ste www.vishay.com vishay revision: 07-nov-14 1 document number: 43009 for technical questions, contact: tantalum@vishay.com this document is subject to change without notice. the products described herein and this document are subject to specific disclaimers, set forth at www.vishay.com/doc?91000 supertan ? extended (ste) capacitors, wet tantalum capacitors with hermetic seal features vishay supertan ? extended (ste) represents a major breakthrough in wet tantalum capacitor technology. its unique cathode system, also used in the st, provides the highest capacitance per unit volume available. the ste combines the inherent reliability of wet ta ntalum with the capacitance stability of solid tantalum, and there are no circuit impedance restrictions. the ra nge is exceptionally well suited for low voltage filtering and energy storage applications. ideal for designs targeting the military and aerospace industry. the supertan ? extended (ste) is housed in an all tantalum, hermetically sealed case and is manufactured to withstand high stress and haza rdous environments. ? axial through-hole termination s: standard tin / lead (sn / pb) 100 % tin (rohs-compliant) available ? material categorization: fo r definitions of compliance please see www.vishay.com/doc?99912 note * this datasheet provides information about parts that are rohs-compliant and / or parts th at are non-rohs-compliant. for example, parts with lead (pb) te rminations are not rohs-compliant. please see the information / tables in this datasheet for details. performance characteristics operating temperature: -55 c to +85 c (to +125 c with voltage derating) capacitance tolerance: at 120 hz, +25 c. 20 % standard. 10 % available as special. dc leakage current (dcl max.): at +25 c and above: leakage current shall not exceed the values listed in the standard ratings tables. life test: capacitors are capable of withstanding a 2000 h life test at a temperature of +85 c at the applicable rated dc working voltage. note ? packaging: the use of formed plastic trays for packaging this type of axial lead component is standard. tape and reel is not recommended due to the unit weight. available available ordering information ste 6000 16 t4 m i e3 type capacitance f dc voltage rating at +85 c case size capacitance tolerance insulating sleeve rohs compliant m = 20 % k = 10 % i = insulated x = uninsulated e3 = 100 % tin termination (rohs compliant) blank = snpb termination (standard design)
ste www.vishay.com vishay revision: 07-nov-14 2 document number: 43009 for technical questions, contact: tantalum@vishay.com this document is subject to change without notice. the products described herein and this document are subject to specific disclaimers, set forth at www.vishay.com/doc?91000 notes ? material at egress is tantalum ? insulation sleeving will lap over the ends of the capacitor case ? approx. weight: t1: 2.3 g, t2: 5.7 g t3: 9.4 g, t4: 14.8 g dimensions in inches [millimeters] case code d 0.016 [0.41] max. insulated (dia.) l 1 + 0.031 / - 0.016 [+ 0.79 / - 0.41] uninsulated e 0.250 [6.35] max. t1 0.188 [4.78] 0.219 [5.56] 0.453 [11.51] 1.500 [38.10] t2 0.281 [7.14] 0.312 [7.92] 0.641 [16.28] 2.250 [57.15] t3 0.375 [9.52] 0.406 [10.31] 0.766 [19.46] 2.250 [57.15] t4 0.375 [9.52] 0.406 [10.31] 1.062 [26.97] 2.250 [57.15] ?d? dia. terminal welded to case 0.250 (6.35) max. 0.094 (2.38) max. ee l 1 terminal location within 0.031 of center 0.0253 0.002 [0.64 0.05] dia. (no. 22 awg) tinned nickel leads solderable and weldable standard ratings capacitance (f) voltage case code part number max. esr at +25 c 120 hz ( ) typ. esr at +25 c 1 khz ( ) max. dcl at max. capacitance change at max. imp. at -55 c 120 hz ( ) ac ripple 85 c 40 khz ma rms +25 c (a) +85 c / +125 c (a) -55 c (%) +85 c (%) +125 