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tantalum dipped / radial polar tantalum dipped / radial polar kemet electronics corporation, p.o. box 5928, greenville, s.c. 29606 (864) 963-6300 61 capacitance/voltage range: t35x/t39x: 0.1-680f, 3-50 volts. t36x: 0.1-330f, 6-50 volts. capacitance tolerance: available in stan- dard eia nominal values with 20% and 10% standard. dissipation factor: maximum df limits are shown in corresponding series part number list- ings. see application notes section, page 76 for additional information. dc leakage current: maximum leakage val- ues at 25 are shown in part number listings, pages 63-65, 67, 68 and 70. see application notes section, pages 76 & 77 for additional infor- mation. rated voltage; working voltage; surge voltage; reverse voltage: see application notes section, pages 76 & 77 for description. impedance and esr: see application notes section, page 77 & 78 for description. reference esr values are shown in table below. ac ripple voltage: permissible ac ripple volt- age is related to equivalent series resistance (esr) and power dissipation capability. maximum power dissipation for each case size is listed in table below. for additional description see page 78. environmental considerations: a. shock test: mil-std-202, method 213. b. thermal shock, mil-std-202, method 107, condition a. c. moisture resistance: mil-std-202, method 106. d. solderability: mil-std-202, method 208. for additional environmental test information see pages 80, 81 and 82. lead material: effective june 30, 2005 the t35x, t368 and t39x series will be available, as an performance characteristics case power dissipation size (max.) @ 25 c (watts) t35x, a .040 t39x b .050 c .060 d .065 e .070 f .080 g .090 h .100 j.110 k .120 l .130 m .140 t36x a .050 b .075 c .090 d .135 maximum power dissipation capability @ 25c commercial t35x/t36x/t39x esr (ohms) at 100 khz @ +25 c (the esr values provided below are for reference only. no warranty, as stated on page 3 and reincorporated here, is made as to the accuracy of these values for any particular t35x, t36x, t39x series product.) 0.10 0.15 0.22 0.33 0.47 0.68 1.00 1.50 2.20 3.30 4.70 6.80 10.0 15.0 22.0 33.0 47.0 68.0 100.0 150.0 220.0 330.0 13.0 10.0 8.0 6.0 5.0 3.7 3.0 2.0 1.8 1.6 0.9 0.9 0.7 13.0 10.0 8.0 6.0 5.0 3.7 2.7 2.1 1.7 1.3 1.0 0.8 0.6 10.0 8.0 6.0 5.0 4.0 3.2 2.5 2.0 1.6 1.3 1.0 0.8 0.6 10.0 9.0 7.0 5.5 4.5 3.6 2.9 2.3 1.8 1.4 1.2 0.9 0.6 10.0 8.0 6.0 5.0 4.0 3.1 2.5 2.0 1.5 1.2 1.0 0.8 26.0 21.0 17.0 15.0 13.0 10.0 8.0 6.0 5.0 4.0 3.0 2.5 2.0 1.6 1.3 1.0 0.8 26.0 21.0 17.0 15.0 13.0 10.0 8.0 5.0 3.5 3.0 2.5 2.0 1.6 1.2 1.0 cap. f 6 volt 10 volt 16 volt 20 volt 25 volt 35 volt 50 volt ? lead tape and reel: reeling per specification rs-468. see pages 72 - 74 for additional information. option, with 100% matte tin (rohs compliant) lead wire or sn/pb lead wire. please see page 63 for part number ordering information. the t363 and t369 lead mater- ial will remain sn/pb solder coated steel core with a copper ply per mil-std-127 and at this time will not be available with a 100% sn option.
0 068/1006 )601 ($ (? ( (( (& (2 (#"1"o86 10 p 62
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"#$#%#&'#()#($$ the kemet ? ultradip ii ? capacitors offer the designer of quality instruments and entertainment systems the widely recognized advantages inherent in solid tantalum capacitors at competitive prices. the ? ultradip ii ? series, miniature dipped solid tantalum capacitors, provide the designer with the advantage of compactness plus low leakage and low df performance characteristics for filtering, bypassing, coupling, blocking and rc timing circuits. this series fea- tures a capacitance range from 0.1 to 680 microfarads at voltages from 3 to 50 vdc. ? ultradip ii ? capacitors utilize the same sophisti- cated materials and processes which have advanced kemet electronics corporation to the leadership position in solid tantalum capacitors. the plastic case provides a tough barrier coating and maintains pre- cision of lead wire spacing within 0.015 inch. the gold color epoxy utilized permits laser marking with outstanding permanency and legibility. all case sizes are printed with capacitance, voltage, polar- ity and vendor identification. solid tantalum devices exhibit no degradation failure mode during shelf storage and show a constantly decreasing failure rate (i.e., absence of wearout mechanism) during life tests. the ? ultradip ii ? series provides self-insulating cases which are resistant to shock and vibration. these capacitors exhibit low dcl, esr and impedance and have excellent temperature stability. 00 18 610g " $ $ lead spacing see note 2 , <<$ %$' ?$ %&' , , , $ %$' $ %$' $ %$' ?@ $( %&@ ?' ?@ $( %&@ ?' $ %$' $ %$' $ %#(' , , ?@ $( %&@ ?' $ $ %#( #&' , ?@ $( %&@ ?' , ?@ $( %&@ ?' , ?@ $( %&@ ?' ? %(?' $ %$' *lead tolerance = .015 ( .38 mm) ** all lead diameters = .02 .002 (0.5 .05 mm) ($ (? (( (& ( (# ( "":,"%66 1"' all t350 t351 t352 t353 t354 t355 t356 case d h (1) h (1) h (1) h (1) h (1) h(1) h (1) size max diameter max height max height max height max height max height max height max height a .175 (4.5) .280 (7.1) .380 (9.6) .400 (10.2) .400 (10.2) .340 (8.6) .340 (8.6) .340 (8.6) b .175 (4.5) .300 (7.6) .390 (9.9) .410 (10.4) .410 (10.4) .350 (8.9) .350 (8.9) .350 (8.9) c .196 (5.0) .330 (8.4) .420 (10.7) .440 (11.2) .440 (11.2) .380 (9.6) .380 (9.6) .380 (9.6) d .196 (5.0) .340 (8.6) .430 (10.9) .450 (11.4) .450 (11.4) .390 (9.9) .390 (9.9) .390 (9.9) e .216 (5.5) .350 (8.9) .440 (11.2) .460 (11.7) .460 (11.7) .400 (10.2) .400 (10.2) .400 (10.2) f .236 (6.0) .390 (9.9) .480 (12.2) .500 (12.7) .500 (12.7) .440 (11.2) .440 (11.2) .440 (11.2) g .250 (6.3) .400 (10.2) .490 (12.4) .510 (13.0) .510 (13.0) .450 (11.4) .450 (11.4) .450 (11.4) h .300 (7.6) .400 (10.2) .500 (12.7) .520 (13.2) .520 (13.2) .470 (11.9) .470 (11.9) .470 (11.9) j (2) .330 (8.4) .500 (12.7) .580 (14.7) .550 (14.0) .550 (14.0) k (2) .350 (8.9) .530 (13.5) .630 (16.0) .610 (15.5) .610 (15.5) l (2) .350 (8.9) .630 (16.0) ( ( .730 (18.5) .710 (18.1) ( .710 (18.1) m (2) .400 (10.2) .670 (17.0) .760 (19.3) .740 (18.8) .740 (18.8) notes: (1) all h dimensions are from capacitor seating plane to top of capacitor. (2) on t350 series, case sizes a-h are supplied with .100 (2.54) lead spacing case sizes j-m are supplied with .200 (5.08) lead spacing. (3) these case sizes are not available for t351, t352 & t355 capacitors. 60; 810 2"0 ,01 lead series case configuration t350 t351 t352 t353 t354 t355 t356 .100 x x .125 x .200 x x x .250 x a-h straight lead x stand off x x x x x snap-in x .100 .125 .200 x x x .250 x j-m straight lead x stand off x x snap-in x not available not available not available ($ (? (( (& ( (# ( effective june 30, 2005 the t35x series is rohs compliant.
