AOC L37W551B, Руководство по обслуживанию

Страница: 53 / 93

3
7
”
L
C
D
T
V
AOC L37W551B
53
R4
1
1
10K
1/
10W
ǂ
3V3S
DI
N
1
3
R4
2
3
4.
7K
1/
10W
ǂ
+
C
454
3.
3uF
/16
V
D
4
0
B
AT
54C
3
1 2
RX
0
+
+
C
415
10uF
/16V
CL
K
_
2
E
X
4
,8
HD
M
I_
L
2
R
N
43
3
3
1/
16W
ǂ
1 2 3 4
8 7 6 5
Si
I 90
11
12
8-
Pi
n L
Q
F
P
S
II
9011
C
L
U
U4
2
16 17 20 21 22 23 26 27 28 29 32 33 34 35 2 3 4 5 8 9 10 11 14 15
48
84
67 79 70 45
88
85
50 51 54 55 58 59 62 63 49 53 57 61 52 56 60 64 47 46 66 82 65 83 86 87
42
41
91
44
12
24
36
81
112
125
13
25
37
80
113
126
43
40
39
127
1
128
119
7
19
31
68
77
98
107
6
18
30
69
78
97
106
90
89
76 75 74 73 72 71
120
118
38
124 123 122 121 117 116 115 114 111 110 109 108 105 104 103 102 101 100 99 96 95 94 93 92
QO
1
3
QO
1
2
QO
1
1
QO
1
0
QO
9
QO
8
QO
7
QO
6
QO
5
QO
4
QO
3
QO
2
QO
1
QO
0
QO
2
3
QO
2
2
QO
2
1
QO
2
0
QO
1
9
QO
1
8
QO
1
7
QO
1
6
QO
1
5
QO
1
4
A
N
TS
TO
XTA LO UT
MU
T
E
MC
L
K
SP
D
IF
VP
P
TES T
XTA LIN
RX
C-
RX
C+
RX
0
-
RX
0
+
RX
1
-
RX
1
+
RX
2
-
RX
2
+
AV
C
C
AV
C
C
AV
C
C
AV
C
C
AG
N
D
AG
N
D
AG
N
D
AG
N
D
PV
C
C
PG
N
D
DV
CC
DV
CC
2
DG
N
D
DG
N
D
2
XT
A
L
V
C
C
RE
G
V
CC
DSCL
DSD A
INT
PWR 5V
VCC
VCC
VCC
VCC
VCC
VCC
GND
GND
GND
GND
GND
GND
NC
CSCL
CSDA
DE
VSYN C
HSYN C
ODC K
OVC C
OVC C
OVC C
OVC C
OVC C
OVC C
OVC C
OGN D
OGN D
OGN D
OGN D
OGN D
OGN D
OGN D
SCD T
RES ET #
SC
K
WS SD
0
SD
1
SD
2
SD
3
OVC C
OGN D
CI2
C
A
QE
0
QE
1
QE
2
QE
3
QE
4
QE
5
QE
6
QE
7
QE
8
QE
9
QE
1
0
QE
1
1
QE
1
2
QE
1
3
QE
1
4
QE
1
5
QE
1
6
QE
1
7
QE
1
8
QE
1
9
QE
2
0
QE
2
1
QE
2
2
QE
2
3
3V3
S
RI
N4
RX
1
+
I2C
Address
: 1010 0
00x
C
424
0.
1uF
/16V
C44 7 0.001 uF
C
428
1uF
/16
V
C4
5
2
0.
1uF
/16V
RN
4
6
33
1
/16W
ǂ
1 2 3 4
8 7 6 5
C
412
0.
001uF
RN
4
2
33
1/
16W
ǂ
1 2 3 4
8 7 6 5
C44 9 0.001 uF
DI
N[0
..2
3
]
4
,8
RX
_
1
-
V45
vari sto r
MC
L
K
GI
N
5
R4
0
9
470
1/
10W
ǂ
V4
2
vari sto r
L4
1
90
oh
m
1 2
4 3
II
S
_
D
A
T
A
C44 6 0.001uF
RI
N1
C
405
0.
1uF
/16V
L4
0
90
oh
m
1 2
4 3
C44 5 0.001 uF
R
400
0 1
/1
0
W
ǂ
C4
3
4
NC
IIS
_
D
A
T
A
RI
N7
DI
N
1
0
C45 0
0.00 1uF
R
406
4.
