(1/2) 002-02 / 20060408 / e4b3_cs.fm ? all specifications are subject to change without notice. disk ceramic capacit o r s wit h lead saf e ty standar d appr o ved cs series b a si c i n sula ti on type t empe r a t ure rang e : ?2 5 to + 125 c class 2 h i gh dielectric fe a t ure s s mal l e r t han con v en ti ona l capa cit o rs . f la me-resi sta n t rein f o rced out er i n sul a t i o n pre v e n t s f i res , ele c tr i - cal sh oc k, an d o t h e r p o te nti a l h a zards . c omp l i ant wi th t he saf e t y st andard s o f 11 coun tr i e s (co n f o r ms t o europ ean st anda rd s i n acco rdance wi th i e c pub . 3 84-14 v e r- sion 2 ) . mark ing s ? y ear an d mon t h of p r o duct i on: l ast di gi t of y e ar + mo nt h de noted b y 1, 2, 3, 4, 5 , 6 , 7 , 8, 9, o (oc t obe r) , n ( n o v emb er ) , or d (dec e m be r) . sh ape s and dimens ion s it em ma r k in g e x amp l e s 1. ser i es 2. nomi na l c a p aci t a n c e 3 . ca pa ci ta nc e tol e r a nc e 4 . ra te d v o lta ge ea c 5. sub - c l ass of s a f e ty per f o r m a nce 6. tdk? s l o g o g r am 7. dat e c ode 8. reg ul at or y body s af e ty s t and ar ds c omp l i a nce mar k ings cs 2 22( 2200pf) m( 20%) x1 y2 6 4 (1 99 6. 4) ? bsi ( u.k. ) semko ( sweden ) vde ( germany ) sev ( switzerland ) ul ( u.s.a. ) csa ( canada ) fimko ( finland ) saa ( australia ) demko ( denmark ) nemko ( nor way ) imq ( italy ) bs415 tj508 250v ( ac.250v ) or t cs222m 250v x1y2 bs415 tj508 64 front back ( marking position of the monogram is reference. ) dimensions in mm ?d max. f ?d 5 1 4max. 7 max. 5 1 4max. f o r mo re i n f o r m at io n ab ou t p r o duc t s wi th o t her ca pa ci ta nc e or ot he r da ta , p l e a s e co nt ac t u s . http://
(2/2) 002-02 / 20060408 / e4b3_cs.fm all specifications are subject to change without notice. b a si c i n sula ti on type t empe r a t ure rang e : ?2 5 to + 125 c class 2 h i gh dielectric inte rna tionall y c e r t ifie d s t a t us i e c60 384-14 2n d. ed. en1324 00 ap pr o v ed cer tifi ca te n u mb e r s sh al l b e ch an g e d o w i n g to th e re vis i o n s o f t h e r e la te d st an da rd s . cap a c it anc e a nd dime ns ions sa f e ty st an da rd st an da rd no . o f iec st an da rd no . t e mp er at ur e ch ar a c te r i st ic s in su la t i o n sub- cl ass rated v o lta ge eac ( v ) appr o v al re por t n o . ja p a n t a i wa n x i a m e n bsi i e c 60 06 5 i e c 60 38 4- 14 2nd. ed . b s e n 60065 : 1998 ( b s 4 15 :1 99 8) bs en 13 240 0: 19 95 ( e n 1 32400: 199 4) b , e , f x 1, y2 250 226494 2 26494 2 26494 vde i e c 60 38 4- 14 2nd. ed . en1 32400 b , e , f x 1, y2 250 138559 1 38560 1 2006 sev i e c 60 38 4- 14 2nd. ed . en1 32400 b , e , f x 1, y2 250 01. 