Type 401X, 55 C to 105 C, Low-ESR, Wide-Temperature Grade High Ripple, Wide Temperature Range Type 401X uses an all-welded, three-lead, engineered nylon top with stand-offs. It delivers military performance in a PC mount capacitor. Type 401X is intended for applications Tequiring low ESR, high ripple and wide temperature capability. Highlights * High Capacitance Long life Low ESR Wide temperature capability Printed-circuit mounting e- 6 @ Specifications Operating Temperature: 55 C to +105 C Rated Voltage: 6.3 to 250 Vdc Capacitance: 340 to 490,000 uF 10% + 75% Leakage Current: = <1.5~/CV yA (4mA max) Cold Impedance: 55 C multiple of 25 C Z s, 6 for 6.3 & 7.5 V, 3 for 10 to 40 V, 2 for 50 V & up Ripple Current Multipliers: Ambient Temperature 45 C 55C | 65C 75 C 85C | 95C | 105 C of> 173 158 | 141 | 1.22 1.00 | o71 | 0.00 S55 S05 g85 Frequency = ee Co 50Hz 60Hz 120Hz 360Hz 1kHz 5SkHz 10 kHz+ 63to50V 085 090 1.00 105 110 1.10 1.10 63to250V 050 053 1.00 1.15 1.20 1.20 1.20 Load Life: 2,000 h at 85 C and full load A Capacitance +10% ESR 200% of limit DCL 100% of limit Shelf Life: 500 h at +105 C, capacitance, ESR and DCL, initial requirements Vibration: 10 to 55 Hz, 0.06 and 10 g max, 2 hin each plane 140 Technology Place foley =e CORNELL i inery, Sc 29657 DUBILIER (864) 843-2277, Fax (864) 843-3800 . ; http://Awww.cornell-dubilier.com Your Source For Capacitor Solutions E-mail: cde@cornell-dubilier com 2.125Type 401X, 55 C to 105 C, Low-ESR, Wide-Temperature Grade Outline Drawings STRAIGHT LEADS (S) | max 250 4.032 zz 22 LAY DOWN, 3 LEADS (L) Be E zz es d as - Zo ALL PINS 8; d = ,060/.065 DIA 3 PLACES 060.065 DIA. >{ Ff 1.00 MIN LENGTH Laydown Style Case Dimensions Case Inches Millimeters Code | D+.031 L%CMAX C+.015 +.031 E+.031 F+.015 | D+.78 LMAX C+.78 S+.78 E+.78 F+.38 AK 1.375 1.75 0.50 0.175 0.25 0.55 34.93 44.45 12.70 4.45 6.35 13.97 AA 1.375 2.29 0.50 0.175 0.25 0.55 34.93 57.15 12.70 4.45 6.35 13.97 AH 1.375 2.75 0.50 0.175 0.25 0.55 34.98 69.85 12.70 4.45 6.35 13.97 AB 1.375 3.25 0.50 0.175 0.25 0.55 34.93 82.55 12.70 4.45 6.35 13.97 AJ 1.375 3.75 0.50 0.175 0.25 0.55 34.93 95.25 12.70 4,45 6.35 13.97 AC 1.375 4.25 0.50 0.175 0.25 0.55 34.93 107.95 12.70 4.45 6.35 13.97 AD 1.375 4.75 0.50 0.175 0.25 0.55 34.93 120.65 12.70 4.45 6.35 13.97 AE 1.375 5.25 0.50 0.175 0.25 0.55 34.93 133.35 12.70 4.45 6.35 13.97 AF 1.375 5.75 0.50 0.175 0.25 0.55 34.93 146.05 12.70 4.45 6.35 13.97 EA 1.75 2.25 0.70 0.375 0.35 0.90 4445 57.15 17.78 9.53 8.89 22.86 EH 1.75 