JVC XL-V184BK Service Manual page 41

XL-V184BK
Note(l)
C A P A C I T O R S
PC Board Ass'y Version
Designated Areas
ENN-427 [C] BS
the
U.K.
ENN-427 [A]
EF
EN
CoScandinavia
ntinental Europe
ENN-427 E]
U
UT
UniversaI Type
Taiwan
ENN-427 E] G
Germany
T R A N S ! S T O R S
A
I T E M P A R T N U M B E R D E S C R I P T I 0 N A R E A
Q l O l 2 S B 1 5 6 5 < E r F ) S I . T R A N S I S T ROHM
Q103 2S01302
S I . T R A N S I S T
MATSUSHITA
a i 0 5 2 S A 9 3 3 ( R , S > S I . T R A N S I S T ROHM
Q107 0 T A 1 1 4 Y S O I G I T A L TRA ROHM
Q114 2 S A 9 3 4 ( a , R > S I . T R A N S I S T ROHM
• Q Ï Ï 5 • 2 S D 3 1 3 V O / E ) S I L I C O N
Q131 2 S A 9 3 3 ( R , S > S I . T R A N S I S T ROHM
a i 3 2 DTC114YS
D I G I T A L TRA
ROHM
a i 5 i 2 S 0 2 1 4 4 S ( V W )
S I . T R A N S I S T
ROHM
Q152 2SD2144S CVW)
S I . T R A N S I S T ROHM
a*.53 D T A i l i V S
D Ï G Ï T A L ' TRA
R Ó K M
Q201 0 T A 1 1 4 Y S D I G I T A L TRA ROHM
Q202 0 T C 1 1 4 Y S
D I G I T A L TRA ROHM
Q204 0 T C 1 1 4 Y S D I G I T A L TRA ROHM
Q205 0 T C 1 1 4 Y S
D I G I T A L TRA ROHM
S 3 0 1 2 S C 3 0 6 8 S Ï . T R A N S i s t SANYO
Q302 2SC3068
S I . T R A N S I S T SANYO
0 5 0 1 2 S A 9 5 0 ( 0 , Y >
S I . T R A N S I S T TOSHIBA
8 8 5 1
2SC2060CQ/R) S I . T R A N S I S T ROHM
0 8 5 2 2 S A 9 3 4 ( Q , R ) S Ï . T R A N S I S T ROHM
I . C S .
I T E M P A R T N U M B E R D E S C R
I P T ! 0 N A R E A
I C 2 0 1
MN171202J5W I . C .
I C 2 0 2
MN1281CP,Q) I . C ( D I G I - M O MATSUSHITA
I C 3 0 1
MN35502 I . C C D I G I - M O MATSUSHITA
I C 3 0 2
V C 4 5 8 0 0 I . C <M0N0-AN
1 C 3 5 1
V C 4 5 8 0 0
I . C CMONO-AN
Ï C 4 Ö 1 '
•MN66272bRB
I . " C ( D I G Ï - M Ö M A f S Ü S H Ï T A
I C 5 0 1
A N 8 8 0 6 S B
I.CCM) MATSUSHITA
I C 8 0 1 BA6398FPX
I.C(M0N0-AN ROHM
I C 8 5 1 NJM4558L
I . C C M Q N Ü - A N O A I N I C H I
D I O D E S
A
I T E M P A R T N U M B E R D E S C R I P T I 0 N A R E A
D102
MTZ5.6JA ZENER DIODE
R O H M
D l l l 1SR139-200 S I . D I O D E ROHM
0 1 1 2
1 S R 1 3 9 - 2 0 0 S I . D I O D E ROHM
D113 1 S R 1 3 9 - 2 0 0 S I . D I O D E ROHM
D114 MTZ30JC Z E N E R DIODE ROHM
0 1 1 5
1 S R 1 3 9 - 2 0 0 S I . O i Ö O E ROHM
0116 MTZ5.6JA ZENER OIOOE ROHM
0 1 2 1
11 E2 S I . D I O D E NIHONINTER
0 1 2 2 1 1 E 2
S I . O I O O E NIHONINTER
0 1 2 3
11E2 S I . D I O D E
NIHONINTER
0 1 2 4
11E2
S I . D I O D E NIHONINTER
D 1 3 1 1SS133
S I . D I O D E ROHM
D132 1 S S 1 3 3 S I . D I O D E
ROHM
D204 1 S S 1 3 3
S I . D I O D E
ROHM
D205 1 S S 1 3 3 S I . D I O D E ROHM
D207 SLA-380MTA L . E . b .