c (%) 10 v dc at +85 c; 7 v dc at +125 c 680 10 t1 preliminary value, contact marketing 2000 10 t2 preliminary value, contact marketing 4700 10 t3 ste4700-10t3mi 0.35 < 0.200 16 100 -80 10 20 3.50 4000 10 000 10 t4 ste10000-10t4mi 0.25 < 0.100 25 150 -85 20 35 3.00 5000 16 v dc at +85 c; 11 v dc at +125 c 430 16 t1 preliminary value, contact marketing 1200 16 t2 preliminary value, contact marketing 3300 16 t3 ste3300-16t3mi 0.35 < 0.200 16 100 -80 10 15 3.50 4000 6000 16 t4 ste6000-16t4mi 0.30 < 0.150 25 150 -80 15 20 3.00 4500 25 v dc at +85 oc; 15 v dc at +125 oc 270 25 t1 preliminary value, contact marketing 1000 25 t2 preliminary value, contact marketing 2200 25 t3 preliminary value, contact marketing 4000 25 t4 ste4000-25t4mi 0.35 < 0.150 25 125 -80 15 20 5.00 4250 30 v dc at +85 oc; 20 v dc at +125 oc 220 30 t1 preliminary value, contact marketing 820 30 t2 preliminary value, contact marketing 1800 30 t3 preliminary value, contact marketing 3300 30 t4 ste3300-30t4mi 0.35 < 0.200 25 125 -80 20 25 4.00 2750 35 v dc at +85 oc; 22 v dc at +125 oc 180 35 t1 preliminary value, contact marketing 680 35 t2 preliminary value, contact marketing 1500 35 t3 preliminary value, contact marketing 2800 35 t4 ste2800-35t4mi 0.35 < 0.200 25 125 -80 20 30 4.50 4000
ste www.vishay.com vishay revision: 07-nov-14 3 document number: 43009 for technical questions, contact: tantalum@vishay.com this document is subject to change without notice. the products described herein and this document are subject to specific disclaimers, set forth at www.vishay.com/doc?91000 50 v dc at +85 oc; 30 v dc at +125 oc 110 50 t1 ste110-50t1mi 1.60 < 1.000 2 7.5 -40 10 15 40.00 1500 520 50 t2 ste520-50t2mi 1.00 < 0.600 3 15 -80 12 18 20.00 1700 900 50 t3 ste900-50t3mi 0.90 < 0.300 15 125 -75 20 20 10.00 2500 1500 50 t3 ste1500-50t3mi 1.00 < 0.300 25 130 -85 25 30 8.00 2400 1500 50 t4 ste1500-50t4mi 0.35 < 0.215 15 110 -70 20 20 6.00 3500 2200 50 t4 ste2200-50t4mi 0.60 < 0.400 25 125 -80 25 30 4.50 3000 60 v dc at +85 c; 40 v dc at +125 c 68 60 t1 preliminary value, contact marketing 220 60 t2 preliminary value, contact marketing 560 60 t3 ste560-60t3mi 0.90 < 0.300 20 120 -70 12 15 10.00 2500 1000 60 t4 ste1000-60t4mi 0.50 < 0.300 20 120 -40 10 15 5.50 3500 75 v dc at +85 oc; 50 v dc at +125 oc 56 75 t1 preliminary value, contact marketing 180 75 t2 ste180-75t2mi 1.50 < 0.500 5 25 -35 15 20 30.00 2000 470 75 t3 STE470-75T3MI 0.60 < 0.325 25 100 -45 10 25 10.00 3000 750 75 t4 ste750-75t4mi 0.50 < 0.400 20 120 -35 10 15 6.50 3500 100 v dc at +85 c; 65 v dc at +125 c 22 100 t1 ste22-100t1mi 3.00 < 1.500 1 5 -15 4 10 100.00 1200 86 100 t2 preliminary value, contact marketing 220 100 t3 ste220-100t3mi 1.40 < 0.200 5 25 -55 10 15 18.00 2500 400 100 t4 ste400-100t4mi 0.70 < 0.400 10 120 -40 6 12 15.00 3000 125 v dc at +85 oc; 85 v dc at +125 oc 18 125 t1 preliminary value, contact marketing 56 125 t2 preliminary value, contact marketing 150 125 t3 preliminary value, contact marketing 240 125 t4 ste240-125t4mi 0.80 < 0.600 15 150 -35 6 12 20.00 2500 standard ratings capacitance (f) voltage case code part number max. esr at +25 c 120 hz ( ) typ. esr at +25 c 1 khz ( ) max. dcl at max. capacitance change at max. imp. at -55 c 120 hz ( ) ac ripple 85 c 40 khz ma rms +25 c (a) +85 c / +125 c (a) -55 c (%) +85 c (%) +125 c (%)