2.75 0.70 0375 0.35 0.90 4445 69.85 17.78 9.53 8.89 22.86 EB 1.75 3.25 0.70 0.375 0.35 0.90 4445 82.55 17.78 9.53 8.89 22.86 EJ 1.75 3.75 0.70 0.375 0.35 0.90 44.45 95.25 17.78 9.53 8.89 22.86 EC 1.75 4.25 0.70 0.375 0.35 0.90 44.45 107.95 17.78 9.53 8.89 22.86 ED 1.75 4.75 0.70 0.3875 0.35 0.90 44.45 120.65 17.78 9.53 8.89 22.86 EE 1.75 5.25 0.70 0.375 0.35 0.90 4445 133.35 17.78 9.53 8.89 22.86 EF 1.75 5.75 0.70 0.375 0.35 0.90 4445 146.05 17.78 9.53 8.89 22.86 BA 2.00 2.29 0.80 0.425 0.40 1.00 50.80 57.15 20.32 10.80 10.16 25.40 BH 2.00 2.75 0.80 0.425 0.40 1.00 50.80 69.85 2032 1080 10.16 25.40 BB 2.00 3.25 0.80 0.425 0.40 1.00 50.80 82.55 2032 1080 10.16 25.40 BJ 2.00 3.75 0.80 =0.425 0.40 1.00 50.80 95.25 20.32 1080 10.16 25.40 BG 2.00 4.25 0.80 0.425 0.40 1.00 50.80 10795 2032 1080 10.16 25.40 BD 2.00 475 0.80 0.425 0.40 1.00 50.80 12065 2032 1080 10.16 25.40 BE 2.00 5.25 0.80 0.425 0.40 1.00 50.80 133.25 2032 1080 10.16 25.40 BF 2.00 5.75 0.80 0.425 0.40 1.00 50.80 146.05 2032 10.80 10.16 25.40 3B es = = Es =s faq Capacitors Part Numbering System | 401X *\ U . AK Type Capacitance Tolerance Voltage Case Code Insulation Terminal | 401X 100 = 10 uF M = +20% 6R3 = 6.3 Vdc 0 = None (blank) = Straight Leads 101 = 100 pF P= 10% +30% 063 = 63 Vde B=PVC and L=Lay Down (3 Leads) 102=1000 pF U= -10% +75% 100 = 100 Vdc Standoffs 433 = 43,000 uF T= 10% +50% 9 = Polyester and 383 = 38,000 uF Standoffs 140 Technology Place Liberty, SC 29657 CDE CORNELL (864) 843-2277, Fax (864) 843-3800 DUBILIER http://www.cornell-dubilier.com ; ; 2.126 E-mail: cde@cornell-dubiliercom Your Source For Capacitor SolutionsType 401X, 55 C to 105 C, Low-ESR, Wide-Temperature Grade Typical Performance Curves Temperature Characteristics - 14,000 uF 10 Vdc Temperature Characteristics - 14,000 iF 10 Vdc 100 100 ESR 10 10 Impedance 1 Ratio to 25C Value Impedance (Q) 0.1 0.1 -55 -40 -20 0 . 60 85 105 Temperature (C) 0.01 100 1000 10k 100k iM 10M Frequency (Hz) Temperature Characteristics - 4100 .F 100 Vdc Impedance vs. Frequency - 4100 .F 100 Vdc 10 3 1.0 s oO = e q ww a 8 Sa. = 2 5 01 Ses 2 z N 2-5: & E N Sse XN aes 0.01 A = 5 0.1 NS CO 55 -40 20 0 25 60 85 105 Temperature (C) 0.001 100 1000 10k 100k 1M 10M Frequency (Hz) Type 401X Operating Life in Kilohours vs Ripple Current 1000 3 Expected Operating Life, kh 1 0 O01 02 03 04 OF 06 OF 08 O09 F It 12 13 14 15 Rated Ripple-Current Multiple 140 Technology Place folei =e CORNELL i iperty, sc 29657 DUBILIER (864) 843-2277, Fax (864) 843-3800 ; ; http://Awww.cornell-dubilier.com Your Source For Capacitor Solutions E-mail: cde@cornell-dubilier.com 2.127Type 401X, 55 C to 105 C, Low-ESR, Wide-Temperature Grade Ratings ESR Max.mQ Ripple Current Nom ESR Max.mc2 _ Ripple Current Nom Cap. Catalog 425 C A+ 85C Size (in) Cap. Catalog +25 C A+ 85C Size (in) pF Number 120Hz 10kHz 120Hz 10 kHz DXL uF Number 120 Hz 10kHz 120H2 10 kHz DXL 6.3 Vdc (9 Vdc Surge) 16 Vdc ( 24 Vde Surge) (cont'd) 38000 401X383U6R3AK8 38.2 241 85 126 13/8X15/8 170000 401X174U016BC8 = 6 44 28 36.7 2X4 1/8 60000 401X603U6R3AA8 256 166 106 15.5 13/8X21/8 190000 401X194U016BD8 5.4 3.9 29.8 33 2X 45/8 82000 401X823U6R3AH8 19.1 125 128 185 13/8X 25/8 220000 401X224U016BE8 5 3.6 314 35.7 2X5 1/8 100000 401X104U6R3AB8 15.5 102 14.7 204 13/8X318 240000 401X244U016BF8 4.7 3.4 32.1 37.8 2X5 5/8 140000 401X144U6R3BA8 13.1 92 163 206 2X2 1/8 150000 401X154U6R3AC8 11.4 78 17 22.7 13/8X4 1/8 20 Wee (30 Vac Surge) 190000 401X194U6R3BH8 9.8 6.9 203 256 2X2 5/8 15000 401X153U020AK8 40 25 82 12.4 13/8X 15/8 240000 401X244U6R3BB8 7.9 5.7 24 30.2 2X3 1/8 23000 401X233U020AA8 26.2 17.2 103 15.2 13/8X21/8 270000 401X274U6R3EC8 = 8.4 6.7 20.9 244 13/4X41/8 31000 401X313U020AH8 196 13 125 181 13/8X25/8 290000 401X294U6R3BU8_ _si6..7. 49 252 32 2X3 5/8 40000 401X403U020AB8 159 106 143 20.1 13/8X31/8 340000 401X344U6R3BC8 5.9 43 28.4 35.1 2X4 1/8 53000 401X533U020BA8_ 13.4 9.5 15.9 18.8 2X2 1/8 390000 401X394U6R3BD8 5.3 3.8 30.2 368 2X 45/8 57000 401X573U020AC8 = 11.6 8 166 223 13/8X41/8 440000 401X444U6R3BE8 4.9 3.6 35.2 38 2X5 1/8 72000 401X723U020BH8 10 71198 235 2X2 5/8 490000 401X494U6R3BF8 4.6 3.3 324 382 2X5 5/8 91000 401X913U020BB8 = 8.1 5.8 234 277 2X3 1/8 7.5 Vde (10 Vde Surge) 100000 401X104U020EC8 85 68 21 24.1 13/4X4 1/8 110000 401X114U020BJ8 6.9 5 2 31.6 2X3 5/8 37000 401X373U7R5AK8 38.2 241 85 126 13/8X15/8 430000 401X134U020BC8 6 44 28 36.7 2X41/8 57000 401X573U7R5AA8 25.6 166 106 15.5 13/8X21/8 150000 401X154U0208D8 5.4 39 298 33 2X45/8 78000 401X783U7R5AH8 19.1 12.5 128 185 13/8X 25/8 170000 401X174U020BE8 5 36 314 357 2X5 1/8 99000 401X993U7R5AB8 15.5 10.2 147 20.4 13/8X31/8 190000 401X194U020BF8 47 34 321 378 2X 55/8 130000 401X134U7R5BA8 13.1 92 163 206 2X2 1/8 140000 401X144U7R5AC8 11.4 7.8 17 227 13/8X41/8 25 Vde (35 Vde Surge) 180000 401X184U7R5BH8 = 9.8 6.9 20.3 25.6 = 2X2 5/8 12000 401X123U025AK8 40 25 81 123 13/8X15/8 230000 401X234U7RSBB8B) 7.9 5.7 24 =30.2 2X3 178 18000 401X183U025AA8 27.1 177 101 15 138X218 250000 401X254U7R5EC8 