Philips 47PFL5403, Руководство по обслуживанию

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60 LC8.2A LA 7. Circuit Diagrams and PWB Layouts
SSB: Micro Processor
DA1
8
TA 3 OU T
W
9
W
ADDR
V
P1<0:7>
4
ANEX0
HLDA
6
HOLD
RXD1
INT< 3 :5>
7
TA2IN
XTAL
TA4OU T
RE S ET
S OUT4
CLK4
AVCC
TA1IN
V SS
TA2OU T
S IN4
TXD1
BYTE
8
9
10
11
P9<0:7>
6
CLK 3
CT S 1
S DA2
RDY
WRL
4
5
6
NMI
3
TA 3 IN
CLK1
1
2
TA1OU T
TB5IN
TA0OU T
17
S IN 3
ANEX1
DA0
5
2
3
3
2
1
3
P6<0:7>
TA4IN
INT
D<0:7>
ADDR
0
1
2
0
KI<0: 3 >
AN0<0:7>
WRH
BHE
RD
U
7
P 3 <0:7>
RT S 1
19
P7<0:7>
DATA
CLK2
V
CT S 2
RT S 2
D<0:7>
TBIN<0:4> 5
0
VCC
16
CLKOUT
P4<0:7>
ALE
P5<0:7>
OUT
AV SS
P0<0:7> S OUT 3
IN
12
BCLK
ADDR
ADTRG
CNV SS
1 3
TA0IN
RXD2
S CL2
XCOUT
A<0:7>
P2<0:7>
4
WR
AN
1 8
U
P 8 <0:7>
S DA1
S DA0
S CL1
CT S 0
ZP
RT S 0
CT S 0
CLK0
7
CLK S 1
VREF
10
11
12
1
3
C S
TXD0
RXD0
TXD2
V
DATA
P10<0:7>
XCIN
14
15
14
15
0
1
0
2
1
AN2<0:7>
S CL1
1 8
16
RB
4
3
2
CE
7
6
WE
RP
1
0
BYTE
3
NC
5
8
9
10
11
12
1
3
14
15
A-1
10
4
9
8
7
6
0
8 M-1
0
A
D
5
11
2
1
17
OE
12
1
3
14
15
S CL
ADR
0
1
2
S DA
WC
S UB
ER
GND
VOUT
VDD
3 V 3
I 38 7 C4
I 3 90 D6
I 3 24 I6
I 3 26 D6
3 L79 B9
7 3 22 D10
7 3 2 3 -1 H2
7 3 2 3 -2 G2
7L10 A1 0
I 3 1 3 C6
i
s
prohi
b
ited witho
u
t the wr
itten con
s
ent of the cop
y
right
I 3 7 3 J 3
I 3 74 J5
I 3 75 J 3
IL41 F 3
All r
ight
s
re
s
er
v
e
d.
Reprod
u
ction in whole or in p
a
rt
s
I 3 5 8 E11
I 3 59 H6
I 3 60 E1 3
I 3 61 F15
I 3 62 D 8
I 3 6 3 F15
F 3 20 B16
33 07 B10
H
I
J
2 3 20 I14
2 3 2 3 G2
3 L9 3 B1 0
UART_1R X
UART_1TX
UART_0R X
G
33 26 C1 3
RE
S
RE
S
2 3 19 C1 3
F 3 10 B14
F 3 11 B14
3 L94 I4
3
2 33 9 K5
2 3 40 K4
2 3 41 F1 3
RE
S
6 3 01 C2
5
1V5
5 6 7 8
6 7 8 9
33 5 3 I15
RE S
RE
S
RE
S
5 3 07 G1 3
RE
S
I 33 0 E2
F 33 9 C14
o
wner
.
