Philips 32PFL3506/F7 - Inverter Schematic Diagram

10-7
T1102
INVERTER
TRANS
2
1
4
3
5
6
7
8
Q1702
TK50P04M1
G
D
S
39K
R1112
10
R1222
13
R1117
100
R1216
2
5V6BSB-T26
D1300
0
R1214
100KR1510
D1507
DAN202U
0.022
C1705
100
R1131
47K
R1301
10
R1223
10P/6.3KV
C1108
2.2K
R1126
2.2K
R1102
1000P
C1704
2.2C1102
2.2K
R1135
0.1
C1303
2.2C1101
D1503
DAN202U
0.47
C1209
KTC3875S-Y-RTK/P
Q1202
0.47
C1208
T1100
INVERTER
TRANS
2
1
4
3
5
6
7
8
1000P
C1703
5V6BSB-T26
D1301
510/2W
R1305
1M
R1513
100KR1506
D1703
15BSB-T26
0
R1125
D1702
10P/6.3KV
C1104
1000P
C1707
JS1200
0.1
C1300
1000P
C1706
OPEN
Q1204
10K
R1703
0.01
C1500
OPEN
C1200
0.1
C1201
CN1100
1
D1508
DAN202U
D1700
0.47
C1210
CN1102
1
D1501
DAN202U
10/50V
C1206
D1706
39K
R1514
330P
C1107
4.7/1W
R1709
100KR1512
1M
R1500
CN1101
1
100KR1508
D1707
15BSB-T26
OPEN
R1226
75K
R1204
OPENR1147
130K
R1202
22K
R1310
2.2C1116
1000P
C1207
2.2C1100
D1705
15BSB-T26
1
C1702
330P
C1118
6800P
C1202
22K
R1208
2
OPENR1150
D1506
DAN202U
2
2.2K
R1123
8.2K
R1203
2SA1576UBTLQ
Q1303
0
R1113
470R1118
OPEN
R1225
100KR1502
1000P
C1301
100KR1505
100
R1707
D1505
DAN202U
10P/6.3KV
C1110
2.2C1117
10P/6.3KV
C1106
470R1106
0
R1101
100
R1107
OPEN
R1220
10K
R1708
13
R1129
470R1130
0.47
C1212
10K
R1215
2.2K
R1114
2.2K
R1111
2SA1576UBTLQ
Q1300
100KR1504
4.7K
R1209
100KR1511
OPENR1146
10K
R1309
13
R1105
Q1701
TK50P04M1
G
D
S
10P/6.3KV
C1114
D1202
T1101
INVERTER
TRANS
2
1
4
3
5
6
7
8
39K
R1124
330P
C1123
0.022
C1708
330P
C1119
4.7/1W
R1704
10K
R1206
OPENR1145
330P
C1113
Q1700
TK50P04M1
G
D
S
330P
C1109
330P
C1105
Q1203
OPEN
13
R1132
330P
C1122
2200/35V
C1700
39K
R1109
0
R1229
560K
R1205
1K
R1307
100KR1507
13
R1108
39K
R1121
D1200
68K
R1200
D1201
D1504
DAN202U
0.01
C1213
10/50V
C1302
4.7K
R1308
100
R1116
10P/6.3KV
C1112
KTC3875S-Y-RTK/P
Q1201
2.2
C1205
4.7K
R1304
68K
R1201
0
R1134
OPEN
R1228
470R1115
39K
R1133
10K
R1701
1
R1221
0
R1122
OPEN
C1214
470R1127
OPEN
R1227
100
R1128
OPEN
C1502
100KR1503
D1502
DAN202U
330P
C1111
OPENR1148
100
R1700
100
R1104
100KR1501
10K
R1306
D1701
15BSB-T26
51K
R1302
1000P
C1311
2.2C1103
100
R1702
13
R1120
10K
R1706
330P
C1115
1000P
C1501
D1203
D1500
DAN202U
10K
R1300
OPEN
C1211
D1704
330P
C1120
27K
R1515
0
R1516
330P
C1121
33K
R1207
Q1703
TK50P04M1
G
D
S
100KR1509
100
R1119
39K
R1100
100
R1705
KTC3875S
-Y-RTK/P
Q1301
4.7K
R1213
0
R1110
4.7K
R1303
OPENR1143
10K
R1212
470R1103
6800P
C1203
0.1
C1204
1
2
3
4
5
6
7
9
10
8
11
12 13
14
24
23
21
18
19
22
17
20
15
16
VCC
STB
GND
DUTY
OSC
OUTPUT
LOGIC
PWM
REG
VLO
PROTECT
FEED
BACK
IC1200
