T111 Series Axial MIL PRF Non-Polar and T213 (CSR91 Style) Overview Benefits Applications One world. One KEMET

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1 Tantalum Through-Hole apacitors Hermetically ealed T111 eries Axial IL F Non-olar and T213 (91 tyle) Overview The T111/T213 eries is primarily designed for use in tuned low frequency circuits, phasing low voltage A motors, servo systems and other applications where reversal of polarity is a primary consideration. The T111 unit consists of two polar T110 eries hermetically sealed tantalum capacitors, electrically and mechanically connected backto-back and supported by an outer corrosion-resistant metal sleeve. They exhibit comparable electrical and performance characteristics of T110 eries. Available in capacitance values from µf to 160 µf in ±20% and ±10% tolerances, the T111 series is offered in working voltages of 6 V to 100 V at +85. enefits Taped and reeled per EIA pecification 296 arking per IL T 1285 Qualified to IL F (91 tyle) Failure rate options: raded,,, and Exponential,,, and * apacitance values of μf to 160 μf Tolerances of ±10% and ±20% rating of V Operating temperature range of 55 to +125 ase sizes: A,,, *Failure rates apply to military products only lick image above for interactive 3 content Open F in Adobe eader for full functionality Applications Typical applications include use in tuned low frequency circuits, phasing low voltage A motors, servo systems and other applications where reversal of polarity is a primary consideration. One world. One KEET KEET Electronics orporation.o. ox 5928 reenville, T2032_T111_AXIAL_T213 1/12/2018 1

2 Tantalum Through-Hole apacitors Hermetically ealed T111 eries Axial IL F Non-olar and T213 (91 tyle) Ordering Information T111 T 111 A 105 K 050 A apacitor lass T = Tantalum eries Hermetically sealed axial capacitor ase A apacitance ode (pf) First two digits represent significant figures. Third digit specifies number of zeros. apacitance Tolerance K = ±10% = ±20% (V) 006 = = = = = = = = 100 Failure ate/ilitary roduct Only A = N/A Termination Finish = tandard (n/b) pecification All capacitors are sleeved unless specified. Ordering Information T213 (91 tyle) IL product T 213 A 115 K apacitor lass T = Tantalum eries Hermetically sealed axial military grade capacitor ase A apacitance ode (pf) First two digits represent significant figures. Third digit specifies number of zeros. apacitance Tolerance K = ±10% = ±20% (V) 006 = = = = = = = = 100 Failure ate/ilitary roduct Only raded: = 0.1%/k hours = 0.01%/k hours = 0.001%/k hours = 1.0 %/k hours Exponential: = 1%/k hours = 0.1%/k hours = 0.01%/k hours = 0.001%/k hours Termination Finish = tandard (n/b) pecification All capacitors are sleeved unless specified = Without sleeve 7200 = Tape & eel 7293 & 7443 = Ammo 4250 = "A" surge current 4251 = "" surge current 4252 = "" surge current Ordering Information IL F / A apacitor lass lash ash urge Option ilitary specification number pecification sheet number Failure rate level A = = = lank = No surge Orders should be entered by the military specification number, including the dash number and surge option letter (A, or ). KEET Electronics orporation.o. ox 5928 reenville, T2032_T111_AXIAL_T213 1/12/2018 2

3 Tantalum Through-Hole apacitors Hermetically ealed T111 eries Axial IL F Non-olar and T213 (91 tyle) erformance haracteristics Item Operating Temperature 55 to 125 erformance haracteristics apacitance ange μf 160 μf at /25 apacitance Tolerance K Tolerance (10%), Tolerance (20%) ange F ( at 25 ) E and Impedance (100 khz at 25 ) urrent Failure ate (IL 39003, 91 capacitors only) V efer to art Electrical pecification Table efer to art Electrical pecification Table (for reference only) efer to art Electrical pecification Table (At rated voltage up to +85 and 2/3 of rated voltage applied at 125 ) Approved failure rate: (0.001%/k hours) Exponential, (0.001%/k hours) raded imensions Inches (illimeters) IE VIEW EN VIEW 1.50 ±0.250 (38.10 ±6.35) 1.50 ±0.250 (38.10 ±6.35) L ase A Uninsulated ±0.005 (±0.13) (3.73) (4.93) (7.62) (9.19) L ±0.031 (±0.79) (14.35) (23.27) (34.04) (39.12) Insulated ±0.010 (±0.25) (4.09) (5.26) (7.98) (9.55) L ±0.031 (±0.79) (14.61) (24.26) (34.29) (3.937) ±0.002 (±0.05) (0.51) (0.51) (0.64) (0.64) (19.05) (28.70) (38.74) (43.82) KEET Electronics orporation.o. ox 5928 reenville, T2032_T111_AXIAL_T213 1/12/2018 3

