WIMA K 4 olypropylene () Capacitors for ulse Applications with Metal oil Electroes, Schoopage Contacts an Self-ealing, Internal Series Connection for Increase Current Carrying Capability CM 1 mm to 37. mm Special eatures igh pulse uty Self-healing Internal series connection ery low issipation factor Negative capacitance change versus temperature Accoring to RoS 00/9/EC Typical Applications or high pulse an high frequency applications e.g. Switch moe power supplies Converter in rives an power electronics eflection systems in monitors an T-sets Electronic ballasts Construction ielectric: olypropylene () film Capacitor electroes: Aluminium foil an single-sie metallize plastic film Internal construction: lastic film Metal foil electroe acuum-eposite electroe Metal contact layer (schoopage) Termination Encapsulation: Solvent-resistant, flame-retarant plastic case with epoxy resin seal, UL 94-0 Terminations: Tinne wire. Marking: Colour: Re. Marking: Black. Electrical ata Capacitance range: to 1. m (E1-values on request) Rate voltages: 400 C, 630 C, 1000 C, 10 C, 1600 C, 000 C Capacitance tolerances: ±0%, ±10%, ±% (other tolerances are available subject to special enquiry) Operating temperature range: + C to +100+ C Climatic test category: /100/6 in accorance with IEC Insulation resistance at +0+ C: C T 0.1 m: 1 x 10 M (mean value: x 10 M ) C 0.1 m: 10 000 sec (M x m) (mean value: 100 000 sec) Measuring voltage: 100 /1 min. issipation factors at +0+ C: tan at f C 0.1 m 0.1 m C 1.0 m C 1.0 m 1 k 3 x 10-4 3 x 10-4 3 x 10-4 10 k 4 x 10-4 6 x 10-4 100 k 10 x 10-4 Maximum pulse rise time: Capacitance max. pulse rise time /msec at T A < 40) C p/m 400 C 630 C 1000 C 10 C 1600 C 000 C 100... 0 7000 31000 33000 39000 39000 39000 330... 680 19000 1000 31000 34000 34000 39000 1000... 00 13000 1000 7000 7000 7000 39000 3300... 6800 9000 14000 1000 17000 17000 1000 0.01... 0.0 7000 11000 11000 11000 11000 11000 0.033... 0.068 7000 9000 9000 9000 9000 9000 0.1... 0. 7000 9000 9000 9000 9000 9000 0.33... 0.68 3000 000 000 000 000 1.0... 1. 1000 1600 000 for pulses equal to the rate voltage Mechanical Tests ull test on leas: T 0.8 l: 10 N in irection of leas > 0.8 l: 0 N in irection of leas accoring to IEC 60068--1 ibration: 6 hours at 10... 000 an 0.7 mm isplacement amplitue or 10 g in accorance with IEC 60068--6 Low air ensity: 1ka = 10 mbar in accorance with IEC 60068--13 Bump test: 4000 bumps at 390 m/sec in accorance with IEC 60068--9 Test voltage: U r, sec. ielectric absorption: 0.0 % oltage erating: A voltage erating factor of 1.3 % per K must be applie from +8+ C for C voltages an from +7+ C for AC voltages. Reliability: Operational life 300 000 hours ailure rate 1 fit (0. x U r an 40+ C) acking Available tape an reele up to an incluing case size 1 x 6 x 31. / CM 7. mm. etaile taping information an graphs at the en of the catalogue. or further etails an graphs please refer to Technical Information. 7