ste www.vishay.com vishay revision: 07-nov-14 4 document number: 43009 for technical questions, contact: tantalum@vishay.com this document is subject to change without notice. the products described herein and this document are subject to specific disclaimers, set forth at www.vishay.com/doc?91000 typical performance characteristics of ste capacitors electrical characteristics item performance characteristics operating temperature range -55 c to +85 c (to +125 c with voltage derating) capacitor tolerance 20 %, 10 % at 120 hz, at +25 c capacitor change by temperature limit per standard ratings table esr limit per standard ratings table, at +25 c, 120 hz impedance limit per st andard ratings table, at -55 c, 120 hz dcl (leakage current) limit per standard ratings table ac ripply current limit pe r standard ratings table, at +85 c and 40 khz reverse voltage there shall be no continuous reverse voltage. tran sient reverse voltage surges are acceptable under the following conditions: a) the peak reverse voltage is equal to or less th an 1.5 v and the product of the peak current times the duration of the reverse transient is 0.05 as or less b) the repetition rate of the reverse voltage surges is less than 10 hz surge voltage surge voltage shall be in accordance wi th mil-prf-39006 and table i of dla 10004. the dc rated surge voltage is the maximum voltage to which the capacitors can be subjected under any conditions including transients and peak ripple at the highest line voltage. the dc surge voltage is 115 % of rated dc voltage. performance characteristics item performance characteristics life testing capacitors shall be capable of withstanding a 2000 h life test at a temp erature +85 c at rated voltage, or a 2000 h life test at 125 c test at derated voltage. after the test, the capacitors shal l meet the following requirements: a) dc leakage at 85 c and 125 c shall not exceed 125 % of the specified value b) dc leakage at 25 c shall not exceed the specified value c) capacitance shall be within +10 %, -20 % of initial value d) esr shall not exceed 200 % of the specified value environmental characteristics item condition comments seal mil-prf-39006 when the capacitors are tested as specified in mil-prf-39006, there shall be no evidence of leakage. moisture resistance mil-prf-39006 moisture resistance shall be in accordance with mil-prf-39006. number of cycles: 10 continuous cycles barometric pressure (reduced) mil-std-202, method 105, condition e altitude 150 000 feet
ste www.vishay.com vishay revision: 07-nov-14 5 document number: 43009 for technical questions, contact: tantalum@vishay.com this document is subject to change without notice. the products described herein and this document are subject to specific disclaimers, set forth at www.vishay.com/doc?91000 mechanical characteristics item condition comments shock (specified pulse) mil-std-202, method 213, condition i (100 g ) the capacitors shall meet the requirements of mil-prf-39006. vibration, high frequency mil-std-202, method 204, condition e (20 g peak) the capacitors shall meet the requirements of mil-prf-39006. thermal shock mil-std-202, method 107, condition a thermal shock shall be in accor dance with mil-prf-39006 when tested for 30 cycles. solderability mil-std-202, method 208, ansi/j-std-002, test a solderability shall be in accordance with mil-prf-39006. terminal strength mil-std-20 2, method 211 terminal st rength shall be in acco rdance with mil-prf-39006. resistance to solder he at mil-std-202, method 210, condit ion c the capacitors sh all meet the requirements of mil-prf-39006. terminals mil-std-1276 terminals shall be as specified in mil-std-1276. the length and diameter of the terminals shall be as specified in dimensions table. all terminals shall be perman ently secured internally and externally, as applicable. all external joints shall be welded. marking mil-std-1285 marking of capacitors conforms to method i of mil-std-1285 and include capacitance (in f), capacitance tolerance letter, rated voltage, date code, lot symbol and vishay trademark. selector guides tantalum selector guide www.vishay.com/doc?49054 parameter comparison guide www.vishay.com/doc?42088
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