4 Tantalum Through-Hole apacitors Hermetically ealed T111 eries Axial IL F Non-olar and T213 (91 tyle) Table 1 atings & art eference ap ase ode KEET art F % at 25 IL F (91) apacitors ash eference Failure ate Level (%/1,000 hours) IL F 39003/4 Exponential IL F 39003/4 raded KEET Equivalent ilitary (V) 85 µf (ee below for µa at 25 ax/5 inutes art A T111A285K006A T213A285K006(1) A T111A345K006A T213A345K006(1) A T111A345006A T213A345006(1) T111236K006A T213236K006(1) T111A236006A T (1) T111A286K006A T213286K006(1) T111756K006A T213756K006(1) T A T (1) T111906K006A T213906K006(1) T A T (1) T111137K006A T213137K006(1) T A T (1) T111167K006A T213167K006(1) T A T (1) A T111A195K010A T213A195K010(1) A T111A235K010A T213A235K010(1) A T111A235010A T213A235010(1) T111136K010A T213136K010(1) T111166K010A T213166K010(1) T A T (1) T111196K010A T213196K010(1) T111416K010A T213416K010(1) T111506K010A T213506K010(1) T A T (1) T111606K010A T213606K010(1) T A T (1) T111906K010A T213906K010(1) T111117K010A T213117K010(1) T A T (1) A T111A135K015A T213A135K015(1) A T111A165K015A T213A165K015(1) A T111A165015A T213A165015(1) T111905K015A T213905K015(1) T111106K015A T111116K015A T213116K015(1) T A T (1) T111286K015A T213286K015(1) T111346K015A T213346K015(1) T A T (1) T111606K015A T213606K015(1) T111756K015A T213756K015(1) T A T (1) A T111A604K020A T213A604K020(1) A T111A754K020A T213A754K020(1) A T111A754020A T213A754020(1) A T111A904K020A T213A904K020(1) A T111A115K020A T213A115K020(1) A T111A115020A T213A115020(1) T111415K020A T213415K020(1) T111505K020A T213505K020(1) (V) 85 µf ap ase ode (see below for KEET art µa at 25 ax/5 inimum F % at 25 IL F (13) apacitors art (1) To complete KEET part number, insert failure rate code from Ordering Information table. KEET Electronics orporation.o. ox 5928 reenville, T2032_T111_AXIAL_T213 1/12/2018 4

