Advertisement
SHARP
NESS
CONT
BRIGHT
COLOUR
R803
1/10GJ
R802
180K
2.0V
1/10GJ
2.2K
0.6V
Q801
PH2369
0V
R812
1/10GJ
3.9K
C812
R813
R816
R815
1/10GJ
EM1
33K
100
10K
R818
C814
R817
R820
R819
1/10GJ
EM1
8.2K
1/10GJ
2.2K
68K
10K
R822
C816
R821
R824
1/10GJ
R823
25EM
1/10GJ22K
1/10GJ
47K
1.2K
4.7
3.9K
C818
R825
R831
25EM
1/10GJ
1/10FJ
4.7
3.3K
10K
R121
TP-D
47K
8.0V
B7
R832
J30B0250N
8V
1/10GJ 10K
3.3V
C121
Q121
25KZ0.1FA
2.8V
R838
:KZ0.1FA
1/10GJ 15K
R842
4.7K
Q121
R1909
R1908
2SC536
1/10GJ
1/10GJ
(E-NP:F-NP
1.5K
680
:G-NP)
:QT0378(A:B)
R1907
R844
1/10GJ
1/10GJ
R1906
10K
4.7K
1/10GZ
0.0
R845
R1905
1/10GJ
1/10GJ
10K
2.2K
50/60
C841
R1904
KZ
1/10GJ
0.01FA
3.3K
R846
SW1901/.../SW1904
1/10GJ
4.7K
S10B1170N
S10B1170N
S10B1170N
S10B1170N
TV/AV
R847
1/10GJ
VOL -
10K
SW1904
S-VHS
R848
R1903
1/10GJ
VOL +
1/10GJ
4.7K
SW1903
5.6K
AV2
R1902
POS -
1/10GJ
SW1902
8.2K
SC1
R851
R1901
1/10
POS +
1/10GJ
GJ1K
SW1901
22K
SC2
R852
R1900
1/10
1/10GJ
GJ1K
100K
R1921
1/10
R1922
GJ120
1/10
GJ390
R853
1/10
GJ22K
IGNOR
25KZ0.1FA
:KZ0.1FA
R1924
6.8K
B6
12V
D1903
MTZJ11C
:UZ-11
BSC
D1901A
R2001
LN28RPL
1/10GJ
D1901-1
1AA2HLM0066--
B1
150V
ASSY, PWB, MAIN-F3PTV
R661
2SJ
4.7K
D661
1AA0B10H02600
HZT33
ASSY,PWB,MAIN F3PTV
R662
:L5630
2SJ
:UPC574J
1AA0B10
5.6K
R806
C661
10K
EM4.7
R804
10K
R807
10K
C802
63GK0.1V
:HJ0.1G
0V
OUT-1
1
11.6V
OUT-2
2
2.0V
3
IN-1
5
R894
1/10
0V
GJ1K
4
IN-2
R893
1/10
GJ1K
5
GND
SDA
0V
SCL
11.6V
KCS
KC
VDD
6
J11EL050N
J10EA050N
R808
DJ3.9K
OUT-3
7
2.2V
0V
EM1
8
OUT-4
C106
11.7V
9
VCC
IC810
LA7910
Q681
2SD1913QRA
:2SD1913RRA
R682
D683
:2SD1913SRA
2SJ68
EM01Z
7.8V
B3
C683
15V
10EM
5.0V
1000T
5.7V
D681
Q682
EM01Z
R681
2SA608
1/2DJ
(ECNP:FCNP:GCNP)
1.8K
:QT0379(A:B)
D682
5.0V
RD5.6EB3
C682
C681
MUTE
KZ
25EM
:UZ-5.6BCC
0.1V
0.01FA
1000MJ
:MTZ5.6C
D684
5.6V
ED0274
:1S1555
C684
D685
R685
R684
1SS133
EM3.3
22K
8.2K
:1SS176
R602
7WK3.9I
KE-1
C600
J30B
500KK
J039
C603/.../C606
0250N
4700A
J1
1000KM1000AHD
:1000KK1000CBB
KE
C602
250HM
KE-2
L901
0.1XD
J30B
:250GM
L81B0
0250N
0.1XBC
(3400:3500)
PS601
EV0038
L601
C601
F35B0460N
250HM0.1XD
:250GM0.1XBC
L607
L608
Z20103
Z20103
---
---
KF-1
J30B
SW601
W901
0250N
S10B2491N
W10B00100
3.8Vp-p
KF
D614/D616/D618
1S1553
KF-2
J30B
:1S2076A
:1S2471
0250N
F601
:DS442X
4A250VTCSL
<T4AH250V>
COLOUR TELEVISION
E E
B B
4 4
E E
B B
4 4
CHASSIS SERIES
25D3
CE
-C
MODEL NUMBER
CE25D3-C-01
SERVICE REF.NO.
