22
Ǝ
L
C
D
T
V
A
O
C
L
2
2
W
9
6
1
43
VC
C
3
_
3
_
AC
OD
T
R
IN
_R
ES
ET
N
7
BO
OT
_
3
R
484
1K 1/
10W
5%
FB
4
0
9
120 O
H
M
1
2
1
BL_O
N
_
O
F
F
1
5
R4
8
7
1K 1/
10W
5%
F
B
401
120 O
H
M
1
2
R4
6
4
4K
7
1
/10
W
5%
V
C
C
3_3
FB
4
0
5
120 O
H
M
1
VC
C
A
1_8_S
T
B
R
4
H
2
0R
05 1/
10W
5%
1
VC
C
3
_3_ST
B
V
C
C
3
_3_S
T
B
R
489
9
K
1 1/
1
0
W
1
%
G
PIO
2
TV
M
_
B
O
O
T
R4
6
1
4K
7 1
/10
W
5%
1
R
480
0R
05
1/
10W
5%
VC
C
3
_
3
_ST
B
GP
IO
_
P
8
G
P
IO
_P
21
GP
IO
BO
OT_STRAP
0
BO
OT_STRAP
1
BO
OT_STRAP
2
BO
OT_STRAP
3
80
51_BOOT
U
401K
Z
R
3977
5H
G
C
F
U2
4
U2
3
R2
3
AB1
4
AB1
3
D1
0
D1
1
D1
2
E12
E11
AB2
0
AB1
9
AB1
8
AB1
7
C1
1
C1
2
C1
0
AB1
6
AC
14
D5
C6
AA6
GP
IO
_
P
2
1
GP
IO
_
P
2
2
GP
IO
_
P
2
3
GP
IO
_
P
2
5
GP
IO
_
P
2
4
GP
IO
_
P
3
GP
IO
_
P
4
GP
IO
_
P
5
GP
IO
_
P
6
GP
IO
_
P
7
GP
IO
_
P
8
GP
IO
_
P
9
GP
IO
_
P
1
0
GP
IO
_
P
1
1
GP
IO
_
P
1
GP
IO
_
P
2
GP
IO
_
P
0
GP
IO
_
P
2
6
GP
IO
_
P
2
7
GP
IO
_
P
1
9
GP
IO
_
P
1
3
Re
s
_
A
A
6
V
C
C
3_3_S
T
B
E
A
R_
DE
T
1
4
U
SB1
_OC
_
N
7
TP
4
0
4
1
GPI
O0
VC
C
3_3_ST
B
R
4
7
6
N
C
/0
R
0
5 1
/10
W
5%
R
4
7
1
4K7 1/
10W
5%
R4
7
7
1K
1/
10W
5%
VC
C
5
D
VC
C
3
_
3
_D
M
_
P
L
L
C4
3
5
0.
1uF
16
V
R
4
F
6
0R
05 1/
10W
5%
VC
C
A
1_8_H
P
LL
R
4
A
8
0R
05 1/
1
0
W
5
%
FB
4
0
2
120 O
H
M
1
2
R
481
100
O
H
M
1/
1
0
W
R4
8
2
2K
O
H
M
1%
1
/10W
R
4
G
3
N
C
/2
2
O
H
M
1/
10W
TP
4
0
2
1
VC
C
3
_
3
_VS
Y
N
C
VC
C
1
_
8
_AV
D
D
C
428
0.
01uF
/2
5V
R
4
63
0R
05 1/
10W
5%
C4
J
0
22
U
F
/1
0V
8-
Bit NAND
-Large
Pa
ge
RT
C
G
P
IO
_P
19
I2
C0
_
E
E
P
R
O
M
_
WP
7
BO
OT
_
0
C4
2
9
0.
1uF
16
V
V
C
C
A
1_8_
ST
B
R
4
F
7
0R
05 1/
10W
5%
C
440
0
.1u
F
1
6V
TP
4
0
3
1
BU
F
_
C
L
K_2
5
M
7
C
406
0
.1uF
5
0
V
V
D
D
33_BO
D
R4
H8
4R
7 1/
10W
5%
3_3
V_C
H
E
C
K
R
4
D
6
0R
05 1/
10
W
5%
C
443
0
.1u
F
1
6V
C
425
0
.1u
F
1
6V
VC
C
3_3
U4
0
8
1
2
3
GND
VI
N
V
O
U
T
1
VC
C
3
_
3
_AD
C
8
VG
A_H
S
Y
N
C
5
C
4
45
0.