max. dissi- pation capac- d.c. factor itance case leakage %@25?c, f size kemet part number a@25?c 120hz (=6 10 0 i: =6 10 0 ?i 4.7 a t35(1 )a475(3 )003a(4) 0.5 5 5.6 a t35(1 )a565(3 )003a(4) 0.5 5 6.8 a t35(1 )a685(3 )003a(4) 0.5 5 8.2 a t35(1 )a825(3 )003a(4) 0.5 6 10.0 a t35(1 )a106(3 )003a(4) 0.5 6 12.0 b t35(1 )b126(3 )003a(4) 0.5 6 15.0 b t35(1 )b156(3 )003a(4) 0.5 6 18.0 c t35(1 )c186(3 )003a(4) 0.5 6 22.0 c t35(1)c226(3 )003a(4) 0.5 6 27.0 d t35(1 )d276(3)003a(4) 0.6 6 33.0 d t35(1 )d336(3 )003a(4) 0.8 6 39.0 e t35(1 )e396(3 )003a(4) 0.9 6 47.0 e t35(1 )e476(3 )003a(4) 1.1 6 56.0 f t35(1 )f566(3 )003a(4) 1.3 6 68.0 f t35(1 )f686(3 )003a(4) 1.6 6 82.0 g t35(1 )g826(3 )003a(4) 2.0 8 100.0 g t35(1 )g107(3 )003a(4) 2.4 8 120.0 h t35(1 )h127(3 )003a(4) 2.9 8 150.0 h t35(1 )h157(3 )003a(4) 3.6 8 180.0 j t35(2 )j187(3 )003a(4) 4.3 8 220.0 j t35(2 )j227(3 )003a(4) 5.3 8 270.0 k t35(2 )k277(3 )003a(4) 6.5 8 330.0 k t35(2 )k337(3 )003a(4) 7.9 8 390.0 l t35(2 )l397(3 )003a(4) 9.4 9 470.0 l t35(2 )l477(3 )003a(4) 10.0 9 560.0 m t35(2 )m567(3 )003a(4) 10.0 9 680.0 m t35(2 )m687(3 )003a(4) 10.0 9 0 068/1006 )601 ($ (? ( (( (& (2 (#"1"o86 10 p ("
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"#$#%#&'#()#($$ 63 ( 10 "001 811;1 (1) to complete kemet part number, insert series designation as follows: 0 = t350, 1 = t351, 2 = t352, 3 = t353, 4 = t354, 5 = t355, 6 = t356. (2) to complete kemet part number, insert only series designation as follows: 0 = t350, 3 = t353, 4 = t354, 6 = t356. (3) to complete kemet part number, insert capacitance tolerance symbol: m = 20%, k = 10%. (4) to complete kemet part number, insert lead material designation : s = snpb (tin/lead) and t = 100% sn (tin). note: higher voltage and better capacitance tolerance product may be substituted for an order within the same case size at kem et? s option. (2 (# 11 ;10 ( 0 ?$ $( 0 "< 0 068 "1" insert appropriate number to replace letter x ? 350, 351, 352, 353, 354, 355, 356, 363, 368, or 369. 0""b a, b, c, d, e, f, g, h, j, k, l & m ;010 first two digits are significant figures. third figure is the number of zeros following. 600 106 s ? sn/pb (tin/lead) ;068110 6=6 a ? not applicable =6 0 10 for 6.3 volts use 006 00 0 610 m ? 20% k ? 10% j ? 5% available on special order. * t363 & t369 capacitors available only with m & k tolerances (2 (# 01 ;10 max. dissi- pation capac- d.c. factor itance case leakage %@25?c, f size kemet part number a@25?c 120hz #(=6 10 0 i: &=6 10 0 ?i 3.3 a t35(1 )a335(3 )006a(4) 0.5 5 3.9 a t35(1 )a395(3 )006a(4) 0.5 5 4.7 a t35(1 )a475(3 )006a(4) 0.5 5 5.6 a t35(1 )a565(3 )006a(4) 0.5 5 6.8 a t35(1 )a685(3 )006a(4) 0.5 5 8.2 b t35(1 )b825(3 )006a(4) 0.5 6 10.0 b t35(1 )b106(3 )006a(4) 0.5 6 12.0 c t35(1 )c126(3 )006a(4) 0.6 6 15.0 c t35(1 )c156(3 )006a(4) 0.7 6 18.0 d t35(1 )d186(3 )006a(4) 0.9 6 22.0 d t35(1 )d226(3 )006a(4) 1.1 6 27.0 e t35(1 )e276(3 )006a(4) 1.3 6 33.0 e t35(1 )e336(3 )006a(4) 1.6 6 39.0 f t35(1 )f396(3 )006a(4) 1.9 6 47.0 f t35(1 )f476(3 )006a(4) 2.3 6 56.0 g t35(1 )g566(3 )006a(4) 2.7 6 68.0 g t35(1 )g686(3 )006a(4) 3.3 6 82.0 h t35(1 )h826(3 )006a(4) 3.9 8 100.0 h t35(1 )h107(3 )006a(4) 4.8 8 120.0 j t35(2 )j127(3 )006a(4) 5.8 8 150.0 j t35(2 )j157(3 )006a(4) 7.2 8 180.0 k t35(2 )k187(3 )006a(4) 8.6 8 220.0 k t35(2 )k227(3 )006a(4) 10.0 8 270.0 l t35(2 )l277(3 )006a(4) 10.0 8 330.0 l t35(2 )l337(3 )006a(4) 10.0 8 polarity date code capacitance (pf code) kemet trademark 335 35k polarity stripe (+) + 418 voltage rating < *+c+
h ($0?$$(0"%?&.4 n' t ? 100% sn (tin)
max. dissi- pation capac- d.c. factor itance case leakage %@25?c, f size kemet part number a@25?c 120hz $=6 10 0 i: ?(=6 10 0 ?i 1.0 a t35(1 )a105(3 )020a(4) 0.5 5 0.5 3 1.2 a t35(1 )a125(3 )020a(4) 0.5 5 1.5 a t35(1 )a155(3 )020a(4) 0.5 5 1.8 a t35(1 )a185(3 )020a(4) 0.5 5 2.2 a t35(1 )a225(3 )020a(4) 0.5 5 2.7 b t35(1 )b275(3 )020a(4) 0.5 5 3.3 b t35(1 )b335(3 )020a(4) 0.5 5 3.9 c t35(1 )c395(3 )020a(4) 0.6 5 4.7 c t35(1 )c475(3 )020a(4) 0.8 5 5.6 d t35(1 )d565(3 )020a(4) 0.9 5 6.8 d t35(1 )d685(3 )020a(4) 1.1 5 8.2 e t35(1 )e825(3 )020a(4) 1.3 6 10.0 e t35(1 )e106(3 )020a(4) 1.6 6 12.0 f t35(1 )f126(3 )020a(4) 1.9 6 1.9 6 15.0 f t35(1 )f156(3 )020a(4) 2.4 6 18.0 g t35(1 )g186(3 )020a(4) 2.9 6 22.0 g t35(1 )g226(3 )020a(4) 3.5 6 27.0 j t35(2 )j276(3 )020a(4) 4.3 6 33.0 j t35(2 )j336(3 )020a(4) 5.3 6 39.0 k t35(2 )k396(3 )020a(4) 6.2 6 47.0 k t35(2 )k476(3 )020a(4) 7.5 6 56.0 l t35(2 )l566(3 )020a(4) 9.0 6 68.0 l t35(2 )l686(3 )020a(4) 10.0 6 82.0 m t35(2 )m826(3 )020a(4) 10.0 8 ?$$$ (% '?$@%( )020a(4) 10.0 8 =6 10 0 i: ?#=6 10 0 ?i ?$ 0 (%? '0?