CapXon. History. Quality Policy. General Information

History 90 Capxon Electronic Ind. Co., Ltd. established with manufacturing aluminum electrolytic capacitor. 9 Bought a new building in Shi Chih Town, and started to invest automatic manufacturing machines. 99 Pushed new products development and whole line automatic. 99 Established Capxon Electronic (Shen Zhen) Co., Ltd. in Shen Zhen City, Guang Dong, China. 99 ISO-900 certification both in Taiwan Factory (No. ) and Shen Zhen Factory. (No.99) 99 Shen Zhen Factory increased manufacturing area to 0,000. 99 Cooperated with Capxon Electronic Technology ( Ren Hua ) Co., Ltd. to be a partner for Aluminum foil formed in Ren Hua, China. 99 Cooperated with Hill Source Electronic Co., Ltd. for lead wire in Shen Zhen, China. 999 ISO-900 certification in Shen Zhen Factory. (No..). 00 Started to produce SMD E. Cap. in Taiwan Factory. ISO-900 certification in Taiwan Factory, (No. 00-00-AQ-RGA-RvA.) Established Capxon Electronics (Suzhou) Co., Ltd. in Suzhou City, Jiangsu, China. 00 Shen Zhen Factory increased to 0,000. Cooperated with Yichang Fengshuo Equipment Co., Ltd. for foil machine in Yichang City, Huhei, China. Cooperated with Capxon Electronic Technology (Yichang Sanxia) Co., Ltd. for foil formed/etched in Yichang City, Hubei, China. 00 Established Capxon Electronic (Shen-Zhen) Co., Ltd. Suzhou Branch in Suzhou City, Jiangsu, China. Established Capxon Electronic (Shen-Zhen) Co., Ltd. Tian Jin Branch in Tian Jin City, China. Got the Award of "Best Supplier" from LG. 00 ISO-00 certification in Shen Zhen Factory. (No.00E000R0S) 00 Earned the "SQCI Certificate" from Sumsung, to be the only one capacitor vender in Taiwan. 00 Q Set up V-chip and screw terminal production line in Shen Zhen Factory. 00 Mass Production of Conductive Polymer Aluminum Electrolytic Capacitor 00 Listed on Hong Kong Stock Exchange Quality Policy We adhere to the tenet of "QUALITY FIRST", and offer satisfying products and service to the customer. General Information Established: June,90 November, 99 Capital: NT$00,000,000 NT$,00,000 (US$9,,9) (US$9,0,000) Taipei, Taiwan Mainland China Building:,00M 0,000M Employees QA 0 00 ENG 0 Other 0 Total 0 9 Main Product: Aluminum Electrolytic Capacitor

Contents ALUMINUM ELECTROLYTIC CAPACITORS CONTENTS PAGE. List of the Products.... Product System.... Part Number System.... Cutting & Forming Specifications... 0. Taping Specifications.... Package for SMD Type.... Precautions & Guidelines.... Individual Specification by Series... Note:.Specification and dimensions in this catalogue are subject to change without notice. If necessary, drawing can be provided..catalogue printed in Sep. 00.

List of the Products Conductive Polymer SMD type Ultra-miniature type Standard type Series Sleeve Color NEW NEW NEW NEW NEW NEW Type Features Operating Temperature Range Working Voltage Capacitance Leakage Current PL Radial Very low ESR - to +0.~V 0~00 F 0.CV 000 PS Radial Standard - to +0.~V 9~00 F 0.CV 000 PU Radial Ultra low ESR - to +0.~0V 0~00 F 0.CV 000 0 PX Radial Low profile - to +0.~V 0~0 F 00 A 000 PE Radial Ultra low ESR, Down size to.x (mm) - to +0.~.V 0~0 F 0.CV 000 PM SMD SMD & Low profile - to +0.~V 0~0 F 00 A 000 PD SMD SMD & Large capacitance - to +0.~V 9~00 F 0.CV 000 0 PV SMD SMD & Low height - to +0.~V 9~00 F 0.CV 000 EV SMD 0, Standard -0 to +0.~0V 0.~00 F 0.0CV or A 000 LV SMD, Standard -0 to + ~0V 0.~00 F 0.0CV or A 000 HV SMD Wide temperature range -0 to +0.~0V 0.~00 F 0.0CV or A 000 0 JV SMD 000 hrs life -0 to +0.~0V 0.~000 F 0.0CV or A 000 MV SMD 000 hrs life -0 to +0.~0V 0.~000 F 0.0CV or A 000 NV SMD. ~ 0.mm height, Non-polar -0 to +.~0V 0.~0 F 0.0CV or 0 A 000 KV SMD, Low leakage current -0 to +.~0V 0.~0 F 0.00CV or 0. A 000 ZV SMD 0, Low impedance - to +0.~0V ~00 F 0.0CV or A 000 0 DV SMD 0, Low impedance - to +0.~0V ~00 F I 0.0CV or A 000 TV SMD -0 to + 0~0V 0~0 F 0.0CV or A SS Radial mm, Standard, -0 to + ~0V 0.~0 F 0.0CV or A 000 ST Radial mm, Standard, 0-0 to +0 ~0V 0.~00 F 0.0CV or A 000 SA Radial mm, Low leakage current -0 to + ~0V 0.~00 F 0.00CV or 0. A 000 0 SP Radial mm, Non-polar -0 to +.~0V 0.~ F 0.0CV or 0 A 000 SM Radial mm, Standard, -0 to + ~V 0.~0 F 0.0CV or A 000 SH Radial mm,, Long life -0 to + ~V 0.~0 F 0.0CV or A 000 SK Radial mm, Standard, 0-0 to +0 ~V 0.~0 F 0.0CV or A 000 SJ Radial mm, 0, Long life -0 to +0.~V 0.~0 F 0.0CV or A 000 0 SL Radial mm, Low leakage current, -0 to +.~0V 0.~0 F 0.00CV or 0. A 000 SD Radial mm, Low leakage current, 0-0 to +0 ~V 0.~00 F 0.00CV or 0. A 000 SN Radial ~ 9mm, Non-polar, -0 to +.~0V 0.~0 F 0.0CV or0 A 000 SB Radial mm, Non-polar, 0-0 to +0.~0V 0.~00 F 0.0CV or0 A 000 SZ Radial mm, Low impedance - to +0.~V.~0 F 0.0CV or A 000 90 SY Radial mm, Low impedance, Long life - to +0.~0V ~0 F 0.0CV or A 000 9 GS (GR) GW KM KW Radial General purpose, Radial 9~mm height low profile, Radial Standard, 0 Radial 9~mm height low profile, 0-0 to + - to + -0 to + - to + -0 to +0 - to +0-0 to +0 - to +0.~00V 0~0V.~00V 0~0V.~00V 0~0V.~00V 0~0V 0.~000 F 0.~0 F.~0000 F.~0 F 0.~000 F 0.~0 F.~0000 F.~0 F 0.0CV or A 0.0CV 0.0CV or A 0.0CV + 00 A 0.0CV or A 0.0CV 0.0CV or A 0.0CV + 00 A LL Radial Low leakage current -0 to +0.~V 0.~00 F 0.00CV or 0. A 000 0 Load Life Hrs 000 ~ 000 000 000 000 000 Page 9 9 00 0 Low Impedance / ESR type NEW GL Radial Low impedance and Low ESR Miniaturized - to +0.~V 0.~0000 F 0.0CV or A KF Radial Low impedance for power supply -0 to +0 - to +0.~00V 0~0V 0.~000 F 0.~0 F 0.0CV or A 0.0CV KZ Radial Low impedance -0 to +0.~0V 0.~00 F 0.0CV or A GF Radial Low impedance - to +0.V~00V.~00 F 0.0CV or A 000 ~ 000 000 ~ 000 000 ~ 000 000 ~ 000 LZ Radial Ultra low ESR and High ripple current -0 to +0.~V 0~00 F 0.0CV or A 000 GH Radial High temperature and Long life - to +0.~0V 0.~00 F 0.0CV or A 000 ~ 0000 0 9

