Philips 240P4QPYEB/00, Руководство по обслуживанию

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!
26
Meridian 3
Scaler Board (715G5774M1A000004S) (Onl
y
for 240P4QPYE)
Remark: Part
s position can be searched by
using FIND function in PDF
.
ESD
_
5
V
R1
0
5
1
K
C1
0
5
2
2
N 2
5
V
V5
A
V5
A
D1
0
2
BAT
5
4
C
3
1 2
DA
T
1
-
DD
C_
WP
DV
I5
V
DA
T
1
+
DA
T
0
-
SC
L
_
VG
A
C1
0
2
4
7
N1
6
V
R
1
0
2
22
O
H
M
1/
16
W
R1
3
3
1
0
O
H
M
R1
3
5
1
0
O
H
M
RE
D
-
R1
3
8
1
0
O
H
M
G
R
EEN
-
BL
U
E
-
R
1
1
1
10
0O
H
M
R1
3
7
1
0
O
H
M
R10 6 75 R 1/ 16W 1%
R
1
1
0
10
0O
H
M
R1
4
1
1
0
O
H
M
ZD
1
0
2
RL
Z
5
.6
B
1 2
HP
D
R1
4
0
1
0
O
H
M
R1
3
6
1
0
O
H
M
R
1
1
4
10
0O
H
M
DE
T
_
V
G
A
SC
L
_
D
V
I
R1
3
4
1
0
O
H
M
DE
T
_
D
V
I
RI
N
5
GN
D
R
5
VSY
N
C
5
BI
N
5
GI
N
5
R11 2
NC /1 M 1/ 16W 5%
R1
3
9
12
0R
0
.3
A
1
2
D
E
T
_
VG
AI
5
HS
Y
N
C
5
GN
D
B
5
GN
D
G
5
R1
1
5
1
0
0
O
H
M
SO
G
5
RX
1
-
5
RX
0
-
5
RX
1
+
5
DV
I_
S
D
A
5
DD
CA
_
S
C
L
5
DD
CA
_
S
D
A
5
RX
2
+
5
RX
0
+
5
RX
C-
5
RX
C+
5
DV
I5
V
VG
A5
V
RE
D
+
DV
I_
S
C
L
5
DD
C_
WP
5
DD
C_
WP
5
HS
I
U1
0
1
C
A
T
2
4C
02
W
I-
G
T
3
A
A0
1
A1
2
A2
3
GN
D
4
SD
A
5
SC
L
6
WP
7
VC
C
8
U1
0
3
C
A
T2
4
C
0
2
W
I-
G
T3
A
A0
1
A1
2
A2
3
GN
D
4
SD
A
5
SC
L
6
WP
7
VC
C
8
DE
T
_
D
V
I
C1
1
8
22
0N
1
0
V
R1
2
2
4.7K 1/1 6W
C1
1
6
22
0N
1
0
V
RX
2
-
5
DA
T
0
+
G
R
EEN
+
R1 21 4.7 K1/ 16W
R1 20 4.7 K1/ 16W
R
1
2
4
47
R
1/
1
6
W
5
%
R1 30 4.7 K1/ 16W
R
1
2
3
47
R
1/
1
6
W
5
%
R1 31 4.7 K1/ 16W
DD
C_
WP
U1
0
9
A
Z
C
3
98
-0
4S
I/
O
1
1
GN
D
2
I/
O
2
3
I/
O
3
4
NC
5
I/
O
4
6
R1
1
9
2.
2
K
1/
16
W
R1
1
8
2.
2K
1
/1
6
W
R
1
1
6
10
0O
H
M
C10 7 5PF 50V
C10 8 5PF 50V
DA
T
2
-
DA
T
2
+
C10 6 5PF 50V
R1
1
3
1
0
0
O
H
M
ZD
1
0
1
RL
Z
5
.6
B
1 2
R1
0
9
N
C
/2
2K
1/
16
W
5
%
R1
0
8
N
C
/22K
1/
16
W
5%
VSI
DC
L
K
+
DC
L
K
-
F
B
101
19R
0.
5A
1
2
F
B
103
19R
0.
5A
1
2
F
B
102
19R
0.
5A
1
2
F
B
104
120R
R1
2
7
1
K
CN1
0
1
DB
1
5
1 6 2 7 3 8 4 9 5
11 12 13 14 15
10
17 16
DE
T
_
D
V
II
5
R1
2
9
NC
R
1
2
5
47
R
1/
16
W
5
%
DE
T
_
V
G
A
SD
A_
D
V
I
ESD
_
V
G
A
VG
A5
V
D1
0
1
BAT
5
4
C
3
1 2
CN
1
0
2
JA
C
K
DA
T
2
-
1
DA
T
2
+
2
2/
4s
h
iel
d
3
DA
T
4
-
4
DA
T
4
+
5
D
DC S
C
L
6
DDC
S
D
A
7
VS
Y
N
C
8
DA
T
1
-
9
DA
T
1
+
10
1/
3s
h
iel
d
11
DA
T
3
-
12
DA
T
3
+
13
+5
V
14
SY
N
C
G
N
D
15
HP
D
16
DA
T
0
-
17
DA
T
0
+
18
0/
5s
h
iel
d
19
DA
T
5
-
20
DA
T
5
+
21
cl
k sh
ie
ld
22
cl
k
+
23
cl
k
-
24
GND
26
GND
25
GND
27
GND
28
U1
1
0
AZ
C
3
9
8
-0
4
S
I/
O
1
1
GN
D
2
I/
O
2
3
I/
O
3
4
NC
5
I/
O
4
6
U1
0
2
AZ
C
3
9
8
-0
4
S
I/
O
1
1
GN
D
2
I/
O
2
3
I/O
3
4
NC
5
I/O
4
6
U1
0
4
AZ
C
3
98
-04
S
I/
O
1
1
GN
D
2
I/
O
2
3
I/
O
3
4
NC
5
I/
O
4
6
U1
0
5
A
Z
C
3
98
-0
4S
I/
O
1
1
GN
D
2
I/
O
2
3
I/
O
3
4
NC
5
I/
O
4
6
ZD
1
0
3
NC/
RL
Z
5
.6
B
Z
D
104
N
C
/R
L
Z
5.
6B
C1
1
5
22
P
5
0
V
ESD
_
D
VI
C1
1
7
10
0N
1
6
V
SD
A
_
VG
A
R1
2
8
N
C
/4
K
7
1
/16
W
5%
DV
I_
HP
D
5
R1
0
1
75
R
1/
1
6
W
1
%
R10 7 75R 1/16 W 1 %
R
1
0
3
22
O
H
M
1/
16
W
R
1
0
4
22
O
H
M
1/
16
W
R16 3
NC /7 5R 1 /16 W 1%
R16 2
NC /7 5R 1 /16 W 1%
R16 4
NC /7 5R 1 /16 W 1%
C1
1
4
22
P
5
0
V
BL
U
E
+
R
1
26
4
7
R
1
/16
W
5%
R1
3
2
4.7K 1/16 W
C1
0
3
4
7
N1
6
V
C1
0
4
4
7
N1
6
V
C1
0
9
4
7
N1
6
V
C1
1
0
4
7
N1
6
V
C1
1
1
4
7
N1
6
V
ESD
_
5
V
ESD
_
5
V
R
1
17
1
0
0
O
H
M
1/
16
W
INPUT