5 Tantalum Through-Hole apacitors Hermetically ealed T111 eries Axial IL F Non-olar and T213 (91 tyle) Table 1 atings & art eference cont'd ap (V) 85 µf ase ode KEET art (ee below for µa at 25 ax/5 inutes F % at 25 IL F (91) apacitors ash eference Failure ate Level (%/1,000 hours) IL F 39003/4 Exponential IL F 39003/4 raded KEET Equivalent ilitary art T A T (1) T111605K020A T213605K020(1) T111755K020A T213755K020(1) T A T (1) T111136K020A T213136K020(1) T111166K020A T213166K020(1) T A T (1) T111196K020A T213196K020(1) T111236K020A T213236K020(1) T A T (1) T111286K020A T213286K020(1) T111346K020A T213346K020(1) T A T (1) T111416K020A T213416K020(1) T111506K020A T213506K020(1) T A T (1) T111285K035A T213285K035(1) T111345K035A T213345K035(1) T A T (1) T111116K035A T213116K035(1) T A T (1) T111136K035A T213136K035(1) T111166K035A T213166K035(1) T A T (1) T111196K035A T213196K035(1) T111236K035A T213236K035(1) T A T (1) A T111A232K050A T213A232K050(1) A T111A232050A T213A232050(1) A T111A282K050A T213A282K050(1) A T111A342K050A T213A342K050(1) A T111A342050A T213A342050(1) A T111A412K050A T213A412K050(1) A T111A502K050A T213A502K050(1) A T111A502050A T213A502050(1) A T111A602K050A T213A602K050(1) A T111A752K050A T213A752K050(1) A T111A752050A T213A752050(1) A T111A902K050A T213A902K050(1) A T111A113K050A T213A113K050(1) A T111A113050A T213A113050(1) A T111A133K050A T213A133K050(1) A T111A163K050A T213A163K050(1) A T111A163050A T213A163050(1) A T111A193K050A T213A193K050(1) A T111A233K050A T213A233K050(1) A T111A233050A T213A233050(1) A T111A283K050A T213A283K050(1) A T111A343K050A T213A343K050(1) (V) 85 µf ap ase ode (see below for KEET art µa at 25 ax/5 inimum F % at 25 (1) To complete KEET part number, insert failure rate code from Ordering Information table. IL F (13) apacitors art KEET Electronics orporation.o. ox 5928 reenville, T2032_T111_AXIAL_T213 1/12/2018 5

6 Tantalum Through-Hole apacitors Hermetically ealed T111 eries Axial IL F Non-olar and T213 (91 tyle) Table 1 atings & art eference cont'd ap (V) 85 µf ase ode KEET art (ee below for µa at 25 ax/5 inutes F % at 25 IL F (91) apacitors ash eference Failure ate Level (%/1,000 hours) IL F 39003/4 Exponential IL F 39003/4 raded KEET Equivalent ilitary art A T111A343050A T213A343050(1) A T111A413K050A T213A413K050(1) A T111A503K050A T213A503K050(1) A T111A503050A T213A503050(1) A T111A603K050A T213A603K050(1) A T111A753K050A T213A753K050(1) A T111A753050A T213A753050(1) A T111A903K050A T213A903K050(1) A T111A114K050A T213A114K050(1) A T111A114050A T213A114050(1) A T111A134K050A T213A134K050(1) A T111A164K050A T213A164K050(1) A T111A164050A T213A164050(1) A T111A194K050A T213A194K050(1) A T111A234K050A T213A234K050(1) A T111A234050A T213A234050(1) A T111A284K050A T213A284K050(1) A T111A344K050A T213A344K050(1) A T111A344050A T213A344050(1) A T111A414K050A T213A414K050(1) A T111A504K050A T213A504K050(1) A T111A504050A T213A504050(1) T111604K050A T213604K050(1) T A T111754K050A T213754K050(1) T A T (1) T111904K050A T213904K050(1) T A T111115K050A T213115K050(1) T A T (1) T111135K050A T213135K050(1) T A T111165K050A T213165K050(1) T A T (1) T111195K050A T213195K050(1) T A T111235K050A T213235K050(1) T A T (1) T111285K050A T213285K050(1) T A T111345K050A T213345K050(1) T A T (1) T111415K050A T213415K050(1) T A T111505K050A T213505K050(1) T A T (1) T111605K050A T213605K050(1) T A T111755K050A T213755K050(1) (V) 85 µf ap ase ode (see below for KEET art µa at 25 ax/5 inimum F % at 25 (1) To complete KEET part number, insert failure rate code from Ordering Information table. IL F (13) apacitors art KEET Electronics orporation.o. ox 5928 reenville, T2032_T111_AXIAL_T213 1/12/2018 6