7K
1/
10W
ǂ
C
413
0.
001uF
DI
N
1
4
RX
O
DI
N
7
L4
2
90
oh
m
1 2
4 3
RS
T
#
6
V4
4
vari sto r
RX
2
+
TP
4
0
C4
1
6
0.
1uF
/16
V
+
C
423
10
uF
/16V
DI
N
1
2
RX
_
2
+
C4
3
3
0.
1uF
/16V
GI
N
7
C
410
0.
001uF
RX
C
-
RX
_
2
-
R4
0
4
1K
1/
10
W
ǂ
DV
S
_
2
E
X
4
,8
3V3S
DI
N
1
9
BI
N
2
R
X
3V
_D
D
C
_
SD
A
RX
C
+
C4
5
1
0.
0027u
F
R
X
_D
D
C
_SC
L
RX
_
1
-
RX
2
+
DI
N
5
RX
C
+
RN
4
8
NC
1 2 3 4
8 7 6 5
R4
1
2
3
3
1/
10W
ǂ
Close lo
op to GN
D
GI
N
3
C
417
0.
1
u
F
/16
V
FB
4
3
1
50 O
H
M
1
2
C4
2
1
0.
001
uF
BI
N
0
RX
_
1
+
C4
1
8
0.
001uF
C
4
37
18pF
MC
L
K
RX
0
-
R402
4.7K 1/10W
ǂ
U4
6
F
D
C
6
301N
1 2 3
4 5 6
G1
S2
G2
D2 S1 D1
V41
vari sto r
3V
3S
C4
3
0
1u
F
/1
6
V
SC
1
2,
6,
1
2
C4
1
1
0.
001uF
AU
D
IO_
L
RX
_
C
-
C4
2
6
0.
001uF
X4
0
28.
322M
H
z
C44 4 0.1u F/16V
C44 2 0.1uF /1 6V
DI
N
0
R
N
45
33
1/
16W
ǂ
1 2 3 4
8 7 6 5
D
E
_2E
X
4
RX
1
-
U4
5
C
S
4344
-C
Z
Z
1 2 3 4 5
6 7 8 9 10
SD
IN
DE
M
/S
C
L
K
LR
C
K
MC
L
K
VQ
F
ILT
+
AO
U
T
L
GN
D
VA
AO
U
T
R
R
4
13
68
1/
10W
ǂ
+
C
435
3.
3uF
/1
6V
IN
_
5
V
V4
3
vari sto r
DI
N
2
3V3
S
V4
6
vari sto r
C4
0
6
0.
001uF
GI
N
4
+
C44 0
10uF/16V
C448
0.00 1uF
IN
_
5
V
RI
N0
3V
3S
SC
D
T
6
5V
R
405
NC
3V_S
C
L
3V_S
D
A
DI
N
4
C4
0
7
0.
001uF
R4
1
9
10
K
1/
1
0
W
ǂ
R4
2
2
4.
7
K
1
/10W
ǂ
VR
1_8
DI
N
9
R
4
2
0
4
.7K
1/
10W
ǂ
C4
2
5
0.
001uF
V4
7
vari sto r
DH
S
_
2
E
X
4
,8
IIS
_
W
S
DI
N
6
R
X
_D
D
C
_SD
A
C44 3
0.1uF /16 V
R
X
3V_D
D
C
_SC
L
1
R
X
_0+
R
424
4.
7K
1/
1
0
W
ǂ
BI
N
5
RX
_
2
+
RX
2
-
C4
0
2
0.
1uF
/16V
II
S
_
W
S
3V_
S
D
A
3
,8
RI
N6
RX
_
INT
#
6
R4
1
8
NC
+
C
438
3.
3uF
/1
6V
R
X
3V
_D
D
C
_
SC
L
RX
_
0
+
C
400
0.
01uF
5V
_A
RX
C
-
R
416
1M
1/
10W
ǂ
AU
D
IO_
R
RX
_
0
-
R
4
15
68
1/
10W
ǂ
3V3S
S/
PD
IF
2
GI
N
1
RX
2
-
C
432
0.
