NAD 7080 - Page 12

PARTS LIST
90-1048 MAIN SECTION
ae PARTS NO. DESCRIPTION SYMBOL NO.
16—%4CP220]
CARBON
RES.
22
OHM
'4W
+5%
R631
,632,633,634,635,636
16—%4CP332J CARBON RES. 3.3K OHM ¥W 45% R801,802
16—%4CP680J CARBON RES. 68 OHM %W +5% R805,806
16-%4CM101J. — ‘| CARBON RES. 100 OHM %W +£5% . R515,516
16—%4CM102J
CARBON
RES.
1K
OHM
4W
+5%
R607,608,659,660,647,648,645,
| 646,671,672,673,674
R509,510,52 1,522,916
R907 |
R904
R539,540,655,656,657,658
R313,514
R603,604
R914
R503,504,619,620
R517,518,5 19,520
R611,612,669,670,920
R601,602,912
R917
R609,610
R629,630
| R621,622
R505,506,617,618
R901,902,905,919
R501,502,527,528,
| R507,508,523,524,525,526,
531,532
R511,512
R918
R911
R909
R535,536
R910,915
| R623,624
R605,606,903,913,906
R613,614
R529,530,619,620
R665,666,667,668
R615,616
R533,534
R651,652
R637,638,639,640,637A,638A,
639A,640A
R627,628
R625,626
R661,662,663,664
R921
R641 642,643,644
C505,506
'C629,630
C603,604
16—%CM103J _ | CARBON RES. 10K OHM %’W +5%
16—-%4CM104J CARBON RES. 100K OHM 4W +5%
16—%4CM 123J CARBON RES. 12KOHM 4W +£5%
16—%4CM153J ~ | CARBON RES. 15K OHM %W + 5%
16—%4CM 181] CARBON RES. 180 OHM %W +5%
16—%CM1 82J CARBON RES. 1.8K OHM %W +5%
16—%4CM 184] CARBON RES. 180K OHM 4%W +5%
16—%4CM 221) CARBON RES. 220 OHM 4W +5%
| 16—-%CM 2225 CARBON RES. 2.2K OHM %W +5%
16—%4CM223J CARBON RES. 22K OHM 4W +5%
16—%CM224J CARBON RES. 220K OHM %4W +5%
16—-%CM271J CARBON RES 270 OHM %W +5%
16—%CM 273] CARBON RES. 27K OHM %4W +5%
16—%CM330J CARBON RES 33 OHM %’W +5%
16—%4CM331J CARBON RES. 330 OHM %W +5%
16—%4CM 332] CARBON RES. 3.3K OHM %W +5%
16—%4CM333J CARBON RES. 33K OHM %4W +£5%
16—%4CM334J CARBON RES. 330K OHM %W +5%
16—%4CM392J CARBON RES. 3.9K OHM %W +5%
16—%4CM471J CARBON RES. 470 OHM %W +5%
16—%4CM472J CARBON RES. 4.7K OHM “%W +5%
16—%CMS561J CARBON RES. 560 OHM %4W 45%
16—%4CM564J » CARBON RES. 560K OHM %4W +5%
16—%4CM682J CARBON RES..6.8K OHM %4W +5%
16—%CM683J . CARBON RES. 68K OHM %W +5%
16—%4CM821J CARBON RES. 820 OHM %4W +5%
16—%CM822J CARBON RES. 8.2K OHM %4W +5% —
16—“%CN101J CARBON RES. 100 OHM 4W +5%
16—%4CN221J CARBON RES. 220 OHM ’W +5%
16—%4CN2R2J CARBON RES. 2.2 OHM %4W +5%
16—“%CNS615 CARBON RES. 560 OHM ’4W +5%
16—%CN820J CARBON RES. 82 OHM ’W +5%
16—“%CU5R6J CARBON RES. 5.6 OHM 4W +5%
16—1003 RES. MPC. 71 0.22 OHM SW
16—1A102J ; METAL OXIDE RES. 1K 1W +5%
16—1A152J METAL OXIDE RES. 1.5K 1W +5%
16—1A222J METAL OXIDE RES. 2.2K 1W +5%
16—1A471J METAL OXIDE RES. 470 OHM 1W +5%
16—2A100J METAL OXIDE RES. 10 OHM 2W +£5%
17—0.63E227Y ELEC. CAPA. 220uF 6.3V +50% —10%
17—0.63E336Y ELEC. CAPA. 33yF 6.3V +50% —10%
17-—1.6E226Y ELEC. CAPA. 23yF 16V +50% —10%
MNNNRRK ANN DONNNAANUNNNE HED OPP RNNNEWUNRRENNDE EUW NNWNNA
17-1.6S227Y ‘| ELEC. CAPA. 220uF 16V +50%—10% C903
(NON—POLAR) |
17-1E106Y _ | BLEC. CAPA. 10uF 10V +50% —10% | 2 | C525,526
17—1E107Y ELEC. CAPA. 100uF 10V +50% —10% 2 |c904,905
17—1E226Y ELEC. CAPA. 22uF 10V +50% —10% 2 | C605,606
17—2.5E106Y ELEC. CAPA. 10uF 25V +50% —10% 4 | C511,512,533,534
17—2.5E107Y ELEC. CAPA. 100uF 25V +50% —10% 2 |C815,816
| 17—2.5E108Y ELEC. CAPA. 1000uF 25V +50% —10% 2 |c813,814
17—2.5EA475Y ELEC. CAPA. 4.7pF 25V +50% —10% 1 |c902 |
17-25D223K
CER.