WIMA K 4 Continuation General ata Capac- 400 C/0 AC* 630 C/30 AC* 1000 C/400 AC* 10 C/40 AC* 1600 C/00 AC* 000 C/0 AC* itance W L CM ** W L CM ** W L CM ** W L CM ** W L CM ** W L CM ** 11 18 1 11 18 1 11 18 1 11 18 1 11 18 1 11 18 1 10 11 18 1 11 18 1 11 18 1 11 18 1 11 18 1 11 18 1 0 11 18 1 11 18 1 11 18 1 11 18 1 11 18 1 11 18 1 330 11 18 1 11 18 1 11 18 1 11 18 1 11 18 1 11 18 1 470 11 18 1 11 18 1 11 18 1 11 18 1 11 18 1 11 18 1 680 11 18 1 11 18 1 11 18 1 11 18 1 11 18 1 11 18 1 11 18 1 11 18 1 11 18 1 11 18 1 11 18 1 11 18 1 100 11 18 1 11 18 1 11 18 1 11 18 1 11 18 1 6 1. 18 1 00 11 18 1 11 18 1 11 18 1 11 18 1 6 1. 18 1 7 14 18 1 3300 11 18 1 11 18 1 11 18 1 6 1. 18 1 7 14 18 1 9 16 18 1* 6 1 6..* 4700 11 18 1 11 18 1 11 18 1 7 14 18 1 8 1 18 1 7 16. 6.. 6800 11 18 1 11 18 1 11 18 1 8 1 18 1 9 16 18 1* 8. 18. 6.. 6 1 6..* 0.01 m 11 18 1 11 18 1 6 1. 18 1* 9 16 18 1* 6 1 6.. 10. 19 6.. 14 6..* 6 1 6..* 0.01 11 18 1 6 1. 18 1 7 14 18 1* 7 16. 6.. 8. 18. 6.. 11 1 6..* 6 1 6..* 9 19 31. 7.* 0.0 6 1. 18 1 7 14 18 1 8 1 18 1* 8. 18. 6.. 10. 19 6..* 11 1 31. 7.* 6 1 6..* 9 19 31. 7.* 11 41. 37.* 0.033 7 14 18 1* 8 1 18 1* 7 16. 6.. 10. 19 6..* 11 1 31. 7. 13 4 31. 7.* 14 6..* 6 1 6..* 9 19 31. 7.* 13 4 41. 37.* 0.047 8 1 18 1* 9 16 18 1* 8. 18. 6..* 11 1 31. 7. 13 4 31. 7. 1 6 31. 7.* 6 1 6..* 7 16. 6..* 9 19 31. 7.* 1 6 41. 37.* 0.068 7 16. 6.. 8. 18. 6.. 11 1 6..* 13 4 31. 7. 1 6 31. 7. 17 34. 31. 7.* 9 19 31. 7.* 17 9 41. 37.* 0.1 m 8. 18. 6.. 10. 19 6..* 11 1 31. 7. 1 6 31. 7. 17 34. 31. 7. 19 3 41. 37. 11 1 31. 7.* 0.1 11 1 6..* 11 1 6..* 13 4 31. 7. 1 6 31. 7. 0 39. 31. 7.* 4 4. 41. 37. 9 19 31. 7.* 11 1 31. 7.* 17 9 41. 37.* 0. 11 1 31. 7. 13 4 31. 7. 1 6 31. 7. 0 39. 31. 7.* 19 3 41. 37. 17 9 41. 37.* 0.33 13 4 31. 7. 1 6 31. 7. 17 34. 31. 7.* 19 3 41. 37. 0 39. 41. 37. 17 9 41. 37.* 0.47 17 9 31. 7. 17 34. 31. 7. 19 3 41. 37. 0 39. 41. 37. 4 4. 41. 37. 0.68 17 34. 31. 7. 0 39. 41. 37. 0 39. 41. 37. 4 4. 41. 37. 1.0 m 0 39. 31. 7. 0 39. 41. 37. 4 4. 41. 37. 1. 0 39. 41. 37. 4 4. 41. 37. * AC voltage: f 1000 ; 1.4 x U rms + UC U r ** CM = rinte circuit moule = lea spacing W L * On orering please state the require CM (lea spacing). If not specifie, smaller CM will be booke. ims. in mm. Ionisation inception level in isolate cases may be lower than amissible rate AC voltage. Tape version see page 11. Rights reserve to amen esign ata without prior notification. l CM 0.8 1-7. 1.0 37. 6 - CM at the lea exit points ( 0.4) AC voltage graphs see page 71. 73