33 10 C 8
338 6 I 3
338 4 H 3
33 15 C7
3 V 3
E
2 3 1 3 B5
D
2 3 4 3 F7
2 3 44 F7
2 3 45 F7
15 16
A
1 3 09 K2
C
D
E
F
RE S
F 38 5 E4
F 38 6 D6
F 38 7 H4
F 3 27 B16
4 3 1 8 I11
RE
S
IL 3 5 K5
33 94 J4
33 95 F2
33 96 D11
33 97 F6
33 9 8 B10
33 99 A9
3 L01 C 8
NC
4 3 06 G15
4 3 07 G15
4 3 09 K5
4 3 10 K4
4 3 1 3 C 8
F 3 26 B14
3388 F6
338 9 J4
33 90 J4
33 19 C2
33 9 3 F2
RE
S
I 3 72 I15
RE
S
I 3 57 D6
EMC
EMC
RE S
F 38 4 J 3
I 3 2 3 H6
EMC
IL40 B1 0
F 3 1 3 B14
F 3 14 B16
F 3 15 B14
F 3 16 B16
F 3 17 B14
F 3 1 8 B16
F 3 19 B14
3 L02 H7
I 3 15 E6
I 3 16 E6
I 3 1 8 I1 3
I 3 19 G6
I 3 20 G6
I 3 70 G15
2 3 24 B10
2 3 27 J4
2 3 2 8 K 3
NC
33 1 3 C7
RE S
1 2
2 338 F2
33 54 H7
RE
S
FOR BD
S
RE
S
FOR BD
S
RE S
F 33 7 C16
F 338 C14
6 3 09 K1
6 3 0 8 J4
4
2 3 42 J 3
3 V2
33 14 C 3
3 L22 I10
2 3 10 B5
2 3 11 A15
2 3 14 C 3
RE
S
NC
RE S
14
9 10 11
RE
S
1 3 14 15 16
RE
S
S
DM
3 L62 F7
F 33 4 C14
F 33 5 C14
3 L59 D7
3 L61 H7
7 3 12 C1
7 3 14 B9
RE
S
PA
N
E
L
3 L6 3 H7
3 L72 B1 0
33 55 I15
33 56 D11
33 57 D7
33 5 8 D10
3 L64 B 8
3 L17 E 3
3 L1 8 F7
3 L19 I9
33 4 8 E7
3 L21 I10
IL 3 0 D7
RE S
IL 3 2 B1 0
I 3 29 H4
F 38 1 C4
F 38 2 J 3
F 383 J 3
I 3 52 D4
I 3 5 3 D2
I 3 54 G6
I 3 51 G6
F 3 40 C14
F 3 41 C14
F 3 45 J14
F 3 50 F11
F 3 56 F11
F 3 57 J 3
F 3 60 J1
3 L5 8 G7
I 3 41 E6
I 3 42 E6
I 3 44 E6
I 3 45 I2
I 3 47 G1 3
I 3 76 J5
I 38 0 F2
I 38 4 I4
3 L20 I9
5 3 02 A14
I 3 9 8 F6
IL25 G2
I 3 96 F6
I 3 9 3 F2
4 3 2 3 G2
4 3 25 I12
4 3 26 I12
5 3 01 B5
F 38 0 C 3
I 3 56 G11
I 3 97 F6
I 33 2 E2
I 333 E4
I 33 5 E4
I 33 6 H6
I 33 7 I4
I 338 E4
I 33 9 H6
7 3 01 E1
I 3 40 D7
F 3 61 E4
G
H
I
1 3 01 C4
K
L
2 3 15 C2
2 3 16 C 3
333 1 E 3
333 6 C1 3
MJCMT 8 2 8 0 B5 P
3 V 3
F 3 09 H 8
RE
S
33 40 E 3
I 3 0 3 H4
C
3 L14 I1 3
3333 E12
NC
RE S
333 2 E7
3 L15 G2
B
333 0 C7
33 41 E 3
33 46 E7
33 47 C9
2 333 K4
33 49 C7
33 50 C6
33 51 C 8
33 52 C 8
1V5
I 3 50 I11
I 3 49 I11
EMC
F 333 C14
0V6
F 3 69 D14
RE
S
6 3 10 K2
6 3 11 K2