High reliability type Non/Bi polarized type Series Sleeve Color Type Features Operating Temperature Range Working Voltage Capacitance Leakage Current KL Radial Long life,000 hrs - to +0 0~0V 0~0 F 0.0CV + 00 A 000 9 KH TH Radial Long life,000~0,000 hrs Radial For high temperature + -0 to +0 - to +0-0 to + - to + 0~0V 0~0V 0~00V 0~0V.~00 F.~0 F 0.~000 F ~00 F 0.0CV or A 0.0CV + 00 A 0.0CV or A 0.0CV A TE Radial For high temperature +0-0 to +0 0~0V.~00 F 0.0CV or A Load Life Hrs 000 ~ 0000 000 ~ 000 000 ~ 000 KS Radial Over voltage vent operating facility - to +0 00,00WV.~0 F 0.0CV 000 FK Radial Long life for ballast - to +0 0~0WV ~0 F 0.0CV+00 A FL Radial Long life for ballast - to +0 0~0WV ~0 F 0.0CV+00 A NP NK Radial Non-polarized, Radial Non-polarized, 0-0 to + - to + -0 to +0 - to +0.~00V 0~0V.~00V 0~0V 0.~00 F 0.~ F 0.~00 F 0.~ F 000 ~ 000 000 ~ 0000 Page 9 0.0CV or A 000 0.0CV or A 000 BP Radial Bi-polarized -0 to +0 /0/V.~ F 00 A 000 For Audio Equipment Large can type Photo flash type Screw large can type SW Radial mm height, for audio equipment -0 to + ~0V 0.~0 F 0.0CV or A 000 9 SR Radial mm height, for audio equipment -0 to +.~0V 0.~0 F 0.0CV or A 000 RW Radial Standard, for audio equipment -0 to +.~00V 0.~,000 F 0.0CV or A 000 NR Radial Non-polar, for audio equipment -0 to +.~00V 0.~,000 F 0.0CV or A 000 LR Snap-in, for audio equipment -0 to + ~00V 0~,000 F 0.0CV A 000 LP Snap-in, Standard -0 to + - to + 0~00V 0~0V 0~000 F ~00 F 0.0CV A 000 LS Snap-in, Miniaturized - to + 0~0V ~00 F 0.0CV A 000 HP Snap-in 0, Standard -0 to +0 - to +0 0~00V 0~0V 0~000 F ~00 F 0.0CV A 000 9 HS Snap-in 0, Miniaturized - to +0 0~0V ~00 F 0.0CV A 000 HL LT Snap-in Long life with low ESR Snap-in Snap-in terminals type -0 to +0 - to +0-0 to + - to + 0~00V 0~00V ~00V 0~0V 0~000 F ~00 F 00~000 F 0~00 F 0.0CV A 000 0.0CV A 000 HT Snap-in Snap-in terminals type - to +0 0~00V ~00 F 0.0CV A 000 RF Radial Photo flash equipment -0 to + 0/0V 00~0 F XC A 000times SF Snap-in Photo flash equipment -0 to + 0/0V 0~00 F XC A 000times RP Screw, Standard RH Screw 0, Standard -0 to + - to + -0 to +0 - to +0 ~00V 0~0V ~00V 0~00V 00~000 F 0~000 F 0.0CV A 000 00~0000 F 0.0CV A 000 90 0~000 F RL Screw 0, Long life - to +0 00V/0V 00~00 F 0.0CV A 000 9 Flame retardant type NEW NEW NEW NEW WF Radial Flame retardant type at - to + 00V, 0V. to 0 F I 0.0CV 000 9 MF Radial Flame retardant type at 0 - to +0 00V, 0V. to 0 F I 0.0CV 000 9 LF Snap-in Flame retardant type at - to + 00V, 0V to 0 F I 0.0CV 000 9 HF Snap-in Flame retardant type at 0 - to +0 00V, 0V to 0 F I 0.0CV 000 00

Product System Conductive Polymer AL.E. Capacitors Radial type PS 0 000H.~V 9~00 F Low ESR PL 0 000H.~V 0~00 F Ultra low ESR PU 0 000H.~0V 0~00 F NEW PX 0 000H.~V 0~0 F Low profile NEW PE 0 000H.~.V 0~0 F Down size Conductive Polymer AL.E. Capacitors SMD type NEW NEW NEW PM 0 000H.~V 0~0 F Low profile PD 0 000H.~V 9~00 F Low height PV 0 000H.~V 9~00 F Aluminum Electrolytic Capacitors SMD type NEW DV 0 000H.~0WV.0~00 F Long life ZV 0 000H.~0WV.0~00 F KV 000H.~0WV 0.~0 F HV 0 000H.~0WV 0.~00 F Long life EV 0 000H.~0WV 0.~00 F Low impedance High temp. LV 000H ~0WV 0.~00 F Low leakage current Non-Polarized NV 000H.~0WV 0.~0 F JV 0 000H.~0WV 0.~000 F TV ~000H 0~0WV 0~0 F MV 0 000H.~0WV 0.~000 F