CAPA.
0.0022uF
250V
+10%
8
|
C801,802,803,804,805,806,
;
807,
| | 808
17—3.5E 477Y ELEC. CAPA. 470uF 35V +50% —10% 2 1C811,812
17—5D100D CER. CAPA. 10PF +0.5P 50V 2 |C509,510
17—5D101M CER. CAPA. 100PF +20% 50V 4 | C609,610,627,628
17—5D103M
CER.
CAPA.
0.01pF
+20%
50V
6
|C639,640,641
642,901,906
17—5D104M
~
CER.
CAPA.
0.1uF
+20%
50V
16
|
C607,608,631,632,633,634,635,
: | ae | 636,637,638,617,618,623,624,
| aa ae 623A,624A
17—4D121M CER. CAPA. 120P +20% 50V 4. }C619,620,645,646
17—5D220M CER. CAPA. 229 +20% 50V 2 |C611,612
17—-5D221M CER. CAPA. 220P +20% 50V 4 | C503,504,531,532
17—5D330M CER. CAPA. 339 +20% 50V_ 4 |C527,528,529,530
17—5D470M CER. CAPA. 479 +20% 50V 4 | C507,508,615,616
17—5D471M CER. CAPA. 470P +20% SOV 2 | 601,602
17—5D680M CER. CAPA. 689 +20% 50V 2 = =| C643,644
2 |C613,614
17—5D820M CER. CAPA. 829 +20% 50V
| | 12.
90-1049 TUNER & EQ. SECTION oo
-
PARTS
NO.
DESCRIPTION
SYMBOL
NO.
17—SE476Y
ELEC.
CAPA.
47pF
50V
+50%
—10%
C625,626
17—5F104J
MYLAR
CAPA.
0.1uF
SOV
+5%
C517,518,519,520,521,522,
523,
|
524
Co ht
17—SF 122] MYLAR CAPA. 0.0012uF 50V 45% 4 C513,514,515,516
17—4F224J
MYLAR
CAPA
0.22yF
SOV
+5%
2
|
C501,502
19-1048 PCB 1
29—1040
INDUCTOR
0.6x6¢x15T
Z
L601
,602
29—4057
BASS
CONTROL
20KBx2
1
VRS5S03A,VR503B
29—4058
TREBLE
CONTROL
S0OKBx2
1
VRS501A,VR501B
29-—4060
BALANCE
CONTROL
100KNN
1
VRS505
505A
30-1011
ZENER
DIODE
12V
0.5W
4
D611
,612,613,614
30—1016
ZENER
DIODE.23V
0.5W
2
D801
,802
|
30—1017-2
DIODE
G3D
100V
4
D803
804,805
,806
30-1019
DIODE
BAW62
24
D501,502,503,504,505
506,507,
508,509,510,601 ,602,603,604,
605, 606, 607, 608, 615,616,617,
618,901 902
30—1040
BRIDGE
DIODE
W02
B.D.801
30—2082
TRANSISTOR
BD140
Q802,805
30—2083
TRANSISTOR
BD1
39
Q801,901,906
30—2084—3
TRANSISTOR
BC549C
Q503,504,505
506
30—2085—2
TRANSISTOR
BCS59B
Q501,502,507,508
—
30—2086
TRANSISTOR
2SB536M
Q609,610
30—2087
TRANSISTOR
2SD381M
Q605
606,607,608
30—2090—2
TRANSISTOR
BC.546B
Q509,510,511,512,603,604,621,
622,903
904,902,625
,626
Q601 602,603,624
1C601 ,602
SW5a.b. SW7a.b
SW6a.b. SW8a.b.c.d.
