IME? IDS TLERIUs JU WXA < 1000 1=0.1CV-+40uALLF (1 SMB) 1=0.1CV+40,A (1minute) 1=0.03CV+15yALIF (54M) 1=0.03CV-+15y A (Sminutes) 1=0.04CV-+100uALIF (1 5MB) 1=0.04CV+1004 A (1 minute) 1=0.02CV +25 uALYF (55M) 1=0.02CV+25y A (5minutes) [=n Bit( uA) Leakage Current C=EIRHES B( uF) Rated Capacitance V=ERSE(V) Rated Voltage ia & HO TE # (tans) Dissipation Factor(MAX) EIS BIL(V) Rated Voltage 6.3 10 16 | 25 | 35 | 50 | 160 200 | 250 | 350 | 400 | 450 tan $8, 610 0.30 0.26 0.20/0.18/0.14]0.12/0.20 0.20/0.20}0.20)0.20}0.25 g12.5~18 0.26 0.22 0.18} 0.16 }0.14]0.12| 0.20 0.20|0.20|0.20 | 0.20} 0.25 1000 uF%# A SHOS1000 uF HS CE RO(CO.02ENAKELTS, (20C, 120Hz) When rated capacitance is over 1000 F, tan shall be added 0.02 to the listed value with increase of every 1000 F. 105C, 2000HRIERBSE (UTES) EN. SHR B tmesT oct. After applying rated voltage with rated ripple current for 2000hrs at 105C, the capacitors shall meet the following requirement. #eS Be it SEO 425% LIA Low Temperature Stability (4 -E-F> 2hk) Impedance Ratio(MAX) Rated Voltage itt 2 RE Capacitance Change Within 25% of the initial value. Endurance BRA OE UBM 200% F Dissipation Factor Not more than 200% of the specified value. 8 n s at SUA BLLE Leakage Current Not more than the specified value. . mag Fe ff im ERBEV) | 63] 10 16 | 25 | 35 | 50 | 160| 200 | 250| 350 | 400 | 450| (120Hz) Zz( 25 CZ(20C) | 4 3 2 2 2 3 3 1 3 6} 6 | 6 Z( 40CV/Z(20C) | 8 6 | 4 4 3 OU FVERAERR MULTIPLIER FOR RIPPLE CURRENT (1) BikBURR Frequency coefficient (2) EVER E (R22 Temperature coefficient FX (Hz) < EEE (CC) Frequency 60(50)) 120 | 500 | tk |10k= Ambient Temperature 105 85 652 1.5-~68 uF 0.8 1.0 | 1.20) 1.30) 1.50 (th REL ~ vei 1.0 | 1.7 21 Coefficient 100~1000uF} 0.8 | 1.0 | 1.10 | 1.15] 1.20 Coefficient 2200~10000uF} 0.8 1.0 | 1.05} 1.10} 1.15 @1FHAiK PARTNUMBER LOO WXA oe C OOO Oo DXL ERBE YLU-AZ ERBRSRS HEASTSE alacS = -kKMLS T-AGTX Rated Voltage Series Rated Capacitance Capacitance Tolerance Option Lead Forming Case Size 66_ sen ey ey > Irs VLeRIyYFyy WXA MINIATURE ALUMINUM ELECTROLYTIC CAPACITORS @ 7:4 DIMENSIONS (mm) AYU-F SLEEVE a gD} 8 | 10 1125] 16 | 18 Qo | gd 0.6 0.8 : F|35| 50 75 | L<20:a@=1.5 ai L-+ a MAX 15MIN 4MIN * L220 :@=2.0 Ss i t | | a an D J 25 O@t:E-KR, EK 7 VER-BWR STANDARD SIZE, RATED RIPPLE CURRENT as Size DXL(mm), Ripple Current (MA r.m.s./105C, 120Hz) os na 6.3 10 16 25 35 50 ete WV.0C) (OJ) (1A) (1C) (1E) (1V) (1H) once Size {Ripple} Size {Ripple} Size Ripple} Size {Ripple} Size Ripple|_ Size__{ Ripple 100 ! bo i | 8x9 | 200 150 8x9 | 250/ 10x9 | 300 220 8x9 ! 240] 10x9 | 300 330 8X9 | 270} 10X9 | 310] 10xX9 : 360 ' \ { i i 16X14 ; 470 8x9 | 270) 8X9 | 295) 8x9 | 310] 10x9 | 370 gels | P48 680 8X9 | 300] 10X9 , 350] 10X9 } 370/12.5X16 | 640} 125X16 | 640] 16X16 | 710 1000 | 10x9 | 460] 10x9 | 460 | |42.5x16 | 670) 16x16 : 850| 16X20 | 890 2200 [12.5X16 | 770/12.5X16 | 770) 16X16 ! 930) 16X20 :1100/ 18x20 '1200/ 18x25 /1320 3300 16X16 | 930! 16X16 : 930] 16X20 11200 18x20 :1200] 18x25 !1490 4700 18X16 /1000] 16X20 '1200! 18x20 !1330] 18X25 /1490 6800 16X20 /1200; 18X20 /1330} 18X25 /1680 10000 18X20 |1430| 18X25 | 1680 ERaE 160 200 250 350 400 450 eee (2C) (2D) (2E) (2V) (2G) (2W) peee Size {Ripple} Size {Ripple} Size :Ripple| Size {Ripple} Size; Ripple| Size __{ Ripple 15 8x9 | 19 2.2 8x9 | 35; 10X9 | 29 3.3 8x9! 37/ 10X9 | 40 4.7 8X9 :; 54| 8x9 ; 54| 8x9 } 54) 10X9 : 491 10x9 : 49 6.8 8x9 } 60| 8xg : 60! 10x9 :} 691125xX16 : 94/125x16 | 94/125xX16 | 77 10 10X9 | 85; 10X9 | 85 12.5X16 | 100} ,s8X18 | 158) 16x16 ; 109 22 | 12.5X16 : 156) A851 | 188) 18x16 | 183) UB%F0 | 18! 16x20 : 170 33 [125x16 | 175] qi8Xi8 | 739] 16x16 | 238) 16x20 | 238] [8X20 | 249) texas : 238 47 16X16 | 245| 16X16 | 250| 18X16 | 309] 18X20 : 309] 18X20 : 309! 18X25 : 275 68 18X16 | 305] 16X20 | 355! 16X20 | 397; 18X25 | 397 100 16x20 | 381! JBSA0 | AA) 18x25 | 451 ! 150 18X20 | 464) 18x25 | 532 220 18X25 | 602 ( ) AMET ACY. RIRAERETICIS LEO G41 ZX CHRH F a0, ( ) shows compact size. We would like to recommend compact sizes in above table for new design. 67