ROHM
0 2 0 8 S L A - 3 8 0 L T L . E . D . ROHM
D 8 7 1 1 S S 1 3 3 S I . D I O D E
ROHM
2-8 (No. 20503)
I T E M P A R T
N U M B E R D E S C R 1 P T I 0 N A R E A
C l O l
a F V 8 1 H J -104
O.IMF 50V THIN F I L M
C102 a p v s i H j -104 0 .1M F 50V THIN F I L M
C 1 0 3 EET31CM -338E
3 3 0 0 M F
16V E.CAPACITO
BS
C 1 0 3 E E T B I C M - 3 3 8 E 3300MF 16V
E.CAPACITO
E F
C 1 0 3 E E T B I C M -338E 3300MF 16V E.CAPACITO
EN
0 1 0 3 EETBICM -338E 3300MF • 16V E.CAPflCITO'
G
C 1 0 3 EETBICM - 3 3 a E
3 3 0 0 M F
16V E.CAPACITO
U
C 1 0 3 E E T B I C M - 3 3 S E
S S O O K F
16V E.CAPACITO UT
C104 E E T B I C M - 2 2 S E
2 2 0 0 M F
16V E.CAPACITO BS
C104 E E T B I C M -228E
2 2 0 0 M F
16V E.CAPACITO
E F
C104 E E T B I C M -228E 2200KF
16V E.CAPACITO
EN
C104 E E T B I C M -228E
2 2 0 0 M F
16V E.CAPACITO G
C104 E E T B I C M -228E
2 2 0 0 M F
16V E.CAPACITO U
C104 E E T B I C M -228E 2200MF
16V E.CAPACITO UT
C107
a E T S l E M -476 47MF
25V AL E.CAPAC
'CÏ09 E E T B I A M - 2 2 7 Ë
2 2 0 M F
lOV E.CAPACITO BS
C109 E E T B I A M -227E 220MF
lOV E.CAPACITO EF
C109 E E T B I A M -227E 220MF lOV E.CAPACITO EN
C109 E E T B I A M -227E
2 2 0 M F
lOV
E.CAPACITO G
C109 E E T B I A M -227E
2 2 0 M F
lOV E.CAPACITO U
C109 E E T B I A M - 2 2 7 E 220MF lOV
E.CAPACITO
UT
C120 QETBIHM -107 lOOMF 50V E . C A P A C I T O
C 1 2 1 BETBIHM - 4 7 5 E 4.7MF 50V E.CAPACITO
C122 B E T B I E M - 4 7 7 E 470MF 25V E . C A P A C I T O
C124 a F V S l H J - 1 0 4 O.IHF 50V THIN F I L M
C - 2 i a E t B Ï E M
- 4
77E 470MF 25V E.CAPACïtÖ
C126 B E T B I A M -476 47MF lOV E.CAPACITO
C127 a E T B l A M -107 lOOMF
lOV AL E.CAPAC
C 1 3 1 QETBICM - 2 2 7 220MF 16V AL E.CAPAC
C132
a E T B l C M -226 22MF
16V E.CAPACITO
C203 a C H B Ï E Z -2 23 0.022MF 25V C E R . C A P A C I
: C204 0ER50JM -107
lOOMF 6.3V AL E.CAPAC
C205 a C B S l H K -331Y 330PF 50V C E R . C A P A C I
C207
a C Z 0 2 0 5 - 1 5 5 1.5MF 25V C.CAPACITO
C 3 0 1 aCT30CH -5R6Y
5 . 6 P F
50V C E R . C A P A C I
C302 aCT30CH -5R6Y
5 . 6 P F
5CV C E R . C A P A C I
C303 a E T B l A M
- 4 7 7 4 7 0 M F
lOV E.CAPACITO
C304 a C Z 0 2 0 5 - 1 5 5 1.5MF
25V C.CAPACITO
C305 a c z o z o s - 1 5 5 1.5MF
25V C.CAPACITO
C306 a E T B l A M -227 220MF lOV
E.CAPACITO
C307 QCT30CH -isöY i s P F
5Ö\i'" C E R . C A P A C I "
Eis
C307 aCT30CH - I S O Y 18PF SOV
C E R . C A P A C I
EF
C307 aCT30CH
- 1 8 0 Y 1 8 P F
50V
C E R . C A P A C I EN
C307 QCT30CH -180Y 18PF SOV
C E R . C A P A C I G
i C307 aCT30CH -lOOY l O P F SOV
C E R . C A P A C I U
! C307 QCT30CH -iÖOY l O P F
SOV "CER.CAPACI" üt
C308 aCT30CH
- 1 8 0 Y
18PF SOV
C E R . C A P A C I BS
C308 aCT30CH - I S O Y 18PF
SOV C E R . C A P A C I EF
C308 0CT30CH -180Y 18PF SOV C E R . C A P A C I
E N
C308 QCT30CH - I S O Y 18PF SOV C E R . C A P A C I G
C308 aCT3Ö"CH -120Y 12PF 'söV' C E R . C A P A C I U
C308 aCT30CH -120Y
1 2 P F
SOV C E R . C A P A C I UT
C309 E E T C I A M -477Z 470MF lOV ELECTRO BS
C309 E E T C I A M -477Z 470MF lOV ELECTRO EF
C309 E E T C I A M -477Z 470MF lOV
ELECTRO
E N
C309 E E T C I A M
- 4
77Z
4 7 0 M F
"lOV ' ELECTRO G
C309 E E T C I A M -477Z 470MF lOV ELECTRO U
C309 E E T C I A M -477Z 470MF lOV ELECTRO UT
C310 E E T C I A M -477Z 470MF lOV ELECTRO BS
C310 E E T C I A M
- 4 7 7 Z 4 7 0 M F
lOV ELECTRO EF
C310 E E T C I A M -477Z
470MF
lOV ELECTRO EN
C310 EETCIAM -477Z 470MF lOV ELECTRO G
C310 EETCIAM -477Z
470MF
lOV ELECTRO U
C310
E E T C I A M
-477Z
470MF
lOV ELECTRO UT
C 3 1 1 QCZ0205 - 1 5 5 1 . 5 M F 25V
C . C A P A C I T O
C312 •QCZ020 5 - 1 5 5
1 . 5 M F
"2 5V • C.CAPACITO
C315
9FP81HJ - 3 9 2 3900PF
SOV
POLYPROPY.