1uF
16
V
R
4
B
5
0R
05 1/
10
W
5%
0
VC
C
1
_8
8-
Bit
NA
ND-Small
Page
AU
D
_
S
H
D
N
1
3
G
P
IO
_P
11
C4
1
9
1000pF
FB
4
0
4
120 O
H
M
1
2
C4
2
7
1000pF
KEY
_I
N
11
FB
4
0
7
120 O
H
M
1
2
D
401
BAT
5
4
C
1
3
2
C4
K
1
100pF
GP
IO
1
TP
4
1
0
1
R4
H7
N
C
/0
O
H
M
1
/1
0
W
C
452
0.
1
u
F
16
V
V
G
A_
VSY
N
C
5,
7
BO
OT
_
2
V
C
C
3
_3_I
F
C4
I1
NC
/2
2
p
F
R
4
62
0R
05 1/
10W
5%
R
4
F
9
0R
0
5
1
/10W
5%
1
V
C
C
3
_
3
_
L
V
DS
V
C
RX
TV
M
_
P
W
R
_
O
N
1
5
FB
4
1
0
120 O
H
M
1
2
U4
1
1
N
C
/S
-35390A
-J
8
T
1
G
1
2
3
4
8
7
6
5
IN
T
1
XO
U
T
XI
N
VS
S
VD
D
SD
A
SC
L
IN
T
2
+
C4
5
7
100uF
16
V
R4
5
9
N
C
/10K O
H
M
1/
10W
16
-Bit
NA
ND-Small
Page
U
S
B1_P
EN
_N
7
C
448
22pF
E-
1
Cu
s
to
m
81
8
M
o
nday
, Ap
ri
l 13,
2
0
09
715T
3
2
39-E-1
<
⿄⠍
>
08
-G
P
IO
B
lo
c
k
O
E
M MO
D
E
L
S
iz
e
Re
v
Da
te
S
heet
of
TP
V
M
O
D
E
L
PC
B N
A
M
E
⿄⠍
T
P
V
(
T
o
p
V
ic
tory
El
ec
tr
oni
c
s
C
o
.
,
Lt
d.
)
K
e
y C
o
m
p
onent
㍀
䱨
⪰
㌾
㝍
VC
C
A
1_8_H
PLL
R
485
1K 1/
10W
5%
0
LE
D
_
1
7
,1
1
TV
M
_
B
O
O
T
VC
C
1
_1V
PA
N
E
L
_
ON
1
1
C4
4
2
0.
1uF
16
V
C4
5
1
0.
1
u
F
16V
R
4
G
1
0R
05 1/
1
0
W
5
%
1
Bo
ot Op
ti
on
VC
C
1
_8_
AVD
D
R4
8
8
1K
O
H
M
1/
10W
R
4
A
5
0R
0
5
1
/10W
5%
VC
C
3
_
3
_I
F
C4
I3
NC
/0
.1
U
F
1
6
V
R4
7
8
1K 1/
10W
5%
C4
3
2
0.
1uF
16
V
C4
I7
22U
F
/1
0V
C
436
0
.1u
F
1
6V
V
C
C
A
1_8_
H
P
L
L
HD
M
I_
R
S
T
n
6
5
V
_
C
HE
CK
R
4
75
84
5R
1/
10W
1%
C
433
0
.1u
F
1
6V
VC
C
3
_
3
_AC
O
D
VC
C
3
_3_VS
Y
N
C
C4
5
0
0.
1uF
1
6
V
R
486
5
1
K 1/
1
0
W
5
%
VG
A_
H
_
BU
F
GP
IO
_
P
5
C
444
0.
1u
F
16V
C
430
0
.1u
F
1
6V
FB
4
0
6
120 O
H
M
1
2
C
423
0.
1u
F
16V
FB
4
2
0
N
C
/120 O
H
M
1
2
BO
OT
_
1
C
449
0.