WIMA MK0 Continuation ermissible AC voltage in relation to frequency at 10) C internal temperature rise (general guie). WIMA K 4 ermissible AC voltage in relation to frequency at 10) C internal temperature rise (general guie). 0 10 400 C 1. µ 0. µ 00 p 0.0 µ 400 10 1000 C 0.0 µ 00 p 0. µ 00 10 1600 C 0.0 µ 0. µ 0 p 00 p 103 104 10 f 106 30 10 630 C 1. µ 0. µ 00 p 0.0 µ 10 40 10 1 103 104 10 f 106 10 C 0. µ 0.68 µ 00 p 0.0 µ 0 10 103 104 10 f 106 000 C 0.0 µ 0 p 00 p 103 104 10 f 106 103 104 10 f 106 103 104 10 f 106 Technical information an general ata see page 7. 71
Recommenation for rocessing an Application of Through-ole Capacitors Solering rocess A preheating of through-hole WIMA capacitors is allowe for temperatures T max 00 C. In practice a preheating uration of t min. has been proven to be best. Single wave solering Solering bath temperature: T 60 C Immersion time: t sec ouble wave solering Solering bath temperature: T 60 C Immersion time: x t 3 sec ue to ifferent solering processes an heat requirements the graphs are to be regare as a recommenation only. Wave solering T 60 40 0 00 180 160 140 10 100 80 60 40 0 [ C] see etailenlargement 10 s s 3 s 30 60 90 10 10 180 10 40 [ sec] Typical temperature/time graph for ouble wave solering t WIMA Quality an Environmental hilosophy ISO 9001:000 Certification ISO 9001:000 is an international basic stanar of quality assurance systems for all branches of inustry. The approval accoring to ISO 9001:000 of our factories by the E inspectorate certifies that organisation, equipment an monitoring of quality assurance in our factories correspon to internationally recognize stanars. WIMA WCS The WIMA rocess Control System (WCS) is a quality surveillance an optimization system evelope by WIMA. WCS is a major part of the quality-oriente WIMA prouction. oints of application of WCS uring prouction process: incoming material inspection metallization film inspection schoopage pre-healing lea attachment cast resin preparation/ encapsulation 100% final inspection AQL check WIMA Environmental olicy All WIMA capacitors, irrespective of whether through-hole evices or SM, are mae of environmentally frienly materials. Neither uring manufacture nor in the prouct itself any toxic substances are use, e.g. Lea BB/BE CB Arsenic CC Camium yrocarbon chlorie Mercury Chromium 6+ etc. We merely use pure, recyclable materials for packing our components, such as: carton carboar ahesive tape mae of paper polystyrene We almost completely refrain from using packing materials such as: foame polystyrene (Styropor ) ahesive tapes mae of plastic metal clips RoS Compliance Accoring to the RoS irective 00/9/EC certain hazarous substances like e.g. lea, camium, mercury must not be use any longer in electronic equipment as of July 1st, 006. or the sake of the environment WIMA has refrain from using such substances since years alreay. Tape for lea-free WIMA capacitors IN EN ISO 14001:00 WIMA s environmental management has been establishe in accorance with the guielines of IN EN ISO 14001:00. The certification has been grante in June 006. 16