BS
C315
QFP81HJ - 3 9 2
3 9 0 0 P F
SOV
P O L Y P R O P Y .
EF
C315 QFP81HJ -392
3 9 0 0 P F
SOV POLYPROPY . EN
C315
Q F P S I K J - 3 9 2
3 9 0 0 P F
SOV
P O L Y P R O P Y . G
C315 QFP81HJ - 3 9 2 3900PF SOV
P O L Y P R O P Y .
U
C315 QFP81HJ - 3 9 2
3 9 0 0 P F
SOV
P O L Y P R O P Y .
UT
C316 QFP81HJ - 3 9 2 3 9 0 0 P F SOV POLYPROPY. BS
C316 QFP81HJ - 3 9 2 3900PF SOV POLYPROPY. EF
C316 OFPBIHJ -392 3900PF SOV POLYPROPY. EN
C316 a F P S l H J - 3 9 2 3900PF SOV POLYPROPY. G
C316 a F P B l H J - 3 9 2 390,0PF SOV POLYPROPY. U
C316
a F P S l H J - 3 9 2
3 9 0 0 P F
SOV POLYPROPY. ÜT
C317 a F P S l H J - 1 2 2 1 2 0 0 P F
SOV POLYPROPY.
C318
a F P S l H J - 1 2 2 1200PF
SOV POLYPROPY.
C319 BETBIHM -475E 4.7MF SOV
E . C A P A C I T O
C320
a E T B l H M -475E 4.7MF
SOV
E . C A P A C I T O
C 3 2 3
a F N S l H J - 3 3 3 0.033MF SOV
M Y L A R C A P A
BS
C 3 2 3
O F N S I H J - 3 3 3 0.033MF SOV
M Y L A R C A P A E F
C 3 2 3
a F N S l H J - 3 3 3
0 . 0 3 3 M F SOV
M Y L A R C A P A E N
C 3 2 3
a F N S l H J - 3 3 3
0.033MF SOV
M Y L A R C A P A
G
C 3 2 3 a F N S l H J - 3 3 3 0.033MF SOV
M Y L A R C A P A
ü
C 3 2 3 a F N S l H J - 3 3 3 0.O33MF SOV
M Y L A R C A P A
UT
C324 Q F N S I H J - 3 3 3 0.033MF SOV
M Y L A R C A P A
BS
C324 a F N S l H J - 3 3 3 0.033MF SOV
M Y L A R C A P A
EF
C324 "aFNsiïïj - 3 3 3 Ö . 0 3 3 M F SOV
M Y L A R " " C A P A ' F'N
C324 0FN81HJ - 3 3 3
0 . 0 3 3 M F
SOV
M Y L A R C A P A
G
C324 O F N S I H J - 3 3 3 0.033MF SOV
M Y L A R C A P A
U
C324 Q F N S I H J - 3 3 3 0.033MF SOV
M Y L A R C A P A
UT
C325 QFP81HJ - 1 8 1
1 8 0 P F
SOV
P O L Y P R O P Y .
BS
C325 a F P S l H J - 1 8 1
180PF
SOV
P O L Y P R O P Y .
EF
C325 a F P S l H J - 1 8 1 1 8 0 P F SOV
P O L Y P R O P Y .
EN
C325
a F P S l H J - 1 8 1 180PF
SOV
P O L Y P R O P Y .
G
C325
a F P S l H J - 1 8 1 180PF
SOV
POLYPROPY.
U
C 3 2 5
B F P S I H J - 1 8 1 180PF SOV POLYPROPY. UT