Part No. SKP20145
F3PTV
(SHEET 1/3)
All manuals and user guides at all-guides.com
C892
KZ0.01FA
R891
1/10GJ
4.7K
0V
1
VCC
R800
R892
2.2K
1/10GJ
4.7K
IC801
0V
2
QXXAVB130---N
R898 R897
1K
1K
0V
1
TUNING
BAND
52
3
SCL
0.6V
2.9V
R811
R887
2.2K
1/10GJ
2.4V
0V
0V
2
BRIGHT
BAND
51
3.9K
4
SDA
R886
C884
1/10GJ
CJ22CA
150
3.7V
3
50
CONT
SDA
4.8V
R885
R884
1/10GJ
1/10GJ150
1.8V
3.9K
4.8V
4
49
CLR
SCL
C883
CJ22CA
2.1V
5
48
SOUND
SHARP
SOUND
0V
R1911
MUTE
NESS
MUTE
C1901
1/10GJ
5.0V
470
KK1000BA
0V
6
RC IN
47
R879
1/10GJ
5.4V
10K
0V
7
IDENT
46
IDENT
D871
1SS133
4.7V
0V
:1SS176
8
45
POWER
PROTECT
C875
C872
R880
25KZ0.1FA
16EM
1/10
D872
:KZ0.1FA
2.6V
47
GJ47K
RD3.6EL
C878
9
44
AFT
VDDM
KK
R841
R876
4700BA
4.9V
L871
1/10GJ
L2C1
1/10GJ
10K
22K
0V
5R6KN
10
43
RESET
0.5V
X871
0V
0.8V
V10B2120N
2.5V
:V10B1690N
C874
42
R877
R878
11
X-OUT
CJ22CA
1/10GJ
1/10GJ
R843
2.4V
C879
0V
8.2K
1/10GJ
1.5K
25KZ0.1FA
10K
Q873
:KZ0.1FA
12
50/60
X-IN
41
2SC536
0V
2.1V
(E-NP:F-NP
C873
R895
:G-NP)
0V
CJ22CA
B6
0V
1/10GJ
:QT0378
4.9V
13
40
12V
VSSD
OSCGND
1.2K
(A:B)
C871
5.6V
25KZ0.1FA
3.7V
:KZ0.1FA
4.9V
Q874
R873
14
39
TV/AV
VDDT
1/10GJ
4.9V
QT0378(A:B)
4.7K
:2SC536(E-NP
Q872
:F-NP:G-NP)
0V
0.2V
15
38
S-VHS
VDDA
0.6V
6.3V
4.9V
0V
0.2V
R874
16
37
R875
AV2
V-SYNC
0V
1/10GJ
1/10GJ
R871
5.6K
10K
0V
1/10GJ
0V
0.8V
4.7K
17
SC1
H-SYNC
36
C861
R868
R870
FJ5600
1/10GJ
22K
0V
0V
(D:BE)
1.2K
18
SC2
BLK
35
R869
D861
1/10GJ
1SS133
27K
0V
:1SS176
19
34
R
0V
R867
1/10GJ
2.2K
0V
0V
20
33
G
R866
1/10GJ
0V
0V
2.2K
21
32
IGNOR
B
R2004
R865
1/10GJ
1/10GJ
2.5V
0V
5.0V
150
2.2K
5.0V
22
31
VSSA
RGBREF
R863
C2001
R864
1/10GJ
25KZ0.1FA
1/10GJ
22K
:KZ0.1FA
2.2V
5.0V
820
5.0V
23
30
CVBS0
SERVICE
C2002
R862
Q861
1/10GJ
2SA608
5.0V
0.2V
22K
(ECNP:FCNP
24
29
CVBS1
:GCNP)
C2003
R861
:QT0379
25KZ0.1FA
1/10GJ
(A:B)
:KZ0.1FA
2.0V
0V
2.7K
25
28
BLACK
13.2V
2.3V
Q2001
0V
0V
26