15. 0 5 0 1. 15. 0 5 9 9. 7 7 056 4 semk o i e c 60 38 4- 14 2nd. ed . en1 32 400 b , e , f x 1, y2 250 0139186/ 01-02 0 13918 6/ 01-02 9 945094 nemk o i e c 60 38 4- 14 2nd. ed . en1 32400 b , e , f x 1, y2 250 p01101988 p011 01988 p 99102 682 demk o i e c 60 38 4- 14 2nd. ed . en1 32 400 b , e , f x 1, y2 250 310966-01 3 10966 -01 9 9- 04087 fimk o i e c 60 38 4- 14 2nd. ed . en1 32400 b , e , f x 1, y2 250 fi 17 416 f i 17 416 1 4237 imq i e c 60 38 4- 14 2nd. ed . en1 32400 b , e , f x 1, y2 250 v3692 v 369 2 v 3691 saa i e c 60 06 5 as3 25 0 b , e , f ? 400 62 68 6 2 6 8 6 2 6 8 ul ? u l 1 414 b , e , f ( x , y) 250 e37861 e 378 61 e 37861 csa ? c22 . 2 no . 0 & no . 1 b , e , f ( x , y) 250 lr 35 801 l r 65 97 2 2 01 72 3 pa r t no . c a pa c ita nc e tempe r at ur e cha r a ct er is ti c s c a pa cit a n c e (pf) c a pa c ita nc e to le r a nce di me nsi o ns (mm) ?d m a x . f ? d c s 70 -b 2 g a 1 01 k y n s b( 10%) 10 0 k (1 0 %) 7 7 . 5 1 . 5 0. 60 . 0 5 c s 70 -b2 g a 1 51 k y n s 1 5 0 k ( 10 %) 7 7 .5 1 .5 0 . 6 0. 05 c s 70 -b2 g a 2 21 k y n s 2 2 0 k ( 10 %) 7 7 .5 1 .5 0 . 6 0. 05 c s 85 -b2 g a 3 31 k y n s 3 3 0 k ( 10 %) 8. 5 7 .5 1 .5 0 . 6 0. 05 c s 85 -b2 g a 4 71 k y n s 4 7 0 k ( 10 %) 8. 5 7 .5 1 .5 0 . 6 0. 05 c s 95 -b2 g a 6 81 k y n s 6 8 0 k ( 10 %) 9. 5 7 .5 1 .5 0 . 6 0. 05 c s 10 -b2 g a 1 02 k y n s 1 , 0 0 0 k ( 10 %) 10 7 . 5 1.5 0 .6 0. 0 5 c s 80 -e 2 g a 1 02 my ns e(+20, ?5 5%) 1, 00 0 m (2 0 %) 8 7 . 5 1 . 5 0. 60 . 0 5 cs9 0 - e 2g a15 2 myn s 1, 50 0 m (2 0 %) 9 7 . 5 1 . 5 0. 60 . 0 5 c s 11 -e 2 g a 2 22 my ns 2 , 2 0 0 m ( 20 %) 10 .5 7 . 5 1.5 0 .6 0. 0 5 c s 13 -e 2 g a 3 32 my ns 3 , 3 0 0 m ( 20 %) 12 .5 7 . 5 1.5 0 .6 0. 0 5 c s 14 -e 2 g a 3 92 my ns 3 , 9 0 0 m ( 20 %) 13 .5 7 . 5 1.5 0 .6 0. 0 5 c s 15 -e 2 g a 4 72 my ns 4 , 7 0 0 m ( 20 %) 14 .5 7 . 5 1.5 0 .6 0. 0 5 c s 12 -f 2 g a 4 72 my ns f(+30, ?8 0%) 4 , 7 0 0 m ( 20 %) 12 7 . 5 1.5 0 .6 0. 0 5 cs1 7 - f2ga10 3 myns 1, 00 00 m(2 0%) 1 6. 5 1 0 2 0 . 6 0 .0 5 f o r mo re i n f o r m at io n ab ou t p r o duc t s wi th o t her ca pa ci ta nc e or ot he r da ta , p l e a s e co nt ac t u s .
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