Type 400X, 95 C, Long-Life, Computer Grade, Radial Leaded Twice the Life! Designed for computers and other life power supply filter applications, Type 400 delivers nearly the capacitance of the Type 4CMX, but with 2 to 3 times the life. Highlights + Long life High capacitance 3-Leads Printed-circuit mounting Specifications Operating Temperature: 40 C to +95 C Rated Voltage: 6.3 to 450 Vdc Capacitance: 56 to 53,000 pF 10% + 75% Cold Impedance: 20 C multiple of 25C Z< 20 for 6.3 to 10 V, 8 for 16 to 50 V, 4 for 63 to 100 V, 3 for 150 V & up. Leakage Current: <3 /CV yA (4mA max) 5 min. Ripple Current Multipliers: Ambient Temperature 45 C 55 C 65 C 75 C 85 C 95 C 2.00 1.82 1.59 1.33 1.00 0.48 401X r p 2.125 Frequency 50 Hz GOHz 120Hz 360 Hz 1kHz SkHz 10 kHz+ 6.3to160V 080 085 1.00 105 108 1.08 1.08 32 128 200to350V 0.80 083 100 1.15 120 120 1.20 400to500V 0.78 080 1.00 130 140 140 1.40 siopoede) =z a> re =3. a oc Qa a3 a. Load Life: 1,500 h @ +85 C and full load A Capacitance +20% ESR 200% of limit DCL 100% of limit Shelf Life: 500 h at +95 C, capacitance, ESR and DCL, initial requirements Vibration: 10 to 55 Hz, 0.06 and 10 g max, 2 h in each plane. [ 140 Technology Place foley =e CORNELL i ienty, sc 29657 DUBILIER (864) 843-2277, Fax (864) 843-3800 ; ; http://www.cornell-duoilier.com Your Source For Capacitor Solutions E-mail: cde@cornell-dubilier. com 2.119Type 400X, 95 C, Long-Life, Computer Grade, Radial Leaded Outline Drawings STRAIGHT LEADS (8) | max 250 +.032 zz Ze LAY DOWN, 3 LEADS (L) wie E Cc zs bly l. 28 ' - - en pi a a D ~t+ ALL PINS ne d = .060/,065 DIA 3 PLACES i 060/065 DIA. { Fo fe 1.00 MIN LENGTH Laydown Style Case Dimensions Case Inches Millimeters Code | D+.031 LMAX C+.015 $+.031 E+.031 F+.015 | D=.78 L MAX C+.78 S#.78 E+.78 F2.38 AK 1.375 1.75 0.50 0.175 0.25 0.55 34.93 4445 12.70 4.45 6.35 13.97 AA 1.375 2.25 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 0.60 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 0.375 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 44.45 82.55 17.78 9.53 8.89 22.86 EJ 1.75 3.75 0.70 860.375 0.35 0.90 4445 95.25 17.78 9.53 8.89 22.86 EC 1.75 4.25 0.70 0.375 0.35 0.90 4445 107.95 17.78 9.53 8.89 22.86 ED 1.75 4.75 0.70 0.375 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 44.45 146.05 17.78 9.53 8.89 22.86 wD eo 3 os aD anal Ss a [53 oc Capacitors = > = = < BA 2.00 2.25 0.80 0.425 0.40 1.00 50.80 57.15 20.32 1080 1016 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 20.32 1080 10.16 25.40 BJ 2.00 3.75 0.80 0.425 0.40 1.00 50.80 95.25 2032 1080 10.16 25.40 BC 2.00 4.25 0.80 0.425 0.40 1.00 50.80 107.95 20.32 