Product System Aluminum Electrolytic Capacitors GS(GR) 000H.~0WV 0.~000 F Low profile 9~mm GW 000H.~0WV.~0000 F Low profile mm SM 000H ~WV 0.~0 F Radial type (Miniature) Long life SH 000H ~WV 0.~0 F Low profile mm SS 000H ~0WV 0.~0 F (High temperature) KM 0 000H.~0WV 0.~000 F TH -000H 0~0WV 0.~000 F Low profile 9~mm KW 0 000H.~0WV.~0000 F TE 0-000H 0~0WV.~00 F Low profile mm SK 0 000H ~WV 0.~0 F Low Z SZ 0 000H.~WV.~0 F Long life SJ 0 000H.~WV 0.~0 F SY 0 000H.~0WV ~0 F Low profile mm ST 0 000H ~0WV 0.~00 F (High Reliability) GL 0 ~000H.~WV 0.~0000 F KZ 0-000H.~0WV 0.~00 F GF 0 ~000H.~00WV.~00 F KF 0 ~000H.~0WV 0.~000 F LZ 0 000H.~WV 0~00 F KL 0 000H 0~0WV 0~0 F NEW GH 0 ~0000H.~0WV 0.~00 F KH 0 ~0000H 0~0WV.~00 F KS 0 000H 00,00WV.~0 F FL 0 ~0000H 0~0WV ~0 F Long life FK 0 ~000H 0~0WV ~0 F (Non/Bi-Polar) LL 0 000H.~WV 0.~00 F (Low Leakage Current) Low profile mm SL 000H.~0WV 0.~0 F Low profile mm SA 000H ~0WV 0.~00 F NP 000H.~0WV 0.~00 F High temp. NK 0 000H.~0WV 0.~00 F Low profile mm SN 000H.~0WV 0.~0 F Low profile mm SB 0 000H.~0WV 0.~00 F SP 000H.~0WV 0.~ F High temp. SD 0 000H ~WV 0.~00 F BP 0 000H /0/WV.~ F

Product System Aluminum Electrolytic Capacitors For audio equipment RW 000H. ~ 00WV 0. ~ 000 F Low profile mm SR 000H. ~ 0WV 0. ~ 0 F Low profile mm SW 000H ~ 0WV 0. ~ 0 F Non-polarized NR 000H. ~ 00WV 0. ~ 000 F LR 000H ~ 00WV 0 ~ 000 F Aluminum Electrolytic Capacitors Snap-in type LP 000H 0~0WV ~000 F Miniaturized LS 000H 0~0WV ~00 F High temp. HP 0 000H 0~0WV ~000 F Miniaturized HS 0 000H 0~0WV ~00 F Low Z HL 0 000H 0~00WV ~000 F ( Terminals) LT 000H ~0WV 0~000 F High temp. HT 0 000H 0~00WV ~00 F Aluminum Electrolytic Capacitors Photo flash type RF 000times 0/0WV 00~0 F SF 000times 0/0WV 0~00 F Aluminum Electrolytic Capacitors RP 000H ~0WV 0~000 F High temp. RH 0 000H ~00WV 0~0000 F Long life Screw type RL 0 000H 00/0WV 00~00 F Aluminum Electrolytic Capacitors Flame retardant type WF 000H 00/0WV.~0 F High temp. MF 0 000H 00/0WV.~0 F LF 000H 00/0WV ~0 F NEW NEW NEW NEW High temp. HF 0 000H 00/0WV ~0 F

Part Number System When placing an order for aluminum electrolytic capacitors, please observe following catalog part number format that describes. 2 3 4 5 6 7 8 9 2 3 4 5 7 8 9 20 ().Series (2).Capacitance (3).Capacitance tolerance (4).Working voltage (5).Case φd (6).Height (mm) (7).Type (8).Customer requirement (9).Sleeve material ().Rubber shape, or terminal height, or plastic platform material ().Special requirement (2).Lead treatment () Series For the details, please refer to List of the Products on page 3 (2) Capacitance Capacitance is shown in microfarads (µf) μf 0. 0.47 4.7 0 00 000 Code 0R R47 0 4R7 0 2 3 (3) Capacitance tolerance Tolerance% ±5 ± ±20 ±30 -to+30 -to+50 -to+20 -to0 0to+20-30to+0 ±5 Code H K M N Q T V W Z U S Tolerance% 0to+30 0to+40 0to+50-5to+20-8to+5 +5to+20 0to-20-5to+20 -to+85-50to+0-5to+30 Code Y X A J E I B P L O C

Part Number System (4) Working voltage (W.V) Voltage(W.V) 2.5 4 35 50 63 80 0 0 200 220 0 400 420 450 500 Code 2R5 004 6R3 0 0 0 035 050 063 080 0 0 200 220 0 400 420 450 500 (5) Case(ΦD) Diameter 3 4 5 8 2 2.5 3 4.5 8 20 22 30 35 40 42 45 5 63.5 76.2 89 Code A B C E F G H Z I Y J K L M N O P Q U V R S T X (6) Height (L:mm) Description 5 5.5.5.5 2.5 2.5 3.5 35 35.5 4 47 52 0 5 20 200 230 Code 050 055 0 5 5 2 0 5 35 350 355 4 470 520 A00 A5 A20 B00 B30 (7) Type Type SMD Polymer Radial Snap-in Screw Code R P A (8) The fifteenth code: to classify the products according to customers' requirement, namely, ~9 (9) Sleeve material Sleeve material PET PVC Nylon Code P C N () Rubber shape or terminal height or plastic platform material Rubber shape of radial type or plastic platform material of SMD and polymer Type Rubber shape of radial Spacer Material of SMD and Polymer Flat shape Gourd shape Half-moon shape PPS Nylon Code F C B S N * If SMD and Polymer capacitors are added plastic platforms, the shape of rubber is plane, if not, they are coded according to rubber shape of radial capacitor. The code of terminals length of snap-in: Terminals (mm) 3.8 4 5 6 4 7 2 Code A B C D E F G () Special requirement Description Over voltage vent operation Load life Impedance & ESR Ripple current DF LC Code S L Z R T C Description Sleeve printing Height Pitch Lead wire K vent Over 2 requests Code P H F D K I If there is no special requirement in eighteenth code, will add 0 before nineteenth code. If there is no special requirement in nineteenth, too, it s not necessary to fill both. (2) The nineteenth, twentieth code: Lead treatment 9