6 3 12 K2
6 3 1 3 J2
6 3 17 E1
6 3 1 8 F 3
6 3 19 K 3
33 59 F15
F 3 62 C6
F 3 6 3 I14
F 3 64 I14
F 3 65 I14
F 3 66 C14
MICROPROCE SS OR
RE
S
33
50
338 0 E7
RE
S
RE
S
RE
S
RE S
338 7 E7
3 L71 H 3
5 3 04 J4
5 3 06 E14
F 33 6 C14
338 2 F7
3 L67 F6 I 33 1 E4
2 3 46 F7
2 3 47 G1 3
2 3 4 8 I9
2 3 49 I10
33 00 D 3
33 01 G10
33 02 E 3
F
33 60 F15
33 61 G15
33 62 G15
11 12 1 3
33 0 8 D2
2 3 17 C2
2 3 1 8 D 3
RE S
3338 E 3
33 25 D1
333 9 E 3
RE S
2 3 29 K 3
4
I 3 01 E4
I 3 02 H4
F 3 12 B16
K
0V 8
RE
S
RE S
RE
S
L
A
UART_0T X
1 2 3
2 33 0 K4
2 33 1 K4
2 33 2 K5
12
2 33 4 K4
2 33 5 K5
2 33 6 K5
2 33 7 K5
RE S
F 3 67 C14
7 3 11 C5
RE S
7 3 17 F1
F 3 6 8 A15
RE
S
TO / FROM IR/ LED & KEYBOARD
3 L2 3 I7
3 L24 I7
3 L5 3 H7
3 L54 I15
3 L55 G7
3 L56 G7
3 L57 E 3
33 0 3 C7
7 3 02 F14
7 3 0 3 G14
7 3 0 8 F2
7 3 10 B15
33 16 C 3
33 17 C7
33 1 8 C 3
B
33 20 C7
33 21 C 3
33 22 C7
33 24 C7
NC
F 3 2 8 C14
EMC
I 3 21 H6
IL 3 7 C 8
IL 38 C7
IL 3 9 E 8
I 3 22 H6
3 L95 I 3
3 L96 C7
3 L97 E10
3 L9 8 E10
4 3 01 B9
4 3 0 3 J5
4 3 04 H14
33 29 D7
F 3 21 B14
F 3 22 B16
F 3 2 3 C7
F 3 24 B14
F 3 25 B16
1 3 06 J 3
1 3 07 K1
1 3 0 8 K1
J
1 3 10 K2
1 3 12 J2
1 3 1 3 K 3
1 3 20 J1
3 L16 B1 0
F 3 02 C7
F 3 0 3 H 8
F 3 05 G 8
F 388 J2
IL 33 G 8
IL 3 4 K4
RE
S
RE S
4 3 17 H11
4 3 16 J1 3
3 L1 3 C 8
FOR PDP
NC
RE S
RE
S
3 L04 F 3
3 L05 C7
3 L10 J5
3 L12 C 8
3 L7 3 I 3
3 L75 C9
3 L76 C9
33 91 J4
3 L 8 6 E1
IL4 3 J5
RE S
I 3 64 D6
7L2 3 I14
I 3 27 E2
I 3 2 8 E2
F 3 29 C14
F 33 0 C1
F 33 1 C14
F 33 2 C14
EMC
I 3 06 I4
I 3 07 C6
I 3 0 8 C6
I 3 09 C6
I 3 10 C6
I 3 11 C6
I 3 12 C4
4 3 05 H14
I 3 65 H4
I 3 66 F6
I 3 67 F6
I 3 6 8 H4
I 3 69 G15
IL42 C6
+
3
V
3
_
S
TBY
2 3 12 B5
33 05 E 3
33 06 B10
10
2
3
4
8
100p
2K2
F 38 5
338 0
3
L75
100R
+ 3 V 3 _ S TBY
3388
100R
33
0
8
27K
333 9 100R
I 3 57
F 3 56
F 3 61
47K 33 97
10M
I 3 1 8
4
3
0
3
1
3
01
33 15
100R
33 17
33 0R
100R 338 6
+ 3 V 3 _ S TBY
I 3 0 8
I 3 67
15K
33
9
3
+12V_DI S P
3 L72
47K
+
3
V
3