1080 10.16 25.40 BD 2.00 4.75 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 1080 10.16 25.40 Part Numbering System 400X ; U 6R3 AK Type Capacitance Tolerance Voltage Case Code Insulation Terminal 100 = 10 pF M = +20% 6R3 = 6.3 Vdc 0 = None (blank) = Straight Leads 101 = 100 uF P=10% +30% 063 = 63 Vdc 8 = PVC L = Lay Down (3 Leads) 102 = 1000 pF U=-10%+75% 100 = 100 Vdc with Standoffs = 10% + 50% 9 = Polyester with Standofts 140 Technology Place Liberty, SC 29657 CDE CORNELL (864) 843-2277, Fax (864) ) 843-3800 DUBILIER http -/Awww.cornell-dubilier.com . 2.120 E-mail ede@cornell-dubilier.com Your Source For Capacitor SolutionsType 400X, 95 C, Long-Life, Computer Grade, Radial Leaded Typical Performance Curves Temperature Characteristics - 98,000 .F 10 Vde Temperature Characteristics - 29,000 .F 50 Vde 100 100 2 = 2 10 3 10 s Oo oO . 8 ; imped 2 Impedance 2 Impedance 2 1 2 ! > Pra = ot3 a0 20~~O 25 60 85 105 a a 25 40 85 105 Temperature (C) Temperature (C) 10 Impedance vs. Frequency Temperature Characteristics - 4200 .F 100 Vdc 400 1.0 3 a co > 8 o . & 0.1 a Impedance z 2! = 8000uF 150Vde S a 0.01 140,000uF 10Vde 0.1 5 40 9-20 105 0 25 60 Temperature (C) 0.001 100 1000 10k 100k 1M 10 Frequency (Hz) Type 400X Operating Life in Kilohours vs Ripple Current 3 Expected Operating Life, kh 1 6 O1 02 03 04 OS 06 O07 08.09 1 1 12 13 16 45 Rated Ripple-Current Multiple 140 Technology Place fete) CORNELL iibeny, 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 2.121 sloyoede) = a> ss 3. 5S > = Qa. a5 aType 400X, 95 C, Long-Life, Computer Grade, Radial Leaded Ratings ESR Max.mQ Ripple Current Nom ESR Max.mQ Rippie Current Nom Cap. Catalog +25 C A+ 85C Size (in) Cap. Catalog +25 C A+ 85C Size (in) uF Number 120Hz 10kHz 120Hz 10 kHz DXL pF Number 120Hz 10kHz 120Hz 10kHz DXL 6.3 Vde (9 Vde Surge) 16 Vde (20 Vde Surge) (cont'd) 41000 400X413U6R3AK8 37 26 46 5.9 13/8x 15/8 91000 400X913U016AC8 13 86 99 128 13/8x41/8 65000 400X653U6R3AA8 24 17 6.0 7.6 13/8x21/8 120000 400X124U016AE8 11 75 117 15.9 13/8x518 89000 400X893U6R3AH8 18 13 77 9.7 13/8x 2 5/8 120000 400X124U016BH8 15 90 95 13.9 2x2 5/8 110000 400X114U6R3AB8 15 = 11 8.6 10.7 13/8x31/8 150000 400X154U016BB8 13 7.0 11.0 15.7 2x3 1/8 120000 400X124U6R3EA8 18 13 8.3 98 13/4x21/8 170000 400X174U016EC8 10 68 127 163 13/4x4 1/8 150000 400X154U6R3BA8 17 12 88 111 2x21/8 180000 400X184U016BJ8 = 116.2 12.6 16.8 2x 35/8 160000 400X164U6R3AC8 11 8.6 107 128 13/8x41/8 210000 400x214U016B0B = 105.7 13.9 184 0 2x4 1/8 560000 4O0X264U6R3RB8 11O70 119 4157~~=St2 x3 1/8 270000 400X274U016BE8 74 51 176 21.2 2x5 1/8 | 290000 400X294U6R3EC8 89-68 135 163. 