Yee .
hw Ww hn hhWNHE
30—2096
30—3010
31—1020
TRANSISTOR BCSS6A —
IC. CA3100
LEVER SW. SLC—142
RELAY SD—205P
—
94 | 35-3002
16-%CP272J
16—-%CM1013
- 16—%CM 102)
16—%CM 104]
16—%CM122J
16—-%4CM1235
16—%CM151J
16—%4CM153J
16—%4CM1543
16—%4CM184J
16—%CM221J
16—%4CM222]
16—-%4CM223J
16—%4CM332) .
16—%4CM333)
16—%4CM392J
16—%4CM393J
16—%CM471J
—16—%CM472)
16—%CM473]
16—%4CM474J
16—-%4CM560]
16—%4CM562]
16—%4CM6825
16—%4CM684J
16—%CM821J
16—%4CN151J
16—%CN221J
16—%CN331J
16—%4CM470J
16—%CN680J
16—%CN821J
CARBON RES. 2.7K OHM 4W +5%
CARBON RES. 100 OHM %W +5%
CARBON RES. 1K OHM %W +5%
CARBON RES. 100K OHM %4W +5%
CARBON RES. 1.2K OHM %4W +5%
CARBON RES. 12K OHM %W +5%
CARBON RES. 150 OHM %4W+5%
CARBON RES. 15K OHM %W +5%
CARBON RES. 150K OHM %4W +5%
CARBON RES. 180K OHM %4W +5%
CARBON RES. 220 OHM %4W +5%
CARBON RES. 2.2K OHM %W +5%
CARBON RES. 22K OHM %4W +5%
CARBON RES. 3.3K OHM %W +5%
CARBON RES. 33K OHM %W +5%
CARBON RES. 3.9K OHM %W +5%
CARBON RES. 39K OHM %W +5%
CARBON RES. 470 OHM %4W +5%
CARBON RES. 4.7K OHM %W +5%
CARBON RES. 47K OHM %4W +5%
CARBON RES. 470K OHM %W +5%
CARBON RES. 56 OHM %4W +5%
CARBON RES. 5.6K OHM YW +5%
CARBON RES. 6.8K OHM %W +5%
CARBON RES. 680K OHM %W +5%
CARBON RES. 820 OHM %4W +5%
CARBON RES. 150 OHM %W +5%
CARBON RES. 220 OHM %W +5%
CARBON RES. 330 OHM %4W +5%
CARBON RES. 47 OHM %W +5%
CARBON RES. 68 OHM %W +5%
CARBON RES’ 820 OHM %4W +5%
R133,134
R135
R425,426,128,202
R443,444,115,116,208
R129
R107
R123
R210,419,420
R102
R431,432
R415,416
R103,119,122,130,209
R117,131
R125,214,215,216,217
R127,203,212
R121
R441 ,442
R104,106
R433,434
R118,204,207,.213
R201,206
R105
R417,418
R120,205,218
R435,436
R108,111,211,136
R413,414
R124,126
R411,412
R112
R421 422,423,424
R110
16—%4M222) METAL FILM RES. 2.2K OHM %W +5% R403 404,407,408
16—%4M272J METAL FILM RES. 2.7K OHM 4%W +5% R429 ,430
16—%M392J METAL FILM RES. 3.9K OHM %W +5% R405 ,406
16—%4M393J METAL FILM RES. 39K OHM 4W +5% R427,428
16—%4M560J METAL FILM RES. 56 OHM “W +5% R409,410
16—%4M563T METAL FILM RES. 56K OHM 4%W +5% R401 ,402
16—1A390K METAL OXIDE RES. 39 OHM 1W +10% R109
16—-2AT21K
METAL
OXIDE
RES.
120
OHM
2W
+10%
R132
mH EWN NNNPEEPRPENNNAENWNENEWNNEWUNUNNE WEEE MAREN
17—0.63E227Y ELEC. CAPA. 220uF 6.3V +50% —10% C218
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