8.4 6.7 20.9 244 13/4X41/8 25000 401X253U025AH8 20 13.1 124 18 13/8X25/8 280000 _401X284U7R5BJ8_ 6.7 4.9 252 32 2X3 5/8 31000 401X313U025AB8 164 106 14 201 13/8X31/8 320000 401X324U7R5BC8 5.9 843 284 35.1 2X4 1/8 41000 401X413U025BA8_134 9.5 159 188 2X21/8 Capacitors & S & = < a wo a oS ow ! is ao os ra 370000 401XS74U7R5BDB 5.3 3.8 30.2 36.8 = 2X 45/8) | gan00 401X443U025AC8 11.8 81 164 222 13/8X418 #20000 A01XA24U7RSBEB 4.9 3.6 35.2 38 2X5 VB} | s7q09 401X573U025BH8 10 7.1 198 235 2X25/8 470000 _401X474U7RSBFB 4.6 3.30324 382 2X5 5/8 72000 401X723U025BB8 81 58 234 295 2X31/8 10 Vide (15 Vde Surge) 0000 401X803U025EC8 94 69 201 24 13/4X41/8 29000 401X293U10AK8 39.2 25 84 12.4 13/8X 1 5/8 B7000_A01X873U025B8_6.9 s__25 $1.6 oka 58 100000 401X104U025BC8 6 4.4 28 34.3 2X4 1/8 46000 401X463U10AA8 26.2 17.2 105 15.2 13/8X21/8 120000 401X124U025BD8 5.4 39 298 33 9X 45/8 62000 401X623U10AH8 196 13 127 181 13/8X25/8 , . , 7o000 aOx7eDUiOABS 158 106 14s 201 taxa ve) "200 dorxTOHUOZEBE S88 B14 8572518 100000 401X104U10BA8 13.4 95 16.1 203 2X21/8 - - - 140000 401X144U10BH8 10 71 201 253 2X2 5/8 40 Vdc (60 Vde Surge) 180000 401X184U10BB8 = 8.1 5.8 238 6298 = 2X3 18 6300 401X632U040AK8 445 25.8 7.6 12.1 13/8X15/8 200000 401X204U10EC8 85s B07 24.1 13/4X4 1/8 9900 401X992U040AA8 30.1 182 96 148 13/8X21/8 220000 401X224U10BJ8 69 5 2 316 2X358 14000 401X143U040AH8 22.2 135 11.7 17.8 13/8X25/8 260000 401X264U10BC8. 6 = 4.4 282 346 2X4 1/8 90000 -A0IXOSAUI0BbE RA 8 aD asa KA 17000 401X173U040AB8 181 109 133 19.8 13/8X31/8 23000 401X233U040BA8_ 147 97 15.1 186 2X21/8 ss0000 aorxssaUiogEE $36 4978 -2X5V8] Frog antxzaavoaOACE 1384 157218 TUBX AT - - - - 31000 401X313U040BH8 11 7.3 19 23.2 2X2 5/8 16 Vde ( 24 Vde Surge) 39000 401X393U040BB8 8.8 6 224 29.2 2X3 18 19000 401X193U016AK8 40 95 82 124 13/8X15/8 44000 401X443U040EC8 10.1 7 193 23.8 13/4X 41/8 30000 401X303U016AA8 26.2 17.2 10.3 15.2 13/8X21/8 48000 _401X483U040BJ8_ 7.5 5.1 24 313 2X3 5/8 41000 401X413U016AH8 19.6 13 125 18.1 13/8X25/8 56000 401X563U040BC8 66 4.5 26.9 34 2X4 1/8 52000 401X523U016AB8 15.9 106 14.3 20.1 13/8X3 1/8 64000 401X643U040BD8 59 4 286 326 2X45/8 69000 401X693U016BA8 13.4 95 15.9 188 2X21/8 72000 401X723U040BE8 54 37 302 354 2X51/8 73000 401X733U016AC8_ 116 8 166 223 13/8X41/8 81000 401X813U040BF8 5 35 31 373 2X55/8 93000 401X933U016BH8 10 71 =#198 23.5 2X2 5/81 50 Vde (75 Vde Surge) 100000 401X105U016BB8 = 8.1 5.8 23.4 27,7 2X31 430000 401X134U016EC8 85 68 24 941 13/4X4 1/8 4400 401X442U50AK8 466 