_
S
W
33
62
3
K
3
F 3 62
I 3 9 8
2 3 44
33 p
F 3 69
2 3 42
10n
47R 33 90
BA
S3
16
6
3
01
6
3
12
BZX
38
4-C6V
8
1
3
06
33
49
10K
338 7 100R
+ 3 V 3 _ S W
33 96 1K0
I 3 60
F 3 27
I 3 12
F 3 60
47R 33 94
IL 3 7
I 3 62
+ 3 V 3 _ S TBY
I 3 56
I 3 02
7L10
BC 8 47BW
1
2
4
8
7
NL27WZ0 8 U S G
7 3 2 3 -1
12
3
7
27 46
11
4 3 26
40
42
44
3 0
3 2
9
10
1
3
14
2 8
15
3 1
3 4
3 6
3 9
41
4
3
45
33
3
5
38
2 3
22
21
20
19
1
8
8
7
47
26
29
25
24
6
5
4
3
2
1
4
8
17
16
EPROM
1Mx 8 /512Kx16
7 3 10
M29W 8 00DT-70N 6
4 3 25
1
3
07
100
99
9 8
10
14 60
96
12 62
1 3
11
17
16
15
9
8
5
4
3
2
1
27
26
25
24
2 3
22
21
20
19
1 8
3 7
3 6
3 5
3 4
33
3 2
3 1
3 0
29
2 8
4 8
47
46
45
44
4 3
42
41
40
3 9
38
5 8
57
56
55
54
5
3
52
51
50
49
71
70
69
6
8
67
66
65
64
6
3
61
59
8 9
88
8
7
7 8
77
76
75
74
7
3
72
83
8
2
8 1
8 0
79
95
9
3
92
91
90
7 3 11
M 3 0 3 00 S AGP 97
94
6
7
8 6
8 5
8 4
Φ
100R
I 3 76
3 L5 8
F 38 2
I 3 59
I 3 07
100R 333 6
33 91 47R
33 01 100R
1K0 33 21
F
3
2
3
F 3 16
I 3 97
I 3 49
6 3 1 8
BZX 38 4-C 8 V2
IL40
3 L9 3 4K7
F 3 0 3
3 L7 3 47K
F 3 24
33 56
I 3 16
10K
I 3 26
3 L5 3
100R
3 L6 3 100R
100R 3 L61
F 3 6 3
7 3 22
PDTC114ET
3 L94 4K7
10K
33
47
+ 3 V 3 _ S W
+ 3 V 3 _ S TBY
10K
33
50
+ 3 V 3 _ S TBY
3
L79
I 33 1
10K
3 L57 100R
+ 3 V 3 _ S W
4K7
33
59
6
3
0
8
BZX
38
4-C6V
8
1
3
09
1
3
10
F 33 0
4K7
3
L9
8
I 3 06
F 38 1
+
3
V
3
_
S
TBY
I 33 9
I 33 6
I 3 1 3
10K
3
L14
338 2
100R
33 46 100R
+ 3 V 3 _ S TBY
F 3 25
I 3 65
F 3 20
1n0
2
3
29
I 3 45
I 33 7
2
33
7
1n0
F 3 26
100R 33 40
F 3 09
F 33 2
I 3 11
I 3 6 8
I 333
F 3 1 8
33 p 2 3 46
33 0R
3 L15
2
33
4
I 3 21
1n0
I 3 5 3
100n 2
3
1
3
2
3
15
100n
3 L95 4K7
F 3 05
2 3 41
100n
1R0
3
L10
IL 33
I 38 7
BZX
38
4-C6V
8
+
3
V
3
_
S
W
6
3
10
1
3
1
3
BZX
38
4-C6V
8
6
3
19
IL 3 4
2
3
40
1n0
10K
33 26 100R
33
5
3
+
3
V
3
_
S
W
4
3
01
IL 3 0
333
0
10K
F 3 40
5
3
01
60R
I 3 72
F 3 02
+ 3 V 3 _ S TBY
+ 3 V 3 _ S W
1n0
+
3
V
3
_
S
TBY
2
33
9
F 3 2 8
F 3 29
I 3 10
I 3 9 3
+ 3 V 3 _ S TBY
