Publicité
POWER / SCAN BOARD - PLATINE ALIMENTATION / BALAYAGE - NETZTEIL- UND ABLENKPLATINE - PIASTRA DEFLESSIONE / ALIMENTAZIONE - PLACA ALIMENTACIÓN / BARRIDOS
POWER SUPPLY PART - PARTIE ALIMENTATION - NETZTEIL - ALIMENTAZIONE - ALIMENTACIÓN
!
*
RP015
3
2
DEG.COIL
P
P
BP015
!
1
1
CP015
2
68N0
1
*
P
!
RP016
P
3
2
JP902
*
LP905
2
1
BP001
!
!
Mains-
switch
FP001
T2.5AL
BP402
MIS
3
2
1
RP401
1M0
!
4
1
!
LP402
8
5
2
3
!
CP003
4N7
LP403
16MI0
1
4
DP001
DP003
3
2
GP30M
GP30M
!
CP005
RP004
LP401
10R0
4N7
16MI0
4
1
RP402
845.0
2
DP002
DP004
2
v
1
!
GP30M
GP30M
CP401
CP004
470N0
4N7
!
CP006
!
!
FP401
BP401
T3.15AL
U_MAINS
JP942
1
3.15
230V~
T=32µs
2
MAINS FILTER
0
MIS.222E0000.00
12Vpp-H
TP081
BC556B
12
0
9.2
RP077
RP080
2K2
10K0
T=32µs
12
DP081
1N4148
DP080
0
1N4148
0.3
TP080
-0.1V
BC546B
6Vpp-H
PGND
12
RP064
CP063
5K6
RP067
100N0
RP068
10K0
PGND
100K0
RP069
10K0
VCC+
8
RP065
6
2.2
IN-
100R0
-
OUT
1.7
IN+
0.3
+
7
IP050
RP070
5
4
VCC-
RP066
4K7
LM393N
PGND
PGND
PGND
RP034
TP034
4K7
BC556B
CP034
100N0
RP035
Note :
1K0
During measurements in the power supply unit
PGND
- Use the primary power unit ground (PGND).
Attention :
Part of board connected to mains supply.
Mesure dans la partie primaire de l'alimentation
Partie du châssis reliée au secteur.
- Utiliser la masse du bloc alimentation (PGND).
Primärseite des Netzteils.
Achtung :
Bei Messungen im Primärnetzteil
Parte dello châssis collegata alla rete.
Parte del chassis conectar a la red.
- Primärnetzteilmasse verwenden (PGND).
ITC222
First issue 10 / 03
RP019
470K0
T=32µs (ON)
T=50µs (STBY)
0W43
RP020
!
100R0
RP021
0
0W25
400Vpp-H
IP020
VIPER20
RGP10M
(315)
3
319
DP020
DRAIN
MUR160
13V
+
-
T=32µs (ON)
VDD
OSC
COMP
S
PGND
T=50µs (STBY)
4.5
2
11
5
4
1
(4.5)
PGND
(11)
1.4
(1.6)
RP028
47R0
CP028
RP024
1K0
3V
0
22N0
TP026
CP026
3Vpp-H
RP025
BC546B
1.4
PGND
120K0
100N0
0.3
(1.6)
(0.3)
CP027
CP031
RP029
RP026
22N0
10N0
PGND
PGND
6K8
47K0
PGND
PGND
RP027
DP029
6K8
1N4148
RP022
47R0
1
T
DP022
JP961
BZX85C10
PGND
DP006
PGND
PGND1
GP30M
DP007
1U0
CP008
RP007
FUF5404
CP007
400V
CP009
470P0
560N0
1M0
470P0
!
250V0
0W25
LP008
LP008
2KV
-
-
1
6
3
4
!
!
PGND
CP011
DP008
1N5
FUF5404
T=32µs
T=32µs
PGND
RP051
100R0
0.1
4.5W
0
0
RP076
12.4Vpp-H
500Vpp-H
4K7
TP020
RP075
SPW17N80C2
10K0
RP072
RP056
RP073
2.3
3K3
1K0
5R6
CP053
RP055
0
DP053
RP074
1N0
CP073
4K7
BZX55B15
10K0
1N0
PGND
RP062
PGND
4K7
DP061
RP031
RP060
330R0
RGP15G
150R0
CP062
DP060
CP061
CP063
RP061
220U0
1N4148
100N0
220P0
10R0
RP063
25V
100K0
PGND
TP050
2.2
PGND
BC337-40
RP053
7.2
VCC+
27R0
8
RP054
IN-
2
-
OUT
100R0
2.3
DP033
DP030
IN+
1N4148
2
1N4148
+
1
2
3
1.9
CP056
4
VCC-
RP032
470P0
IP050
RP033
TP051
10K0
100R0
1K0
BC327-40
PGND
PGND
LM393N
RP071
PGND
2K2
CP071
100P0
Use isolating mains transformer.
Utilise un transformateur isolateur du secteur.
!
Einen Trenntrafo verwenden.