Cutting & Forming Specifications Standard 8 Dφ 3 4 5 3 8 20 22 L 20 L 20 F.0.5 2.0 2.5 3.5 5.0 7.5 2.5 dφ 0.4 0.45 0.5 0.6 0.6 0.8.0 Part No. Code (9th, 20th) Cutting & Forming Size (mm) d φ±0.0 Fig Dφ 4 5 F 2 2.5 CF Fig d φ±0.0 Fig Dφ 4 4 4 5 5 8 3 F 2.5 3.5 5 3.5 5 3.5 5 5 7.5 7.5 Fig KF H2±0.5 d φ±0.0 H2±0.5 2.5max Fig Fig Fig Dφ 4 5 F 2 2.5 E.2.2 H 4 4 H2.8.8 Fig Dφ 5 8 F 5 5 5 E.2.2.32 H 4 4 4 H2.8.8.8

Cutting & Forming Specifications Part No. Code (9th, 20th) Cutting & Forming Size (mm) CA Dφ 4 5 8 3 8 22 F.5 2 2.5 3.5 5 5 7.5 7.5 2.5 CK Dφ 4 5 8 3 8 F.5 2 2.5 3.5 5 5 7.5 7.5 C 4 4 4 4 4.5 4.5 4.5 4.5 K 4 4 4 4 4.5 4.5 4.5 4.5 d φ±0.0 Fig Fig Dφ 4 5 F 2 2.5 FA Fig Dφ 4 4 4 5 5 8 3 F 2.5 3.5 5 3.5 5 3.5 5 5 7.5 7.5 Fig H2±0.5 d φ±0.0 H±0.5 Fig Fig Dφ 5 8 3 8 22 F 2 2.5 3.5 5 5 7.5 7.5 E.2.2.32.32.32.32.32.82 H 4 4 4 4.5 4.5 4.5 4.5 4.5 H2.8.8.8.8.8.8.8.8 KA Fig Fig Dφ 3 8 22 F 5 5 7.5 7.5 H 2 2 2 2 2 H 4 4 4 4.5 4.5 H2.8.8.8.8.8

Cutting & Forming Specifications Part No. Code (9th, 20th) Cutting & Forming Size (mm) EF Dφ 4 5 8 F 5 5 5 5 F.2.2.2.2 H 4 4 4 4 H2.8.8.8.8 H±0.5 CR d φ±0.0 H2±0.5 Dφ 4 5 8 3 8 22 F.5 2 2.5 3.5 5 5 7.5 7.5 2.5 H 2.5 2.5 2.5 2.5 2.5 2.5 2.5 2.5 2.5 2.5 H±0.5 CL d φ±0.0 Dφ 4 5 8 3 8 22 F.5 2 2.5 3.5 5 5 7.5 7.5 2.5 H 2.5 2.5 2.5 2.5 2.5 2.5 2.5 2.5 2.5 2.5 CS Dφ 4 5 8 3 8 22 F.5 2 2.5 3.5 5 5 7.5 7.5 2.5 CZ Dφ 4 5 8 3 8 22 F.5 2 2.5 3.5 5 5 7.5 7.5 2.5 2

Taping Specifications T-:Straight(φ-5φ) T-:Straight(φ-φ) T-:Straight(φ-3φ) Specification Information T-:Straight(φ-5φ) Code D L d P P0 P P2 F F W W0 W W2 H D0 I h Fig 0.4 0.75 Tol. ±0.5 Max ±0.02 ±.0 ±0.2 ±0.7 ±.3 0.5 ±0.5 Min ±0.5 Max ±0.2 Max Max -0.2-0.5 2 3 5(+) 0.4 2.7 2.7 4.6 5 3.5 8 9.5 8.5 4. 0 2.5 T- 2 Item 4 5-7(+) 0.45 2.7 2.7 4.6 5 3.5 8 9.5 8.5 4. 0 2.5 5-7(+) 0.45 5 2.7 2.7 4.6 5 2.5 3.5 8 9.5 8.5 4. 0 9-5(+.5) 0.5 T-:Straight(φ-φ) Code D L d P P0 P P2 F F W W0 W W2 H D0 h Fig Tol. ±0.5 Max ±0.02 ±.0 ±0.2 ±0.7 ±.3 Item 5 5-7(+) 0.45 9-5(+.5) 0.5 5(+) 0.45 7(+) 0.5 7(+)* 0.45 (+)* 0.6 9-5(+.5) 0.5 0.4 0.75 0.5 ±0.5 Min ±0.5 Max -0.2-0.5 ±0.2 Max 2.7 2.7 4.6 5 2 3.5 8 9.5 8.5 4. 2.7 2.7 4.6 5 2.5 3.5 8 9.5 8.5 4. T-2 T-:Straight(φ-3φ) Code D L d P P0 P P2 F W W0 W W2 H D0 h P t Fig Tol. ±0.5 Max ±0.02 ±.0 ±0.2 ±0.7 ±.3 0.4 0.75 ±0.5 Min ±0.5 Max -0.2-0.5 ±0.2 Max Max ±0.3 5-7(+) 0.5 8(+)* 0.6 8 2.7 2.7 4.6 5 3.5 8 2 9.5 8.5 4..0 0.6.5(+.5)* 0.6 Item 9-20(+.5) 0.5 9-30(+.5) 0.6 2.7 2.7 3.85 5 5 8 2 9.5 8.5 4..0 0.6 3 3-40 0.6 5 5 5.0 7.5 5 8 2 9.5 8.5 4. 2.3 0.6 T-3 3