27
2SC536
IREF
ODD/EVEN
(E-NP:F-NP
R2002
27K
:G-NP)
1/10GJ
0V
:QT0378(A:B)
10K
X3801
OFWG9251M
C3805
63GJ
0.33V
:HJ0.33G
L101
L2B9
100KN
B6
12V
C101
16EM
470CD
A101
F1BEB0031
C117
R101
1/10GZ
1/10GZ
0.0
0.0
L102
IF
L2B9
4R7KN
R108
C114
MB
1/10GZ
1/10GZ
0.0
0.0
C102
16EM
C3803
47
KZ0.01FA
C103A
LB
KZ
0.01FA
C120
AGC
KZ0.01FA
HB
C104
Q3801
16EM
2SC
47
TU
2814
(F4:F5)
R110
UB
C106A
1/10GJ33K
KZ0.01FA
TP-A
Y01
J30B0250N
Y02
J30B0250N
J30B0250N
R840
470
29.4V
D831
1S1553
0V
:1S2076A
:1S2471
R839
0V
:DS442X
33K
Q835
2SC536
(E-NP:F-NP
:G-NP)
:QT0378(A:B)
D615
PC113B
T681
3
2
1
:EL0199
PT0146
<CNY17F-3>
:L5PT0250-
T611
L51B1100N
:L51B1120N
4
5
6
D603/.../D606
ERC05-10B
2
17
:RM11C
D603 D605
C605
C603
3
16
C607
400EM
270
(XB:XG)
C604
15
5
D604
D606
C606
R620
R625
1/2DJ
2SJ18
120K
18
C616
R621
1/2DJ
2000KK
120K
1000
6
(AHH
C613
:CTB)
R611
14
FK4700
D614
5.6K
R622
(BE:D)
DJ
15K
Q611
7
2SA608
R619
10.8V
(ECNP:FCNP
Q613-1
DJ22
13
0HA0017---
:GCNP)
:QT0379
(A:B)
Q613
C614
10.5V
63GK0.1V
2SC4429LYB
12
-1.4V
D618
:HJ0.1G
:2SC4429MYB
--V
-1.1V
D619
D617
R624
11
2SJ56
MTZ11C
ES1Z
0V
:RD11
D616
:ES1
R626
EB3
L610
:ED0448
DG
J1
2.2K
8
10
R623
-1.1V
1.8K
R631
64 µ s
1/2CK
R632
R617
R615
-1.4V
5.6MXG
22K
0V
1/2CK
1K
5.6MXG
C615
Q612
C617
C631
FJ0.015
2SC3807
FK0.022
400KM2200XS
(BE:D)
RYA
(BE:D)
:400KK2200(XH:XP)
C632
400KM470XS
:400KK470
(XH:XP)
The service Precaution:
PRECAUZIONE DI SERVIZIO
The area enclosed by this line
L'area inclusa in questa linea (
(
) is directly connected with
è collegata direttamente con la tensione
AC mains voltage. When servicing the
della rete CA quando si serve l'area col-
area, connect an isolating transformer
legare un trasformatore isolante tra il
between TV receiver and AC line to
ricevitore TV e la linea CA per eliminare
eliminate hazard of electric shock.
il pericolo di scossa elettrica.
