AOC LE32A0320, Руководство по обслуживанию

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40
715G5654P01001002S (39” PLTVCL801UXE7)
+5
.2
V
R9
3
1
9
6.
2K
OH
M
+
-1
%
1
/8W
R9
3
1
5
47
0R
1%
R9
3
1
8
5.
6K
OH
M
1
%
R9
8
0
3
10
K
1
%
1/
8W
Q9
80
1
ST
P1
0
N
K6
0
Z
F
P
D9
8
0
1
IN
54
08
G-
04
C9
1
0
1
2.
2N
F
R9
8
0
1
10 OH
M
1/
8W
C9
8
0
2
22
00
P
F
_
N
C
R9
8
0
2
3
3
R
1/
8W
5
%
R9
8
0
5
47
0R
1
%
PS_
O
N
C98 08
1NF
IC
98
01
LD
75
91
GS
IN
V
1
CO
M
P
2
RA
M
P
3
CS
4
ZC
D
5
GN
D
6
OU
T
7
VC
C
8
C98 03
47P F 5 0V
D9
8
0
2
FM
N
S
-1
1
0
6
S
R9
8
0
4
0.
15
R
R9
8
0
8
10
K
1
%
1/
8W
R98 07
33K OH M
R9
1
3
1
2
2
0
O
H
M
1/
4W
C9
8
0
7
0.
1u
F
5
0
V
R98 12
13K OH M 1%
C9
8
0
6
0
.22
uF
50
V
C9
8
0
9
10
0P
F
5
0
V
+
C98 04
10U F 50 V
C91 03
0.1U F 5 0V
VC
C
_
O
N
R
V
99
01
Va
ri
s
to
r
Q940 1
2S D16 24 T-T D-E
T9
1
0
1
PO
W
E
R
X
'F
M
R
6 4 2
7 8 9 10 11 12
+2
4
L
E
D
D9
3
0
1
PR
1
0
0
7
HS
9
1
0
2
H
EAT
SI
N
K
1 2
t
NR9 90 1
NTC R
1 2
T9
3
0
1
PO
W
E
R
X
'F
M
R
1 2 3 4 5
7 9
1
80*
24
0*
25m
m
C9
1
2
1
100
P
F
C9
9
0
4
470
N
F
30
5V
R9
3
0
6
1M
5 1/
4W
1%
R9
3
0
7
1M
5 1/
4W
1%
R9
3
0
8
1M
5 1/
4W
1%
R9
1
1
0
470
R
1%
R91 15
5.6K
+
C91 22
330U F 3 5V
IC
9
1
0
3
AS4
3
1
AZ
T
R
-E
1
F
B
99
03
BEAD
1
2
R9
3
0
2
10
0K
1%
R9
3
0
4
10
0K
1%
C91 12
0.1u F 5 0V
C91 23
0.1u F 5 0V
C9
9
0
2
47
0P
F
2
5
0
V
C9
9
0
3
47
0P
F
25
0V
R91 16
5.6K
R91 27
24K OH M 1%
D9
3
0
2
PR
1
0
0
7
R9
1
0
9
33
O
H
M
1
/8W
+1
2
V
IC 9102
PC1 23 X8 YF ZO F
1 2
4 3
H
S
91
01
H
EAT
SI
N
K
1 2 3 4
ZD 9603
GDZ J3 0B
1 2
R91 17
5.6K
-
+
BD
9
9
0
1
TS
6
B
0
6
G
-0
1
2
1
3
4
ZD9 60 2
GD ZJ 6.2B
1 2
C93 11
0.1U F 5 0V
D9
3
0
3
PR
1
0
0
7
R9
1
2
5
22
K
1
%
1/
8W
R9
1
1
3
10
0 OH
M
1
/4
W
C9
9
1
0
22
0P
F
25
0V
HS
9
8
0
1
H
EAT
SI
N
K
1 2 3 4
+12
V
R9
1
1
8
1
0
0
OH
M
1/
4W
+3
6
V
R9
1
2
6
3K
3 1/
8W
1
%
+
C9
4
0
2
10
U
F
50V
R9
1
1
9
1
0
0
OH
M
1/
4W
HS
9
1
0
3
H
EAT
SI
N
K
1 2
R9
6
0
1
1K
OH
M
1%
Q9
60
1
BC
R
1
0
0
2
N
3
1
2
3
R9
3
1
1
4.