$%( )025a(4) 0.5 5 1.2 a t35(1 )a125(3 )025a(4) 0.5 5 1.5 a t35(1 )a155(3 )025a(4) 0.5 5 1.8 a t35(1 )a185(3 )025a(4) 0.5 5 (%? '%( )025a(4) 0.5 5 2.7 b t35(1 )b275(3 )025a(4) 0.5 5 3.3 b t35(1 )b335(3 )025a(4) 0.7 5 3.9 c t35(1 )c395(3 )025a(4) 0.8 5 4.7 c t35(1 )c475(3 )025a(4) 0.9 5 5.6 e t35(1 )e565(3 )025a(4) 1.1 5 6.8 e t35(1 )e685(3 )025a(4) 1.4 5 8.2 e t35(1 )e825(3 )025a(4) 1.6 6 ?$$ (%? '?$#%( )025a(4) 2.0 6 12.0 g t35(1 )g126(3 )025a(4) 2.4 6 ?$ (%? ' ?#%( )025a(4) 3.0 6 18.0 h t35(1 )h186(3 )025a(4) 3.6 6 $ , (%? ',#%( )025a(4) 4.4 6 27.0 j t35(2 )j276(3 )025a(4) 5.4 6 33.0 j t35(2 )j336(3 )025a(4) 6.6 6 39.0 k t35(2 )k396(3 )025a(4) 7.8 6 &@$ (% '&@#%( )025a(4) 9.4 6 56.0 l t35(2 )l566(3 )025a(4) 10.0 6 68.0 l t35(2 )l686(3 )025a(4) 10.0 6 max. dissi- pation capac- d.c. factor itance case leakage %@25?c, f size kemet part number a@25?c 120hz ?$=6 10 0 i: @=6 10 0 ?i 2.2 a t35(1 )a225(3 )010a(4) 0.5 5 2.7 a t35(1 )a275(3 )010a(4) 0.5 5 3.3 a t35(1 )a335(3 )010a(4) 0.5 5 3.9 a t35(1 )a395(3 )010a(4) 0.5 5 &@0 (%? '0&@%( )010a(4) 0.5 5 5.6 b t35(1 )b565(3 )010a(4) 0.5 5 6.8 b t35(1 )b685(3 )010a(4) 0.5 5 8.2 c t35(1 )c825(3 )010a(4) 0.7 6 10.0 c t35(1 )c106(3 )010a(4) 0.8 6 12.0 e t35(1 )e126(3 )010a(4) 1.0 6 15.0 e t35(1 )e156(3 )010a(4) 1.2 6 18.0 e t35(1 )e186(3 )010a(4) 1.4 6 22.0 e t35(1 )e226(3 )010a(4) 1.8 6 27.0 f t35(1 )f276(3 )010a(4) 2.2 6 (($ ; (%? ';((#%( )010a(4) 2.6 6 39.0 g t35(1 )g396(3 )010a(4) 3.1 6 47.0 h t35(1 )h476(3 )010a(4) 3.8 6 56.0 h t35(1 )h566(3 )010a(4) 4.5 6 68.0 h t35(1 )h686(3 )010a(4) 5.4 6 82.0 j t35(2 )j826(3 )010a(4) 6.6 8 ?$$$ a (% 'a?$@%( )010a(4) 8.0 8 120.0 k t35(2 )k127(3 )010a(4) 9.6 8 150.0 k t35(2 )k157(3 )010a(4) 10.0 8 180.0 l t35(2 )l187(3 )010a(4) 10.0 8 220.0 l t35(2 )l227(3 )010a(4) 10.0 8 ?#=6 10 0 i: ?$=6 10 0 ?i 1.5 a t35(1 )a155(3 )016a(4) 0.5 5 1.8 a t35(1 )a185(3 )016a(4) 0.5 5 0 (%? '0%( )016a(4) 0.5 5 2.7 a t35(1 )a275(3 )016a(4) 0.5 5 3.3 a t35(1 )a335(3 )016a(4) 0.5 5 3.9 b t35(1 )b395(3 )016a(4) 0.5 5 &@ (%? '&@%( )016a(4) 0.6 5 5.6 c t35(1 )c565(3 )016a(4) 0.7 5 6.8 c t35(1 )c685(3 )016a(4) 0.9 5 8.2 e t35(1 )e825(3 )016a(4) 1.0 6 ?$$ (%? '?$#%( )016a(4) 1.3 6 12.0 e t35(1 )e126(3 )016a(4) 1.5 6 15.0 e t35(1 )e156(3 )016a(4) 1.8 6 18.0 f t35(1 )f186(3 )016a(4) 2.2 6 $ ; (%? ';#%( )016a(4) 2.6 6 27.0 h t35(1 )h276(3 )016a(4) 3.2 6 33.0 h t35(1 )h336(3 )016a(4) 4.0 6 39.0 j t35(2 )j396(3 )016a(4) 4.7 6 &@$ a (% 'a&@#%( )016a(4) 5.6 6 56.0 k t35(2 )k566(3 )016a(4) 6.8 6 #$ (% '##%( )016a(4) 8.2 6 82.0 l t35(2 )l826(3 )016a(4) 9.8 8 ?$$$ 6 (% '6?$@%( )016a(4) 10.0 8 120.0 m t35(2 )m127(3 )016a(4) 10.0 8 150.0 m t35(2 )m157(3 )016a(4) 10.0 8 0 068/1006 :601 ($ (? ( (( (& (2 (#"1"o86 10 p 64
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"#$#%#&'#()#($$ ( 10 "001 811;1 (1) to complete kemet part number, insert series designation as follows: 0 = t350, 1 = t351, 2 = t352, 3 = t353, 4 = t354, 5 = t355, 6 = t356. (2) to complete kemet part number, insert only series designation as follows: 0 = t350, 3 = t353, 4 = t354, 6 = t356. (3) to complete kemet part number, insert capacitance tolerance symbol: m = 20%, k = 10%. (4) to complete kemet part number, insert lead material designation as follows: s = sn/pb (tin/lead) and t = 100% sn (tin). note: higher voltage and better capacitance tolerance product may be substituted for an order within the same case size at keme t? s option.
max. dissi- pation capac- d.c. factor itance case leakage %@25?, ? size kemet part number ?@25? 120hz (=6 10 0 i: (=6 10 0 ?i 0.10 a t35(1 )a104(3 )035a(4) 0.5 3 0.12 a t35(1 )a124(3 )035a(4) 0.5 3 0.15 a t35(1 )a154(3 )035a(4) 0.5 3 0.18 a t35(1 )a184(3 )035a(4) 0.5 3 0.22 a t35(1 )a224(3 )035a(4) 0.5 3 0.27 a t35(1 )a274(3 )035a(4) 0.5 3 0.33 a t35(1 )a334(3 )035a(4) 0.5 3 0.39 a t35(1 )a394(3 )035a(4) 0.5 3 0.47 a t35(1 )a474(3 )035a(4) 0.5 3 0.56 a t35(1 )a564(3 )035a(4) 0.5 3 0.68 a t35(1 )a684(3 )035a(4) 0.5 3 0.82 a t35(1 )a824(3 )035a(4) 0.5 3 ?$ 0 (%? '0?$%( )035a(4) 0.5 3 1.2 b t35(1 )b125(3 )035a(4) 0.5 5 1.5 b t35(1 )b155(3 )035a(4) 0.5 5 1.8 c t35(1 )c185(3 )035a(4) 0.5 5 (%? '%( )035a(4) 0.6 5 2.7 d t35(1 )d275(3 )035a(4) 0.7 5 3.3 d t35(1 )d335(3 )035a(4) 0.9 5 3.9 e t35(1 )e395(3 )035a(4) 1.0 5 &@ (%? '&@%( )035a(4) 1.3 5 5.6 f t35(1 )f565(3 )035a(4) 1.6 5 # ; (%? ';#%( )035a(4) 1.9 5 8.2 g t35(1 )g825(3 )035a(4) 2.3 6 ?$$ (%? ' ?$#%( )035a(4) 2.8 6 12.0 j t35(2 )j126(3 )035a(4) 3.4 6 15.0 j t35(2 )j156(3 )035a(4) 4.2 6 18.0 k t35(2 )k186(3 )035a(4) 5.0 6 $ (% '#%( )035a(4) 6.2 6 27.0 l t35(2 )l276(3 )035a(4) 7.6 6 33.0 l t35(2 )l336(3 )035a(4) 9.2 6 39.0 m t35(2 )m396(3 )035a(4) 10.0 6 &@$ (% '&@#%( )035a(4) 10.0 6 0 068/1006 )601 ($ (? ( (( (& (2 (#"1"o86 10 p ("
*+./1.