I 3 47
+ 3 V 3 _ S TBY
+ 3 V 3 _ S W
I 3 50
2 3 4 3 33 p
IL 38
I 3 5 8
+
3
V
3
_
S
W
33 0 3
100R
IL 3 9
3
L64
10K
4
3
16
I 3 96
15p 2 3 16
F 3 45
+
3
V
3
_
S
W
+ 3 V 3 _ S TBY
33 4 8 47R
I 3 20
I 3 19
100n
2 3 47
5 3 07
3 0R
1
3
12
1K5
33
95
+ 3 V 3 _ S W
I 38 4
+ 3 V 3 _ S W
I 3 64
4
3
10
I 3 51
I 3 2 8
100R
I 3 29
3338
10K
33
99
7 3 17
BC 8 47BW
+
3
V
3
_
S
TBY
4 3 17
4
3
07
F 3 14
F 3 41
F 3 12
I 33 2
F 3 21
I 3 2 3
I 3 24
4 3 2 3
100R 33 02
I 3 15
3 L56 100R
F 38 7
I 3 01
33 p
2 3 45 S DA1
8
VCC
+
3
V
3
_
S
TBY
EN 5
4
GND
1
NC
2 S CL0 7 S CL1
3 S DA0 6
PCA9515A
7 3 02
4 3 1 8
10K
33
25
2 3 17
100n
33 07
220R 5 3 04
3 L55 10K
1
3
2
7 3 14
BC 8 47BW
100R
3 L59
3
L1
33
K
3
100R
IL25
33 20
33 05
10K
3 L62
100R
I 3 09
F 3 22
I 3 41
4
3
09
+ 3 V 3 _ S TBY
+
3
V
3
_
S
TBY
+ 3 V 3 _ S TBY
1n0
2
33
6
BZX
38
4-C6V
8
6
3
1
3
F 338
I 338
I 38 0
I 33 5
S CL0 2 S CL1 7
S DA0 3 S DA1 6
VCC
8
5 EN
GND
4
NC
1
IL41
7 3 0 3
PCA9515A
33
52
3
K
3
3 0R
5 3 06
I 3 22
I 3 40
+ 3 V 3 _ S W
NL27WZ0 8 U S G
5
6
4
8
3
7 3 2 3 -2
+
3
V
3
_
S
W
I 3 0 3
F 3 1 3
2
3
20
100n
I 3 75
3333 10K
1n0
2
33
0
2
33
1
1n0
1K0 3 L16
1K0
33
06
10K
33
19
F 33 7
33
51
3
K
3
60R
5 3 02
3 L71 22R
22R
338 4
100R
33 1 8
2
3
10
100n
I 3 61
+ 3 V 3 _ S TBY
I 3 42
I 33 0
F 33 4
F 333
I 3 90
4 3 05
IL 3 5
F 3 67
3 L67
2 3 14
15p
100R
33 55
+ 3 V 3 _ S TBY
100R
F 33 9
F 3 15
F 3 11
2
3
2
8
1n0
100p 2
3
49
3
L19
1K0 1K0
3
L20
3
L22
1K0
33 5 8
4
3
06
2K2
4
3
1
3
F 33 6
F 33 5
+ 3 V 3 _ S TBY
3 L05
100R
10 u
2 3 11
100R
3 L54
+ 3 V 3 _ S TBY
+
3
V
3
_
S
TBY
10n
2 3 27
100n 2
3
12
F 3 57
3 L1 8 100R
+ 3 V 3 _ S W + 3 V 3 _ S TBY + 3 V 3 _ S TBY
F 33 1
338 9 47R
F 3 65
33 16 10K
+
3
V
3
_
S
TBY
F 38 0
6
5
8
4
7
( 8 Kx 8 )
M24C64-WMN6
7L2 3
EEPROM
Φ
1
2
3
F 3 10
I 3 66
100R
33 57
4
5
6
7
8
9
BM09B- S R SS -TBT
1 3 20
1
2
3
2 3 24 1 u 0
+5V_ S W
1K0
3
L21
100R 3 L2 3
100R 3 L24
+
3
V
3
_
S
TBY
+ 3 V 3 _ S TBY
+ 3 V 3 _ S W
4 3 04
2K2
3
L76
33
10
6
8
0R
