11 1 II~ I r t . I~):I : .UM ELECTROLYTIC CAPACITORS AiSH~ RDseri Endurance: +1 05.C 2 ,000-5,000 hours High frquncy and low impdanc moistur contnt: undr40% RoHS Compliant SPECIFICATIONS lma Charactrlatlca cagory Temperatura Range 40+105.C(6.3-100 Vdc) RatedVolgeRange 6.3-100Vdc CapacilanTolaran 20%(M) (at 20. C, 120Hz) 1.:50.01 CVor 3A whicheer is greater. Leag8 Currant Whe 1:Max.leakage current (IIA),C:Nominal capacitance (~F)V: Rated voltage (V) (at 20.C after 2 minutes) RatadVoltag(Vdc) 6.3 10 16 25 35 50 100 Oissipslion Faclor (n i) r::~.~.~.~.~:: When nomlnalpacltance exceeds 1 000 add 0.02 to the value above for each 1 ,0001lF Increase. (at20. C,120Hz) low Temperatura RatedVoltage(Vdc) 6.3 10 16 25 35 50 63: 100 : Cheracleriss (Max.lmpance Ratio) Z(-40.C 2 Z(-40.C)/Z( +20.C) 8 6 4 3 3 t 120Hz) ThafIlowing spcifications shall b satisfiad whan th capa:itara rastord to 20. C aftar DC voltaga plus thtd rippl curnt is appliad for a spacifid pariod of tima at 105 .C. --b-ihh 25%+V Endurance O8.3 2oD D.F. (tan i) .:5200% ofth initial spciadvalua O=8 300 LeakageCurnl Thelnlllal speclfled value O :10 5,000 The following specifications shall b satisfied whn thpacitors ara rastod20.C after expongm for 1 ,000 hours at 105 C without voltage appl id. ... Capacilance Chang 25% of th initial value Shelf Life D.F. (tan) .:5200% ofthe initialspecified value Leakage Curnl .:5200% oflhe inilial specified value DIMENSIONS mm ah- :I:().5 4min. (5-1B) PART NUMBERING SYSTEM Tt E RO 1H o E Sde: forPET 1rmlnal code Sizede capacln>de capaclnarance coda Volede Ser1esde cagoryd RATED RIPPLE CURRENT MULTIPLlERS Frequancy corraclion factorr ri pple currant 120 1k 10k 100k JYY Cap.<220 0.40 .75 0.90 1.00 220.:sCap.<6 0.50 .85 0.94 1.00 680.:sCap.<2200 0.60 .87 0.95 1.00 0.75 0.90 0.95 1.00 2200 .:sCap47 Cap. :4700 0.85 0.95 0.96 1.00 Thendunfpacito is shortened with intmal heating produdbyrippl currenl at Ihe rate of halving the lifetime with every 5.C rise. When long life performance is requined in aclual use, the rms ripple current hasbe reduced. 153/154 Ai5Hi MINIATUREALUM ELECTROLYTIC CAPACITORS RD series STANDARD RATINGS Imp.d.nc. I Rddpl Imp.d.nc. I Ra~ ~1 1. wv C.p I Slz. wv C.p Slz. tans tamazmoC. EUmm ( c r.x120 C, I 1 . ~~~.n~ t.nli (Vdc) F (Vdc) F (II ) I ClJDxL(mm) I (mArm./105 C, IDxL(mm) I (mArm./10S C, II ) 100kHz) 100kHz) 100kHz) 100k 100 5.11 0 22 1 00 170 -~:------l-------~~H-------------l----:~--j----------:~---------j------------iij~ 6 3*11 10 0.16 .50 265 ~:~~: : ::l:: :171 :::::IJ:~:::j 2 1 22 120 6 3 11 0.16 0.47 270 180 6.3*11 0.76 210 220 6.3.11 22 0.65 310 -~~~-----f-------:~~~1 ----------f----:~~--j----------:ll---------j-----------~~~ 27() ..l . 