7M
5
%
1/
8W
R9
3
1
3
10
0 OH
M
1
/4
W
R9
3
1
4
10
0 OH
M
1
/4
W
+
C93 06
100u F/5 0V
C9
1
1
8
0.
47
U
F
50V
+12
V
ZD9 60 1
GDZ J2 0B
1 2
+
C9
3
0
8
33
0U
F
1
6
V
R98 09
680K 1% 1/ 4W 5 00 V
L9
3
0
1
3.
5
u
H
C9
9
0
1
47
0N
F
3
0
5V
D
9
304
1N
414
8
FB 9910
BEAD
1 2
HS
9
9
0
1
H
EAT
SI
N
K
1 2
FB
9
9
0
8
BEAD
1
2
F
B
99
07
BEAD
1
2
FB
9
9
0
9
NC
1
2
C9
9
1
2
47
0P
F
250
V
FB
9
9
0
6
BEAD
1
2
C9
9
1
1
NC
B+
VC
C
C9
9
0
9
NC
+5
.2
V
L9
10
1
3.
5u
H
+
C9
1
0
7
33
0
U
F
50
V
+5
.2
V
R98 10
680K 1% 1/ 4W 50 0V
R9
4
0
2
33
0R
1
%
R9
1
0
2
82
K
O
H
M
+-5
%
2W
S
IC
9
303
AS4
3
1
AZ
T
R
-E
1
IC9 40 1
PC 12 3X 8Y FZOF
1 2
4 3
D9
1
0
6
FM
E
N
-2
2
0
A
1
2
3
R9
1
0
3
0
R
0
5
1/
4W
FB 9911
BEAD
1 2
R91 21
1.5K OHM
IC
9
3
0
1
A6
0
6
9
H
S/
O
C
P
1
BR
2
GN
D
3
FB
/O
L
P
4
VC
C
5
D/S
T
7
D/S
T
8
R91 22
1.5K OHM
R91 23
1.5K OHM
Q9
40
2
PM
BS3
9
0
4
+
C9
1
1
9
33
0U
F
50
V
+
C9
3
0
5
10
U
F
50V
R98 11
680K 1% 1/ 4W 5 00 V
SG9 90 1
DS PL 201M -A 21F _N C
C9
1
1
3
47
0P
F
SG9 90 2
DS PL 201M -A 21F _N C
IC
99
01
NC NC
1
D1
2
D1
3
NC
4
NC
5
D2
6
D2
7
NC
8
PS_
O
N
+2
4
V
S
L9
10
3
3.
5u
H
HV
R9
1
3
0
10
K
1
%
1/
8W
+
C9
1
2
0
33
0U
F
5
0
V
IC
91
01
LD
75
23
GS
BN
O
1
CO
M
P
2
NC
3
CS
4
GN
D
5
OU
T
6
VC
C
7
OV
P
8
D9
6
0
1
1N
41
48
R9
1
0
6
20
K
O
H
M
+5
.2
V
R9
1
0
7
2K
1/
8W
1%
ZD 9401
GDZ J1 6B
1 2
D9
1
0
4
FM
X
-2
3
S
1
2
3
+24 LE
D
V
CC_
O
N
+
C91 10
1000 UF 35V
C98 05
0.1U F 5 0V
R9
4
0
1
10
K
1
%
1/
8W
+1
2
V
R9
3
0
1
0.
