A
B
C
D
E
F
G
H
A
B
C
D
E
F
G
H
2
1
3
4
5
6
7
8
2
1
3
4
5
6
7
8
N’UTILISER QUE DES FUSIBLE DE MEME TYPE
:POUR UNE PROTECTION CONTINUE LES RISQUES D’INCEIE
ATTENTION
REPLACE ONLY WITH THE SAME TYPE FUSE
:FOR CONTINUED PROTECTION AGAINST FIRE HAZARD,
CAUTION
TH501_1
5D2-08LCS
R512
56K
1W
D523
RB095T-90
1
2
3
D515
FCH10A10
1
2
3
IS THE LIVE CONNECTION
CAUTION:
L501
SS24H-10100
1
2
3
4
IC505
PS2561AL1-1-V(W)
FEED BACK
1
2
34
R510
0.22
1W
R505_1
33
1/4W
IC502
KIA431A-AT
REGULATOR
1
2
3
D509
UDZSNP33B
D517
MTZJ8.2B
4A 125V
4A 125V
T501_1
81240018
1
10
11
12
2
3
5
6
7
8
9
F501
4A125V
51MS040L
FH502
EYF-52BCY
FH501
EYF-52BCY
L503
22uH
TSL0808
L504
10uH
TSL0808
S
D
G
Q501
STF10NK50Z
SWITCHING
IS NON POLAR ONE.
THE ALUMI ELECTROLYTIC CAPACITOR MARKED NP
THE RESISTOR MARKED F IS FUSE RESISTOR.
NOTE:
HS503
763WAA0381
HS502
763WAA0381
HS501
763WAA0381
J501
CCT2302-0901C
1
2
CD501
P201-2476-2
P201-2476-2
Q505
KTA1504S_Y_RTK
POWER FAIL SW
IC503
LA5797M-TE-L-E
DC-DC CONVERTER
1
2
3
4
5678
IC501
FA5531P-A2
POWER CONTORL
1
2
3
4
56
78
CP501
127301123K2
1
10
11
12
13
14
15
16
17
18
19
2
20
21
22
23
3
4
5
6
7
8
9
D504
ENE241D-10A-Q6
C535
100
16V
YK
C516
47
50V
2.5mm
YXF
C520
4.7
50V
YXF
C502
270
200V
KXW
R503
12M
1W
R551
100 1/4W
R518
100
1/4W
R504
22K
1/2W
R501
22K
1/2W
R538
10K
1/4W
R511
33 1/4W
R509
1.2M
1W
RCR
R536
220K
R517
1K
R502
150
R544
1.5 1/4W
(21-25)
+-1%
R545
1.5 1/4W
(21-25)
+-1%
R546
1.5 1/4W
(21-25)
+-1%
R547
1.5 1/4W
(21-25)
+-1%
R507
100
1/4W
R531
10K
R535
8.2K
1/4W
R521
100
1/4W
R543
47K
R506
33K
R529
2.2K
1/4W
R524
470
+-1%
R525
2.2K
+-1%
R523
2.7K
+-1%
R515
1K
R513
82K
R533
10K
R519
10K
C526
0.001
B
C509_1
0.1
B
C513
680P
2KV
R
C539
0.15
25V
B
C543_1
1
50V(21-25)
B
C531
1
25V
B
C506
0.22
275V
ECQUL
C518
0.022
400V
PP
C501
0.001
B
C503
330P
CH
C523_1
0.47
MMTS
C510
0.001
250V
KX
C545
0.15
25V
B
C546
0.15
25V
B
C507
0.001
250V
KX
C508
0.1
275V
ECQUL
C514
470P
250V
KX
C505
22P
CH
C517
330P B
C538
0.15
25V
B
C521
0.1 B
OF PRINTING AND SUBJECT TO CHANGE WITHOUT NOTICE
NOTE:THIS SCHEMATIC DIAGRAM IS THE LATEST AT THE TIME
WAS RECEIVED IN GOOD CONDITION AND PICTURE IS NORMAL.
WITH THE DIGITAL TESTER WHEN THE COLOR BROADCAST
NOTE:THE DC VOLTAGE AT EACH PART WAS MEASURED
W828
W836
W835
W810
W808
W807
B501
W4BRH3.5X6X1.0
D516
1H3-E
D514
RU3AM-EIC
D506
1H3-E
D512
SARS01-V1
D507
RM11C-EIC
D508
RM11C-EIC
D518
RM11C-EIC
D510
RM11C-EIC
D511
1H3-E
D505
1F5-E
D521
MA111
D520
MA111
D522
MA111
D519
MA111
Q503
KRA103MAT
SW
Q504
KRC103MAT
SW
C511_1
1000
16V
5mm
ZL
C512
220
16V
MHE
C525
1000
16V
ZL
C504
2200
10V
ZL
C522
1000
16V
ZL
:SINCE THESE PARTS MARKED BY
CAUTION
DESCRIBED IN PARTS LIST ONLY
CRITICAL FOR SAFETY,USE ONES
ARE
DANS LA NOMENCLATURE DES PIECES
N’UTILISER QUE CELLS DECRITES
DANGEREUSES AN POINT DE VUE SECURITE
:LES PIECES REPAREES PAR UN
ETANT
ATTENTION
CAUTION: DIGITAL TRANSISTOR
CAUTION: DIGITAL TRANSISTOR
INV+B
INV+B
INV_GND
INV_GND
LIGHT_CTL
POWER_ON_H
INVERTER_H
GND
POWER_ON_H
SOUND+B
SOUND_GND
GND
AT+5.8V
FILTER_MUTE
P.CON+32V
S_DET
AT+12V
AT+5.8V
GND
POWER_FAIL
SOUND+B
SOUND_GND
S_DET
FILTER_MUTE
P.CON+32V
AT+12V
AT+5.8V
GND
POWER_ON_H
LIGHT_CTL
INVERTER_H
POWER_FAIL
NC
FROM/TO REGULATOR
NC
(CP3001)
NC
NC
NC
P.CON+32V
S1_DET
POP_MUTE
FILTER_MUTE
AT+12V
AT+12V
GND
GND
GND
GND
GND
POWER_ON-H
LIGHT_CTL
INVERTER_H
POWER_FAIL
KEY-B
KEY-A
AT+5.8V
AT+5.8V
AT+5.8V
P.CON+3.8V
P.CON+3.8V
DTV POWER ON_H
19LV505/19LV506
4A 125V (F501)
4A 125V (F501)
H-48
H-47
CEG362
PCB240
TO JACK OUT
12.0
0
3.0
12.0
0
0
NC
NC
22.03
6.24
0
1.19
11.87
28.0
65.0
20.0
2.8
9.0
5.0
9.0
6.0
6.0
6.0
4.0
4.0
2.5
23.8
24.5
1.84
1.2
5.0
35.0
80.0
35.0
NC
NC
POWER SCHEMATIC DIAGRAM
(POWER PCB)
REF
V_IN
EN
GND
CPOUT
FB
VRET
NC
NC
ZCD
FB
IS
GND
VH
NC
VCC
OUT
TO BACKLIGHT INVERTER
TO SOUND AMP
NC
NC
NC
NC
C
A
NC
0
2.8
0
0
0
0
2.8
0
12.0
11.0