ERH2GM220W20OTS

| 11'1 I r!'t ELECTROLYTIC CAPACITORS RHseri • High frequency, low impedance • Endurance: +10S.C 2 ,000-3 ,000 hours • RoHS Compliant SPECIFICATIONS • Charactørlatlcs Temperature Ra nge -400 Vdc) -25-+1 05.C(450 Vdc) 160-450 Vdc (at 1.:50.02CVor whichever is greater. 1: Max.leakage current (IIA),C:Nominal capacitance Current Rated Voltage(Vdc) 160: 200 : 250 350 : 400 Rated voltage (V) (aI20. C after2 minules) 450 : Dissipation Factor (max.) : 0.12 : 0.12 : 0.12 : 0.15 : 0.15 : 0.20 : RatedVoltage(Vdc) Characteristics Ratio) 160: 200 : 250 Z( -25.C)fZ( +20'C) 3 Z( -4 0'C)fZ( +20'C) 4 (at 20.C,120Hz) 350 : 400 : 450 : 5 6 7 - ---- ---- ---- ---- ---- ---- ---- ---- ------l----------; (at 120Hz) The following specifications shall be satisfied when the capacitors are current is appl ied for a period of time at 105.C. Changø Endurance ofthe inilial value plus the Case Oia. Load : D.F. Leakage Currenl ,s The initial specified value 10 3 ,000 The following specification8 8hall Þe satisfied when the capacitors are restored to 20.C aftar exp08ing Ihem for 1,000 hours at Shalf Life • Capacitance Change .:5:1:20% D.F. (tanð) "200% ofthe Inltlal speclfled value of the initial value Leakage Current "200% ofthe initialspecified value DIMENSIONS[mm] . AE RJ· 4min. • ( PART NUMBERING SYSTEM E RH 2G TTL Slzecode • RATED RIPPLE CURRENT MULTIP Ll ERS Frequency correctlon factor for rl pple current shortened with intemal heating c urrenl at Ihe rate of hlllving I he lifet ime wit h every 5.C rise. When long life performance is required in actual use, t he rms ripple current reduced. 129/130 |Ai5Hi ELECTROLYTIC CAPACITORS RH series • STANDARD RATINGS wv Cap 2 Size CÞDxL(mm) tanð … 6.3'11 0.12 … 6.3'11 0.12 s 4 r --·· ''--ao r 0.12 Rated rlpple current Cap (IIF) {mArma/1 OS'C, 1 OOkH z) Size CÞDxL(mm) v+2-enu… 2.2 121 3.3 nw-AM • 4.7 + nv- … 100 12.5"25 0.12 220 1 6"30 0.12 5'11 0.12 4.7 10 22 33 200(20) 47 0.12 0.15 91 10.12 0.15 156 0.15 332 !;:2|:1:|;2 22 . 1.........: . at4ln4 1 0" 12 0.12 1 0" 16 0.12 10"20 0.12 238 10"20 0.12 319 12.5"20 0.12 385 12.5"20 0.12 405 100 16"25 0.12 120 16"25 0.12 150 16"25 0.12 12.5"35 0.12 16"30 0.12 6.3'11 0.12 32 68 f.. 12.5'40 0.15 ……… -.1.- …… -.1.- 100 f.. 0.15 ……… -.1.- …… -.1.- 150 0.15 12.5*50 0.15 22 *31 120 1. 0.12 59 6.3'11 0.12 77 3.3 6" 12 0.12 4.7 6" 12 0.12 10"20 0.12 244 47 12 .5"2 5 0.12 423 0.12 472 .. 1.. 0.20 27 0.20 350(2V) 4.7 ::i 47 6" 12 10.45 4 50( 2W} 0.15 698 1 686 781 1 0.20 1 1 0.20 1 82 f.. 6" 12 0.15 0.15 118 120 1 0" 16 0.15 153 150 12.5*45 1 0.20 1 769 830 886 ……… -.1.- ……·… -.1.- ……………………………+ 0.20 100 18'40 22*46 0.15 1 1 0.20 68 1 0" 12 16"30 0.20 1 0.20 12.5*40 1 0.20 1 1...........................+..............+ 18'30 1 0.20 0.15 0.15 338 ""-ma 56 0.12 0.12 2.2 .. 1....... 22 47 m 935 59 124 22 … 956 96 6.3'11 mm-m 864 0.15 948 2.2 56 59 8'12 10 0.12 47 (mArma/10S'C,100kHz) ……i…J …… 8.12………l…0.15 … 160(2C) rlpple current tanð 853 0.20 924 0.20 1128 0.20 1354 0.20 1537