19/4x41/9| [310000 400x314U016BF8 7.15.0 184 21.9 2x5 5/8 320000 400X324U6R3BU8 10 6.2 13.2 16.8 2x3 5/8 20 Vdc (25 Vde Surge) 370000 400X374U6R3BC8 88 57 148 18.4 2x4 1/8 20000 400X203U020AK3 45 54 45 13.7 13/8x15/8 430000 400X434U6R3BD8 77 5.3 165 19.9 2x4 5/8 31000 400X313U020AA8 29'siK#tsti*dSSstCGDsA: BX 2-1/8 480000 400X484U6R3BE8 68 51 183 21.2 2x5 1/8 42000 400X423U020AH8 22 35 71 18.8 13/8x25/8 530000 400X534U6R3BF8 66 4.9 19.1 22.1 2x5 3/8 53000 400X533U020AB8 18 32 80 198 13/8x3V8 7.5 Vde (10 Vde Surge) 56000 400X563U020EA8 21 57 7.7 14.7 13/4x218 40000 400X403U7R5AK8 44 26 45 6.3 13/8 x 15/8 71000 400X713U020BA8 20 6.7 81 14.8 2x2 1/8 62000 400X623U7R5AA8 29 17 6.0 79 13/8x2 1/8 75000 400X753U020AC8 78 3.1 12.7 213 13/8x41/ 85000 400X853U7R5AH8 22 = 13 7.2 9.7 13/8x25/8 97000 400X973U020BH8 16 5.1 94 18.4 2x2 5/8 110000 400X114U7R5AB8 17 11 81 10.7 13/8x3 1/8 120000 400X124U020BB8 13 42 11.0 203 2x3 1/8 110000 400X114U7R5EA8 2113 7 9.8 13/4x21/8 140000 400X144U020EC8 10 3.8 12.7 21.8 13/4x 41/8 140000 400X144U7R5BA8 20 = 12 8100 (111 2x2 1/8 150000 400X154U020BJ8 1 3.8 126 214 2x3 5/8 150000 400X154U7R5AC8 = 13 86 9.9 12.8 13/8x4 1/8 170000 400X174U020BC8 10 3.7 13.9 228 2x41/8 200000 400X204U7R5BH8 15 90 95 13.9 9x 25/8 200000 400X204U020BD8 63 36 183 242 2x 45/8 250000 400X254U7R5BB8 13 70 110 157 2x31/8 230000 400X234U020BE8 5.7 3.6 20.0 25.2 2x5 1/8 280000 400X284U7R5EC8 106.8 12.7 16.3 13/4x41/8 250000 400X254U020BF8 5.5 3.6 20.9 258 2x5 5/8 Capacitors E > . 2 < a a a wo o pa i] co oS ec 300000 400X304U7R5BJ8 = 11 62 126 168 2x3 1/8 25 Vde (35 Vde Surge) 950000 400X354U7R5BC8 10 57 139 184 2x4 1/8 SUD OOXISJUEM AG DBS BRT EE 410000 400X414U7R5BD8 83 53 159 199 2x45/8 460000 400X464U7R5BE8 7.3 51 177 212 2x5 1/8 23000 400X233U025ANB 30 WF B79 19/8 X2 VB 351 17. 32000 400X323U025AH8 23 13 469 97 13/8x25/8 510000 2 UTR a < 18.5 221 2x5 5/8 40000 400X403U025AB8 18 #11 7.9 107 13/8x31/8 | (15 Vde Surge) 42000 400X423U025EA8 22: s13''i7H5 9B 13/42 1/8 36000 400X363U010AK8 44 26 45 63 13/8x 1 5/8 54000 400X543U025BA8 21.13 79.106 2x2 1/8 56000 400X563U010AAB 29 17 6.0 7.9 13/8 x2 V6 57000 400X573U025ACB 14 86 95 128 13/8x41/8 yom sorrows 2 1 7297 198x280 | mo awrueme Je $093 ng 21 . x 93000 400X933U025BB8 13 71=11.0 15.6 2x3 1/8 100000 400X104U010EA8__21 13 7.7 294.8 1: S/A x2 1/8 100000 400X104U025EC8 10 68 127 163 13/4x41/8 130000 400X134U010BA8. 