271 72 103 13/8X15/8 140000 401X144U016BJ8 6.9 5 95 31.6 2X 35/8 6900 401X692U50AA8 30.1 194 92 13 13/8X21/8 140 Technology Place Liberty, SC 29657 feaei=g CORNELL (864) 843-2277, Fax (864) 843-3800 DUBILIER http:/Avww.cornell-dubilier.com . ; 2.128 E-mail: cde@cornell-dubilier com Your Source For Capacitor SolutionsType 401X, 55 C to 105 C, Low-ESR, Wide-Temperature Grade Ratings ESR Max.mQ Ripple Current Nom ESR Max.mQ Ripple Current Nom Cap. Catalog +25 C A+ 85 C Size (in) Cap. Catalog +25 C A+8 C Size (in) uF Number 20H: 1OkHz 120Hz 10kHz = DXL uF Number 120Hz 10kHz 120Hz 10KHz DXL 50 Vde (75 Vde Surge) (cont'd) 100 Vdc (140 Vde Surge) (cont'd) 9500 401X952U50AH8 225 146 11.6 15.4 13/8X25/8 12000 401X123U100BC8 17 8 16 265 2X41 12000 401X123U50AB8 4181 119 133 17.5 13/8X31/8 14000 401X143U100BD8 = 15.2 65 173 289 2X45/8 16000 401X163U50BA8 16.1 112 114 1714 2X213/8 16000 401X163U100BE8 135 59 188 301 2X51/8 17000 401X173U50AC8 13 89 15 19.8 13/8X41/8 19000 401X193U100BF8 11.4 5.7 205 313 2X5 5/8 22000 aurxaausonH8 12 8.4 14.3 21.4 2x25 450 Vde (200 Vde Surge) 27000 401X273U50BB8 97 69 212 252 X34/ 31000 401X313U50EC8 107 028Ss*188) 22.3. 13/4X 41/8 570 401XS71U1S0AK8 427 278 24 3.4 13/8 X 15/8 33000 401X333U50BJ8 82SdS 923 0X 35/8 950 401X951U150AA8 255 167 34 48 13/8X21/8 39000 401X393US0BC8 72:~=~C BOTA T/A 1300 401X132U150AH8 183 120 4.4 6.2 13/8X25/8 45000 ADIX453US0BD8 64 (akStCtBHSCC SSC SB 1700 401X172U150AB8 142 938 5.4 7.5 13/8X31/8 51000 4DIX513U50BEB 59377343 XS TB 2200 401X222U150BA8 127 876 69 84 2X21/8 36000 40iXS63US0BF8 85 3B 2279 332~* XK BSIB 2500 401X252U150AC8 99.2 658 7.2 10 13/8X41/8 3100 401X312U150BH8 91.2 63 88 10.7 2X25/8 63 Vdc (90 Vde Surge) 3900 401X392U150BB8 679 494 109 129 2X31/8 4500 401X452U150EC8 64.6 406 10.1 13.3 13/4X41/8 3200 401X322U63AK8 55.1 27.4 6.6 10.3 13/8X15/8 5000 401XS02UR3AAB 362 196 BAC129: 13/8 X24/8 4800 401X482U150BJ8 558 408 12 152 2X35/8 6800 401X682U63AH8 97 14.7 106 15.3 13/8X25/8 5700 401X572U150BC8 46.5 34.9 13.4 17.5 2X41/8 8600 401X862U63AB8 209 12 124 17.4 13/8X31/8 6500 401X652U150BD8 40.6 306 144 19 2X4 5/8 11000 401X113U63BA8_ 17.3 11.311 7A -2X21/8 7400 401X742U150BE8 36273 153 620.2 862X518 12000 401X123U63AC8. 14.40 9s14.3)(19.7 13/8X 41/8 8300 401X832U1SOBF8 = 32.5 248 16.1 21 2X5 5/8 16000 401X163U63BH8 129 85 138 213 2X25/8 200 Vide (250 Vide Surge) 20000 401X203U63BB8 104 69 205 251 2X31/8 22000 401X223U63EC8 11.3 8S 18.2) = 22.3 13/4X41/8 440 401X441U200AK8 467 = 283,23 3.4 13/8 X 15/8 Es) 24000 401X243U63B8_ 88 59 223 27.9 2X35/8 730 401X731U200AA8 279 1713.3 4B 13/8 X2 18 oa = DBOOD a01X2BSU63BC8 772 ed SB OX 4 1/8 1000 401X102U200AH8 200 122 426.1 13/8X258) FRSS 39000 401X323U63BD8 69 41 252 398 2X45/8 1300 401X132U200AB8 156 95.7 51 7.413/8X31/8 Sas . 