Product safety notice:
NOTIZIE SULLA SICUREZZA DI FUN-
Product safety should be considered
ZIONAMENTO
when a component replacement is
Ogni sotituzione di componenti va fatta
made in any area of a receiver.
tenendo conto della sicurezza di funzion-
Components indicated by a mark /!\ in
amento. I componenti indicati sollo
this circuit diagram show components
schema con il simbolo /!\ hanno partico-
whose values have special signifi-
lare importanza per il sicuro funziona-
cance to product safety. It is particu-
mento del TV.
larly recommended that only parts
I suddetti componenti devono essere
specified on the part service manual
sostituti esclusivamente con quelli indi-
be used for components replacement
cati nell'elenco.
pointed out by the mark.
V IN
L IN
R IN
K1101
J12B1521N
R1101
C1105
75
CJ100CA
L1101
L1102
L2B9
L2B9
100KN
100KN
R1103
1/10
R1104
C1109
GJ
1/10
CD10CA
2.2K
C1103
GJ
KK1000
2.2K
L881
BA
C881
L2C11R5MN
KZ0.01FA
R1105
8
1/10
4.8V
C882
GJ
16EM
C1101
100K
10
16EM
7
C1107
10
16EM
4.8V
10
C1104
0V
IC802
16EM
6
24C02A/P
10
:24LC02B/P
R888
1/10GJ100
:ST24C02AB1
5.0V
5
R889
1/10GJ
100
SDA
A1901
U20B14300
D1101
L1103
R1102
B6\12V
MTZJ11C
L2B9
1/10
:UZ-11BSC
GJ150
4R7KN
SCL
1
R1111
R1203
1/10GJ
2
1/10GJ
10K
R1208
10K
1/10
0V
0V
0V
GJ22K
J207
3
R1209
10K
J
J017
0V
J1
Q1202
0V
Q1203
4
2SC536
2SC536
0V
(E-NP:F-NP
(E-NP:F-NP
:G-NP)
:G-NP)
:QT0378(A:B)
:QT0378(A:B)
IC1201
LA7016
R1202
1/10GJ
47K
AV2
0V
0.6V
J210
J
4.5Vp-p
20ms
TV/AV
R1201
1/10GJ
47K
0V
PRO
TECT
Q1201
2SC536
(E-NP:F-NP
:G-NP)
:QT0378(A:B)
Q871/Q872/Q875
2SC536
R896
(E-NP:F-NP
1/10
GJ47K
:G-NP)
:QT0378(A:B)
Q875
0.1V
R872
Q871
1/10GJ
33K
BLK
R
G
B
4.2Vp-p
64 µ s
ASSY,PWB,SIF F2RT
1AA0B10E230BA
X3814
C3804
R3814
F31B0150N
1/10GJ
KK4700BA
<5.74M>
560
IC3801
TDA2545A
4.5V
1
16
2.5V
1
5.5M
R3811
X3811
4.5V
1/10GJ560
F31B0020N
4.6V
4.6V
<5.5M>
2
15
2
0V
0V
6.0V
0V
3
14
3
N.C
0V
0V
0V
4
13
4
N.C
0V
0V
5
12
5.9V
5
N.C
C3807
16EM10
11.9V
0V
0V
6
11
6
N.C
0V
2.2V
0V
7
10
7
AF2
C3808
KZ
0.01FA
2.2V
5.3V
8
9
8
AF1
5.3V
C3806
CJ
56CA
T3801
SL0005XV
C3802
R3802
KZ0.01FA