20, 1208.1 111 2x2 18 110000 400X114U025BJ8 11 62 126 168 2x35/8 140000 400X144U010AC8 13 86 99 128 13/8x41/8 130000 400X134U025BC8 10 57 139 18.4 2x41/8 180000 400X184U010BH8 =915 49.0 96 139 2x25/8 150000 400X154U025BD8 8.7 54 155 197 2x45/8 230000 400X234U010BB8 =13 (7.0 110 15.7 2x31 170000 400X174U025BE8 7.6 25.1 173 212 2x51/8 250000 400X254U010EC8_ 10, 6.8 12.7 16.3 13/4x41/8 190000 400X194U025BF8 7.3 50 181 219 2x55/8 270000 400X274U010BJ8 11 62 126 168 2x3 5/8 320000 400X324U010BC8. 10:=dS 7 139 184 0 = 2x 41/8 30 Vide (40 Vdc Surge) 370000 400X374U010BD8 983 53 159 199 2x45/8 12000 400X123U030AKB 46 270 4.2SsG1s1:9/B x 15/8 420000 400X424U010BE8 73 51 177 21.2 2x51/8 18000 400X183U030AA8 30 18 56 7.6 13/8x21/8 460000 400X464U010BF8 7.0 49 185 221 2x55/8 25000 400X253U030AH8 23-13-67 7 13/8 x25/8 16 Vdc (20 Vie Surge) 32000 400X323U030AB8 418 114=7.9:10.7 13/8x31/8 33000 400X333U030EA8 2513 7.0 9.8 13/4 x2 1/8 24000 400X243U016AK8 44-2645 OBB 13/8 15/8 42000 400X423U030BA824-13~COT 4 106P x2 1/8 37000 400X373U016AA8 = 29 17 6.0 7.9 13/8 x2 1/8 45000 400X453U030AC8 14's 12.7: 13/8x41/8 64000 400X643U016AB8 17s 11'sisBDSsd10.7 13/8 x3 1/8 73000 400X733U030BB8 144714106~=O15G 2x 3-4/8 68000 400X683U016EA8 21 137.7 9B 18/4 x2 1/8 81000 400X813U030EC8 12 68 116 16.3 13/4x4 1/8 86000 400X863U016BA8 = 20 12081 Th x2 1/8 88000 400X883U030BJ8 11 63 126 166 2x35/8 140 Technology Piace Liberty, SC. 29657 eles CORNELL (864) 843-2277, Fax (864) 843-3800 DUBILIER http://www.cornell-dubilier.com ; ; 2.122 E-mail: cde@cornell-dubiliercom Your Source For Capacitor SolutionsType 400X, 95 C, Long-Life, Computer Grade, Radial Leaded Ratings ESR Max.mQ Ripple Current Nom ESR Max.mQ Ripple Current Nom Cap. Catalog +25 C A+ 85C Size (in) Cap. Catalog +25 C A+ 85 Size (in) uF Number 120Hz = 10kHz 120Hz 10 kHz DXL pF Number 120H2 10kHz 120Hz 10 kHz DXL 30 Vdc (40 Vdc Surge) (cont'd) 75 Vde (100 Vde Surge) 100000 400X104U030BC8 10 25.7 139 184 2x41/8 3000 400X302U075AK8 62 +438 938 5.2 13/8x15/8 120000 400X124U030BD8 =s88.7-s5.4 15.5 197 2x45/8 4700 400X472U075AA8 40 25 51 65 13/8x21/8 130000 400X134U030BE8 7.6 25.1 17.3 212 2x51/8 6400 400X642U075AH8 930 19 61 81 13/8x25/8 150000 400X154U030BF8 ss 7.3 45 ) 18.1 21.9) 2x 55/8 8100 400X812U075AB8 24 150 69) 91:3/8x 3.1/8 40 Vac (65 Vae Surge) 8500 400X852U075EAB 29 19 6581 1:3/4 x2 18 g 11000 400X113U075AC8. 19 +12 82 108 13/8x41/8 8300 400X832U040AK8 48 27 42 61 13/8x15/8 11000 400X113U075BA8 36 19 068)0= 88x 21/8 13000 400X133U040AA8 31 18=S 5.67.6 13/8 x21/8 15000 400X153U075BH8 25142 2X 25S 18000 400X183U040AH8 23-14 iiss *1:3/8 KX 25/8 19000 400X193U075BB8 21 #10 93 132 2x318 22000 400X223U040AB8 19 11 7.6 107 13/8x31/8 21000 400X213U075EC8 13 94 11.2 13.8 13/4x41/8 24000 400X243U040EA8 25 == 137.0 9.8 :13/4x 21/8 23000 400X233U075BJ8 416 +469)==6104 6139 = 2x 