NAD 216 - Electrical Parts List

ELECTRICAL PARTS LIST
———
SYMBOL NO.
C101, C102
C103, C104
C105, C106
C201
C202, C203
C202, C203 A
C204, 6205
C204, C205 A
0206, C207 A
0206, 0207
0208, 0209
0210, C211
0212, C213
C2t4, C215
0216, C217
0218, C219 A
C218
C219
0220, C221 A
0220, 0221
222, 0223
0224
0225
0226
0227, C228
0229, C230
(231, C232
(233
0301, 6302
0303, C304
0305, C306
0307, 0308
C309, 0310
C311, 0312
0313, C314
0315, C316
0317, 0318
0319, 0320
0321, 0322
0323, 0324
325, 0326
0327, 0328
0329, 0330
0331, C332 A
0331, 0332
0333, C334 A
(333, 0334
(335, C336
0401, C402
403, C404
(501
0901, C902 A
PARTNUMBER
N158R101J-5-IQ
1531105K-9-NL
1531474K-9-NL
153R223M-9-NL
N89100057-0
89100062-0
N89100057-0
89100062-0
157H227M-5-58&
N1571227M-5-S9
153R103M-9-NL
N89100056-0
N89100056-0
157H476M-5-S5
15CG220J-7-ld
157H106M-5-LU
N1571106M-5-IU
N1571226M-5-IU
157H107M-5-X9
N1571107M-5-SX
N157H474M-5-IU
157C226M-5-IU
153H104M-9-NL
157H105M-5-IU
1570107M-5-
157E106M-5-
1570476M-5-
150F103K-5-U
158F391J-5-IQ
153H104M-9-N
1571106M-5-1U
153H104M-9-NL
1571106M-5-IU
N158F391J-5-IQ
N158F391J-5-IQ
N158K221J-5-1Q
Q
N
Q
=z
ccc
=z c
=z
fe
N158K221J-5-
=
on foe)
=
r¢
a
r
Co aon
157H106M-5-LU
N4571106M-5-IU
157H106M-5-LU
N1571106M-5-IU
1571106M-5-IU
153R103M-9-NL
150G222J-7-1J
N89100049-0
89100062-0
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CTC
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CTC
CAP
Capacitor,
DESCRIPTION REMARKS |
Polystyrene 250V —- 100pF t5%
Mylar 63V tuF — +10%
Mylar 63V.0.47uF = 10%
Mylar 250V 0.022uUF 120%
Electrolytic 63V 4700uF- = #20% 214
Electrolytic 80V 4700uF 420% 216
Electrolytic 63V -4700uF 420% 214
Electrolytic 80V 4700UF = 420% 216
Electrolytic 100V. = 220uF_ = 420% 216
Electrolytic 63V.— 220uF_ = 420% 214
Mylar 250V 0.0tuF 420%
Electrolytic 160V = 220uF = 20%
Electrolytic 160V = 220uF =: #20%
Electrolytic 100V 47uF — +20%
0/30 22pF +5%
Electrolytic 100V 1QuF +20% 216
Electrolytic 63V 1QuF +20% 214
Electrolytic 63V 22uF = 20% 214
Electrolytic 100V. 100uUF = #20% 216
Electrolytic 63V 100uF = £20% 214
Electrolytic 100V. 0.47uF = +20%
Electrolytic 10V 22uF = +20%
Mylar 100V O.1uF 420%
Electrolytic 100V tuF = £20%
Electrolytic 10V 100UF == #20%
Electrolytic 25V 1QuF +20%
Electrolytic 10V 47uF 20%
Ceramic SOV 0.01uF = 10% 214
Polystyrene 50V —- 390pF 5%
Mylar 100V O.tuF 420%
Electrolytic 63V 10uF +20%
Mylar 100V O.1uF +20%
Electrolytic §3V 10uF 20%
Polystyrene 50V —- 390pF 5%
Polystyrene 50V —- 390pF +5%
Polystyrene 150V. —-220pF 5%
Polystyrene 150V —.220pF 15%
Mylar 100V O.1uF 220%
Polystyrene 250V —-100pF 15%
Polystyrene 250V —- 100pF +5%
Mylar {00V O.1uF +20%
Mylar 100V 0.047uF £10%
Electrolytic 10V 47uF — +20%
Electrolytic 100V 1QuF — +20% 216
Electrolytic 63V 10uF = £20% 214
Electrolytic 100V 10uF 420% 216
Electrolytic 63V 10uF = #20% 214
Electrolytic 63V 1QuF 420%
Mylar 250V 0.01uF +20%
0/30 © 2200pF +5%
400V 4700pF DE71S0F472MVAIKC | AN
Electrolytic 80V 4700UF +20% 216
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