Taping Specifications T-:Forming(φ-8φ) T-:Straight(φ, φ) Specification Information T-:Forming(φ-8φ) Code D L d P P0 P P2 F W W0 W W2 H H0 D0 h P t Fig Tol. ±0.5 Max ±0.02 ±.0 ±0.2 ±0.3 ±.0 0.4 ±0.5 Min ±0.5 Max 0.75-0.2-0.5 ±0.5 ±0.2 Max Max ±0.3 3 5(+) 0.4 2.7 2.7 3.85 5 5 8 9.5 8.5 4. 0.6 4 5-7(+) 0.45 2.7 2.7 3.85 5 5 8 9.5 8.5 4. 0.6 Item 5 8 5-7(+) 0.45 9-5(+.5) 0.5 2.7 2.7 3.85 5 5 8 9.5 8.5 4. 0.6 5(+) 0.45 7(+) 0.5 7(+)* 0.45 2.7 2.7 3.85 5 5 8 9.5 8.5 4. 0.6 (+)* 0.6 9-5(+.5) 0.5 5-8(+) 0.5 8-.5(+.5)* 0.6 2.7 2.7 3.85 5 5 8 2 9.5 8.5 4. 0.6 9-20(+.5) 0.5 T-4 T-:Straight(φ, φ) Code D L d P P0 P P2 F W W0 W W2 H D0 h t l Fig Tol. ±0.5 +.5Max ±0.02 ±.0 ±0.2 ±0.7 ±.3 0.4 0.75 ±0.5 Min ±0.5 Max -0.2-0.5 ±0.2 Max ±0.3 Min 3 3~40 0.6.4 2.7 3.85 5 5 8 5 9.5 8.5 4. 2 0.8 ~40 0.8 30 5 3.75 7.5 7.5 8 5 9 2 8.5 4. 2 0.8 T-5 *: In this case, that is suitable for polymer. 4

Taping Specifications Part Number Ammo Package F 5 2 2.5 3.5 7.5 Code (9th, 20th) TA TB TC TD TE Part Number Reel Package F 5 2 2.5 3.5 7.5 Code (9th, 20th) RA RB RC RD RE Package Information Case Diameter Dφ(mm) Ammo Package Reel Package W A Quantity (pcs) W Quantity (pcs) 4 28 50 00 44 800 5 285 50 2000 44 300 285 50 500 44 00 8 240 50 800 44 800 300 55 500 44 600 3 285 62 300 - - 4 67 0 - - Ammo Package Reel Package 5

Package for SMD Type Carrier tape Unit: mm φd 4x5.5 5x5.5 x5.5 x5.8 x7.7 8x6.5 8x7.7 8x.5 8x.7 x.5 x2.4 W 2 2 24 24 24 24 P 8 2 2 2 2 2 2 F 5.5 5.5 7.5 7.5 7.5 7.5 7.5.5.5.5.5 A 4.7 5.7 7 7 7 8.7 8.7 8.7 8.7.7.7 B 4.7 5.7 7 7 7 8.7 8.7 8.7 8.7.7.7 T2 5.7 5.7 5.7 5.7 8 7 8.2 2.2 2.9 Reel Dφ 4 5 8 A 4 4 8 8 26 26 φd Quantity 4x5.5 2000 pcs 5x5.5 00 pcs x5.5 00 pcs x5.8 00 pcs x7.7 900 pcs 8x6.5 00 pcs 8x7.7 700 pcs 8x.5 500 pcs 8x.7 400 pcs x7.7 700 pcs x.5 500 pcs x2.4 400 pcs

Precautions & Guidelines FOR CONDUCTIVE POLYMER CAPACITORS CP-CAP is a solid aluminum capacitor with conductive polymer electrolyte. Please read the following points in order to take the most out of your CP-CAP. Designing device circuits. Circuits where CP-CAPs are prohibited to used The leakage current of conductive polymer solid aluminum capacitors may vary depending on thermal stresses. Please don t use solid capacitors in the following types of circuits: () High-impedance circuits that are to sustain voltages. (2) Coupling circuits (3) Time constant circuits In addition to the leakage current fluctuation, capacitance may also fluctuate depending on operational temperature and humidity. The fluctuation of the capacitance may cause problem if it is used as a time constant capacitor, which is extremely sensitive to the fluctuation of the capacitance. Do not use it as a time constant capacitance. (4) Other circuits that are significantly affected by leakage current. If you want to use 2 or more CP-CAPs in a series 2. Polarity connection, please contact us before use. The CP-CAP is a polarized solid aluminum electrolytic capacitor. Do not apply either reverse voltages or AC voltages to the polarized capacitors, using reverse polarity may cause a short circuit. Refer to the catalog, product specifications or capacitor body to confirm the polarity prior to use. 3. Applied voltage Do not apply DC voltages exceeding the full rated voltage. The peak voltage of superimposed AC voltages (ripple voltages) on DC voltages must not exceed the full rated voltage. While there are specifications for surge voltages exceeding the rated voltage, usage conditions apply, and continued operation for extended periods of time under such conditions cannot be guaranteed. Use the within 20% of the rated voltage for applications which may cause the reverse voltage during the transient phenomena when the power is turned off or the source is switched. 4. Ripple current Do not apply currents in excess of the rated ripple current. The superimposition of a large ripple current increases the rate of heating within the capacitor. This may reduce the service life of the capacitor or damage the capacitor. 5. Operating temperature Do not use the CP-CAP at high temperatures (temperatures exceeding the maximum temperature for the capacitor category) Use of the capacitor outside of the maximum temperature for the capacitor category may decrease the service life of the capacitor. 6. Sudden charge and discharge Do not use the CP-CAP in circuits where the capacitor is repetitively charged and discharged rapidly. Repetitively charging and discharging the capacitor rapidly may reduce the capacitance or may cause damage due to internal heating. Use of a protective circuit to ensure reliability is recommended when rush currents exceed A or the rush current is over times of allowable ripple current of CP-CAP. A protection resistor( kω) must be inserted to the circuit during the charge and discharge when measuring the leakage current. 7. Failures and life-span The CP-CAP failure rate in use is based on the failure rate level in the specification requirements. Upper category temperature and category voltage adhere to JIS C 5003 Standard. The confidence level is 60% and the failure rate is 7