358 30000 400X303U040BA8 25 13 7.2 106 2x21/8 27000 400X273U075BC8 14.8.1 11.7 )15.4 0 2x 418 32000 400X323U040AC8 = 15) 88.7) 9.2) 12.7 13/8x41/8 31000 400X313U075BD8 986120 7.4 13.2 616.8 2x 45/8 41000 400X413U040BH8 18 92 88 137 2x2 5/8 34000 400X343U075BE8 = 10 715.1 18.4 2x5 1/8 52000 400X523U040BB8 15 7.1 10.2 15.6 2x31/8 38000 400X383U075BF8 10 66 15.5 19.1 2x5 5/8 58000 400X583U040EC8 12 6.9 116 16.2 13/4x41/8 100 Vide (125 Vde Surge) 63000 400X633U040BJ8 12 6.3 12 166 2x35/8 74000 400X743U040BC8 10 58 139 182 2x44/8 2700 400X232U100AK8 65 39s 3.7) 5s 1:3/8X 15/8 85000 400X853U040BD8 9:*<jjA O53 ~4197 =~ x45 /8 3700 400X372U100AA8 42o25'ia CS 13/8 X 21/8 96000 4O0X963U040BE8 7952 17210: x 54/8 5000 400X502U100AH8 31 #19 460 81 13/8x25/8 110000 400X114U040BF8 (i726 S~S(178~219Ss x 55/8 6400 400X642U100AB8. 25 16C'iiBtCCd1:3/8'X 3-1/8 6700 400X672U100EA8 302064 7.8 13/4x21/8 50 Vdc (70 Vde Surge) 8500 400X852U100BA8 29 19 67 88 2x21/8 x 6500 400X652U050AK8 49 27. 2442 ~4641 15/8x15/8 9000 400X902U100ACB. 18 12S 8410.8 13/8x41/8 oR > 10000 400X103U050AA8 3218:S 55 7.6 138x218 12000 400X123UT00BH8 22 14 BT 2x 25/8) FBS 14000 400X143U050AH8 24 14 6.69.4: 13/8 X 25/8 15000 400X153U100BB8_ 18 1192 126 exSt8) FSR S 18000 400X183U050AB8 19 1127.5 10.7 13/8x31/8 16000 400X163U100EC8 __14 10 _10.8 13.4 1 3/4x4 1/8 aes 18000 400Xi83U080EA8 25 13'(<z*S*S 13/4 x2 4/8 18000 400X183U100BJ8 15) 9.1 108 6138 == 2x 3.5/8 a 94000 400X243U080BAB 26 413~T 1S106~SK DB 21000 400X213U100BC8. 13-'s82 12.2 615.300 2x4 1/8 24000 400X243U100BD8 12 7.5 132 16.7 2x45/8 25000 400X253U050AC8 15 87 92 127 13/8x41/8 | 27000 400X273U100BE8 11 =7.0 144 181 2x51/8 32000 400X323U050BH8 19 92 85 137 2x25/8 30000 400X303U100BF8. 10:~*U 18S (BSCS 41000 400X413U080BB8. 16 S71 (9.9 (156 02 2x3 1/8 : : 45000 400X453U050EC8_ 126.9 14.6 16.2 13/4x 4 1/8 150 Vde (180 Vdc Surge) 49000 400X493U050BJ8 12 63 120 166 2x35/8 780 400X7B1U150AKB 113. 67. 25 39 13/8x15/8 58000 400X583U050BC8 11 58 132 182 2x41/8 1200 400X122U150AA8._ 73 43=t(i A '1:3/B DAB 66000 400X663U050BD8 9.3 54 15.0 197 2x45/8 1700 400X172U150AH8 554 32=t<SC(ia VBI 75000 400X753U050BE8 82 5.2 16.7 210 2x51/8 2100 400X212U150AB8 43 26~=S47)~=OwBO1:9/8x 3-4/8 84000 400X843U050BF8 7.85176 tg 2x5 58 2200 400X222U150EAB_ 55 304.7 BA 13/4x21/8 63 Vie (90 Vdc Surge) 2800 400X282U150BA8 48 28 50 72 2x21/8 4000 400X402U083AK8. 50. -28~SO~S~=<aS*S BLD 3000 400X302U150AC8. 