Utilizar un transformador aislador de red.
Utilizzare un transformatore per isolarvi dalla rete.
Attenzione :
misure nell'alimentatore primario
Reference
- usare massa alimentazione primario (PGND).
PP 222E0000 10
Cuidado :
PP 222E0000 30
Medida en el bloque de alimentacion
PP 222E0000 37
- Utilizar la masa del bloque de alimentacion
PP 222E0001 30
(PGND).
4
2
11.5 (0.6)
7
3
!
DP115
SP015
RP118
1N4148
12V-relay
6
47R0
8
1
5
430MI0W
TP115
BC546B
!
DP230
RP230
LP020
RP231
1N4148
1K0
39K0
2
7
8
NYD
CP021
CP230
IP250
10K0
220N0
1N0
5
DP220
L78M05ABV
RGP15G
7.2
1
3
CP022
DP021
220P0
IN
OUT
CP220
2
6
1
220U0
DP241
RGP15G
25.0V
GND
CP240
DP240
DP023
RP023
RGP15G
1MI0
10R0
16V
BAV21
4
RP239
CP023
RP240
47R0
100U0
CP024
25V
220N0
3
PGND
(1.6)
4
1
Tube name
Description
Usys
RP900
Usys
IP030
!
C
A
jumper Usys divid.
TCET1103G
TOSHIBA W86
36" XF 16:9 JP911
7K15
110V
E
K
TOSHIBA W76
32" XF 16:9 JP911
26K1
128V
PGND
3
2
RP150
(10.7)
4
1
47R0
RP151
IP070
A
!
C
1K0
TP150
TCET1103G
E
BC327-40
K
RP153
CP152
DP110
3
2
10N0
100R0
-
CP110
PGND
BYT08PI-1000
100U0
200.0V
RP010
CP111
470P0
1K0
!
PGND
CP112
LP113
LP050*
1N5
90R0
316
10
16
#
JP912
CP010
CP012
#
JP911
17
390U0
470P0
DP113
450V
MUR160
PGND
PGND
PGND
!
7
8
CP131
15
RP112
P
LP112
LP009
470P0
ZP009
10K0
100U0
122R0
3.15
LP130
2W0
100R0
MUR420
DP130
14
DP051
CP051
6
470P0
MUR160
CP130
9
RP130
220U0
10K0
12
35.0V
RP049
LP051
CP136
470P0
CP135
RP135
33R0
560N0
220U0
10K0
100R0
DP135
MUR420
35.0V
13
CP052
2N2
LP004
122R0
LP129
334
1
2
CP121
90R0
470P0
18
CP020
CP019
DP120
S410D
CP120
100P0
100P0
330U0
35.0V
PGND
PGND
21
CP141
RP052
470P0
100MI0
!
19
2.5W
LP140
BP150=>BP501
CP140
47U0
PGND
4MI7
5
5
20
16.0V
4
DP140
3
BYW29-150
LP151
2
22
CP151
470P0
LP150
47U0
1
CP030
2N2
21
4
CP150
PGND
DP150
2MI2
RP050
RP030
BYW29-150
16.0V
!
4K7
10M0
PGND
PGND
1
4
RP161
220R0
DP160
RP078
RP163
0W25
1N4148
4K7
82K0
2
3
TP160
6.8
BC546B
PGND
0.1
LP070
CFU110X-8MH
DP161
0
1N4148
CP049
!
RP160
1N5
RP162
PGND
1K0
TP161
10K0
BC546B
CP050
!
150P0
PGND
Description
JP902
LP050
RP015
RP016
RP120
Std.Power DTV 36" version
-
10857580
5R0
5R0
WIRE
Std.Power DTV 32" XF tube
-
10830410
9R0
9R0
4K7 0W43
X
10830410
18R0
-
4K7 0W42
Std.Power PTV 32" version
-
10830410
5R0
5R0
4K7 0W43
Std.Power DTV 32" TFT
10V
CNT1_20V
ECO_STANDBY#
0.5
(3.45): ECO (0.5 ): STBY)
8.5 : DC VOLTAGE TV ON
33V
(9.2) : DC VOLTAGE TV Standby
DEGAUSS
11.7
GND
RP116
1K0
0 .1
(RP) DEGAUSS
RP115
10K0
7V_STBY
INF_POW_FAIL
(RP) INF_POW_FAIL
(-1)
0
PO
AQR_ON
(7.2)
(RP) 7V_STBY
5V_STBY
7.2
3V3_STBY
(3.45)
5V_STBY
(RP) 5V_STBY
5
GND
(5)
CP250
47U0
SAFETY#
3V3_STBY
CNT2_20V
(RP) 3V3_STBY
- UA
(3.45)
RP198
RP242
-UA
-15.8
392R0
GNDS
10K0
+UA
+UA
16.6
RP241