BD9244AFV
INV+13V(NU) 14
OPEN
R1987
GND 5
22K
R1972
2SC2120-O
Q1932
680P
/2KV
C1930
5V6BSB-T26
D1931
VCOM 2
OPEN
D1960
120
R1933
13GND
OPEN
C1906
0.47/50V
C1982
270
/200V
C1910
CN1001
GND 15
120
R1932
4HOT+15V
120
R1934
3.9K
R1967
20K
R1977
82K
R1938
1.5K
R1982
220
R1970
1ZB30BB
D1994
OPEN
R1951
1K
R1988
WIRE
BC1301
47K
R1931
47
R1930
27BSB-T26
D1930
G
D
S
TK7A50D
Q1930
10PROTECT3
P-ON+3.3V 4
0.1
C1933
GND 1
2200
/35V
C1993
CN1003
GND 1
GND 9
LCD-5V 3
VCOM 10
1800P
C1931
GND 5
CN1901
1+B
OPEN
C1983
3HOT-GND
0.01
C1981
150K
R1949
1.5K
R1935
BC1930
BEAD
0.056
/100V
C1932
4
32
1
IC1930
TLP781F
LCD+13V 3
33BSB-T26
D1971
OPEN
C1934
VGH 6
2NU
D1973
2.2K
R1939
D1932
P-ON+3.3V 6
KTC3875S-Y-RTK/P
Q1972
P-ON+3.3V 7
0.39/2W
R1937
11BACKLIGHT-SW
OPEN
R1952
8
7
3
4
2
14
10
11
5
15
T1950
POWER TRANS
OPEN
R1950
LCD+13V 2
BC1931
BEAD
D1933
0
R1981
2200P
C1970
180
R1936
KTC3198-Y-AT/P
Q1931
3.3K
R1973
5V6BSB-T26
D1970
LCD+13V 7
OPEN
D1961
VGH 4
LCD+13V 8
SB3150BH
D1990
12BACKLIGHT-ADJ
GND 11
KTC3875S-Y-RTK/P
Q1971
OPEN
D1972
1K
R1986
GND 9
1ZB36BB
D1934
4
32
1
IC1931
TLP781F
LCD-5V 8
1000P/250V
C1905
820P/2KV
C1990
KTC3875S-Y-RTK/P
Q1970
220/35V
C1304
0.1
C1305
J1001
OPEN
J1002
J1091
OPEN
OPEN
R1939A
OPEN
R1931A
OPEN
R1930A
OPEN
R1935A
OPEN
R1936A
2+B
CN1900
1GND
OPEN
R1967A
SB3150BH
D1991
SB3150BH
D1992
2200
/35V
C1994
J1037
OPEN
J1044
OPEN
J1027
OPEN
OPEN
R1970A
OPEN
C1935
OPEN
C1936
OPEN
C1937
OPEN
C1938
OPEN
C1939
OPEN
R1942
OPEN
R1941
OPEN
R1940
OPEN
R1933A
OPEN
R1934A
OPEN
R1932A
180
R1980
6.8K
R1979
2200/35V
C1701
0.1
(SW+10.5V)
10.6
0
0.7
0
LCD
MODULE
ASSEMBLY
0
(SWITCHING)
3.3
11.0
(SWITCHING)
0
BACK
LIGHT
BACK
LIGHT
0
8.0
1.0
BACK
LIGHT
10.6
5.1
0
(SWITCHING)
8.6
(PWM CONTROL)
17.0
0
(SWITCHING)
0.2
(SWITCHING)
(SWITCHING)
(SWITCHING)
(SWITCHING)
3.1
1.0
27.0
25.1
20.5
10.6
4.0
1.5
0
0
3.1
7.6
27.0
25.1
20.6
2.2
1.2
0.8
1.3
0.6
0
0
(SWITCHING)
0
20.5
0.7
20.5
24.8
23.8
0
20.9
0.7
20.9
23.8
25.2
0
7.6
5.1
6.0
(ISOLATOR)
12.9
HOT
0
1
1.1
0
(SWITCHING)
12.9
TO POWER SUPPLY
CBA CN602
12.1
4
5.6
3
0.4
0
0.2
0.4
2
3.4
(SWITCHING)
E
0.2
0
22.5
TO POWER SUPPLY
CBA CN201
6.3
UNLESS OTHERWISE SPECIFIED:
DIODES ARE 1SS133.
-5.1
G
6.0
A
0
0
0
22.5
D
(FEEDBACK)
C
HOT CIRCUIT. BE CAREFUL.
3.4
5.3
0
INVERTER CBA
TO LCD MODULE
ASSEMBLY
F
163.6
0
0
5.9
1.1
(SWITCHING)
0.2
(SWITCHING)
23.6
3.3
29.0
(SWITCHING)
0
COLD
B
0
(SWITCHING)
(NO CONNECTION)
(SWITCHING)
PL11.0SCINV
Inverter Schematic Diagram
NOTE:
The voltage for parts in hot circuit is measured using
hot GND as a common terminal.