3119's 48.6 1:3/8K 418 3900 400X392U150BH8 36 421 0= 621s 2 258 6300 400X632U063AA8 32 18 54 7.6 13/8x21/8 4900 400X492U150BB8 -29:17'ia7.Hss101Ss 2x 31/8 8600 400X862U063AH8 24 14 65 94 13/8x25/8 5500 400X552U150EC8 24 14 += B2 114.3 13/4x 41/8 11000 400X113U063AB8 20: 11s 7.4) 10.7 13/8x3 1/8 5900 400X592U150BJ8 24 15 85 108 2x35/8 12000 400X123U063EA8 26 = 16 6.98.8 13/4x 28 7000 400X702U150BC8 20 1302=CCdO9 Cds 4 1/8 15000 400X153U063BA8 31 16 7.0 96 2x21/8 8000 400X802U150BD8 18 12 108 132 2x45/8 16000 400X163U063AC8 16 89 89 126 13/8x41/8 9000 400X902U150BE8 16 1111.9 14402 2x5 1/8 20000 400X203U063BH8 23 12202~COB3) 12.022 x25/8 10000 400X103U150BF8 1510:=C127 4S) 85/8 25000 400X253U063BB8 18 #29 = 894 139 8 2x31/8 28000 400X283U063EC8 12 8 116 15.0 13/4x41/8 200 Vde (250 Vde Surge) 31000 400X313U063BJ8 15 7.8 108 149 2x35/8 600 400X601U200AKB 124. 75. 22 437 13/8x1528 36000 400X363U063BC8 13 7.1 122 165 2x41/8 950 400X951U200AA8. 80: 48~=i< SC 12/8241 47000 400X473U063BE8 9.4 6.2 156 192 2x51/8 1600 400X162U200AB8 47 29=*idkBSC(<w CHB /B 52000 400xS23U063BF8 8.95.9 164 20.2 2x5 5/8 1700 400X172U200EA8 56 334.7 6.1 13/4218 140 Technology Place fetal CORNELL i iterty, sc 29657 DUBILIER (864) 843-2277, Fax (864) 843-3800 ; ; http://www.cornell-dubilier.com Your Source For Capacitor Solutions E-mail: cde@cornet!-dubilier. com 2.123Type 400X, 95 C, Long-Life, Computer Grade, Radial Leaded Ratings ESR Max.mQ Ripple Current Nom ESR Max.mQ Ripple Current Nom Cap. Catalog +25 C A+85C Size (in) Cap. Catalog +25 C A+ 85C Size (in) pF Number 120Hz 10kHz2 120Hz = 10kHz DXL uF Number 120 Hz 10kHz 120 Hz 10 kHz OXL 200 Vdc (250 Vde Surge) (cont'd) 300 Vdc (360 Vde Surge) (cont'd) 2200 400X222U200BA8 52 30 48 70 2x21 1800 400X182U350BJ8 74 51 59 73 2x35/8 2300 400X232U200ACB. 34s 21siwStiCiDSd'CVB 4 1B 2100 400X212U350BC8 63 44 67 B82 2x41/8 3000 400X302U200BH8 39 23 60 87 2x25/8 2500 400X252U350BD8 55 39 #75 91 2x45/8 3800 400X382U200BB8 33118 Ss iB OB 2x3 1/8 2800 400X282U350BE8 49 34 82 10 2x5 1/8 4200 400X422U200EC8 25 15 BA 14.0 :13/4x41/8 3100 400X312U350BF8 = 44. 31 8B 10.7) 2x5 5/8 4600 400X462U200BJ8 26 160 82 104 2x35/8 400 Ve (450 Vee Surge) 5400 400X542U200BC8 22:14.iss=L(ats KB 6200 400X622U200BD8 19 13 #105 #127 ~2x45/8 230 400X231U400AK8 560 340 13 18 13/8x15/8 7000 400X702U200RE8 18 O12:~*=W1138'si138BStC AB 350 400X351U400AA8 330 210 18-25 13/8x21/8 610 400X611U400AB8 190 110 28 37 13/8x31/8 250Vde (300 Vic Surge) 640 400X641U400EA8 200 130 28 3.6 13/4x21/8 490 400X491U250AK8 166 94 19 33 13/8x15/8 820 400X821U400BA8 170 110 33 43 2x218 770 400X771U250AA8 110 61 26 41 13/8x21/8 870 400X871U400AC8 130 8008.7 4.9 13/8 x4 1/8 1100 400X112U250AH8 78 45 33 52 13/8x25/8 1100 400X112U400BH8 120, 790 4200 540 2x25/8 1300 400X132U250AB8 62 36 4 59 13/8x3 1/8 1400 400X142U400BB8 