CP241
1K5
10K0
10N0
SAFETY#
(0) 3.8
RP193
CP196
470R0
100N0
IP240
RP243
TL431/ACLP
PO
4.8
1K0
5
5V_STBY
(5)
7V_STBY
7.2
RP210
(7.2)
4K7
3V3_STBY
DP211
5.1
1N4148
(3.45)
3V3_STBY
4.9
TP210
BC556B
RP152
(3.45): ECO
RP213
1K0
PS_ON#
(0.5 ): STBY)
ECO_STANDBY#
0
RP201
1K0
3K3
0.5
RP212
USYS
USYS
110V / 128V
10K0
VCC+
RP117 RP120
OUT
RP113
RP114
IP190
(HP) 33V
4.9
1
LM393N
34
4K7
4K7
4K7
(4)
*
0W43
0W43
VCC-
0W43
6V
6.5
CP115
220P0
LP114
H_DRIVE
DP112
22U0
JP910
6V
5V_STBY
5 (5)
6
MUR1100E
CP114
CP113
220U0
220P0
RP170
DP111
35.0V
6V
2K2
MUR1100E
0.3
(0.1)
CP117
+UA
220P0
IP170
LM393N
16.6
+UA
GNDS
5V_STBY
CP137
RP137
-UA
100R0
1N0
5 (5)
-15.8
-UA
RP223
20
10K0
21.4
20V
100R0
AQR_ON
RP224
CP221
100R0
10N0
+10V
USYS
10V
110V / 128V
11.8
SIGNAL BOARD
RP186
470K0
6V
RP178
4K7
20V
6V
6.5
RP180
7.2
7V_STBY
820R0
(7.2)
5V_STBY
7V_STBY
5 (5)
IP170
7.2
CP172
(7.2)
LM393N
100N0
+7V_STBY
RP165
PWM
1K0
PWM
0.2
PS_ON#
RP166
100K0
8.5 : DC VOLTAGE TV ON
CP162
100P0
(9.2) : DC VOLTAGE TV Standby
# = see partlist DP 2...EXXX
T=32µs
Safety Part
!
When repairing, use original part only
0
Piece de securite
0
N'utilisez que les pieces d'origine
2Vpp-H
Sicherheitsbauteil
Bei Ersatz nur Originalteil verwenden
BP005
BP500
1
21.4
CNT1_20V
1
2
ECO_STANDBY#
34
3
33V
4
DEGAUSS
5
GND
6
GND
7
GND
8
GND
9
GND
10
GND
0
11
INF_POW_FAIL
12
4.8
PO
0.1
13
AQR_ON
5
14
5V_STBY
(3.45)
15
3V3_STBY
16
3V3_STBY
17
GND
18
GND
(0) 3.8
19
SAFETY#
20
CNT2_20V
21
CNT2_20V
21
21.4
TP197
-UA
1
BC546B
1
RP197
DP197
CP197
100N0
2
22K0
1N4148
RP195
3
1K2
4
+UA
5
RP192
100R0
6
6
BP130
BA010
DP193
CP195
1N4148
RP196
10N0
22K0
RP194
1K0
RP190
18K0
RP199
DP200
22K0
1N4148
CP190
DP191
7.2
47U0
1N41
RP189
VCC+
48
1K0
8
6
IN-
3.6
-
OUT
4.9 (4)
(0)
CP199
IN+
RP200
RP202
7
+
47U0
47K0
3.7
10K0
5
4.4
VCC-
4
16V
(0.6)
CP201
(4.5)
CP204
IP190
8
100N0
10N0
IN-
LM393N
-
2
4.9 (0.6)
+
IN+
3
4
RP204
RP203
8.5 : DC VOLTAGE TV ON
4K7
(9.2) : DC VOLTAGE TV Standby
3K3
RP220
CP175
RP177
82K0
100K0
100P0
5.1
RP173
IN-
VCC+
8
22K0
2
2.5
-
OUT
(2.5)
2.3
IN+
RP175
1
+
RP174
10K0
3
TP170
VCC-
4
22K0
1.6
RP171
BC337-40
DP171
100R0
(1.7)
0.2
1N4148
RP172
RP176
4K7
DP222
10R0
RP222
BAV21
12K0
CP171
DP221
DP225
10N0
1N4148
1N4148
RP221
45.3
TP221
0.2
BC546B
RP225
15K0
RP187
DP180
1K0
1N4148
6.5
RP900
#
RP188
1K0
6.5
5.2
DP179
RP185
TP180
56K0
BC556B
1N4148
DP178
RP182
CP180
1K5
1N4148
100N0
DP170
CP178
1N4148
100P0
5.7
RP183
39K0
CP170
CP179
5.2
100U0
330P0
RP164
5
2K2
TP179
2.9
VCC+
8
BC556B
6
RP179
IN-
PP180
-
OUT
1.6
12K0
NYD
IN+
5
7
+
USYS
0.8
VCC-
4
CP182
RP184
RP181
ADJ.
NYD
100N0
4K7
T=32µs
(PP)
POWER SUPPLY
PP 222E0000.10
0.6V
PSB
PP 222E0000.30
2Vpp-H
PP 222E0000.37
PP 222E0001.30
Publicité