1/10GJ100
R3805
R3803
1/10
R3845
R3846
GJ330
1/10
1/10GZ
6.1V
1/10GZ
GJ
0.0
0.0
10K
S2
1.4V
IF
0.7V
R3804
R3806
1/10
1/10
K38H1
PB001
GJ1.8K
EZ0138A
GJ56
1AA4B10E0600A
:EZ0127
4
1
Y04
Y05
Y06
KH1
X
J30B0250N
J30B0250N
J30B0250N
AF1
PRO
TECT
IC651
AN78M12-LB
:BA178M12T
:L78M12-RA
D647
:L78M12CV
1SS133
:MC78M12CT
R655
:1SS176
2SJ33
R648
10K
D648
RD16EB3
D644
R646
:UZ-16BCC
ERC91-02L
5WK2.7I
1
2
3
R656
:MTZ16C
470
B2
25V
L643
R647
Z21B0040N
C645
7WK8.2I
35EM
2200T
R651
R652
D643
2SJ
2SJ12
ERC91-02L
1
B3
15V
L641
L642
C644
Z21B0040N
Z21B0040N
25EM
2200T
C640
KZ0.01F
1
2
3
D642
R653
EU2
2SJ39
:EU2Z
IC652
B4
AN78M08-LB
24V
:BA178M08T
C643
:L78M08-RA
35EM
R643
D641
470T
DJ
:L78M08CV
:MC78M08CT
RU3AM
180K
C642-2
R641
R644
DJ150K
C642
1/2DJ68K
C641
200EM
C642-1
29.5V
1000KK680
220XD
(AHH:CTB)
R645
22K
6.7V
VR641
R30132XMT
6.3V
:R3D6222NJ
<B-2K>
Q641
2SC536
(E-NP:F-NP:G-NP)
R642
D645
:QT0378(A:B)
6.2K
MTZ6.2C
:MTZ6.8A
Y12
:RD6.2EB3
J30B0250N
:RD6.8EB1
Y13
J30B0250N
550Vp-p
64 µ s
Y14
J30B0250N
Y15
J30B0250N
4Vp-p
64 µ s
Note sul diagramma di circuito :
1. Tutte i valori di resistenza sono in ohm,
)
K=1,000, M=1,000,000.
2. Tutte le resistenze nominali watt sono di
1/6 a meno che sia specificato altrimenti.
3. Eccetto per i condensatori elettrolitici, tutti i
valori di capacitanza di meno di sono
espressi in µF, e di piu di 1 sono in pF. I
varoli di capacitanza elettrolitici sono in µF.
4. Tutti volt di capacitanza nominali sono di
50V a meno cha sia indicato altrimenti.
5. Tutti valori di inductanza sono in µH.
6. I valori letti del voltaggio presi con un
"VTVM" proven gono dal punto indicato
sulla massa del chassis, i valori di voltag-
gio presi usando un segnale di barre col-
ore sono con tutti i controlli alle loro
posizioni normali ed il commutatore AFC
in posizione "OFF". Il voltaggio puo variare
con l'intensita del segnale.
7. Le forme di onda furono prese con il seg-
nale di barre colore e i controlli regolati
oppure le forme di onda di immagine nor-
male furono prese usando un oscillatore a
larga banda ed una sonda bassa capasità.