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"#$#%#&'#()#($$ 65 ( 10 "001 811;1 (1) to complete kemet part number, insert series designation as follows: 0 = t350, 1 = t351, 2 = t352, 3 = t353, 4 = t354, 5 = t355, 6 = t356. (2) to complete kemet part number, insert only series designation as follows: 0 = t350, 3 = t353, 4 = t354, 6 = t356. (3) to complete kemet part number, insert capacitance tolerance symbol: m = 20%, k = 10%. (4) to complete kemet part number, insert lead material designation as follows: s = sn/pb (tin/lead) and t = 100% tin. note: higher voltage and better capacitance tolerance product may be substituted for an order within the same case size at kemet's option. max. dissi- pation capac- d.c. factor itance case leakage %@25?, ? size kemet part number ?@25? 120hz $=6 10 0 i: ((=6 10 0 ?i 0.10 a t35(1)a104(3)050a(4) 0.5 3 0.12 a t35(1)a124(3)050a(4) 0.5 3 0.15 a t35(1)a154(3)050a(4) 0.5 3 0.18 a t35(1)a184(3)050a(4) 0.5 3 0.22 a t35(1)a224(3)050a(4) 0.5 3 0.27 a t35(1)a274(3)050a(4) 0.5 3 0.33 a t35(1)a334(3)050a(4) 0.5 3 0.39 b t35(1)b394(3)050a(4) 0.5 3 0.47 b t35(1)b474(3)050a(4) 0.5 3 0.56 b t35(1)b564(3)050a(4) 0.5 3 0.68 b t35(1)b684(3)050a(4) 0.5 3 0.82 b t35(1)b824(3)050a(4) 0.5 3 ?$ (%?'?$%('050a(4) 0.5 3 1.2 d t35(1)d125(3)050a(4) 0.5 5 1.5 e t35(1)e155(3)050a(4) 0.6 5 1.8 e t35(1)e185(3)050a(4) 0.7 5 2.2 e t35(1)e225(3)050a(4) 0.9 5 2.7 f t35(1)f275(3)050a(4) 1.1 5 3.3 f t35(1)f335(3)050a(4) 1.3 5 3.9 g t35(1)g395(3)050a(4) 1.6 5 4.7 g t35(1)g475(3)050a(4) 1.9 5 5.6 h t35(1)h565(3)050a(4) 2.2 5 #a (%'a#%('$$0(4) @ 8.2 j t35(2)j825(3)050a(4) 3.3 6 ?$$ (%'?$#%('$$0(4) &$# 12.0 k t35(2)k126(3)050a(4) 4.8 6 15.0 l t35(2)l156(3)050a(4) 6.0 6 18.0 l t35(2)l186(3)050a(4) 7.2 6 22.0 m t35(2)m226(3)050a(4) 8.8 6
0 068/1006 :6)1;)&?(@/ (#(%$' (#%?'"1" 66
!
"#$#%#&'#()#($$ product manufactured to the requirements of mil-prf-49137 satisfy all the performance characteristics of the ultradip ii. the performance characteristics meet or exceed the requirements of mil-prf-49137. in addition to the standard process testing done on the ultradip ii, all product supplied to mil-prf-49137 is sampled on a lot by lot basis for group a and group b inspection to insure compliance. product supplied per mil-prf-49137 also receives an additional post process burn-in for at least two (2) hours under accelerated voltage stress in excess of 125% of dc rated voltage. this post process burn-in is equivalent to 200 hours under rated conditions. 00 18 610g " "":,"2%66 1"' 6)1;)&?(@01 ;10 6)1;)&?(@/11 ;10 $ 9 capacitors, fixed, solid tantalum conformal coated, non-hermetically sealed. " 96 02 (t363) a, b, c & d cases 12 (t369) a & b cases only =6 0 00 0 610 00 01010 the nominal capacitance value, expressed in picofarads (pf), is identified by a three-digit number; the first two digits represent significant figures and the last digit specifies the number of zeros to follow. "-+c

percent () k10 m20 0" 0 ,0 "b a 0.175 0.350 (4.45) (8.89) b 0.250 0.450 (6.35) (11.43) c 0.350 0.610 (8.89) (15.49) d 0.400 0.740 (10.16) (18.80) (#(0)0" (#020"69 *for kemet ordering information, see page 63. .187 .032 (4.75 .81) (#(%$' a, b, c & d cases a & b .020 .002 (.51 .05) c & d .025 .002 (.64 .05) , 0 .250 .015 (6.35 .38) 0 0 (#%?' a & b cases .250 .025 (6.35 .64) , 0 .125 .015 (3.18 .38) .020 .002 (.51 .05) .187 .032 (4.75 .81) 685k +35k mfg. - kemet voltage polarity capacitance tolerance capacitance (in picofarad code) 407 date code "-+c
1 .%@' "*4%@' =
. =
. d6 8 f10 13 h15 20 j20 26 k25 32 m35 46 n50 65
max. dissipation cxo2 cx12 capacitance t363, t369 d.c. factor (t363) (t369) capacitance case tolerance kemet leakage %@25?c, military military f size % part number a@25?c 120hz part number part number #=6 10 0 i 6.8 a 10, 20 t36(1 )a685(2)006as 0.5 6 cx02d685(2 ) cx12d685(2 ) 47.0 b 10, 20 t36(1 )b476(2 )006as 2.3 6 cx02d476(2 ) cx12d476(2 ) 68.0 b 10, 20 t36(1 )b686(2 )006as 3.3 6 cx02d686(2 ) cx12d686(2 ) 150.0 c 10, 20 t363c157(2 )006as 7.2 8 cx02d157(2 ) 330.0 d 10, 20 t363d337(2 )006as 10.0 8 cx02d337(2 ) ?$=6 10 0 i 4.7 a 10, 20 t36(1 )a475(2 )010as 0.5 5 cx02f475(2 ) cx12f475(2 ) 33.0 b 10, 20 t36(1 )b336(2 )010as 2.6 6 cx02f336(2 ) cx12f336(2 ) 100.0 c 10, 20 t363c107(2 )010as 8.0 8 cx02f107(2 ) 220.0 d 10, 20 t363d227(2 )010as 10.0 8 cx02f227(2 ) ?