+ 3 V 3 _ S TBY
I 3 54
3 L 8 6
+
3
V
3
_
S
TBY
22K
6
3
17
BZX
38
4-C
3
V
3
+ 3 V 3 _ S W
I 3 74
+ 3 V 3 _ S TBY
3
L97
4K7
2 3 19 100n
3
1
2
7 3 01
B S H111
F 3 64
2
338
220n
BC 8 47BW
7 3 0 8
F 3 50
1K5
3 L04
I 3 52
F 3 66
I 3 6 3
3 L17 100R
F 3 6 8
100n 2
3
2
3
+5V_ S W
I 3 27
F 38 6
3 L02 100R
100n 2
3
1
8
2
33
2
1n0
I 3 7 3
BZX
38
4-C6V
8
6
3
09
F 3 19
4K7 33 41
F 3 17
4K7
I 3 44
3
L01
33 54
100R
BD45275G
Φ
1
3 2
5
4
7 3 12
F 388
BZX
38
4-C6V
8
6
3
11
IL4 3
33 29
100R
IL42
+ 3 V 3 _ S TBY
4K7
33
60
33 22 100R
1K2 33 00
I 3 69
I 3 70
33 9 8
3
K
3
100K
+
3
V
3
_
S
TBY
33
61
1
3
0
8
100R 333 1
2
333
1n0
33 0R
33 24
10K 33 14
100R
3
L96
100K
333 2
F 383
F 38 4
3
K
3
3
L12
2
33
5
1n0
IL 3 2
33 0R
33 1 3
A(0)
AD(2)
AD(
3 )
AD(4)
AD(5)
AD(6)
AD(7)
DTV_IRQ
AD(0)
AD(1)
UART_0TX
MT 8 2 8 0_EN
UART_0RX
KEYB
TACT_ S WITCH_IN T
UART_1TX
ITV_I2C_ S DA
ITV_I2C_ S CL
BOLT_ON_UART_TXD
BOLT_ON_UART_RXD
ALE_EMU
UART_1RX
HPD_R S T_A
A(19)
A(1 8 )
LCD_PWR_ON
NVM_WC
REMOTE
KEYB
IIC_ S DA_ u p
IIC_ S CL_ u p
A(17)
A(16)
CE
C S
A(15)
A(1 3 )
A(12)
A(11)
A(10)
A(9)
A( 8 )
A(14)
A(6)
A(5)
A(4)
A( 3 )
A(2)
A(1)
A(0)
A(7)
AD(7)
AD(6)
AD(5)
AD(4)
AD( 3 )
AD(2)
AD(1)
AD(0)
TACT_ S WITCH_IN T
CPU_R S T
HP_DETECT
PR S T
INTO
PWN
IIC_ S CL_ S IDE
IIC_ S DA_ S IDE
DC_PROT
HDMI_RX_BUF_R S T
IIC_ S CL
IIC_ S DA
FPGA_BL_BOO S T
AUD_R S T
S TANDBYn
S AW_ S W
HDMI_HOTPLUG_R S T
BL_BOO S T
ANTI_PLOP
BL_ON_OFF
CTRL_DI S P4_ u p
CTRL_DI S P1_ u p
A(10)
A(9)
A( 8 )
A(19)
DDC_R S T
A(15)
A(14)
A(1 3 )
A(12)
A(11)
S VPWX_R S T
A(1 8 )
A(17)
A(16)
CEC_INT
A(0:7)
A( 8 :19)
A(1:7)
A( 8 :19)
CPU_R S T
POWER_DOWN
LED1
IIC_ S DA_ u p
IIC_ S DA_ u p
HDMI_MUX_R S T
CNV SS
S TANDBY
MUTEn
AD(0:7)
LED2
S C2_ S TATU S
S C1_ S TATU S
LIGHT_ S EN S OR
WR
IIC_ S CL_ u p
IIC_ S CL_ u p
NVM_WC
WR
AD(0:7)
S VPWX_INT
A(5)
A(6)
A(7)
CE
RD
RD
A(1)
A(2)
A(
3 )
A(4)
LIGHT_ S EN S OR
LED1
LED2
REMOTE
B0 3 B0 3
I_17760_004.ep s
1 8 020 8
3 1 3 9 12 3 6 3 49.1