J1EK1745-
K1001
:J11B0490N
1
3
5
7
9
11
13
15
17
19
2
4
6
8
10
12
14
16
18
R1001
R1003
1/10
R1002
R1004
1/10
R1005
R1008
GJ560
GJ560
1/10
1/10
75
75
GJ2.2K
GJ2.2K
L1003
L1004
L1005
L1006
L2B9
L2B9
R1010
L2B9
L2B9
100KN
100KN
75
100KN
100KN
R1009
75
C1001
C1005
C1003
C1007
KK1000
KK1000
C1106
BA
CJ100CA
CJ100CA
BA
KK1000
BA
R1011
1/10GJ
R1106
1/10
C1004
C1008
100
C1002
C1006
KK
GJ
16EM
16EM
KK
D1005
D1007
0.047BA
0.047BA
100K
10
10
MTZJ11C
MTZJ11C
:UZ-11
:UZ-11
R1052
R1055
BSC
BSC
D1011
1/10
1/10
B6
GJ
GJ
MTZJ11C
12V
100K
100K
:UZ-11BSC
R1006
Q1004
1/10
FR
5.6V
5.6V
GJ39K
11.9V
11.9V
R-IN
FR
D1008
L-IN
MTZJ11C
Q1005
R1033
:UZ-11
C1108
1/10GJ220
5.0V
5.0V
BSC
CJ
180CA
R1032
1/10GJ220
R1053
R1051
R1056
1/10GJ
1/10GJ
1/10GJ
11.8V
R1054
1.2K
150K
1.2K
R1031
1
1/10GJ
SC1
VCC
1/10GJ220
150K
R1007
7.8V
1/10
2
GJ33K
H IN
0V
Q1004/Q1005
3
2SC536
(E-NP:F-NP
CONT
ROL
:G-NP)
7.1V
:QT0378(A:B)
4
OUT
0V
5
IC1202
GND
LA7221
1
2
3
4
5
6
7
8
9
0V
6
NC
C1201
C1202
16EM
7.7V
16EM10
10
7
L IN
R1205
D1201
1/10
0V
RD5.6EB3
GJ27K
:UZ-5.6BCC
8
NC
:MTZ5.6C
R1204
1/10
GJ27K
IC3811
TDA9821/V1
16
0V
2.5V
15
5.74M
C3811
C3812
16EM
KZ
5.1V
10
0.01FA
14
VCC
0V
13
GND
4.3V
12
C3813
CSTAB
EM2.2
2.6V
R3815
VCO
11
1/10
REF
GJ27K
2.2V
10
C3814
C2
EM2.2
C3815
9
C1
EM2.2
2.2V
64 µ s
1.1Vp-p
50/60
64 µ s
0.8Vp-p
12V
5V
1.7Vp-p
64 µ s
K38H2
EZ0138A
:EZ0127
1
4.8Vp-p
64 µ s
4
KH2
R365
X
1/10GJ
S2
4.7K
AF2
R363
1/10GJ
22K
VR361
R30128XMT
:R3D6103NJ
<B-10K>
D654
1SS133
:1SS176
Q652
2SD400
B6
(D-MP
12V
R353
:E-MP
1/10GJ
:F-MP)
B8
220K
5V
C655
D655
10EM
1SS133
100T
:1SS176
D652
RD5.6EB3
:UZ-5.6BCC
C131
:MTZ5.6C
1/10GZ0.0
B6
12V
R133
1/10GJ
C651
180
16EM
470T
R135
R134
1/10GJ
1/10GJ
47K
6.8K
B7
8V
C652
C653
KZ
16EM
0.01FA
47
TP-B
R355
J30B0250N
DJ10M
IDENT
B1
150V
D352
RD8.2EB2
:UZ-8.2BCB
TP-E
J30B0250N
R354
10K
0.9Vp-p
20ms
1.5Vp-p
20ms
8. Rispetto a quando indicato su questo
schema possono essere state introdotte
delle modifiche.