6.3.11 .1. --1 0.54L 320 220 8 11 0.16 0.25 480 270 8 11 0.16 0.21 520 1::: ::~~ : j::J~J ::1 -1: - - 3 E---T H12-T-T O-o-a A--T-T -o-eo-aUV t Ea~ao &hu-EO-80 U- U- U 0 22 --- 560 8*11 0.23 490 -au-au i 2-2 4 - a-T nu -nu U-nu 8.11 680 0 22 0.21 520 -~nu 5 mv RMW Ea 8.16 0 22 820 0.20 620 0 092 680 10*16 0.16 1100 6.3(1 16(1C) 820 10*16 0.16 0 078 1140 :3:~~tl::: ~~:~~ -5 ::1 ~:~ +:12 :: : ::2 0 065 1500 I 10*16 0 22 0.14 1100 1000 10*20 0.16 1350 1800 I 10.20 0 22 125 1200 10*25 0.16 0 061 1500 0.11 l aE< AlE-wU 0A-eo 9Rnu --mu.,ZE--E -3 oneA u U -4 0 095 0 060 1380 1470 e B e e + ++ h e Aa nu qa5 2nu oaay as< a-kdvA o4 1 u MVuv UV - 0 075 1500 0 047 1800 - p - e u + n h e qdfAnw tqa 2AUW oao zmunu RHV q BO 5 E 1 u . 0 038 0 038 1650 2000 n h - 7 nHu 1qL5 3 o-o a Enw+nHW+ U 0 033 0 036 2100 2700 12 5 25 0.18 H h e EUfaumnwnHWnu au Dqomu t 5 3JB U - 0 034 Ea 0 030 234 H h - U + OO RMURUnU t eug d UW ~~ -+ ~::~ -- ---f- ~:~ 0 032 2450 0 026 U + -R- nu 5600 ~35 I 0.24 0 025 + + auU 18t+-----f~~~---------- I---::---j-----------ij:iI-------1 : 0 024 6800 18 I 0.26 18*35 I 0 50 0 023 2950 15000 l-------~-: ~-----------l----::--j---------ij:i:---------j----------~: 5.11 0 19 22 2.70 AV mm eo 33 5.11 0 19 2.60 100 4 7 5 0.14 ,, qdE FS 5.11 0 19 1.34 47 150 u + so U 58 -1 5*--------1 tl:---r---- i----r--6 - :: --+ ~:~~ -- -- ---f- ~:~: u + - Ea -o 0 19 1 05 10 5*11 0.14 170 4 0 19 0.80 210 22 5 0.14 125 120 6.3.11 0 19 0.75 250 -aEps-an- eo3----1 411---T-4l AU+AU+AV-nu a--41A uau-Am-qu -mA dE+A m-u< U- U+ j------l------I~i1----------1----:~:--j----------H---------j-----------TI~ -A 80 < nu U-auv-nu U+ -AMV-as +EO- - eo3-t al < ::--..--f.--..--::~:1~.--..--..-f..-~.:~:.-j..--..--..~:~.--..--..j-..--..--..~~~ HV U-mu --qa 4I -nHV n d u 100 6 3 11 0.14 0.35 370 8.11 0 19 6 3*11 330 0.27 460 12 0.14 0.33 380 8.11 0 19 470 0.25 580 150 8 0.14 0.31 410 1 0(1 A) ~~-..--l.--..--:~H--..--..--..-l..-.:~:.-j..--..--..: ~.--..--..j-..--..--..~~~ ~--+-----f~~~t:- ---- --j---:~:--- j--- ---- -----~: ~~- ---- ---- j : 10.16 820 19 0.10 890 125 270 10*12.5 0.14 720 25(1E) VHw n 10.16-1 0:19 10 076 040 1000 330 102.5 0.14 .114 U + AUAU 1200 I 10.16 0 19 0 067 1200 0 076 470 10*16 0.14 ++ 4 Ea 4 uw 580 10*16 0.14 0 072 :rf::::::~~~~r :T:g:~fT::::ijig :2 680 10*20 0.14 0 065 1320 2200 I 12.5*20 0 21 041 .14 1 :5 2 153 1750 820 10 25 n t -Ea nHW 4- H u . 0 21 035 T 1000 I 12 5*20 I 0.14 I 045 1850 4 ++ .a . E a1 Hu D & 0 23 0 031 2000 1200 I 12 5*25 I 0.14 I 0 041 1980 1500 12 5 25 0.14 038 2210 2 22 : :135 jg 2 Ea nHW 0 032 u ++ -oEa UW 6800 I 16.30 29 026 2650 ~ .+ ~~~ -- ---f- ~:~: 0 036 - u ++ nu, dw m ,,-m -. U AM , 0 031 2700 16*25 0.16 - - - AU-a ua ,,- m I u 3300 16*30 0.18 026 3240 - - - - - -- - -ad -nu4tao 47Jo-o~ 4 AU n - < , .FS+U+ uU UT-aaT 4700 I 16*35 - Avny4t4tao 1 a MM < n < JV H U HV FM > 5800 I 18*35 a z 4 HEU 024 6800 18 40 0.24 3850 1 1 47 5.11 16 155