a lu m in u m e l e c t r o ly t ic c a pac it o r s t e a s e ri e s: a x ia l g e n e ra l pu rp o se fe at u r e s s p e c if ic at io n s ?85c, 2000 hours assured. ?for general purpose applications. pa rt n u m b e r e x a m p le te 101 m 1e tr 080 130 le a d s pa c in g an d d ia m e te r item operating temperature range capa citanc e t oleran ce rated voltage time leakage current (at 20c) dissipaton factor rated voltage 6.3 10 16 25 35 50 63 100 160 200 250 350 400 450 tan at 120 hz, 20c tan (max) 0.23 0.20 0.17 0.15 0.12 0.10 0.09 0.08 0.12 0.14 0.17 0.20 0.25 0.25 low temperature 6.3 10 16 25 35 50 63 100 160 200 250 350 400 450 characteristics z(-25c) d<16 6 4 3 3 2 2 2 2 (at 120hz) impedance /z(+20c) d>16 8 6 4 4 3 3 3 3 ratio z(-40c) d<16 10 8 6 6 4 3 3 3 /z(+20c) d>16 18 16 12 10 8 8 6 6 test time capacitance change dissipation factor leakage current the above specification shall be satisfied when the capacitors are restored to 20c after rated voltage applied for 2000 hrs at 85c. leakage 6.3 ~ 100v current 160 ~ 450v freq. (hz) 10k ripple current & cap. ( f) up frequency multilpiers under 100 0.70 1.00 1.30 1.40 1.50 220 to 1000 0.75 1.00 1.20 1.30 1.35 2200 up above 0.80 1.00 1.10 1.12 1.15 riple current & temperature (c) under 50 70 85 temperature multipliers multipliers 1.78 1.40 1.00 standards >100v after 5 minutes load life test shelf life test 20% (120hz, 20c) performance 6.3 ~ 250v 350v ~ 450v -40c ~ +85 c -25c ~ +85c 10 - 3 impedance ratio shall not exceed the values given in the table below rated voltage 20% test time capacitance change dissipation factor the above specification shall be satisfied when the capacitors are restored to 20c after exposing them for 1000 hrs at 85c without voltage applied. satisfies characteristic w of jis c 5141 60 120 500 1k - cv 100 cv >1000 100v after 2 minutes i = 0.02cv or 3 ( a) 14 16 4 8 - i = 0.02cv +25 ( a) i = 0.03cv +15 ( a) 6 8 12 when the capacitance exceed 1000 f 0.02 shall be added every 1000 f increase. whichever is greater leaka ge cu rrent when c= rated capacitance in f. v = rated dc woring voltage in v . 2000 hrs less than 200% of specified value. within specified value < 20% within specified value less than 200% of specified value 1000 hrs less than 200% of specified value d 5 6.3 8 10 13 16 18 22 25 d 0.5 1.0 0.6 0.8 1.0 1.5 2.0 r f e i n t e r n a t i o n a l ? t e l : ( 9 4 9 ) 8 3 3 - 1 9 8 8 ? f a x : ( 9 4 9 ) 8 3 3 - 1 7 8 8 ? e - m a i l s a l e s @ r f e i n c . c o m c1cg01 rev 2008.2.4
