285 10/02 sikorel ? applications for automotive applications with high emv requirements features very high ripple current capability very low esr, down to 55 c high vibration resistance high reliability up to 140 c / 1000 h shelf life up to 15 years construction charge-discharge proof, polar aluminum case with insulating sleeve negative pole connected to case terminals axial leads, welded to ensure perfect electrical contact also available with soldering stars taping and packing axial-lead capacitors will be delivered in pallet package. capacitors with d l 16 30 mm are also available taped on reel. solder-star capacitors are packed in cardboard. for details on taping and packing, refer to page 342. kal0573-k low esr up to 140 c B41694, b41794 axial-lead and soldering star capacitors B41694 b41794
286 10/02 B41694 / b41794 low esr up to 140 c specifications and characteristics in brief rated voltage u r surge voltage u s 25 and 40 vdc 1,15 u r rated capacitance c r capacitance tolerance 330 1 500 f 10/+ 30 % q leakage current i l (5 min, 20 c) self-inductance esl 1) useful life 140 c; u r ; i ~ r 125 c; u r ; i ~ r 85 c; u r ; i ~ max 40 c; u r ; 2,1 i ~ r > 1 000 h > 3 000 h > 8 000 h > 200 000 h requirements: ? c / c 30 % of initial value esr 3 times initial specified limit i l initial specified limit failure percentage: 0,5 % failure rate: 10 fit ( 10 10 9 /h) (for definiton fit , refer to chapter quality , page 62) voltage endurance test 125 c; u r 2 000 h post test requirements: ? c/c 10 % of initial value esr 1,3 % initial specified limit i l initial specified limit vibration resistance to iec 60068 2 6, test fc: displacement amplitude 1,5 mm, at 10 hz to 2 khz, acceleration max. 20 g , duration 3 2 h iec climatic category to iec 60068 1: 55/125/56 ( 55 c/+ 125 c/56 days damp heat test) detail specification sectional specification similar to cecc 30301-802 iec 60384 4 i l 0,006 a c r f ------- u r v ------- ? ? 4 a + diameter d 12 mm 14 mm 16 mm 18 mm length l terminal approx. esl (nh) 25 mm axial / solder star / 22 / 6 26 / 7 / 30 mm axial / solder star 21 / 6 24 / 7 29 / 8 34 / 10 39 mm axial / solder star / / 33 / 9 38 / 11 1) if optimum circuit design is used, the values are lower by 30 %.
287 10/02 B41694 / b41794 low esr up to 140 c dimensional drawings axial-lead capacitors dimensions, weights and packing units d l mm d max l max mm approx. weight g packing units (pieces) pallet reel 12 30 12,5 30,5 5,1 288 450 14 25 14,5 25,5 5,7 200 350 16 30 16,5 30,5 8,9 180 250 16 39 16,5 40 11,7 180 18 30 18,5 30,5 11,1 160 18 39 18,5 40 14,7 160 kal0524-s max max d 1,3+0,1 5 40 _ 40 5 _ max +1,5 max +4 +0,04 0,02 1 _
288 10/02 B41694 / b41794 low esr up to 140 c soldering star capacitors the pc-board hole arrangement specified above is based on circular arcs. if, however, the mounting holes have to be matched to a standard drilling raster, a spacing of 1,27 mm ( 1 / 20 ) has proved to be sufficiently accurate if the following arrangements are used: dimensions, weights and packing units d l mm d max l max mm c 0,1 mm approx. weight g packing units pieces 12 30 13,5 32 12,5 5,4 480 14 25 15,5 27 14,5 6,1 480 16 30 17,5 32 16,5 9,4 300 16 39 17,5 41,5 16,5 12,2 200 18 30 19,5 32 18,5 11,8 300 18 39 19,5 41,5 18,5 15,4 200 kal0525-1-e d max 30,1 0,6 max 360 ? 3 c 1,3+0,1 mounting holes d 0,2 3,1 _ 0,5 4,7 _ 1,3+0,1 0,1 0,1 c = 12 mm ... 14 mm = 16 mm ... 18 mm mounting holes d +0,04 0,02 1 _ soldering star is connected to the negative pole 1,27 d = 12 mm kal0356-i d = 14 mm kal0357-r d = 16 mm kal0358-z 1,5+0,1 d = 18 mm kal0359-8