Precautions & Guidelines 0.5%/,000 hours (applied rated voltage at category temperature). The failure modes mainly have 2 types as follows. () Contingency failure The contingency failure mainly has short circuit. The phenomenon of after short is on following. (i) In the event a short circuit causes the current to become relatively small(less than approximately A for φ,less than approximately 0.5A for φ8 and less than approximately 0.2A for smaller than φ ),the CP-CAP itself will generate a little heat, but its appearance will not be affected even when electricity is supplied continuously. However, if the short circuit current value exceeds the mentioned values above, the temperature inside the CP-CAP will increase, the internal pressure is raised, rubber sealing is turned over, and odorous gas is released. In this case, keep your face and hands away from the area. (ii) The electrolyte, electrolytic paper, sealing rubber, and plastic spacer used in the CP-CAP are all combustible. If an extremely large electric current flows through the capacitor after shorting, the shorted part may spark, and in a worst case scenario, may ignite. Ensure safety by fully considering the design issues described below when using this capacitor in equipment where safety is a priority. Increase safety by using in conjunction with a protective circuit or protective equipment. Install measures such as redundant circuits so that the failure of a part of the equipment will not cause unstable operation. (2) Performance characteristic and failure(life-span) CP-CAP characteristics can possibly change(capacitance reduction and ESR increase) within the specified range in specifications when it is used in the condition of rated voltage, electric and mechanical performance. When life span exceeded the specified guarantee time of endurance and damp heat, electric aharacteristic might change and cause electrolyte insulation. This is called open circuit mode. It is recommended to use the capacitor at a lower temperature than the maximum temperature for the capacitor category. 8. Circuit design Verify the following before designing the circuit: () The electrical characteristics of the capacitor will vary depending on differences in temperature and frequency. Only design your after verifying the scope of these factors. (2) When connecting two or more capacitors in parallel, ensure that the design takes current balancing into account. (3) When two or more capacitors are connected in series, variability in applied voltage may cause over-voltage conditions. Contact CapXon before using capacitors connected in series. 9. Capacitor usage environment Do not use/expose capacitors to the following conditions. () Oil, water, salty water, take care to avoid storage in damp locations. (2) Direct sunlight (3) Toxic gases such as hydrogen, sulfide, sulfurous acids, nitrous acids, chlorine and chlorine compounds, bromine and bromine compounds, ammonia, etc. (4) Ozone, ultraviolet rays and radiation. (5) Severe vibration or mechanical shock conditions beyond the limits advised in the product specification section of the catalog..capacitor mounting () For the surface mount capacitor, design the copper pads on the PC board in accordance with the catalog or the product specification (2) For radial capacitors, design the terminal holes on the PC board to fit the terminal pitch of the capacitor. 8

Precautions & Guidelines.Leakage current Heat pressure from soldering and mechanical stress from transportation may cause the leakage current to become large. In such a case, leakage current will gradually decrease by applying voltage less than or equal to the rated voltage at a temperature within the upper category temperature. In close conditions to the upper category temperature, the nearer the applied voltage is to the rated voltage, the faster the leakage current recovery speed is. Mounting precautions. Note () For the surface mount capacitor, design the copper pads on the PC board in accordance with the catalog or the product specification (2) For radial capacitors, design the terminal holes on the PC board to fit the terminal pitch of the capacitor. (3) Mount after checking the capacitance and the rated voltage. (4) Mount after checking the polarity. (5) Do not apply excessive external force to the lead terminal and the CP-CAP itself. (6) Ensure that the soldering conditions meet the specifications recommended by CapXon. Note that the leakage current may increase due to thermal stresses that occur during soldering, etc. Note that increased leakage currents gradually decrease when voltage is applied. 2. Soldering using a soldering iron: () The soldering conditions (temperature and time) are within the ranges specified in the catalog or product specifications. (2) The tip of the soldering iron does not come into contact with the capacitor itself. 3. Flow soldering () Do not dip the body of a capacitor into the solder bath only dip the terminals in. The soldering must be done on the reverse side of PC board. (2) Soldering conditions (preheat, solder temperature and dipping time) should be within the limits prescribed in the catalog or the product specifications. In regards to flow soldering, be sure to solder within the following conditions. Temperature Duration Flow number Preheating 20 or less (ambient temperature) 20 sec. or less time Soldering conditions 260+5 or less + sec. or less Twice or less (3) Do not apply flux to any part of capacitors other than their terminals. (4) Make sure the capacitors do not come into contact with any other components while soldering. 4. Reflow soldering () Soldering conditions (preheat, solder temperature and soldering time) should be within the limits prescribed in the catalogs or the product specification. (2) The heat level should be appropriate. (Note that the thermal stress on the capacitor varies depending on the type and position of the heater in the reflow oven.) (3) Vapor phase soldering (VPS) is not used. (4) Except for the surface mount type, reflow soldering must not be used for the capacitors. (5) In the case of reflow soldering, capacitive static electricity may decrease after soldering even when the soldering conditions are within the required values. (6) Recommended reflow condition of SMD type. 9

Precautions & Guidelines C C C Voltage range 2.5 to v to v Preheat 50 to 80 20 sec. max. Time maintained above 200 Time maintained above 230 60 sec. max. 40 sec. max. Peak temp. 260 max 0 max Reflow number only time twice or less 60 sec. max. 40 sec. max. 0 max only time 50 sec. max. 30 sec. max. 240 max twice or less Note: All temperatures are measured on the topside of the Al-case and terminal surface. The leakage current value may increase(from a few μa to a few ma) even within the above conditions. When the CP-CAP is used in a DC circuit, the leakage current will decrease gradually through self-recovery after voltage is applied. If your reflow profile deviates from the above conditions for mounting the CP-CAP, please consult with CapXon. 5. Handling after soldering Do not apply any mechanical stress to the capacitor after soldering onto the PC board. () Do not lean or twist the body of the capacitor after soldering the capacitors onto the PC board (2) Do not use the capacitors for lifting or carrying the assembly board. (3) Do not hit or poke the capacitor after soldering to PC board. When stacking the assembly board, be careful that other components do not touch the aluminum electrolytic capacitors. (4) Do not drop the assembled board. 6. Washing the PC boards () Do not wash capacitors by using the following cleaning agents. Solvent resistant capacitors are only suitable for washing using the cleaning conditions prescribed in the catalog or the product specification. In particular, ultrasonic cleaning will accelerate damage to capacitors. Halogenated solvents; cause capacitors to fail due to corrosion. Alkali system solvents; corrode (dissolve) an aluminum case. Petroleum system solvents; cause the rubber seal material to deteriorate. Xylene; causes the rubber seal material to deteriorate. Acetone; erases the markings. (2) Verify the following points when washing capacitors. Monitor conductivity, ph, specific gravity and the water content of cleaning agents. Contamination adversely affects 20