=6 10 0 i 3.3 a 10, 20 t36(1 )a335(2 )015as 0.5 5 cx02h335(2 ) cx12h335(2 ) 22.0 b 10, 20 t36(1 )b226(2 )015as 2.6 6 cx02h226(2 ) cx12h226(2 ) 68.0 c 10, 20 t363c686(2 )015as 8.2 6 cx02h686(2 ) 150.0 d 10, 20 t363d157(2 )015as 10.0 8 cx02h157(2 ) $=6 10 0 i 2.2 a 10, 20 t36(1 )a225(2 )020as 0.5 5 cx02j225(2 ) cx12j225(2 ) 15.0 b 10, 20 t36(1 )b156(2 )020as 2.4 6 cx02j156(2 ) cx12j156(2 ) 47.0 c 10, 20 t363c476(2 )020as 7.5 6 cx02j476(2 ) 100.0 d 10, 20 t363d107(2 )020as 10.0 8 cx02j107(2 ) =6 10 0 i 1.5 a 10, 20 t36(1 )a155(2 )025as 0.5 5 cx02k155(2 ) cx12k155(2 ) 10.0 b 10, 20 t36(1 )b106(2 )025as 2.0 6 cx02k106(2 ) cx12k106(2 ) 33.0 c 10, 20 t363c336(2 )025as 6.6 6 cx02k336(2 ) 68.0 d 10, 20 t363d686(2 )025as 10.0 6 cx02k686(2 ) (=6 10 0 i 6.8 b 10, 20 t36(1 )b685(2 )035as 1.9 5 cx02m685(2 ) cx12m685(2 ) 22.0 c 10, 20 t363c226(2 )035as 6.2 6 cx02m226(2 ) 33.0 d 10, 20 t363d336(2 )035as 9.2 6 cx02m336(2 ) 47.0 d 10, 20 t363d476(2 )035as 10.0 6 cx02m476(2 ) $=6 10 0 i 0.1 a 10, 20 t36(1 )a104(2 )050as 0.5 3 cx02n104(2 ) cx12n104(2 ) 0.15 a 10, 20 t36(1 )a154(2 )050as 0.5 3 cx02n154(2 ) cx12n154(2 ) 0.22 a 10, 20 t36(1 )a224(2 )050as 0.5 3 cx02n224(2 ) cx12n224(2 ) 0.33 a 10, 20 t36(1 )a334(2 )050as 0.5 3 cx02n334(2 ) cx12n334(2 ) 0.47 a 10, 20 t36(1 )a474(2 )050as 0.5 3 cx02n474(2 ) cx12n474(2 ) 0.68 a 10, 20 t36(1 )a684(2 )050as 0.5 3 cx02n684(2 ) cx12n684(2 ) 1.0 a 10, 20 t36(1 )a105(2 )050as 0.5 3 cx02n105(2 ) cx12n105(2 ) 1.5 b 10, 20 t36(1 )b155(2 )050as 0.6 5 cx02n155(2 ) cx12n155(2 ) 2.2 b 10, 20 t36(1 )b225(2 )050as 0.9 5 cx02n225(2 ) cx12n225(2 ) 3.3 b 10, 20 t36(1 )b335(2 )050as 1.3 5 cx02n335(2 ) cx12n335(2 ) 4.7 b 10, 20 t36(1 )b475(2 )050as 1.9 5 cx02n475(2 ) cx12n475(2 ) 6.8 c 10, 20 t363c685(2 )050as 2.7 5 cx02n685(2 ) 10.0 c 10, 20 t363c106(2 )050as 4.0 6 cx02n106(2 ) 15.0 c 10, 20 t363c156(2 )050as 6.0 6 cx02n156(2 ) 22.0 d 10, 20 t363d226(2 )050as 8.8 6 cx02n226(2 ) 0 068/1006 :6)1;)&?(@/ (#(%$' (#%?'"1" (#(/ (#2 (#"
*+./1.

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"#$#%#&'#()#($$ 67 10 "201 811;1 (1) to complete kemet part number, insert series designation as follows: 3 - t363 (cx02); 9 - t369 (cx12) (2) to complete kemet or military part number, insert capacitance tolerance symbol as follows: m - 20%, k - 10%
max. dissi- pation capac- d.c. factor itance case leakage %@25?c, f size kemet part number a@25?c 120hz #=6 10 0 i 82.0 c t368c826(1 )006a(2) 3.9 8 100.0 c t368c107(1 )006a(2) 4.8 8 120.0 c t368c127(1 )006a(2) 5.8 8 150.0 c t368c157(1 )006a(2) 7.2 8 180.0 d t368d187(1 )006a(2) 8.6 8 220.0 d t368d227(1 )006a(2) 10.0 8 270.0 d t368d277(1 )006a(2) 10.0 8 330.0 d t368d337(1 )006a(2) 10.0 8 ?$=6 10 0 i 47.0 c t368c476(1 )010a(2) 3.8 6 56.0 c t368c566(1 )010a(2) 4.4 6 68.0 c t368c686(1 )010a(2) 5.4 6 82.0 c t368c826(1 )010a(2) 6.5 8 100.0 c t368c107(1 )010a(2) 8.0 8 120.0 d t368d127(1 )010a(2) 9.6 8 150.0 d t368d157(1 )010a(2) 10.0 8 180.0 d t368d187(1 )010a(2) 10.0 8 220.0 d t368d227(1 )010a(2) 10.0 8 ?=6 10 0 i 27.0 c t368c276(1 )015a(2) 3.2 6 33.0 c t368c336(1 )015a(2) 4.0 6 39.0 c t368c396(1 )015a(2) 4.7 6 47.0 c t368c476(1 )015a(2) 5.6 6 56.0 c t368c566(1 )015a(2) 6.8 6 68.0 c t368c686(1 )015a(2) 8.2 6 82.0 d t368d826(1 )015a(2) 9.8 8 100.0 d t368d107(1 )015a(2) 10.0 8 120.0 d t368d127(1 )015a(2) 10.0 8 150.0 d t368d157(1 )015a(2) 10.0 8 $=6 10 0 i 18.0 c t368c186(1 )020a(2) 2.8 6 22.0 c t368c226(1 )020a(2) 3.5 6 27.0 c t368c276(1 )020a(2) 4.3 6 33.0 c t368c336(1 )020a(2) 5.3 6 39.0 c t368c396(1 )020a(2) 6.2 6 47.0 c t368c476(1 )020a(2) 7.5 6 56.0 d t368d566(1 )020a(2) 8.9 6 68.0 d t368d686(1 )020a(2) 10.0 6 82.0 d t368d826(1 )020a(2) 10.0 8 100.0 d t368d107(1 )020a(2) 10.0 8 max. dissi- pation capac- d.c. factor itance case leakage %@25?c, f size kemet part number a@25?c 120hz =6 10 0 i 12.0 c t368c126(1)025a(2) 2.4 6 15.0 c t368c156(1)025a(2) 3.0 6 18.0 c t368c186(1)025a(2) 3.6 6 22.0 c t368c226(1)025a(2) 4.4 6 27.0 c t368c276(1)025a(2) 5.4 6 33.0 c t368c336(1)025a(2) 6.6 6 39.0 d t368d396(1)025a(2) 7.8 6 47.0 d t368d476(1)025a(2) 9.4 6 56.0 d t368d566(1)025a(2) 10.0 6 68.0 d t368d686(1)025a(2) 10.0 6 (=6 10 0 i 8.2 c t368c825(1)035a(2) 2.3 6 10.0 c t368c106(1)035a(2) 2.8 6 12.0 c t368c126(1)035a(2) 3.3 6 15.0 c t368c156(1)035a(2) 4.2 6 18.0 c t368c186(1)035a(2) 5.0 6 22.0 c t368c226(1)035a(2) 6.2 6 27.0 d t368d276(1)035a(2) 7.5 6 33.0 d t368d336(1)035a(2) 9.2 6 39.0 d t368d396(1)035a(2) 10.0 6 47.0 d t368d476(1)035a(2) 10.0 6 $=6 10 0 i 5.6 c t368c565(1)050a(2) 2.2 5 6.8 c t368c685(1)050a(2) 2.7 5 8.2 c t368c825(1)050a(2) 3.2 6 10.0 c t368c106(1)050a(2) 4.0 6 12.0 c t368c126(1)050a(2) 4.8 6 15.0 c t368c156(1)050a(2) 6.0 6 18.0 d t368d186(1)050a(2) 7.2 6 22.0 d t368d226(1)050a(2) 8.8 6 0 068/1006 (#"1"o86 10 p 68
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"#$#%#&'#()#($$ (# 10 "001 811;1 (#00 18 610g (# "":,"j%66 1"' case size tmax wmax hmax 0.250 0.40 0.42 c (6.35) (10.16) (10.67) 0.250 0.460 0.52 d (6.35) (11.68) (13.20) (1) to complete kemet part number, insert capacitance tolerance k e 10%, m e 20%, or j e 5% (available on special order). .187 .032 (4.75 . 81 ) , .025 .002 (.64 .05) .250 .015 (6.35 .38) .100 max. (2.54) g 0 0 20"" * for ordering and marking information refer to page 63. (2) to complete kemet part number, insert lead material designation: s = snpb (tin/lead) effective june 30, 2005 t368 series is rohs compliant. and t = 100% sn (tin).