93.625 64 2x31 1400 400X142U250EA8 = 73 40 4.1 5B 1:3/4x21/8 1600 400x162U400EC8_ 78 St 5.5 7 18/4 x4 1/8 1800 400X182U250BA8 65 35 43 65 2x2 1/8 1700 400X172U400BJ8 77 51 5.8 74 2x3 5/8 1900 400X192U250AC8 45 2653 7A 13/84 1/8 2000 400X202U400BC8 65 +444 465 83 2x41 2400 400X242U250BH8 49 -27 5.3 8.0 2x 25/8 2300 400X232U400BD8 57 38 73 9.2 2x4 5/8 3100 400X312U250BB8 39 21 56 91 2x31 2600 400X262U400BE8 = 51 34 B10 2x5 1/8 3400 400X342U250ECB 3118 = 7.2) 10.0 13/4x41/8 2900 400X292U400BF8 = 46 S31 86 107 = 2X5 58 3 3700 400X372U250BJ8 3318 7.3 9.8 2x3 5/8 450 Vde (500 Vie Surge) ESL 4400 400X442U250BC8 27 16 84 110 2x41/8 22 5000 400X502U250BD8 24 14 94 122 2x 45/8 150 400X151U450AK8 620 360 1.2 1.7 13/8x 1 5/8 ES 3 5700 400X572U250BE8 22.43~*'102~~NS Sx HB 260 400X261U450AA8 370 220 16 24 13/8x21/8 & 480 400X481U450AB8 210 120 24 34 13/8x31/8 300 Vde (360 Vdc Surge) 480 400X481U450EAS 220 130 25 34 13/4x21/8 290 400X291U300AK8 490 340 14 18 13/8x15/8 610 400X611U450BA8 180 110 29 38 2x21 450 400X461U300AA8 300 200 20 25 13/8x2 V4 690 400X691U450AC8 150 85 2.9 4.1. 13/8x4 1/8 620 400X621U300AH8 210 150 25 3.1 13/8x25/8 860 400X861U450BH8 130 83 35 47 2x25/8 790 400X791U300AB8 170 110 31 38 138x318 1100 400X112U450BB8 =100 65 41 54 2x31 830 400X831U300EA8 180 130 30 3.7 13/4x21/8 1300 _400X132U450BJ8_ 84 5446 2x3 5/8 1100 400X112U300ACB 120 80 41 5.0 13/8x41/8 1300 400X132U450EC8 = 86 53 4B 5B 18/4 4 1/8 1400 400X142U300BH8 110 78 46 55 2x25/8 1600 400X162U450BC8 = 72 460 5.20 65 2x4 1/8 1400 400X142U300EB8 100 77 46 56 13/4x31/8 1800 400X182U450BD8 62 40 58 7.2 2x45/8 1800 400X182U300BB8 838-siBL(C( (<tatiH HOCK OR X88 2100 400X212U450BE8 56 6B 2x5 1/8 2000 400X202U300EC8 70 50 60 7.2 13/4x41/8 2300 400X232U450BF8 50 32D B25 5/8 2200 400X222U300BJ8 69 50 63 75 2x35/8 2600 400X262U300BC8 59 443 97.1 85 8602x4128 3000 400X302U300BD8 51 380 79 94 2x45/8 3400 400X342U300BE8 48 34 BT) 10.2) 2x5 18 3700 400X372U300BF8 41 31 si93 109) 2X5 5B 350 Vde (400 Vde Surge) 240 400X241U350AK8 540 350 13 18 13/8x15/8 400 400X401U350AA8 320 210 19 25 13/8x21/8 540 400X541U350AH8 230 150 24 3.1 13/8x25/8 680 400X681U350EA8 190 130 29 3.6 13/4x21/8 690 400X691U350AB8_ 180 120 29 3.7 13/8x31/8 870 400X871U350BA8 160 110 34 43 2x21 980 400X981U350AC8 130 82 39 50 13/x41/8 1200 400X122U350BH8 110 79 43 54 2x25/8 1500 400X152U350BB8 90 62 51 64 2x31/8 1700 400X172U350EC8. = 75 515 GC. 1:34 x 4-1/8 140 Technology Place Liberty, SC 29657 ele} CORNELL (864) 843-2277, Fax (864) 843-3800 DUBILIER http://Awww.cornell-dubilier.com ; ; 2.124 E-mail: ede@cornell-dubiliercom Your Source For Capacitor Solutions