Precautions & Guidelines these characteristics. Be sure not to expose the capacitors under solvent rich conditions or keep capacitors inside a closed container. In addition, please dry the solvent sufficiently on the PC board and the capacitor with an air knife (temperature should be less than the maximum rated category temperature of the capacitor) for minutes. Aluminum electrolytic capacitors can be characteristically and catastrophically damaged by halogen ions, particularly by chlorine ions, though the degree of the damage mainly depends upon the characteristics of the electrolyte and rubber seal material. When halogen ions come into contact with the capacitors, the foil corrodes when a voltage is applied. This corrosion causes an extremely high leakage current which results venting and an open circuit. Storage The following conditions for storage are recommend. () Store capacitors in a cool, dry place. Store at a temperature between 5 and 35, with a humidity of 75% or less. SMD products are sealed in a special laminated aluminum bag. Use all capacitors once the bag is opened. Return unused capacitors to the bag, and seal it with a zipper. Be sure to follow our recommendations for reflow soldering. (2) Store the capacitors in a location free from direct contact with water, salt water, and oil. (3) Store in a location where the capacitor is not exposed to toxic gas, such as hydrogen sulfide, sulfurous acid, nitrous acid, chlorine or chlorine compounds, bromine or other halogen gases, methyl bromide or other halogen compounds, ammonia, or similar. (4) Store in a location where the capacitor is not exposed to ozone, ultraviolet radiation, or other radiation. (5) It is recommended to store capacitors in their original packaging wherever possible. 2

Precautions & Guidelines For Aluminum Electrolytic Capacitors When you use aluminum electrolytic capacitors, remember the following..polarity Regular electrolytic Capacitor has polarity. Reverse voltage causes short circuit breakage of the capacitor or leakage of electrolyte. Where the polarity in a circuit sometimes reversed or unknown, a bi-polar capacitor should be used. 使用鋁電解電容器注意事項 :. 極性鋁電解電容器一般是有極性的, 極性反接是造成鋁電解電容器短路損壞及漏液的原因, 因此在無法辨識電氣迴路上之極性或使用於有極性變換設計之迴路時, 請選用無極性電解電容器 2.Overvoltage Do not apply overvoltage continuously. When overvoltage is applied to the capacitor, leakage current increase drastically. Applied working voltage to capacitors should not exceed the rated working voltage of capacitor. 2. 過載請勿連續施加過載電壓當電壓過載時電解電容器的漏電流會急速增加, 所以電解電容器之工作電壓不應超過額定值 3.Operating temperature and life: Do not use the capacitor over the max operating temperature. Life time of the capacitor depends on the temperature. Generally, life time is doubled by decreasing each temperature. Use temperature as low as possible. 3. 使用溫度和壽命電解電容器之使用溫度請勿超出最高使用溫度之設定範圍電解電容器的壽命取決於使用溫度, 一般來說當電解電容器之使用溫度降低時, 其壽命將增為兩倍, 因此電解電容器應儘可能在較低溫度下使用 4.Vent It is recommended at least 3mm of space around the vent. If such space is not provided, the vent will not operate completely. 4. 防爆孔有防爆孔設計之電解電容器其使用時防爆孔側應與其它機構保持最少 3mm 以上之空間距離, 如此條件不能滿足的話, 防爆孔將無法正常運作 5.Ripple current Do not apply a ripple current exceeding the rated maximum ripple current. Applying too much ripple current to the capacitor causes great heat generation, invites deterioration of properties of cases breakage. Please consult factory if ripple current exceeds the specified limit. 5. 紋波電流請勿施加超過額定最高紋波電流容許值以上之紋波電流施加過大紋波電流將使電解電容器的內溫異常上升, 引起電解電容器電氣特性劣化及破損如有需要施加額定值以上之紋波電流等要求時, 請諮詢敝廠人員 6.Charge and discharging Frequent and quick charge/discharge generates heat inside the capacitor, causing increase of leakage current, decrease of capacitance, or breakage occasionally. Consult us for assistance in this application. 6. 充放電經常及快速的充放電將使電容器之內溫異常上升, 使漏電流增加容量降低, 有時還會造成產品之損壞, 如對充放電有特殊要求時請諮詢敝廠人員 22

Precautions & Guidelines 7.Storage When the capacitor is stored for a long time without applying voltage, leakage current tends to increase. This returns to normal by applying the rated voltage to the capacitor before use. It is recommended to apply D.C. working voltage to the capacitor for 30 minutes through KΩ of protective series resistor, if it is stored for more than 6 months. The capacitor should he stored at a normal temperature and humidity. 7. 電解電容器的儲存當電解電容器經過長時間之放置後, 通常其漏電流有增大之傾向因此在使用經過長時間放置後之電解電容器以前, 需先施加定額電壓使其電氣特性回復正常 ; 如儲存時間長於 6 個月以上時, 請串排 kω 之保護電阻後, 使其持續負載定額工作電壓 30 分鐘另外電解電容器應儲存於常溫及常濕之環境下 8.Soldering Improper soldering may shrink or break the insulating sleeve and/or damage the internal element as terminals and lead wires conduct heat into the capacitor. Avoid too high a soldering temperature and/or too long a soldering time. 8. 焊錫不適當的焊錫溫度及時間可能造成表面膠管之異常收縮破裂, 有時高溫也會藉由導針及端子導熱至素子內部, 對產品造成不良影響, 因此須儘量避免過高溫度及過長時間之焊錫 9.Mechanical stress on the lead wire and the terminal Do not apply excessive force to the lead wire and the terminal. Do not move the capacitor after soldering to the PC board, not carry the PC hoard by picking up the capacitor. For their strength, refer to JIS C-54 and C-52. 9. 導針與端子之機械強度請勿施加過度之外力於導針及端子上請勿扳開已焊接於 PC 板上之電解電容器, 更不要以電解電容器為施力點提起或移動整塊 pc 板.Cleaning of boards after soldering If the capacitor is cleaned in halogenated solvent for organic removing solder flux solvent, the solvent may penetrate into the inside of capacitor, and may generate corrosion.. 焊錫後之基板清洗如使用鹵化有機溶劑清洗基板, 溶劑有可能滲進電解電容器內部引起腐蝕.Sleeve material The standard sleeve matenal is polyvinyl-chloride. If exposed to xylene, toluene, etc, and then subjected to high heat, the sleeve may crack. This sleeve is not insulating material.. 套管材料一般使用之塑膠套膠材質多為聚氯乙烯 (PVC), 如塑膠管在浸漬二甲苯或甲苯後再放置於高溫下, 將產生破裂現象也同時失去了絕緣之功能 2.CapXon's Products meet quality standards specified by JIS-C54W and with the reliability requirements refer to JIS-C-52. 2. 本公司之產品品質符合 JIS-C-54W 指定標準, 其信賴性試驗方法依 JIS-C-52 之規範為基準 3.None of ozone depleting chemicals (ODC) under the Montreal Protocol is used in manufacturing process of CapXon Electronic Industrial CO., Ltd. 3. 本公司依蒙特利爾協議書之規定, 於生產過程中不使用破壞臭氧層之藥品 23