(#/ ("
*+./(6..
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"#$#%#&'#()#($$ 69 0 068/(60 (#2 ("1"o86 10 p kemet ultradip iii capacitors offer the advantages of solid tanta- lum construction and a fail-safe insertion mechanism. the three- leaded design (the anode is in the center) enables operators to insert the capacitors into printed circuit boards correctly without hav- ing to visually determine polarity. this timesaving device also elimi- nates board damage that may result from incorrect insertion. the ultradip iii series features a capacitance range of 0.1 to 680 f at 3 to 50 vdc. these miniature dipped solid tantalum capacitors are encased in a tough plastic barrier coating that maintains the pre- cise lead wire spacing within 0.015 inch. the gold color epoxy per- mits laser markings with outstanding permanency and legibility. all case sizes are printed with capacitance, voltage and vendor i.d. the ultradip iii series from kemet capacitors exhibit low dcl, esr and impedance and have excellent temperature stability. these capacitors may be ordered with precut leads (see drawing for lengths) or in kemet capacitor aris packaging (leads taped and on reels) for high speed automatic insertion equipment. 00 1 8 610g both t396 t398 series case w t h* h* size width thickness height height t396/t398 a .280 (7.1) .190 (4.8) .310 (7.9) .355 (9.0) t396/t398 b .280 (7.1) .190 (4.8) .320 (8.1) .365 (9.3) t396/t398 c .280 (7.1) .200 (5.1) .360 (9.1) .390 (9.9) t396/t398 d .280 (7.1) .200 (5.1) .370 (9.4) .390 (9.9) t396/t398 e .280 (7.1) .230 (5.8) .380 (9.7) .415 (10.5) t396/t398 f .280 (7.1) .240 (6.1) .410 (10.4) .430 (10.9) t396/t398 g .280 (7.1) .250 (6.3) .420 (10.7) .440 (11.2) t396/t398 h .280 (7.1) .270 (6.9) .420 (10.7) .440 (11.2) t396/t398 j .300 (7.6) .300 (7.6) .460 (11.7) .480 (12.2) t396/t398 k .340 (8.6) .340 (8.6) .500 (12.7) .500 (12.7) t396/t398 l .340 (8.6) .340 (8.6) .560 (14.2) .580 (14.7) t396/t398 m .360 (9.1) .360 (9.1) .620 (15.7) .620 (15.7) "":,"2%66 1"' *note: h dimensions are from seating plane to top of capacitor. 11 ;10 ( 0 ?$ $( 0 " 0 068 "1" t396 straight leads t398 standoff leads 0""b a, b, c, d, e, f, g, h, j, k, l & m ;010 first two digits are significant figures. third figure is the number of zeros following. 600 106 s ? sn/pb (tin/lead) ;068110 6=6 a ? not applicable =6 0 10 for 6.3 volts use 006 00 0 610 m ? 20% (k ? 10% special order only) .187 .032 (4.75 .81) .10 .008 (2.54 .20) g 0 0 ( , 0 .20 .015 (5.08 .38) .187 .05 (4.75 1.27) .10 .008 (2.54 .20) g 0 0 (# , 0 .02 .002 (.5 .05) .20 .015 (5.08 .38) ) j ) .02 .002 (.5 .05) date code capacitance (pf code) kemet trademark 106 16k 407 voltage rating 00 1 01 effective june 30, 2005 the t396 and t398 series are rohs compliant. t? 100% sn (tin)
max. dissi- pation capac- d.c. factor itance case leakage %@25?c, f size kemet part number a@25?c 120hz (=6 10 0 i: =6 10 0 ?i 4.7 a t39(1 )a475(2)003a(3) 0.5 5 6.8 a t39(1 )a685(2)003a(3 ) 0.5 5 10.0 a t39(1 )a106(2)003a(3 ) 0.5 6 15.0 b t39(1 )b156(2)003a(3 ) 0.5 6 22.0 c t39(1 )c226(2)003a(3 ) 0.5 6 33.0 d t39(1 )d336(2)003a(3 ) 0.8 6 47.0 e t39(1 )e476(2)003a(3 ) 1.1 6 68.0 f t39(1 )f686(2)003a(3 ) 1.6 6 100.0 g t39(1 )g107(2)003a(3 ) 2.4 8 150.0 h t39(1 )h157(2)003a(3 ) 3.6 8 220.0 j t39(1 )j227(2)003a(3 ) 5.3 8 330.0 k t39(1 )k337(2)003a(3) 7.9 8 470.0 l t39(1 )l477(2)003a(3 ) 10.0 9 680.0 m t39(1 )m687(2)003a(3) 10.0 9 ?$=6 10 0 i: @=6 10 0 ?i 2.2 a t39(1 )a225(2 )010a(3 ) 0.5 5 3.3 a t39(1 )a335(2 )010a(3 ) 0.5 5 4.7 a t39(1 )a475(2 )010a(3 ) 0.5 5 6.8 b t39(1 )b685(2 )010a(3 ) 0.5 5 10.0 c t39(1 )c106(2 )010a(3 ) 0.8 6 15.0 e t39(1 )e156(2 )010a(3 ) 1.2 6 22.0 e t39(1 )e226(2 )010a(3 ) 1.8 6 33.0 f t39(1 )f336(2 )010a(3 ) 2.6 6 47.0 h t39(1 )h476(2 )010a(3 ) 3.8 6 68.0 h t39(1 )h686(2 )010a(3 ) 5.4 6 100.0 j t39(1 )j107(2 )010a(3 ) 8.0 8 150.0 k t39(1 )k157(2 )010a(3 ) 10.0 8 220.0 l t39(1 )l227(2 )010a(3) 10.0 8 $=6 10 0 i: ?(=6 10 0 ?i 1.0 a t39(1 )a105(2 )020a(3) 0.5 3 1.5 a t39(1 )a155(2 )020a(3 ) 0.5 5 2.2 a t39(1 )a225(2 )020a(3 ) 0.5 5 3.3 b t39(1 )b335(2 )020a(3 ) 0.5 5 4.7 c t39(1 )c475(2 )020a(3 ) 0.8 5 6.8 d t39(1 )d685(2 )020a(3 ) 1.1 5 10.0 e t39(1 )e106(2 )020a(3 ) 1.6 6 15.0 f t39(1 )f156(2 )020a(3 ) 2.4 6 22.0 g t39(1 )g226(2 )020a(3 ) 3.5 6 33.0 j t39(1 )j336(2 )020a(3 ) 5.3 6 47.0 k t39(1 )k476(2 )020a(3 ) 7.5 6 68.0 l t39(1 )l686(2 )020a(3 ) 10.0 6 100.0 m t39(1 )m107(2 )020a(3 ) 10.0 8 (=6 10 0 i: (=6 10 0 ?i 0.10 a t39(1 )a104(2 )035a(3 ) 0.5 3 0.15 a t39(1 )a154(2 )035a(3 ) 0.5 3 0.22 a t39(1 )a224(2 )035a(3) 0.5 3 0.33 a t39(1 )a334(2 )035a(3) 0.5 3 0.47 a t39(1 )a474(2 )035a(3) 0.5 3 0.68 a t39(1 )a684(2 )035a(3) 0.5 3 1.0 a t39(1 )a105(2 )035a(3) 0.5 3 1.5 b t39(1 )b155(2 )035a(3) 0.5 5 2.2 c t39(1 )c225(2 )035a(3) 0.6 5 3.3 d t39(1 )d335(2 )035a(3) 0.9 5 4.7 e t39(1 )e475(2 )035a(3) 1.3 5 6.8 f t39(1 )f685(2 )035a(3) 1.9 5 10.0 g t39(1 )g106(2 )035a(3) 2.8 6 15.0 j t39(1 )j156(2 )035a(3) 4.2 6 22.0 k t39(1 )k226(2 )035a(3) 6.2 6 33.0 l t39(1 )l336(2 )035a(3) 9.2 6 47.0 m t39(1 )m476(2 )035a(3) 10.0 6 0 068/(60:601 (#2 ("1"o86 10 p 70
