Philips 42PFL5506/V7, Руководство по обслуживанию

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!
52
L7
04
4.
7U
H
3V
3 M
a
in
P
o
w
e
r
:
= 1+
(2
3.
3/
10
) =
3
.3
3
V
o
=
1+
(R
72
9/
R
730)
R
72
9 =
2
4K
-
->
2
3.
3 (
no 18
N
C
, us
in
g 23
.7
k)
O
E
M MO
D
E
L
Si
ze
Re
v
Da
te
She
et
of
TP
V
MO
D
E
L
PC
B
N
A
M
E
⿄⠍
T P
V
(
T
op
V
ic
to
ry
E
le
ctr
on
ic
s
Co
.
,
L
td
. )
K
e
y C
om
pon
ent
㍀
䱨
⪰
㌾
㝍
2 C
23
2
6
W
e
dn
es
da
y
, Ap
ril
13
, 20
11
HW4
2
3.
DC-
DC
B
UCK
&
L
D
O
R
eg
ul
at
or
71
5G
44
78
71
5G
44
78
R7
53
0R
05
1
/16
W
C7
33
1.
2n
F
5
0V
1 2
FB
72
0
12
0R
/3
00
0m
A
C7
2
4
10
U
16
V
C7
3
8
N
C
/1U
F
10
V
C7
46
NC/
1
0N 5
0V
1 2
FB
7
22
12
0R
/3
00
0m
A
L7
02
2
.2uH
C7
32
180P 50V
C7
3
9
N
C
/1U
F
10
V
C7
2
8
10
U
16
V
R7
3
1
1K
1/
16
W
5%
C7
4
8
10
U
16
V
H:
O
N
L:
O
FF
C7
42
10
U
16
V
OP
WRSB
R7
34
47
K 1/
1
6W
5%
C7
31
1u
F
50
V
1
2
FB
7
16
12
0R
/3
00
0m
A
1
2
FB
7
25
N
C
/1
20
R
/30
00
m
A
C7
34
1u
F
25
V
R7
30
10
K +
-1
%
1/
16
W
C7
20
10
U
16
V
C7
45
2N
2 50
V
R7
37
10
K 1%
C7
3
7
10
uF
2
5V
1 2
FB
7
23
N
C
/12
0R
/3
00
0m
A
VO
U
T
4
VI
N
1
EN
3
LX
5
GND
2
U7
01
SC
18
9A
SKT
R
T
1
2
FB
7
17
12
0R
/3
00
0m
A
C7
18
10
N
50
V
LX
1
BS
T
2
GN
D
3
FB
4
CO
M
P
5
EN
6
VI
N
7
VB
IA
S
8
U7
03
A
O
Z
124
2A
I
1
2
FB
7
24
N
C
/1
20
R
/30
00
m
A
L7
03
15
uH
R
7
40
4K
7 1/
1
6W
5%
1 2
FB
72
1
NC
/1
20
R/
30
00
mA
LX
3
FB
5
SS
8
IN
2
EN
7
CO
M
P
6
NC
1
GND
4
Ther mal P ad
9
U7
04
G
565
7F
12
U
R7
29
23
.7
K 1
%
C7
41
10
U
16
V
1
8
V
4
Ma
in
P
o
w
e
r
(3
A
)
R7
35
15
K 1/
1
6W
5%
R7
45
1K
1/
16
W
5%
1 2
D7
0
2
SX
34
+
C7
29
10
0U
F
5
0
V
C7
2
7
10
U
16
V
C7
2
5
10
N
50
V
1 2
FB
7
15
12
0R
/3
00
0m
A
1 2
D7
0
4
SX
34
C7
21
10
U
16
V
R7
28
1
K
1/
16
W
5%
1 2
FB
7
19
12
0R
/3
00
0m
A
C7
2
6
10
N
50
V
C7
47
10
0N
1
6V
1
2
D7
03
NC/
RB
16
0M
-6
0T
E
2
5
R7
3
2
8.
2K
1%
VO
U
T
4
VI
N
1
EN
3
LX
5
GND
2
U7
0
2
S
C
1
89
ASK
TR
T
R7
41
12
KOH
M
+
-5%
1
/16
W
C7
17
10
U
16
V
C7
23
1U
F
10
V
C7
35
10
0N
5
0V
R7
42
10
K +
-1
%
1
/16
W
1 2
FB
7
26
12
0R
/6
00
0m
A
C7
22
1U
F
10
V
C7
4
9
10
U
16
V
L7
01
2.
2u
H
C7
30
1u
F
5
0V
1 2
FB
71
8
12
0R
/3
00
0m
A
C7
43
10
0N
1
6V
R7
3
3
10
K +
-1
%
1/
16
W
C7
44
18
0P
5
0V
C7
19
10
N
50
V
R7
36
21
5K
1
%
+1
2
V
5
V
_
BUC
K
18V
4
_B
U
C
K
2
4
V_
1
2
V_
S
W
DV
DD
3
V
3
AV
D
D
3
V
3
3V
3
_
B
U
C
K
V
CCK
3V
3
_
B
U
C
K
5V
S
B
5V
_
S
W
3V
3
_
B
U
C
K
5V
_
S
W
D
DRV
BU
C
K
_
U
S
B
2
5
V
_
T
UNE
R
5V
_
B
U
C
K
5V
_
B
U
C
K
3V
3
S
B
O
P
W
R
S
B
4,
21
G
N
D
4
,5
,6
,7
,8
,9
,1
0,
11
,1
2
,1
3,1
4,
15
,1
6,
1
7,1
8
,1
9,2
0,
21
,2
2
,2
4
C7
3
6
10
uF
2
5V
U
SB2
.0
=
1
00
0m
A
Tu
ne
r =
45
0m
A
OP
W
R
SB
HDMI
_S
W
=
1
20
m
A
S
oC
_AVD
D
3V
3 =
7
40
m
A
OPW
R
SB
D
D
R
3 =
90
0m
A
R7
4
3
2.
7K
1/
16
W
1
%
1
V
8
o
r 1
V
5
DD
R
P
o
we
r :
DDRV
V
1
=
1+
(
8.
2/
10)
=
1
.8
2
V
2
=
1+
(
5.
2/
10)
=
1
.5
2
D
DR2
=
6
50
m
A
V
o =
1+
(
R
73
2/
R
733
)
R
73
2 =
8.
2K
R
73
2 =
5.
2K
(u
si
ng
5.
1k
)
S
o
c C
o
re
P
o
w
e
r
:
1.
15V
(
3
A
)
S
oC
_1V
2 =
22
50m
A