Circuit Diagrams and PWB Layouts
10.
P Gamma & VCom & Flash
1
8
770_555 _100121.ep
s
100121
P G
a
mm
a
& VCom & Fl
as
h
B14C
B14C
2009-12-09
4
2009-11-12
3
2009-10-26
2
8
204 000 9072
TCON
S
HARP
-BU
S
CTRL
FIL
I 2 C
INP
INPCOM|DVR_OUT
REFIN_INN
REFIN
S
ET
S
CL
S
DA
S
ET_COMP
V_THERM
BANK
S
EL
GND_H
S
VIA
GND
OUT10
OUT11
OUT12
OUTCOM
INNCOM
AVDD
OUT1
OUT2
OUT
3
OUT4
OUT5
INN5
OUT6
INN6
OUT7
INN7
OUT
8
INN
8
OUT9
V
S
D
S
I
S
O
C
S
HOLD
WP
S
CK
2KQA B2
NC
5
6
7
8
2KQB B2
2KQC B
3
2KQD B4
2KQE B4
2KQJ D
8
2KQK D
8
2KQM E7
2KQN E7
2KQP E
8
1
7
8
9
10
11
NC
F
17
1
2
3
4
G
H
I
J
9
10
B
C
D
E
16
17
A
B
C
K
L
1KQA E15
1KQB G15
2HRK C12
I
J
K
L
A
2KQF B5
2KQG D7
2KQH D7
3
KRA E9
3
KRB E9
3
KRC E9
3
KRD F9
3
KRE F9
2KQQ E
8
2KQR G7
2
3
4
5
6
2KRA G4
2KRB G5
2KRH I
8
2KRJ C12
2KRL C1
3
12
1
3
14
15
16
3
KQB B
3
3
KQC B2
3
KQD C
3
3
KQE C2
3
KQF D
3
NC
11
12
1
3
14
15
3
KQH-
3
C7
3
KQH-4 C7
3
KQJ C9
3
KQK C9
3
KQL C9
D
E
F
G
H
3
KQT D9
3
KQU D9
3
KQW E9
3
KQY E9
3
KQZ E9
3
KRF F9
3
KRG G4
2KQT G7
2KQU G
8
2KQW G
8
2KQY G4
2KQZ G
3
3
KRL-
3
E7
3
KRL-4 E7
3
KRM-1 G
8
3
KRM-2 G
8
3
KRM-
3
G7
2KRM C1
3
2KRN C14
2KRQ D1
3
2KRT G5
3
KQA B2
3
KTH K7
3
KTJ K7
3
KTK I9
3
KTL I10
3
KTM K9
3
KQG B5
3
KQH-1 C
8
3
KQH-2 C
8
3
KTR G
8
3
KTT K10
3
KTU B11
3
KTV B11
3
KTW B12
3
KQM C9
3
KQN C9
3
KQP C9
3
KQQ C9
3
KQR D9
3
KYD B14
3
KYE C1
3
3
KYF C14
3
KYG C14
3
KYH G14
3
KRH G5
3
KRJ G4
3
KRK G4
3
KRL-1 E
8
3
KRL-2 E
8
3
KYM G2
3
KYN H2
3
KYP G6
3
KYQ G6
6KQA H6
3
KRM-4 G7
3
KTD I6
3
KTE I7
3
KTF I9
3
KTG K9
9KQA C9
9KQB C9
9KQC D9
9KQD E9
9KQE E9
VCOM BUFFER
3
KTN K9
3
KTP D
3
3
KTQ E
3
9KQF F9
9KQG-1 F4
9KQG-2 F4
9KQG-
3
F4
9KQG-4 F4
3
KTY C12
3
KTZ C12
3
KYA B12
3
KYB B1
3
3
KYC B1
3
FKMA C10
FKMB C10