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"#$#%#&'#()#($$ 10 "201 811;1 max. dissi- pation capac- d.c. factor itance case leakage %@25?c, f size kemet part number a@25?c 120hz #(=6 10 0 i: &=6 10 0 ?i 3.3 a t39(1 )a335(2)006a(3) 0.5 5 4.7 a t39(1 )a475(2)006a((3) 0.5 5 6.8 a t39(1 )a685(2)006a(3) 0.5 5 10.0 b t39(1 )b106(2)006a(3) 0.5 6 15.0 c t39(1 )c156(2)006a(3) 0.7 6 22.0 d t39(1 )d226(2)006a(3) 1.1 6 33.0 e t39(1 )e336(2)006a(3) 1.6 6 47.0 f t39(1 )f476(2)006a(3) 2.3 6 68.0 g t39(1 )g686(2)006a(3) 3.3 6 100.0 h t39(1 )h107(2)006a(3) 4.8 8 150.0 j t39(1 )j157(2)006a(3) 7.2 8 220.0 k t39(1 )k227(2)006a(3) 10.0 8 330.0 l t39(1 )l337(2)006a(3) 10.0 8 ?#=6 10 0 i: ?$=6 10 0 ?i 1.5 a t39(1 )a155(2 )016a(3) 0.5 5 2.2 a t39(1 )a225(2 )016a(3) 0.5 5 3.3 a t39(1 )a335(2 )016a(3) 0.5 5 4.7 b t39(1 )b475(2 )016a(3) 0.6 5 6.8 c t39(1 )c685(2 )016a(3) 0.9 5 10.0 e t39(1 )e106(2 )016a(3) 1.3 6 15.0 e t39(1 )e156(2 )016a(3) 1.8 6 22.0 f t39(1 )f226(2 )016a(3) 2.6 6 33.0 h t39(1 )h336(2 )016a(3) 4.0 6 47.0 j t39(1 )j476(2 )016a(3) 5.6 6 68.0 k t39(1 )k686(2 )016a(3) 8.2 6 100.0 l t39(1 )l107(2 )016a(3) 10.0 8 150.0 m t39(1 )m157(2 )016a(3) 10.0 8 =6 10 0 i: ?#=6 10 0 ?i 1.0 a t39(1 )a105(2 )025a(3) 0.5 3 1.5 a t39(1 )a155(2 )025a(3) 0.5 5 2.2 b t39(1 )b225(2 )025a(3) 0.5 5 3.3 b t39(1 )b335(2 )025a(3) 0.7 5 4.7 c t39(1 )c475(2 )025a(3) 0.9 5 6.8 e t39(1 )e685(2 )025a(3) 1.4 5 10.0 e t39(1 )e106(2 )025a(3) 2.0 6 15.0 g t39(1 )g156(2 )025a(3) 3.0 6 22.0 h t39(1 )h226(2 )025a(3) 4.4 6 33.0 j t39(1 )j336(2 )025a(3) 6.6 6 47.0 k t39(1 )k476(2 )025a(3) 9.4 6 68.0 l t39(1 )l686(2 )025a(3) 10.0 6 $=6 10 0 i: ((=6 10 0 ?i 0.10 a t39(1 )a104(2 )050a(3) 0.5 3 0.15 a t39(1 )a154(2 )050a(3) 0.5 3 0.22 a t39(1 )a224(2 )050a(3) 0.5 3 0.33 a t39(1 )a334(2 )050a(3) 0.5 3 0.47 b t39(1 )b474(2 )050a(3) 0.5 3 0.68 b t39(1 )b684(2 )050a(3) 0.5 3 1.0 b t39(1 )b105(2 )050a(3) 0.5 3 1.5 e t39(1 )e155(2 )050a(3) 0.6 5 2.2 e t39(1 )e225(2 )050a(3) 0.9 5 3.3 f t39(1 )f335(2 )050a(3) 1.3 5 4.7 g t39(1 )g475(2 )050a(3) 1.9 5 6.8 j t39(1 )j685(2 )050a(3) 2.7 5 10.0 k t39(1 )k106(2 )050a(3) 4.0 6 15.0 l t39(1 )l156(2 )050a(3) 6.0 6 22.0 m t39(1 )m226(2 )050a(3) 8.8 6 (1) to complete kemet part number, insert series designation as follows: 6 = t396, 8 = t398. (2) to complete kemet part number, insert capacitance tolerance symbol as follows: m = 20%, k = 10%. (3) to complete kemet part number, insert lead material designation: s = snpb (tin/lead) and t = 100% sn (tin). note: higher voltage/tigher tolerance products may be shipped, at kemet?s option, within the same case size.
packaging information 72 kemet electronics corporation, p.o. box 5928, greenville, s.c. 29606 (864) 963-6300 kemet offers solid tantalum capacitors fully compatible for use with automatic insertion machines for radial-lead components. a ris reeling meets all requirements of eia standard rs-468. kemet capacitors are wound on a precision made aris reel package. aris ammo package is also available. tantalum dipped radial ?aris specification (automatic radial insertion system) t antalum molded radial ?aris specification (automatic radial insertion system) on polar devices, the positive (+) lead exits from container first. * lead spacings are 2.5mm (.098") center-to center ** lead spacings are 5.0mm (.197") center-to-center. on polar devices, the positive (+) lead exits from container first. * lead spacings are 2.5mm (.098") center-to-center (t350 a-h) ** lead spacings are 5.0mm (.197") center-to-center f dimensions: 0.100" .015 0.125" .015 0.200" .015 0.250" .015" 0.100 " .015 (3 leaded) p1 dimensions: lead spacing 0.100" ? 0.200 .028" 0.125" ? 0.187 .028" 0.200" ? 0.150 .028" 0.250" ? 0.125 .028" 0.100" ? 0.100 .028" ( 3 leaded) ? t330** t340** t370 p 2 h a w 1 w 0 w 2 w 2 p 0 t d l 1 a 1 p h 1 w d 0 p 1 f ? ? ? ?? t350/1* t396/8* t352/3/6** 1mm max. (.039") tape carrier t 0 h p 2 h a w 0 w 2 w 2 p 0 t d l 1 a 1 p h 1 w 1 p 1 f w d 0 ??? ? ? ? l h 0 body height (1) body width (1) sprocket hole diameter lead diameter lead center (5) component base to tape center (2)(4)(6) lead standoff height component height above tape center component alignment front to rear cut out length lead protrustion dimension symbol nominal mm (inch) tolerance mm (inch) dimension symbol nominal mm (inch) tolerance mm (inch) component pitch (5) sprocket hole pitch (3) sprocket hole center to lead center (4) (5) sprocket hole center to component center body thickness total tape thickness carrier tape width hold-down tape width sprocket hole location hold-down tape location a a 1 d 0 d f h h 0 h 1 h l l 1 10.50 (.413) 15.24 (.600) 4.0 (.157) 0.51 or 0.64 (.020) (.025) 5.0 2.5 (.197) (.098) 16.0 - 21.0 n/a 32.25 (1.270) 0 11.0 (.433) 2.0 (.079) .38 ( .015) maximum maximum .38 (.015) 0.3 ( .012) 0.05 or .03 ( .001) + 0.8/ - 0.2 (+ .032/ -.008) reference only maximum 2.0 ( .079) maximum maximum 12.7 (.500) 12.7 (.500) 3.85 4.76 5.1 (.152) (.188) (.201) 6.35 (.250) 6.35 (.250) 0.7 (0.28) 18.0 (.709) 15 or 6 (.561) (.236) 9.0 (.354) 3.0 or 12.0 (.118) (.472) p p 0 p 1 p 2 t 0 t w w 0 w 1 w 2 1.0 ( .039) 0.3 ( .012) 0.7 ( .028) 1.3 ( .051) 1.3 maximum .02 ( .008) + 1.0/-0.5 (+.039/-.020) + 1.0/-0.8 (+.039/.031) +.075/-0.5 (+.030/-.020) maximum notes: (1) see page 50 for t330, page 53 for t340 and page 59 for t35x specific dimensions. (2) reference only (3) cumulative pitch error 1.0mm (.039") maximum in 20 consecutive sprocket hole locations. (4) measured at bottom of standoff. (5) p, p1 and f measured at egress from carrier