7 Tantalum Through-Hole apacitors Hermetically ealed T111 eries Axial IL F Non-olar and T213 (91 tyle) Table 1 atings & art eference cont'd ap (V) 85 µf ase ode KEET art (ee below for µa at 25 ax/5 inutes F % at 25 IL F (91) apacitors ash eference Failure ate Level (%/1,000 hours) IL F 39003/4 Exponential IL F 39003/4 raded KEET Equivalent ilitary art T A T (1) T111905K050A T213905K050(1) T A T111116K050A T213A116K050(1) T A T (1) A T111A344K075A T213A344K075(1) A T111A344075A T213A344075(1) T111414K075A T213414K075(1) T111504K075A T213504K075(1) T A T (1) T111604K075A T213604K075(1) T111754K075A T213754K075(1) T111754K075A T (1) T111904K075A T213904K075(1) T111115K075A T213115K075(1) T A T (1) T111135K075A T213135K075(1) T111165K075A T213165K075(1) T A T (1) T111195K075A T213195K075(1) T111235K075A T213235K075(1) T A T (1) T111285K075A T213285K075(1) T111345K075A T213345K075(1) T A T (1) T111415K075A T213415K075(1) T111505K075A T213505K075(1) T A T (1) T111605K075A T213605K075(1) T111755K075A T213755K075(1) T A T (1) A T111A232K100A * T213A232K100(1) A T111A232100A * T213A232100(1) A T111A282K100A * T213A282K100(1) A T111A342K100A * T213A342K100(1) A T111A342100A * T213A342100(1) A T111A412K100A * T213A412K100(1) A T111A502K100A * T213A502K100(1) A T111A502100A * T213A502100(1) A T111A602K100A * T213A602K100(1) A T111A752K100A * T213A752K100(1) A T111A752100A * T213A752100(1) A T111A902K100A * T213A902K100(1) A T111A113K100A * T213A113K100(1) A T111A113100A * T213A113100(1) A T111A133K100A * T213A133K100(1) A T111A163K100A * T213A163K100(1) A T111A163100A * T213A163100(1) A T111A193K100A * T213A193K100(1) (V) 85 µf ap ase ode (see below for KEET art µa at 25 ax/5 inimum F % at 25 (1) To complete KEET part number, insert failure rate code from Ordering Information table. IL F (13) apacitors art KEET Electronics orporation.o. ox 5928 reenville, T2032_T111_AXIAL_T213 1/12/2018 7

8 Tantalum Through-Hole apacitors Hermetically ealed T111 eries Axial IL F Non-olar and T213 (91 tyle) Table 1 atings & art eference cont'd ap (V) 85 µf ase ode KEET art (ee below for µa at 25 ax/5 inutes F % at 25 IL F (91) apacitors ash eference Failure ate Level (%/1,000 hours) IL F 39003/4 Exponential IL F 39003/4 raded KEET Equivalent ilitary art A T111A233K100A * T213A223K100(1) A T111A233100A * T213A223100(1) A T111A283K100A * T213A283K100(1) A T111A343K100A * T213A343K100(1) A T111A343100A * T213A343100(1) A T111A413K100A * T213A413K100(1) A T111A503K100A * T213A503K100(1) A T111A503100A * T213A503100(1) A T111A603K100A * T213A603K100(1) A T111A753K100A * T213A753K100(1) A T111A753100A * T213A753100(1) A T111A903K100A * T213A903K100(1) A T111A114K100A * T213A114K100(1) A T111A114100A * T213A114100(1) A T111A134K100A * T213A134K100(1) A T111A164K100A * T213A164K100(1) A T111A164100A * T213A164100(1) A T111A194K100A * T213A194K100(1) A T111A234K100A * T213A234K100(1) A T111A234100A * T213A234100(1) A T111A284K100A * T213A284K100(1) T111344K100A * T213344K100(1) T A * T (1) T111414K100A * T213414K100(1) T111504K100A * T213504K100(1) T A * T (1) T111604K100A * T213604K100(1) T111754K100A * T213754K100(1) T A * T (1) T111904K100A * T213904K100(1) T111115K100A * T213115K100(1) T A * T (1) T111135K100A * T213135K100(1) (V) 85 µf ap ase ode (see below for KEET art µa at 25 ax/5 inimum F % at 25 (1) To complete KEET part number, insert failure rate code from Ordering Information table. IL F (13) apacitors art KEET Electronics orporation.o. ox 5928 reenville, T2032_T111_AXIAL_T213 1/12/2018 8