01
uF
BI
N
7
P4
0
H
D
M
I
20 21
1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 17 18 19
23 22
SH
EL
L
1
SH
EL
L
2
D2
+
D2
S
h
ie
ld
D2
-
D1
+
D1
S
h
ie
ld
D1
-
D0
+
D0
S
h
ie
ld
D0
-
CK
+
CK
S
h
ie
ld
CK
-
CE
R
e
m
o
te
NC
DD
C C
L
K
DDC
D
A
T
A
GN
D
+5
V
HP
D
E
T
SH
EL
L
4
SH
EL
L
3
DI
N
3
DI
N
1
5
RX
0
+
RX
_
C
+
R
N
47
33
1/
1
6
W
ǂ
1 2 3 4
8 7 6 5
H
i
g
h
,
0x6
2/
0x
6A
IIS
_
S
C
K
GI
N
2
DI
N
2
2
R
4
0
1
0
1/
10W
ǂ
7
1
5T
16
1
6
B
2
D
07 H
D
M
I_ SI
L9011
AOC (
Top V
icto
ry) E
lectr
onics
Co.,
Ltd.
A3
7
12
S
a
tu
rd
ay
, F
e
br
ua
ry
03
, 2007
Ti
tl
e
S
iz
e
Do
c
u
me
n
t Nu
mb
e
r
Re
v
Da
te
:
S
h
e
e
t
of
RN
4
0
3
3
1
/1
6
W
ǂ
1 2 3 4
8 7 6 5
V40
vari sto r
SD
1
2,
6,
1
2
RX
_
2
-
C4
0
3
0.
1uF
/1
6V
DI
N
1
7
DI
N
8
C4
1
9
0.
0
0
1uF
R4
0
7
N
C
Low,0x6
0/0x68 (
Default)
R
X
3V_D
D
C
_SD
A
1
RX
3
V
_
D
DC
_
S
C
L
DI
N
2
0
RI
N3
R
X
3V
_D
D
C
_SD
A
+
C4
0
1
10
u
F
/1
6
V
R40 3
4.7K 1/10W
ǂ
8-p
in, 300m
il DIP w
ith sock
et
CI
2
C
A
RX
_
C
+
C4
2
7
0
.00
1uF
+
C4
5
6
10uF
/1
6V
R4
2
1
10
K
1/
1
0
W
ǂ
FB
4
4
15
0
O
H
M
1 2
AU
D
IO_
L
BI
N
4
CI2
C
A
DI
N
1
8
HD
M
I_
R
2
RX
_
D
D
C
_
S
CL
R
414
4.
7K
1/
10
W
ǂ
RI
N5
RX
_
1
+
C4
3
1
0
.1u
F
/16V
AU
D
IO_
R
C4
2
0
0.
0
0
1uF
II
S
_
S
C
K
R
N
41
33
1/
16W
ǂ
1 2 3 4
8 7 6 5
L4
3
90
oh
m
1 2
4 3
DI
N
1
1
C4
0
8
0.
001uF
R
408
NC
C
414
0.
1uF
/16V
U4
0
M
24C
02-
W
M
N
6T
P
1 2 3 4
5 6 7 8
A0 A1 A2
GN
D
SD
A
SC
L
WP VC
C
U4
4
F
D
C
6
301
N
1 2 3
4 5 6
G1
S2
G2
D2 S1 D1
VR
1_8
RI
N2
C4
0
4
0.
1
u
F
/16V
FB
4
1
150 O
H
M
1
2
FB
4
2
150 O
H
M
1
2
BI
N
3
RX
1
+
CE
_
R
E
M
O
T
E
6
3V
_
S
C
L
3,
8
3V_S
D
A
3,
8
RN
4
9
NC
1 2 3 4
8 7 6 5
C4
5
5
0.
1uF
/16V
3V_S
C
L
3,
8
C
422
0.
1uF
/16V
VR
1_8
DI
N
1
RX
1
-
RX
_
C
-
C441
0.1uF /1 6V
R4
1
7
470
1/
10W
ǂ
BI
N
6
+
C4
5
3
3.
3uF
/16V
RX
_
0
-
C4
0
9
0.
001uF
BI
N
1
RX
_
D
D
C
_
S
DA
C
4
39
18pF
C4
3
6
0.
0027u
F
RN
4
4
33
1
/1
6
W
ǂ
1 2 3 4
8 7 6 5
GI
N
0
RX
0
-
FB
4
0
1
50 O
H
M
1
2
C
429
0.
1
u
F
/16V
DI
N
2
3
DI
N
1
6
R4
1
0
NC
R4
2
5
4
.7K
1/
10W
ǂ
GI
N
6
DI
N
2
1