1uF
16V
R4
6
5
4K
7 1/
10W
5%
R4
5
8
10K
1
/10
W
5%
R
460
4K
7 1/
1
0
W
5%
SP
I
C
4
3
8
4uF
7 25
V
R
4
A
3
0R
0
5
1
/10W
5%
C
N
411
NC
/C
O
N
N
1
2
VG
A
_
H
_
BU
F
7
C4
3
9
0.
1uF
16
V
C4
2
4
0.
1uF
16
V
VC
C
3_3
_LVD
SVC
T
X
BO
OT
_
3
R4
G
4
N
C
/10K O
H
M
1/
10
W
C
422
0
.1u
F
1
6V
5
V
_
C
HE
CK
HD
M
I_
R
S
T
n
R
420
33R
1/
10W
5%
0
TE
S
T
_
M
O
D
E
GP
IO
3
VC
C
3
_
3
_VS
Y
N
C
VC
C
3
_
3
VC
C
3
_3_
S
T
B
BO
OT
_
2
VC
C
3
_
3
CN
4
0
5
NC
/C
O
N
N
1
2
VC
C
3
_
3
3
_
3
V
S
T
B
_
CHE
CK
R
4
A
4
120 O
H
M
1
2
T
P
409
1
R
4
74
84
5R
1/
10W
1
I2
C
0
_
S
CL
7
R
4
C
2
33R
1/
10W
5%
U4
0
1
Q
Z
R
39775H
G
C
F
L3
M4
N3
R3
N4
P2
P1
R1
G5
G6
G1
G2
P4
Y3
H6
J6
R4
AB2
AC
1
AC
2
R2
P3
AC
3
AC
4
AC
5
AD
6
AD
5
AD
4
AE
5
AE
6
AB
5
W4
W5
W6
AF
5
AF
6
Y4
Y5
Y6
AE10
AE11
M3
L6
K6
AB
6
L7
M7
N7
P7
U7
A
V
D
D1
8
_
HP
L
L
AVD
D
3_H
P
L
L
A
V
DD3
_
S
Y
N
C
AVD
D
3
_SY
N
C
1
AVD
D
3_AF
E
A
V
D
D
18_R
A
V
D
D
18_G
A
V
D
D
18_
B
LVD
S
V
C
T
X
_
V
D
D
33_0
LVD
S
V
C
T
X
_
V
D
D
33_1
L
V
D
S
VC
T
X
_R
EX
T
L
V
DS
V
C
RX
_
R
E
X
T
PG
A_LD
O
0
AF
E_AV
SS
L
V
DS
V
C
RX
_
V
DD3
3
_
0
L
V
DS
V
C
RX
_
V
DD3
3
_
1
DV
DD
1
8
D
M
_PLL_V
D
D
IF
_
V
D
D
3P
3_0
IF
_
V
D
D
3P
3_1
A
V
DD1
8
_
S
V
IDE
O
AV
D
D
18_C
VB
S
A
D
C
8
_R
BI
AS
AD
C
8
_
V
R
E
F
AD
C
8
_
IN
A
AD
C
8
_
IN
B
AD
C
8
_
IN
C
AD
C
8
_
IN
D
AD
C
8
_
IN
E
AD
C
8
_
IN
F
VD
D
3
3
_
BO
D
A
F
E
_A
VSS
0
A
F
E_A
VSS
1
A
F
E_A
VSS
2
V
D
DA
DC
8
RC
_
O
S
C
_
R
E
X
T
A
F
E_A
VSS
3
A
F
E_A
VSS
4
A
F
E_A
VSS
5
AC
OD
3_AV
D
D
A
C
O
D
3_
AVS
S
A
VSS
_H
P
L
L
L
V
DS
V
C
RX
_
A
T
S
T
L
V
D
S
V
C
TX
_
A
TS
T
AD
C
8
_
IN
G
A
F
E_A
VSS
6
A
F
E_A
VSS
7
A
F
E_A
VSS
8
A
F
E_A
VSS
9
AF
E_A
VSS
10
C
426
0.