Replaceable part code (DIODE)
MARK
ISS176,
1SS133, GMA01
M
1S1555,
1S2076,
1S2473,
DS442,
1N4148
R
1S1555,
1S2076,
1S2473,
DS442,
1N4148
AA
1SS176, 1SS133, GMA01
1S1553,
1S2076A, 1S2471,
1N4148
P
Replaceable part code (TRANSISTOR)
2SC536
2SC945A
2SC1815 2SC1740S
JC546(QT0378)
MARK
F,G
Q,P
Y,GR
Q,R,S
A,B
AD
E,F,G
R,Q,P
O,Y,GR
Q,R,S
A,B
AE
2SA608
2SA564A
2SA1015 2SA933S
JC556(QT0379)
F
R
Y
Q,R
AB
E,F
R,Q
O,Y
R
A,B
AC
21
20
L1002
Z21B0040N
D1010
R1014
MTZJ11C
75
:UZ-11BSC
R1012
B6
12V
75
C
R1017
R1015
R1013
0.6V
K
10K
1/10
100
B
GJ
0V
11.8V
IGNOR
C1009
4.7K
16EM
0.6V
10
0V
C
0.6V
Q1003
1
0.1V
0V
2SC536
1
0V
R1016
(E-NP:F-NP:G-NP)
Q1001
DJ390
:QT0378(A:B)
2SA608
(ECNP:FCNP:GCNP)
:QT0379(A:B)
D
Q1002
2SC536
M
(E-NP:F-NP:G-NP)
:QT0378(A:B)
:U
R1018
B
1/10GJ
330
R
G
BLK
B
R1200
DJ680
B6
12V
C1203
KZ
0.01F
D271
RD5.1EB3
R271 R272
:UZ-5.1BCC
100
120
:MTZ5.1C
5.2V
9
VCC2
0V
10
GND
C274
16EM10
3.1V
11
R-Y OUT
3.1V
12
B-Y OUT
0V
13
C272
REF
KK
1000BA
14
B-Y IN
1.3V
0V
C271
15
NC
KK
1000BA
16
R-Y IN
1.3V
R213
1/10GJ
15K
27
HUE
5.9V
R212
6.8K
28
B-Y IN
C205
4.0V
25KZ0.1FA
:KZ0.1FA
29
R-Y IN
C204
4.0V
25KZ0.1FA
:KZ0.1FA
30
R-Y OUT
1.5V
31
B-Y OUT
1.5V
C203
KK4700BA
32
SECAM
C202
0V
63GK0.1V
:HJ0.1G
33
COL-PLL
R202
4.9V
1/10GJ
100K
34
3.58XTAL
C201
3.5V
R201
CJ18CA
1/10GJ
8.2K
2.6V
35
4.43XTAL
X201
V10B2110N
:V1E042XCB
36
H-START
C362
C363
16EM
KZ
8.0V
100
0.01FA
37
H-OUT
D361
R364
0.9V
MTZJ11C
1/10GJ
:UZ-11BSC
100
38
H-F/B
R361
S.C.P
0.7V
1/10GJ
390K
39
H-SHIFT
C361
C354
KK2700
3.0V
EM1
BA
R362
R357
40
AFC1
J1
1/10
C353
GJ
4.0V
KK4700
10K
BA
41
V-F/B
R356
C352
1/10GJ
2.5V
63GK0.047V
100
:HJ0.047G
42
V-RAMP
R352
C351
1M
0V
63GK0.1V
:HJ0.1G
43
V-OUT
R351
100
0.8V
44
AFT
C132
4.1V
KK1000BA
45
IF IN-M
X131
4.1V
SF5315
:SF5315U
46
IF IN-P
C133
4.1V
KZ0.01FA
47
TU AGC
C134
7.0V
EM2.2
R138
1/10GJ
48
AGC CAP.
5.6K
C138
R137
KZ
3.1V
1/10GJ
0.01FA
100
49
AGC ADJ.
1.6V
R163
1/10
VR131
50
A-OUT
GJ47K
R30128XMT
3.6V
:R3D6103NJ
<B-1OK>
51
4.3V
6.7V
Z101
52
1AA2SHF0116--
IC201
Z102
C162
TDA8361/N5
1AA2SHF0117--
25KZ0.1FA
:KZ0.1FA
Circuit diagram notes :
1. All resistance values are in ohms,
K=1,000, M=1,000,000.
2. All resistance rated wattages are
1/6W unless otherwise noted.
3. Excepting electrolytic capacitors,
all capacitance values of less
than 1 are expressed in µF and
more than 1 are pF.
4. All capacitance rated voltages
are 50V unless otherwise noted.
5. All inductance values are in µH.
6. Voltage readings taken a digital
voltmeter are from point indicated
chassis ground. Voltage readings
taken by using a colour bar signal
are with all controls at normal
position. Some voltages may vary
with signal strength.
7. Waveforms were taken with
colour bar and controls adjusted
for normal picture. Waveforms
were taken by using a wide band
oscilloscope and a low capacity
probe.
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