MHP-
S
WITCH
DV-B4_UV0
DV-B5_UV1
DV-B6_Y0
DV-B7_Y1
DV-CLK
DV-FF_DE
DV-V
S
DV-H
S
TXED+
TXED-
TXOD+
TXOD-
DV-R0_Y2
DV-R1_Y
3
DV-R2_Y4
DV-R
3
_Y5
DV-R4_Y6
DV-R5_Y7
DV-R6_Y
8
DV-R7_Y9
DV-G0_UV2
DV-G1_UV
3
DV-G2_UV4
DV-G
3
_UV5
DV-G4_UV6
DV-G5_UV7
DV-G6_UV
8
DV-G7_UV9
DV-B0_UART2-RX
TXOA+
TXOA-
TXOB+
TXOB-
TXOC+
TXOC-
TXOCLK-
1
8
6
8
0_52
8
_090
8
2
8
.ep
s
090
8
2
8