1u
F
16V
BO
OT
_
1
R
4
F
8
0R
0
5
1
/10W
5%
LE
D
_
2
1
1
R
4
7
9
0R
05 1/
1
0
W
5
%
C
N
404
NC
/C
O
N
N
1
2
C4
4
7
NC
/0
.1
UF
1
6
V
DE
M
O
D_
RS
T
N
3
C4
I5
100pF
V
D
D
3
3_BO
D
SN
7
4
L
V
C
1
G
1
7
D
B
V
R
U4
0
3
2
4
5
3
I2
C
0
_
S
DA
7
VC
C
3
_3
_AD
C
8
PW
R
_
SW
1
1
VC
C
A
1
_
8_ST
B
RT
C
X
403
N
C
/3
2.
768 KH
Z
1
2
C
420
0.
01uF
/2
5V
V
C
C
3
_3_S
T
B
GP
IO
_
P
7
R4
8
3
1K
1/
10
W
5%
C4
I9
4.
7
u
F
/10
V
A
U
D
_
AM
P_
M
U
T
E
1
3
R
4
H
3
0R
05 1/
1
0
W
5
%
VC
C
1
_
8_AV
D
D
C4
H
9
NC
/0
.1
UF
1
6
V
1
0
VC
C
3
_
3
_
L
VD
SV
C
R
X
V
C
C
3
_3_LV
D
S
VC
T
X
C
437
0.
1u
F
16V
TE
S
T
_
M
O
D
E
1
AF
E I
/F
_
G
P
O
U4
0
1
S
Z
R
39775H
G
C
F
K4
AB
10
AB
9
AB
8
U6
V6
AB
7
M6
N6
AE
3
AF
E_C
L
K
AF
E_T
E
ST
0
AF
E_T
E
ST
1
AF
E_T
E
ST
2
AF
E
_
T
C
L
K
_I
N
AF
E
_
T
C
L
K
_O
U
T
AF
E_X
C
LK_T
E
S
T
AF
E_
A
T
C
L
K
0
AF
E_
A
T
C
L
K
1
AF
E_X
C
LK
C4
2
1
0.
1uF
16
V
R
4
G
2
N
C
/2
2
O
H
M
1/
10W
R
4
A
6
0R
0
5
1
/10W
5%
V
C
C
3_3_S
T
B
C4
I8
22U
F
/1
0V
CN
4
0
3
NC
/CO
N
N
1
2
3
V
C
C
3
_3_S
T
B
BO
OT
_
0
C4
4
6
NC
/0
.1
U
F
1
6
V
1
R
466
10K
1
/10
W
5%
1
VC
C
3_3_
D
M
_
PLL
3_3
V_C
H
E
C
K
3
_
3
V
S
T
B
_
C
HE
CK
G
P
IO
_P
13
C4
K
0
100pF
FB
4
0
8
120 O
H
M
1
2
R4
7
3
N
C
/4.
7K
O
H
M
1/
1
0
W
R
4
72
0R
05 1/
10W
5%
VC
C
3_3_
ST
B
SP
I_
W
E
N
7
R4
C3
0
R
05 1/
10W
5%
Summary of Contents for L22W961
Page 4: ...22ƎLCD TV AOC L22W961 4 1 General Specification ...
Page 5: ...22ƎLCD TV AOC L22W961 5 2 Operating Instructions 2 1 The Use of Remote Control ...
Page 17: ...22ƎLCD TV AOC L22W961 17 2 4 Front Panel Control Knobs ...
Page 22: ...22ƎLCD TV AOC L22W961 22 5 Remove the screws to remove hinge BKT 6 Remove panel ...
Page 23: ...22ƎLCD TV AOC L22W961 23 7 Panel 8 Remove key board IR board and speakers ...
Page 29: ...22ƎLCD TV AOC L22W961 29 6 PCB Layout 6 1 Main Board 715G3239 1 1 ...
Page 30: ...22ƎLCD TV AOC L22W961 30 ...
Page 31: ...22ƎLCD TV AOC L22W961 31 6 2 Power Board 715G2783 1 7 ...
Page 32: ...22ƎLCD TV AOC L22W961 32 6 3 Key Board 715G3400 1 ...
Page 33: ...22ƎLCD TV AOC L22W961 33 6 4 IR Board 715G3304 1 ...