tape. (6) h dimensions for t370 d and e 16.5mm 0.5mm (0.650" 0.020") tantalum molded tape and reel dimensions in millimeters & (inches) body height (1) body width (1) sprocket hole diameter lead diameter lead center (4) component base to tape center (4) lead standoff height component height above tape center component alignment front to rear cut out length lead protrustion dimension symbol nominal mm (inch) tolerance mm (inch) dimension symbol nominal mm (inch) tolerance mm (inch) component pitch (5) sprocket hole pitch (2) sprocket hole center to lead center (3) (4) sprocket hole center to component (5) center body thickness total tape thickness carrier tape width hold-down tape width sprocket hole location hold-down tape location a a 1 d 0 d f h h 0 h 1 h l l 1 17.0 (0.67) 10.2 (0.40) 4.0 (.157) 0.51 or 0.64 (.020) (.025) see note below c-7301 c-7303 16.0 (.630) 18.0 (.709) c-7301 c-7303 16.0 (.630) 18.0 (.709) 32.25 (1.270) 0 11.0 (.433) 1.0 (.039) maximum maximum 0.3 ( .012) 0.05 (.002) c-7301 c-7303 0.5 ( .020) minimum c-7301 c-7303 0.5 ( .020) minimum maximum 1.0 (.039) maximum maximum 12.7 (.500) 12.7 (.500) see note below see note below 10.2 (.400) 0.7 (0.28) 18.0 (.709) 15mm or 6mm (.561) (.236) 9.0 (.354) 12mm (.472) p p 0 p 1 p 2 t 0 t w w 0 w 1 w 2 1.0 ( .039) 0.3 ( .012) 0.7 ( .028) maximum .02 (.008) + 1.0/-0.5 (+.039/-.020) + 1.0/-0.8 (+.039/-.031) +.075/-0.5 (+.030/-.020) maximum notes: (1) see page 62 for t35x and page 69 for t39x specific dimensions. (2) cumulative pitch error 1.0mm (.039) maximum in 20 consecutive sprocket hole locations. (3) measured at bottom of standoff. (4) p 1 and f measured at egress from carrier tape. (5) p and p 2 measured at egress from carrier tape. tantalum dipped tape and reel dimensions in millimeters & (inches) t354# ? t355+ ? # lead spacings are 6.35mm (.25") center-to-center + lead spacings are 3.18mm (.125") center-to-center (.630 - .827)
tantalum packaging standard standard standard ammo ammo kemet(1) military military case bulk(2) reel reel reeling pack pack number style specification size quantity quantity size spec. quantity spec. t110/t212, csr13 mil-c-39003/1 a 150/box 3500 12" c-7200 1500 c-7293 t140/t242, csr23 mil-c-39003/3 b 75/box 2500 12" c-7200 1000 class i t252, csr33 mil-c-39003/6 c 20/tray 500 12" c-7200 250 c-7442 t262 csr21 mil-c-39003/9 d 20/tray 400 12" c-7200 250 class ii c-7443 class iii see page 71 for class info. t111/t213 csr91 mil-c-39003/4 a 60/box 3000 12" c-7200 n/a n/a b 30/box 2000 12" c-7200 c 10/card n/a n/a n/a d 10/card n/a n/a n/a t210, a 40/tray 3500 12" c-7200 n/a n/a t216, css13 mil-c-39003/10 b 30/tray 2500 12" c-7200 n/a n/a t240, c 20/tray 500 12" c-7200 n/a n/a t256 css33 mil-c-39003/10 d 20/tray 400 12" c-7200 n/a n/a t222 csr09 mil-c-39003/2 a/b 50/tray n/a n/a n/a n/a n/a a 300/box n/a n/a n/a n/a b 150/box t322/t323 cx01, mil-c-49137/1 & 5 a 300 4500 12" c-7200 2000 c-7293 cx05 b 250 4000 12" c-7200 2000 class i c 100 2500 12" c-7200 1000 c-7442 d 100 2500 12" c-7200 1000 class ii e 100 500 12" c-7200 250 c-7443 f 100 500 12" c-7200 250 class iii see page 71 t330 a 400 1000 12" c-7301 1600 b 300 1000 12" c-7301 1200 c 200 1000 12" c-7301 1200 d 100 n/a n/a n/a n/a t340 a 300 1000 12" c-7301 1600 b 300 1000 12" c-7301 1500 c 200 1000 12" c-7301 1500 d 100 250 12" c-7301 450 e 50 150 12" c-7301 n/a f 100 n/a n/a n/a n/a t350, a 1000 1500 12" c-7301/7303 2500 t351, b 1000 1500 12" c-7301/7303 2500 t352, c 1000 1500 12" c-7301/7303 2500 t353, d 1000 1000 12" c-7301/7303 2000 t354, e 1000 1000 12" c-7301/7303 2000 t355, f 500 1000 12" c-7301/7303 1500 t356 g 500 1000 12" c-7301/7303 1500 h 500 800 12" c-7301/7303 1500 j 100 800 12" c-7301/7303 800 k 100 500 12" c-7301/7303 800 l, m 100 500 12" see page 72 500 packaging information lead tape & reel packaging kemet electronics corporation, p.o. box 5928, greenville, s.c. 29606 (864) 963-6300 73 note: (1) each kemet number in its section applies to all case sizes. (2) standard packaging refers to number of pieces per bag, box, t ray or vial.
packaging information 74 kemet electronics corporation, p.o. box 5928, greenville, s.c. 29606 (864) 963-6300 tantalum packaging (continued) standard standard standard kemet(1) military military case bulk(2) reel reel reeling ammo number style specification size quantity quantity size spec. packs t363 cx02 mil-c-49137/2 a 1000 1500 12 c-7301/7303 2500 b 1000 1500 12 c-7301/7303 2000 c 500 500 12 c-7301/7303 800 d 500 500 12 see page 72 800 t368 c 500 500 12 c-7301/7303 800 d 500 500 12 c-7301/7303 800 t369 cx12 mil-c-49137/2 a 1000 1500 12 c-7301/7303 2500 b 1000 1500 12 c-7301/7303 2000 t370 c 500 n/a n/a n/a n/a d 500 1000 12 c-7301 n/a e 500 1000 12 c-7301 n/a f 250 n/a n/a n/a n/a t378 cx06 mil-c-49137/6 d 200 1000 12 c-7301 n/a e 180 1000 12 c-7301 n/a f 50 n/a n/a n/a n/a t396, a-b 1000 1500 12 c-7301/7303 2000 t398 c 500 1500 12 c-7301/7303 2000 d-f 500 1000 12 c-7301/7303 1500 g 500 1000 12 c-7301/7303 2000 h 500 800 12 c-7301/7303 2000 j 250 800 12 c-7301/7303 1600 k 250 500 12 c-7301/7303 800 l-m 250 500 12 c-7301/7303 500 note: (1) standard packaging refers to number of pieces per bag, box, tray or vial. (2) quantity varies. for further details, please c onsult the factory.

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