9 Tantalum Through-Hole apacitors Hermetically ealed T111 eries Axial IL F Non-olar and T213 (91 tyle) ipple urrent/ipple ermissible A ripple voltage is related to the E of the capacitor and the power dissipation capabilities of a particular case size. Thermal capacities for the various case sizes have been determined empirically and are listed below. Temperature ompensation ultipliers for ower issipation T 25 T 85 T T= Environmental Temperature ermissible A ripple current can be determined by the following: I(max) = Z max/ max = maximum watts = E at specified frequency (ohms) I = rms ripple current (amperes) Z = capacitor impedance in ohms at the specified frequency ase ower issipation ( max) T2XX A ower issipation: 25 Ambient KEET Electronics orporation.o. ox 5928 reenville, T2032_T111_AXIAL_T213 1/12/2018 9

10 Tantalum Through-Hole apacitors Hermetically ealed T111 eries Axial IL F Non-olar and T213 (91 tyle) Optimum older Wave rofile egrees º Flux Zone Entrance to older achine Entrance to older Wave reheat Zone ottom ide Temperature ange 80º to 120º older Wave eak Temperature 260º Top ide Nominal Time (inutes) Exit from older Wave (Time in Wave 2 to 4 econds) 150º Hot Air ebridging Free Air ool Exit from older achine Entrance to In-Line leaner Exit from In-Line leaner (time in cleaner may be less) Immersion in leaning Vapor ounting All encased capacitors will pass the esistance to oldering Heat Test of IL T 202, ethod 210, ondition. This test simulates wave solder of topside board mount product. This demonstration of resistance to solder heat is in accordance with what is believed to be the industry standard. ore severe treatment must be considered reflective of an improper soldering process. The above figure is a recommended solder wave profile for both axial and radial leaded solid tantalum capacitors. KEET Electronics orporation.o. ox 5928 reenville, T2032_T111_AXIAL_T213 1/12/

11 Tantalum Through-Hole apacitors Hermetically ealed T111 eries Axial IL F Non-olar and T213 (91 tyle) onstruction Hermetic eal ystem (lass eal and ing) Wire Lead (+) (nb) Anode Tube etailed ross ection older rass an Insulation leeve Hermetic eal ystem (ing) rass an Wire Lead (+) (nb) Hermetic eal ystem (lass eal) Anode Tube Tantalum ellet (ee etail for Layers) Tantalum Wire arbon (Third Layer) Ta 2 O 5 ielectric (First Layer) Tantalum Wire ilver aint (Fourth Layer) no 2 (econd Layer) Tantalum older Other ide = irror Image of Above apacitor arking T111 eries KEET s Identification KEET T µf 10% 20 V 1330A ate ode and atch ode Nominal apacitance ( Indicates decimal) and apacitance Tolerance T213 A,,, and ase pecification heet, ilitary ash apacitance Value ilitary pecification apacitance Tolerance and ating 39003J µF 10% 6VN 1330 XY Lot ymbol, Lot ode ource ode ate ode Year Week 3 igit 4 igit 5 = = = = = = = = = = = 1 st week of the year to 52 = 52 nd week of the year KEET Electronics orporation.o. ox 5928 reenville, T2032_T111_AXIAL_T213 1/12/