1R
+
2
4V
ad
ui
o
C91 17
0.1u F 5 0V
SG 9903
DS PL 201M -A 21F _N C
R9
9
0
4
NC
R9
9
0
6
NC
R9
9
0
5
NC
SG9 90 4
DS PL 201M -A 21F _N C
C93 02
0.47 UF 50V
C94 01
0.1U F 5 0V
L9
9
0
2
13
M
H
1 2
4 3
C9
9
0
8
NC
D9
1
0
2
SS0
5
2
0
1
2
R9
1
0
8
22
R
1/
8
W
1%
+
2
4
V
ad
ui
o
C
N
99
01
SO
C
KET
1
2
Q9
10
1
ST
P1
0
N
K7
0
Z
F
P
L9
9
0
1
13
M
H
1 2
4 3
R91 28
56K OH M 1%
R9
3
0
3
10
0K
1%
+
C9
3
0
9
47
0U
F
25
V
D9
1
0
7
SR
5
0
6
R9
9
0
1
5
1
0K
1/
4W
R9
1
1
1
10K
1%
1/
8W
R9
3
0
5
10
0K
1%
VC
C
_
O
N
VC
C
IC 9302
PC 12 3X 8Y FZOF
1 2
4 3
+
C9
8
1
0
15
0u
F
45
0V
+5
.2
V
R
931
2
4
R
7 1/
4W
5
%
+1
2
V
+
C91 02
10U F 5 0V
R9
9
0
2
5
1
0
K
1/
4W
D9
3
0
5
FM
E
N
-2
3
0
8
1
2
3
C91 05
1N 5 0V
FB
9
9
0
2
BEAD
1 2
R9
1
2
9
2.
26
K
1
%
R91 33
120K
+
C91 15
1000 UF 25V
R9
9
0
3
5
1
0K
1/
4W
R9
1
3
4
62
K
1
%
_N
C
R9
3
1
0
1
R
2 5%
2W
R9
1
1
2
0R
33 5%
2W
ZD9 10 1
GDZ J1 6B
1 2
R9
3
1
7
3.
3K
1%
1/
8
W
R9
3
1
6
3.
3K
1%
1/
8
W
+
C91 16
680U F 2 5V
D9
1
0
5
F
M
X
A
-2
20
2S
1
2
3
D9
1
0
1
PR
1
0
0
7
ON
/O
F
F
ZD9 30 1
GDZ J3 0B
1 2
B+
DI
M
R9
8
1
3
20
K
O
H
M
D
9
602
BAV7
0
3
1
2
FB
9
9
0
1
BEAD
1 2
C9
1
1
4
1N
F
R9
3
0
9
62
0K
1/
8W
1%
R9
1
0
1
0
R
1 5%
2W
C9
9
0
7
NC
C9
8
0
1
1
0
5 45
0V
L9
80
1
30
0U
H
1
2 6
10
R9
4
0
3
1
0
K
1%
1/
8
W
R9
4
0
4
10
K
1
%
1
/8W
HV
5.
2V
C9
9
0
5
NC
5.
2V
+36
V
R98 06
3.3K OHM
C9
3
1
2
22
0
N
F
50
V
C9
3
0
7
47
0P
F
O
E
M MO
D
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6
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4
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10nF 50 V
+
2
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D
C9
3
0
3
10
nF
5
0
V
CN
9
9
0
4
CO
N
N
L
1
N
2
+
C91 09
1000 UF 35V
R9
1
2
4
1K
1/
8W
1%
C
N
99
03
CO
N
N
_
N
C
1 2 3 4 5 6 7 8 9
10 11 12
R9
1
1
4
10
0 OH
M
1
/4
W
C9
1
0
4
0.
1
U
F
50
V
+24V
ad
ui
o
C
N
99
02
CO
N
N
1 2 3 4 5 6 7 8 9
10 11 12 13
C93 04
0.1U F 5 0V
+
C93 10
270U F 2 5V
C9
3
0
1
1N
F
ON
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F
F
DI
M
+12
V
C9
1
0
8
47
0P
F
C9
9
0
6
47
0p
F
25
0V
C9
6
0
1
1U
F
5
0
V
R9
6
0
2
1K
OH
M
1%
R9
1
3
2
22
0 OH
M
1/
4
W
L9
10
2
3.
5u
H
F9
9
0
1
FU
S
E
1 2
3 4
+
C91 11
330U F 3 5V
D9
8
0
3
SS
0
5
2
0
1
2
PF
C
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Z
C
D
PF
C
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