d im e n s io n s an d p e r m is s a b le r ip p le c u r r e n t d im en si on : d l (m m ) r ip pl e c ur re nt : m a /r m s a t 1 20 h z 85 c a lu m in u m e l e c t r o ly t ic c a pac it o r s t e a s e ri e s: a x ia l g e n e ra l pu rp o se r f e i n t e r n a t i o n a l ? t e l : ( 9 4 9 ) 8 3 3 - 1 9 8 8 ? f a x : ( 9 4 9 ) 8 3 3 - 1 7 8 8 ? e - m a i l s a l e s @ r f e i n c . c o m vdc f code ma ma ma ma ma ma ma 0.1 0r1 5 x 12 1.5 5 x 12 3 0.22 r22 5 x 12 3.5 5 x 12 4.5 0.33 r33 5 x 12 5 5 x 12 7.5 0.47 r47 5 x 12 6 5 x 12 9 1 010 5 x 12 10 5 x 12 15 2.2 2r2 5 x 12 20 5 x 12 30 3.3 3r3 5 x 12 30 5 x 12 36 4.7 4r7 5 x 12 42 5 x 12 44 10 100 5 x 12 55 6.3 x 13 65 6.3 x 13 68 22 220 5 x 12 71 5 x 12 76 6.3 x 13 88 6.3 x 13 96 6.3 x 13 109 33 330 5 x 12 78 5 x 12 88 6.3 x 13 100 6.3 x 13 115 6.3 x 13 126 8 x 13 154 47 470 5 x 12 87 5 x 12 94 6.3 x 13 111 6.3 x 13 119 6.3 x 13 138 8 x 13 174 8 x 16 214 100 101 6.3 x 13 136 6.3 x 13 145 6.3 x 13 174 8 x 13 215 8 x 16 232 10 x 17 296 10 x 17 326 220 221 6.3 x 13 215 6.3 x 13 231 8 x 13 298 8 x 16 319 10 x 17 401 10 x 21 459 13 x 22 527 330 331 8 x 16 305 8 x 16 327 8 x 16 365 10 x 17 454 10 x 21 514 13 x 22 613 13 x 22 675 470 471 8 x 16 364 8 x 16 390 8 x 16 460 10 x 17 524 10 x 21 613 13 x 22 731 13 x 27 780 1000 102 10 x 17 662 10 x 17 671 10 x 21 775 13 x 22 873 13 x 27 955 16 x 33 1111 18 x 37 1249 2200 222 13 x 22 929 13 x 22 1051 13 x 22 1125 16 x 28 1344 16 x 33 1421 18 x 36 1699 22 x 43 1744 3300 332 13 x 27 1150 13 x 27 1288 16 x 28 1454 16 x 33 1611 16 x 37 1640 22 x 43 2027 25 x 52 2309 4700 472 13 x 27 1354 16 x 28 1552 16 x 33 1650 18 x 37 1881 22 x 43 2208 25 x 43 2347 10000 103 16 x 37 2062 18 x 42 2122 22 x 43 2503 22 x 52 2893 22000 223 22 x 43 3097 dxl dxl dxl dxl dxl dxl dxl 6.3v(0j) 10v(1a) 63v(1j) 16v(1c) 25v(1e) 35v(1v) 50v(1h) vd c f cod e ma ma ma ma ma ma ma 0.1 0r1 5 x 12 3 0.2 2 r22 5 x 12 5 0.3 3 r33 5 x 12 8 0.4 7 r47 5 x 12 9 1 010 5 x 12 15 6.3 x 13 7 6.3 x 16 9 6.3 x 16 12 8 x 16 13 8 x 16 14 8 x 16 15 2.2 2r2 5 x 12 30 6.3 x 13 15 8 x 16 16 8 x 16 17 8 x 20 19 10 x 17 21 10 x 21 23 3.3 3r3 5 x 12 41 8 x 16 21 8 x 16 26 8 x 20 31 8 x 20 33 10 x 17 34 10 x 21 36 4.7 4r7 6.3 x 13 50 8 x 16 31 8 x 16 33 10 x 17 38 10 x 21 44 13 x 22 45 13 x 22 46 10 100 6.3 x 13 72 10 x 17 60 10 x 21 66 10 x 21 72 13 x 22 77 13 x 22 80 13 x 27 82 22 220 8 x 16 133 13 x 22 121 13 x 22 121 13 x 27 126 13 x 27 132 16 x 33 137 16 x 37 143 33 330 10 x 17 190 13 x 22 154 13 x 27 167 16 x 28 178 16 x 33 186 16 x 37 192 16 x 42 201 47 470 10 x 21 237 13 x 27 198 16 x 32 214 16 x 33 241 16 x 42 253 18 x 43 339 22 x 43 402 100 101 13 x 22 377 16 x 33 345 16 x 37 368 18 x 43 391 22 x 43 402 25 x 52 424 25 x 52 448 220 221 16 x 28 625 18 x 42 586 22 x 43 609 22 x 43 632 330 331 16 x 33 793 22 x 43 632 470 471 16 x 37 942 100 0 102 22 x 43 135 9 350 v(2 v) 400 v(2 g) 450 v(2 w) 100 v (2 a) 160 v(2 c) 200 v(2 d) 250 v(2 e) dxl dxl dxl dxl dxl dxl dxl c1cg01 rev 2008.2.4
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