1 t Typical imensions for Taping Configuration h 1 W W0 W1 iagram 1: CM.//7.mm W 0 0 0 0 iagram : CM 10/1 mm iagram 3: CM. an 7.*mm *CM 7. taping possible with two fee holes between components imensions for Raial Taping esignation Symbol CM. taping CM taping CM 7. taping CM 10 taping* CM 1 taping* CM. taping CM 7. taping Carrier tape with W 18.0 p0. 18.0 p0. 18.0 p0. 18.0 p0. 18.0 p0. 18.0 p0. 18.0 p0. ol-own tape with W 0 6.0 for hot-sealing 6.0 for hot-sealing 1.0 for hot-sealing 1.0 for hot-sealing 1.0 for hot-sealing 1.0 for hot-sealing for hot-sealing 1.0 ahesive tape ahesive tape ahesive tape ahesive tape ahesive tape ahesive tape ahesive tape ole position W 1 9.0 p0. 9.0 p0. 9.0 p0. 9.0 p0. 9.0 p0. 9.0 p0. 9.0 p0. ol-own tape position W 0. to 3.0 max. 0. to 3.0 max. 0. to 3.0 max. 0. to 3.0 max. 0. to 3.0 max. 0. to 3.0 max. 0. to 3.0 max. ee hole iameter 0 4.0 p0. 4.0 p0. 4.0 p0. 4.0 p0. 4.0 p0. 4.0 p0. 4.0 p0. itch of component.7 p1.0 1.7 p1.0 1.7 p1.0.4 p1.0.4 p1.0 38.1 p1. 3 * 8.1 p1. or 0.8 p1. cumulative pitch cumulative pitch cumulative pitch cumulative pitch cumulative pitch cumulative pitch cumulative pitch ee hole pitch 0 1.7 p0.3 error max. 1.7 p0.3 error max. 1.7 p0.3 error max. 1.7 p0.3 error max. 1.7 p0.3 error max. 1.7 p0.3 error max. 1.7 p0.3 error max. 1.0 mm/0 pitch 1.0 mm/0 pitch 1.0 mm/0 pitch 1.0 mm/0 pitch 1.0 mm/0 pitch 1.0 mm/0 pitch 1.0 mm/0 pitch ee hole centre to lea ole centre to component centre.1 p0. 3.8 p0.7.6 p0.7 7.7 p0.7. p0.7 7.8 p0.7.3 p0.7 6.3 p1.3 6.3 p1.3 6.3 p1.3 1.7 p1.3 1.7 p1.3 19.0 p1.3 19.0 p1.3 ee hole centre to bottom 16. p0.3 16. p0.3 16. p0. 16. p0. 16. p0. 16. p0. 16. p0. v ege of the component 18. p0. 18. p0. 18. p0. 18. p0. 18. p0. 18. p0. 18. p0. ee hole centre to top + component < 1 + component < 1 + component < 1 + component < 1 + component < 1 + component < 1 + component < 1 ege of the component 1 3. max. 3. max. 4. to 31..0 to 31. 6.0 to 37.0 30.0 to 43.0 3.0 to 4.0 Lea spacing at. p0..0 +0.8 7. p0.8 10.0 p0.8 1 p0.8. p0.8 7. p0.8 upper ege of carrier tape 0. Lea iameter 0.4 p0.0 0. p0.0 0. p0.0 or 0.6 0.0 +0.06 +0,06 +0,08 +0,08 +0.08 0. p0.0 or 0.6 0.0 0.8 0.0 0.8 0.0 0.8 0.0 Component alignment h p.0 max. p.0 max. p 3.0 max. p 3.0 max. p 3.0 max. p 3.0 max. p 3.0 max. Total tape thickness t 0.7 p0. 0.7 p0. 0.7 p0. 0.7 p0. 0.7 p0. 0.7 p0. 0.7 p0. ackage (see also page 1) v ROLL/AMMO Unit see etails page 14. v lease give imensions an esire packaging type when orering. iameter of leas see General ata. REEL 360 max. p epening on 30 p1 B 8 p comp. imensions * CM 10 an CM 1 can be crimpe to CM 7.. osition of components accoring to CM 7. (sketch 1). 0 = 1.7 or 1.0 is possible REEL 360 max. B 30 p1 AMMO p 4 p epening 00 max. 8 p or REEL B 60 p on CM an p1 66 p 68 p component imensions ims in mm. lease clarify customer-specific eviations with the manufacturer. 11