1 25, 2 36000 401X363U63BE8 63 38 264 342 2X51/8 1700_401X172U200BA8_138_ _89 66 83 2X218) BRAS 40000 401X403U63BF8@=d5S8CiO7?tSC(tiX'S/B 1900 401X192U200AC8 108 67.1 69 99 13/8X41/8 & 2300 401X232U200BH8 989 64 85 10.7 2X25/8 75 Vd (100 Vdc Surge) 3000 401X302U200BB8 73.6 502 104 128 2X31/8 9400 401XO49U7SAK8 955 423. 5 95 13/8X15/8 3400 401X342U200EC8 70.2 41.4 97 13.2 13/4X41/8 3800 40IX38QU75AA8 612 301 64 118 13/8X218 3700 401X372U200BJ8 605 414 116 15.1 2X35/8 5200 401X522U75AH8 45.3 22.4 8114.4 13/8X 25/8 4400 401X442U200B08 50.4 35.4 129 17.3 2X4 1/8 8700 401X872U75BA8__-31.8 17.4 8.1 137 2X 218 5700 401X572U200BE8 3927.8 147 200 2X5 1/8 9300 401X932U75AC8 261 133 109 186 13/8X41/8 6400 401X642U200BF8 95.1 25.2 15.5 20.8 2X5 5/8 12000 401X123U75BH8 235 13 10.2 17.2 2X25/8 250 Vde (300 Vde Surge) 15000 401X153U75BB8 182 102 16 243 2X31/8 17000 401X173U75ECB 186 10.5 142 202 13/4X41/8 eo MXC IUDSOAAS ee a a 3 tex Da 18000_401X183U75BJ8_ _15.2 _86 17.8 26.2 2X3 5/6 790 401X791U250AH8 238 125 #439 6 13/8X25/8 ton tOkoeaurepne ee ca in a rae 1000 401X102U250AB8 185 975 47 7.3 13/8X31/8 3 19. 1300 401X132U250BA8 162 905 61 83 2X21/8 eo toeraurentR oo Oe o, oxeug 1500 401X152U250AC8 129 683 63 99 13/8X41/8 3100 35.3 22. / 1800 401X182U250BH8 116 65 78 106 2X25/8 100 Vdc (140 Vide Surge) 2300 401X232U250BB8 865 51 96 127 2X31/8 2600 401X262U250EC8 829 421 89 131 13/4X41/8 tooo WimooUTOOAAg neat an . Poy veo 2800 401X282U250BJ8 71.1 42.1 107 15 2X3 5/8 3100 401X312U100AH8 613 247 7 13.8 13/8X25/8 SA00 ADIXS42U250BC8 59.1 36 19 17.2 AKA 8 3 ; 3900 401X392U250BD8 515 315 128 187 2X45/8 4000 401X402U100AB8 46.6 (193 83 15.5 19/8X3 1/8 4400 401X442U250BE8 45.7 282 136 199 2X51/8 4100_401X412U100BA8__50.8 7.5 68 20.9 _2X2 1/8 4900 401X492U250BF8 411 256 143 20.7 2X55 5800 401X582U100AC8 318 14 98 181 13/8X41/8 6200 401X622U100BH8 341 51 9 275 2X25/8 8200 401X822U100BB8 25 39 136 378 2X31/8 - 10000 401X103U100BJ8 208 102 146 235 2X35/8 41000 401X113U100EC8 22.1 109 135 19.9 13/4X41/8 140 Technology Place foie =e CORNELL i iperty, sc 29657 DUBILIER (864) 843-2277, Fax (864) 843-3800 ; ; http://Awww.cornell-dubilier.com Your Source For Capacitor Solutions E-mail: cde@corneil-dubilier.com 2.129