12 Tantalum Through-Hole apacitors Hermetically ealed T111 eries Axial IL F Non-olar and T213 (91 tyle) torage Tantalum hermetically sealed capacitors should be stored in normal working environments. While the capacitors themselves are quite robust in other environments, solderability will be degraded by exposure to high temperatures, high humidity, corrosive atmospheres, and long term storage. In addition, packaging materials will be degraded by high temperature reels may soften or warp and tape peel force may increase. KEET recommends that maximum storage temperature not exceed 40º and maximum storage humidity not exceed 60% relative humidity. Temperature fluctuations should be minimized to avoid condensation on the parts and atmospheres should be free of chlorine and sulphur bearing compounds. For optimized solderability capacitors stock should be used promptly, preferably within three years of receipt. Tape & eel ackaging Information KEET offers standard reeling of olid Tantalum apacitors for automatic insertion or lead forming machines per EIA pecification 296E. Table 2 ackaging Quantity ase tandard ulk Quantity tandard eel Quantity eel -pec A 60/ox 3, /ox 2, /ard N/A N/A 10/ard N/A N/A KEET Electronics orporation.o. ox 5928 reenville, T2032_T111_AXIAL_T213 1/12/

13 Tantalum Through-Hole apacitors Hermetically ealed T111 eries Axial IL F Non-olar and T213 (91 tyle) Figure 2 Figure 3 12" (30.48cm) * 0.059" to 0.315" reater Than omponent Length White (+) (Anode) lue ( ) (athode) Hub 0.047" (1.20) 0.655" ±0.010 Hole (15.9 ±0.25) 3 1 / 4 " (82.6) 1 /8 " (3.18) ee Table 3 "" * ee Table 3 "A" 0.250" Nominal (6.35) Table 3 Tape imensions omponent ody iameter omponent itch "A" Inside Tape pacing "" ±1.5 mm (0.059") 0.020" or (±0.5 mm) I II III 0" (0 mm) to 0.197" (5 mm) 0.200" or (5 mm) 2.062" 2.500" 2.874" 0.197" (5.01 mm) to 0.394" (10 mm) or (10 mm) (52.4 mm) (63.5 mm) (73 mm) apacitors are reeled so that positive leads are oriented as shown in Figure 3. Kraft paper (50lb. test minimum) is inserted between the layers of capacitors wound on reels for component pitch 0.200" sizes and corrugated paper (70 lb. test minimum), single faced is inserted for component pitch 0.400" sizes. apacitor lead length may extend only a maximum of 0.031" (0.8 mm) beyond the tape s edges. apacitors are centered in a row between the two tapes and will deviate only ±0.031" (0.79 mm) from the row center. Figures 1 and 2 show the KEET standard chipboard tape reel. A minimum of 36" (91.5 cm) leader tape is provided at each end of the reeled capacitors. Universal splicing clips are used to connect the tape. KEET Electronics orporation.o. ox 5928 reenville, T2032_T111_AXIAL_T213 1/12/

14 Tantalum Through-Hole apacitors Hermetically ealed T111 eries Axial IL F Non-olar and T213 (91 tyle) KEET Electronics orporation ales Offices For a complete list of our global sales offi ces, please visit isclaimer All product specifi cations, statements, information and data (collectively, the Information ) in this datasheet are subject to change. The customer is responsible for checking and verifying the extent to which the Information contained in this publication is applicable to an order at the time the order is placed. All Information given herein is believed to be accurate and reliable, but it is presented without guarantee, warranty, or responsibility of any kind, expressed or implied. tatements of suitability for certain applications are based on KEET Electronics orporation s ( KEET ) knowledge of typical operating conditions for such applications, but are not intended to constitute and KEET specifi cally disclaims any warranty concerning suitability for a specifi c customer application or use. The Information is intended for use only by customers who have the requisite experience and capability to determine the correct products for their application. Any technical advice inferred from this Information or otherwise provided by KEET with reference to the use of KEET s products is given gratis, and KEET assumes no obligation or liability for the advice given or results obtained. Although KEET designs and manufactures its products to the most stringent quality and safety standards, given the current state of the art, isolated component failures may still occur. Accordingly, customer applications which require a high degree of reliability or safety should employ suitable designs or other safeguards (such as installation of protective circuitry or redundancies) in order to ensure that the failure of an electrical component does not result in a risk of personal injury or property damage. Although all product related warnings, cautions and notes must be observed, the customer should not assume that all safety measures are indicted or that other measures may not be required. KEET is a registered trademark of KEET Electronics orporation. KEET Electronics orporation.o. ox 5928 reenville, T2032_T111_AXIAL_T213 1/12/