FKMC C10
FKMD C10
FKME C10
3
KYJ G14
3
KYK C1
3
FKMH D10
FKMJ D10
FKMK E10
FKML E10
FKQA E14
7KQA B4
7KQB J
8
7KQC H4
7KQD G4
7KQH D1
3
FKQG B15
FKQH B15
FKQJ B15
FKQK B15
FKQL B15
FKYE F10
FKYF F10
FKYG E12
FKYH D12
I2C
S
WITCH (VGA VCOM)
A
S
IC OPTION
S
FKQM C15
9KQH G12
9KQJ G12
9KQK H12
FKLY G2
FKLZ C10
FKQW D
3
FKYA E10
FKYB E10
FKYC E10
FKYD E10
FKMF C10
FKMG D10
100K
6K2
10K
3
9K
2K7
FKQB E14
FKQC F14
FKQD F14
FKQE F14
FKQF G1
3
NC
cKQB F5
NC
DEBUG ONLY
∗
∗
∗
∗
3
2 INCH
FKQP J9
FKQQ F4
FKQR D
3
FKQT D
3
FKQU F14
40/46/52 INCH
3
KQA
3
KQC
3
KQE
3
K9
2K0
RE
S
3
KTZ
RE
S
3
KTT
2K2
FKLY
9KQB
FKYE
FKYC
FKYD
FKYB
RE
S
2KRM
1n0
RE
S
1n0
2KRL
FKQL
FKQW
FKML
FKYA
FKMK
2KRQ
FKMJ
RE
S
100n
FKMC
100n
2KQU
3
KTM
2K2
7
S
D1
2
S
DA
3
VDD
6
V
SS
7KQH
PCA9540B
5
S
C0
8
S
C1
4
L
C
S
1
S
D0
9KQJ
RE
S
RE
S
FKQR
cKQB
2K2
3
KTJ
RE
S
2KQP
100n
100n
2KQN
4K7
3
KTF
2K2
3
KTG
RE
S
FKYH
FKYG
FKQQ
FKYF
RE
S
1n0
2KRN
6
9KQG-4
45
3
KRM-
3
10R
3
RE
S
9KQH
FKQD
FKQC
FKQB
5
6
7
8
9
10
11
FKQA
502
38
2-0970
1
2
3
4
FKMA
RE
S
1KQA
9KQG-1
1
8
0R51
3
KRK
FKMF
FKMD
FKMG
FKME
FKQT
3
KTN
2K2
9KQF
RE
S
+VDI
S
P
3
KTE
2K2
RE
S
VCC_
3
V
3
RE
S
2K2
3
KTL
3
KTH
2K2
RE
S
100R
3
KRA
RE
S
100n
2KRA
RE
S
1
8
10R
27
10R
3
KRL-1
3
6
3
KRL-2
45
10R
3
KRL-
3
3
KRL-4
10R
3
1
100n
2KQQ
2
8
3
0
3
4
3
5
3
6
3
7
38
3
9
40
41
29
10
16
1
8
19
25
3
2
1
1
3
12
26
27
2
22
2
3
24
3
4
7
8
5
21
14
6
20
33
9
11
15
17
I
S
L24
83
7IRZ-T1
3
7KQA
VREF_15V2
3
KYB
2K0
RE
S
27
1n0
2KRJ
10R
3
KRM-2
RE
S
3
6
3
KQQ
100R
9KQG-
3
RE
S
RE
S
100R
3
KQP
VCC_
3
V
3
RE
S
9KQK
10K
3
KYH
3
KYJ
10K
RE
S
VCC_
3
V
3
RE
S
3
KTW
2K0
RE
S
3
KRG
0R51
0.5
%
3
KRJ
750R
3
KRH
1K0
0
.5
%
FKMB
FKLZ
FKMH
FKQF
1
2
3
4
5
6
RE
S
1KQB
502
38
2-0470
2K2
3
KYK
RE
S
