Bang & Olufsen Beolink 1000 - Page 27

Whi dl. Relies
pee MEN AM
Bang
&
Olufsen
Resistors not mentioned are standard on page 3-7
i
mi
R3657 = 5100244 4.70 5% 7W R3703 5020524 91kQ 1% 1/8W
R3662 5020280 357kQ 1% 1/4W R3837 5020422 24kQ 1% 1/8W
R3664 5020749 825Q 1% 0.4W R3841 5020164 432Q 1% 1/4W
R3665 5021038 4.70 5% R3842 5020432 220kQ 1% 1/8W
R3666 5020164 432Q 1% 1/4W R3849 5020095 13.3kQ 1% 1/4W
R3675 5011009 470 5% 1/2W R3852 5020231 11.3kQ 1% 1/4W
R3679 5100348 80Q 5% 5W R3858 5020564 6.2kQ 2% 0.4W
R3694 5020756 10Q 5% 0.3W R3865 5020744 39Q 5% 0.33W
R3696 5021046 31.6kQ 1% 0.3W R3943 5020132 43.2kQ 1% 1/4W
R3699 5020894 2.03kQ 1% 1/4W R3944 5300130 5kQ 1% 1/4W
R3700 5370050 1kQ 20% 0.1W R3967 5020757 470Q 5% 0.3W
R3701 5010992 1602 5% 0.33W
C2002 4200614 150pF 20% 16V C2577 = 4010163 22nF 100V
C2003
4200302
1pF
20%
63V
C2578
4201081
10pF
-10+100%
63V
C2004
4200302
1pF
20%
63V
C2580
4200789
220pF
20%
100V
C2006
4200302
1pF
20%
63V
C2594
4130264
68nF
10%
63V
C2007
+=
4130314
180nF
10%
63V
C2596
4130216
22nF
10%
63V
C2010
4100170
1.5nF
1%
63V
C2600
4000111
22pF
2%
63V
C2036 4200614 150uF 20% 16V C2601 4200322 4.7yF -10+50% 63V
C2037 4130193 22nF 20% 63V C2608 4200680 4.7pF 10% 35V
C2101 4130193 22nF 20% 63V C2609 4130201 39nF 250V
C2102 4200704 470uF 20% 25V C2610 4100287 8.2nF 2kV
C2103 © 4200322 4.7yF -10+50% 63V C2611 4100288 470nF 200V
C2104 = 4130220 10nF 5% 63V C2619 = 4010212 1.5nF 1kV
C2105 4130179 100nF 20% 63V C2623 4200635 4.7pF 20% 16V
C2107 4000020 4.7pF 63V C2629 4110021 100nF 2.5% 160V
C2111 4130352 120nF 10% 63V C2630 4102034 330pF 5% 160V
C2112 4130220 10nF 5% 63V C2632 4100045 560pF 5% 63V
C2113 4200704 470yuF 20% 25V C2633 4102034 330pF 5% 160V
C2114 = 4200313 2.2yF -10+100% 63V C2637 4100217 470pF 1% 63V
C2115 4130215 220nF 20% 63V C2638 4200395 470uF -10+50% 16V
C2118 4200308 1pF -10+100% 63V C2652 4130127 470nF 10% 630V
C2124 = 4130220 10nF 5% 63V C2655 4000025 15pF 5% 63V
C2259 4000069 100pF 5% 63V C2656 ~=4000025 15pF 5% 63V
C2260 4130193 22nF 20% 63V C2657 = 4021002 2.2nF -20+50% 1kV
C2263 4130179 100nF 20% 63V C2658 4021002 2.2nF -20+50% 1kV
C2264 4200322 4.7uF -10+50% 63V C2659 4021002 2.2nF -20+50% 1kV :
C2265 4130179 100nF 20% 63V C2660 4021002 2.2nF -20+50% 1kV
C2266 4130179 100nF 20% 63V C2661 4130211 33nF 10% 250V
C2267 4340002 2-22pF C2663 4200801 20pF 5% 630V
C2270 = 4130220 10nF 5% 63V C2667 4130302 33nF 10% 63V
C2271 4000183 22pF 5% 63V C2668 4130264 68nF 10% 63V
C2274 4130220 10nF 5% 63V C2671 4130239 3.3uF 10% 63V
C2275 4200727 220uF 20% 16V C2675 4130264 68nF 10% 63V
C2276 = 4130193 22nF 20% 63V C2677 4130181 680nF 5% 100V
C2278 = «=4130193 22nF 20% 63V C2678 4010213 470pF 1kV
C2279 4200308 1pF -10+100% 63V C2679 4010085 InF -20+50% 2kV
C2281 . 4200313 2.2uF -10+100% 63V C2680 4010214 680pF 1kV
C2282 «4130215 220nF 20% 63V C2682 4000004 33pF 10% 400V
C2283 4130379 270nF 10% 63V C2690 4100217 470pF 1% 500V
C2285 4130179 100nF 20% 63V C2691 4200604 330uF 40V
C2286 4130179 100nF 20% 63V C2694 4200403 100uF -10+100% 25V
C2287 4130179 100nF 20% 63V C2695 4104023 2.2nF 10% 630V
C2290 4130179 100nF 20% 63V C2696 4200802 47pF 200V
C2291 4130179 100nF 20% 63V C2697 4200802 47pF 200V
C2292 4130179 100nF 20% 63V C2699 4130214 10nF 20% 63V
C2295 4201081 10pF -10+100% 63V C2700 4200168 4.7pF -10+100% 63V
C2495 4130088 33nF 10% 250V C2703 4200749 330pF 25V
C2502 = 4200308 ipF -10+100% 63V C2704 4010061 2.2nF 10% 63V &:
C2503 4130302 33nF 10% 63V C2726 4100217 470pF 500V &
C2521 4200308 1pF -10+100% 63V C2729 . 4201041 6.8yuF -20+50% 40V
C2522 4200308 LyF -10+100% 63V C2730 4200121 22pF -10+100% 40V
C2523 4130210 47nF 20% 63V C2733 4010024 470pF 10% 63V
C2572 «4100170 1.5nF 1% 63V C2735 4130215 220nF 20% 63V