289 10/02 B41694 / b41794 low esr up to 140 c overview of available types case dimensions and ordering codes technical data u r (vdc) 25 40 c r ( f) case dimensions d l (mm) 330 12 30 470 14 25 1 000 16 30 18 30 1 500 16 39 18 39 u r vdc c r f case dim. d l mm ordering code axial pallet package axial reel soldering star 25 470 14 25 B41694a5477q007 B41694a5477q009 b41794a5477q000 1 000 16 30 B41694a5108q007 B41694a5108q009 b41794a5108q000 1 500 16 39 B41694a5158q007 b41794a5158q000 40 330 12 30 B41694a7337q007 B41694a7337q009 b41794a7337q000 1 000 18 30 B41694a7108q007 b41794a7108q000 1 500 18 39 B41694a7158q007 b41794a7158q000 c r 100 hz 20 c f esr typ 100 hz 20 c m ? esr max 100 hz 20 c m ? esr max 100 hz ? 40 c ? esr max 10 khz 20 c m ? z max 100 khz 20 c m ? i ~ max 10 khz 40 c a i ~ max 10 khz 85 c a i ~ r 10 khz 125 c a 25 vdc 470 110 170 0,9 70 65 5,90 5,15 2,25 1 000 55 90 0,5 40 38 8,20 7,15 3,15 1 500 40 60 0,4 28 26 11,20 9,80 4,30 40 vdc 330 130 210 0,9 70 67 6,30 5,45 2,40 1 000 50 85 0,4 35 33 8,50 7,40 3,25 1 500 35 60 0,3 25 24 11,50 10,00 4,45
290 10/02 B41694 / b41794 low esr up to 140 c useful life depending on ambient temperature t a under ripple current operating conditions at u r 1) useful life depending on case temperature t c under ripple current operating conditions at u r 1) 1,5 a t 10 000 h 30 000 h 500 000 h 100 000 h 3 000 h 1 000 h 2 000 h 0 60 40 50 70 80 90 100 130 110 120 ? c 150 0,5 1,0 2,0 2,5 3,0 B41694/794 kal0560-n r ~ ~ 1,5 c t 10 000 h 30 000 h 500 000 h 100 000 h 0 40 0,5 3 000 h 1 000 h 2 000 h 80 60 50 70 120 90 100 110 150 130 ? c 1,0 2,0 2,5 3,0 kal0561-w B41694/794 r ~ ~ 1) refer to page 40 for an explanation on how to interpret the useful life graphs.
291 10/02 B41694 / b41794 low esr up to 140 c frequency factor of permissible ripple current i ~ versus frequency f frequency characteristics of esr at different temperatures typical behavior equivalent series resistance esr versus frequency at different temperatures typical behavior for 1 000 f/40 v impedance z versus frequency f at different temperatures typical behavior for 1 000 f/40 v 10 f kal0624-y 0 B41694/794 2 510 3 hz 10 4 0,1 0,2 0,3 0,4 0,5 0,6 0,7 0,8 0,9 1,2 ~ 10 khz f ~ [mm] 12 14 18 16 r u 25 vdc 40 vdc ddcc eedd e c d 5 10 1 f kal0623-q 0 1 2 3 4 5 7 510 2 510 3 10 hz 4 85 ? c 20 ? c 40 ? c _ 125 ? c B41694/794 esr 10 khz esr f 10 1 10 2 5 3 10 10 4 10 5 55hz f kal0622-h 10 2 _ B41694/794 esr 10 _ 1 10 0 ? _ 40 ? c _ 25 ? c 20 ? c _ > 60 ? c 5 10 1 10 2 5 3 10 10 4 10 5 55hz f kal0621-9 10 1 _ z 10 2 _ 10 0 10 1 ? 40 ? c _ 20 ? c _ > 60 ? c 5 5 25 ? c _ B41694/794
herausgegeben von epcos ag unternehmenskommunikation, postfach 80 17 09, 81617 mnchen, deutschland ++49 89 636 09, fax (0 89) 636-2 26 89 ? epcos ag 2002. vervielf?ltigung, ver?ffentlichung, verbreitung und verwertung dieser broschre und ihres inhalts ohne aus- drckliche genehmigung der epcos ag nicht gestattet. bestellungen unterliegen den vom zvei empfohlenen allgemeinen lieferbedingungen fr erzeugnisse und leistungen der elek- troindustrie, soweit nichts anderes vereinbart wird. diese broschre ersetzt die vorige ausgabe. fragen ber technik, preise und lieferm?glichkeiten rich ten sie bitte an den ihnen n?chstgelegenen vertrieb der epcos ag oder an unsere vertriebsgesellschaften im ausland. bauelemente k?nnen aufgrund technischer erfordernisse gefahrstoffe ent- halten. ausknfte darber bitten wir unter angabe des betreffenden typs ebenfalls ber die zust?ndige vertriebsgesellschaft ein - zuholen. published by epcos ag corporate communications, p.o. box 80 17 09, 81617 munich, germany ++49 89 636 09, fax (0 89) 636-2 26 89 ? epcos ag 2002. reproduction, publication and dissemination of this brochure and the information contained therein without epcos? prior express consent is prohibited. purchase orders are subject to the general conditions for the s upply of products and services of the electrical and electronics industry recommended by the zvei (german electrical and el ectronic manufacturers? associ ation), unless otherwise agreed. this brochure replaces the previous edition. for questions on technology, prices and delivery please contact the sales offices of epcos ag or the international representa- tives. due to technical requirements components may contain dangerous substances. for information on the type in question please also contact one of our sales offices.
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