100R
3
KRE
3
KTR
2K2
VCC_
3
V
3
10K
3
KTQ
RE
S
3
KTP
10K
2KQE
100n
100n
2KQD
VL
S
_15V6
10
u
2KQY
6
8
p
2KRB
VCC_
3
V
3
100n
2KQC
3
FKQP
FLA
S
H
Φ
(
3
2K)
1
4
7
6
5
2
8
AT25DF
3
21-
S
U
7KQB
2KQT
100n
3
KQD
1
8
K0
.5
%
RE
S
100R
3
KRD
100n
2KQR
3
KQC
6K2
0
.5
%
3
KRM-1
10R
1
8
3
KQN
100R
RE
S
RE
S
9KQA
100R
3
KQM
PB
SS
5
33
0X
7KQC
7KQD
PB
SS
4540X
RE
S
100R
3
KQW
9KQD
2K2
3
KTV
FKQU
10
u
2KQF
2KQJ
100n
10R
45
3
6
3
KQH-4
27
10R
3
KQH-
3
3
KQH-2
10R
2K2
3
KYA
10R
3
KRM-4
45
2KQW
100n
9KQE
100R
3
KRC
RE
S
3
KRB
100R
RE
S
2KQM
100n
3
KQA
100K
0.5
%
9KQC
VL
S
_15V6
VL
S
_15V6
RE
S 3
KQR
100R
3
KQB
22K
0
.5
%
VREF_15V2
RE
S
3
KYN
10K
1
0K
3
KYM
RE
S
2KRH
4
u
7
2K2
3
KTY
100R
3
KQT
RE
S
2HRK
1n0
RE
S
FKQJ
FKQK
3
KYF
2K2
16V
22
u
2KQZ
3
KQE
10K
0
.5
%
3
KQG
2K2
0
.5
%
9KQG-2
27
6KQA
M
SS
1P4
3
KTK
2K2
3
KRF
100R
RE
S
VREF_15V2
RE
S
RE
S
10K
3
KYQ
RE
S
3
KYP
10K
100n
2KRT
RE
S
100R
RE
S
RE
S 3
KQK
100R
3
KQL
RE
S 3
KQJ
100R
FKQE
2K2
3
KTD
3
KQU
2K2
RE
S
3
KQF
3
K
3
0.5
%
VL
S
_15V6
FKQM
3
KTU
2K2
VCC_
3
V
3
3
KYG
2K0
2KQG
100n
100n
2KQH
3
KQZ
100R
RE
S
RE
S 3
KQY
100R
10R
3
KQH-1
1
8
100n
2KQK
1
u
0
2KQA
3
KYD
2K0
RE
S
3
KYE
2K2
RE
S
2K0
3
KYC
1
u
0
2KQB
FKQG
FKQH
EN
BYPA
SS
_MODE
VCC
EN
OUTCOM
OUTCOM
S
DA-DI
S
P
S
CL-DI
S
P
S
DA-TCON
S
CK
S
DO
S
C
S
S
DI
WP
VCC
S
CL-TCON
S
DA-TCON
CTRL-DI
S
P
S
CK
VGA-
S
DA-EDID-TCON
S
DA-TCON
S
CL-TCON
VGA-
S
CL-EDID-TCON
S
CL-TCON
BYPA
SS
_MODE
VL255
S
C
S
VCOM
S
DI
S
ELLVD
S
R_L
WP
S
DO
S
CL-TCON
S
DA-TCON
100HZ_120HZ
O
S
_ON-OFF
U_D
MODE2
INNCOM
VL0
VH0
VL247
VL191
VL159
VL127
VH159
VH127
VH191
VH95
VH6
3
VL95
VL
3
1
VL159
VL6
3
VL95
VH247
VH159
VH191
VH95
VL191
VL127
VH127
VH255
C
S
_L
C
S
_H
INNCOM
OUTCOM
S
CL-TCON
S
DA-TCON
VH6
3
VH
3
1
VL6
3