PL series PL series Low ESR 7mΩ Features Very Low ESR at high frequency range. Very Large permissible ripple current. Long life and high reliability(reliability: 0.% / 00Hrs). Specifications Item Operating Temperature Range Rated Voltage Range Capacitance Range Capacitance Tolerance Leakage Current (+20,max.) Dissipation Factor (tan at 20 20Hz) ESR 0K~300KHz Performance Characteristics -55~+5 2.5~ VDC 80 to 3500 F 20%(20Hz,+20 ) 0.2CV ( A, after 2 minutes) Not to exceed the value specified Not to exceed the value specified Endurance 5 2000h at rated voltage Moisture Resistance Stored at 60 RH90~95% 2000h Capacitance Leakage current ESR Dissipation Factor Capacitance Leakage current ESR Dissipation Factor Within 20% of the value before test Not to exceed the value specified Not to exceed 50% of the value specified Not to exceed 50% of the value specified Within 20% of the value before test Not to exceed the value specified Not to exceed 50% of the value specified Not to exceed 50% of the value specified Frequency Coefficient for Ripple Current Frequency 20Hz freq.<khz KHz freq.<khz KHz freq.<0khz 0KHz freq.<300khz Coefficient 0.05 0.3 0.7 Diagram of Dimensions:(unit:mm) D L D+0.5max. F d 0.05 8 8 8.0.0 3.5 0.6 8.5 8.0.5 3.5 0.6 2.5.0.5 5.0 0.6 24

PL series Dimensions & Characteristics W.V. V Capacitance ( F) L.C. ( A,2min) tg (20Hz,20 ) ESR (m,0khz) Maximum Permissible Ripple Current(mA,r.m.s) Size D L(mm) 2.5 4.0 560 280 0.08 7 5600 8 8 8.5 680 340 0.08 7 5600 8 8 8.5 820 4 0.08 7 5600 8 8 8.5 00 500 0.08 7 5600 8.5 200 600 0.08 7 5600 8.5 500 750 0.08 7 5600 8.5 2000 00 0.08 7 60 2.5 00 0 0.08 7 60 2.5 2700 350 0.08 7 60 2.5 3000 500 0.08 7 60 2.5 3300 50 0.08 7 60 2.5 3500 750 0.08 7 60 2.5 560 224 0.08 7 5600 8 8 8.5 680 272 0.08 7 5600 8 8 8.5 8 8 5600 820 328 0.08 7 8.5 60 2.5 00 800 0.08 7 5600 8.5 200 960 0.08 7 5600 8.5 60 2.5 500 200 0.08 7 60 2.5 2000 00 0.08 7 60 2.5 00 500 0.08 7 60 2.5 80 226.8 0.07 7 50 8 8 5600 8.5 220 277 0.07 7 50 8 8 5600 8.5 270 340.2 0.07 7 50 8 8 5600 8.5 330 4 0.07 7 50 8 8 5600 8.5 390 49.4 0.08 7 50 8 8 5600 8.5 470 592 0.08 7 5600 8 8 8.5 560 705.6 0.08 7 5600 8 8 8.5 680 428 0.08 7 5600 8.5 820 5.6 0. 7 5600 8.5 00 630 0. 7 60 2.5 200 756 0. 7 5600 8.5 60 2.5 500 945 0. 7 60 2.5 2000 260 0. 7 60 2.5 Conductive Polymer Ripple Current ( ma, rms ) at 5, 0KHz

PL series W.V. V Capacitance ( F) L.C. ( A,2min) tg (20Hz,20 ) ESR (m,0khz) Maximum Permissible Ripple Current(mA,r.m.s) Size D L(mm) 80 80 0.07 7 5600 8.5 220 220 0.08 7 5600 8.5 270 270 0.08 7 5600 8.5 330 330 0.08 7 5600 8.5 390 390 0.08 7 5600 8.5 470 470 0.08 7 5600 8.5 560 560 0. 7 5600 8.5 680 680 0. 7 60 2.5 820 820 0. 7 60 2.5 00 00 0. 7 60 2.5 80 288 0.08 7 5600 8.5 220 352 0.08 7 5600 8.5 270 432 0.08 7 5600 8.5 330 528 0.08 7 5600 8.5 60 2.5 390 624 0.08 7 60 2.5 470 752 0. 7 60 2.5 560 896 0. 7 60 2.5 680 00 0. 7 60 2.5 820 280 0. 7 60 2.5 Size List RV (SV) 2.5 4 Cap( F) (2.8) (4.6) (7.2) (.5) (8.4) 80 8x8 / 8x.5 8x.5 8x.5 220 8x8 / 8x.5 8x.5 8x.5 270 8x8 / 8x.5 8x.5 8x.5 330 8x8 / 8x.5 8x.5 8x.5 / x2.5 390 8x8 / 8x.5 8x.5 x2.5 470 8x8 / 8x.5 8x.5 x2.5 560 8x8 / 8x.5 8x8 / 8x.5 8x8 / 8x.5 8x.5 x2.5 680 8x8 / 8x.5 8x8 / 8x.5 8x.5 x2.5 x2.5 820 8x8 / 8x.5 8x8 / 8x.5 / x2.5 8x.5 x2.5 x2.5 00 8x.5 8x.5 x2.5 x2.5 200 8x.5 8x.5 / x2.5 8x.5 / x2.5 500 8x.5 x2.5 x2.5 2000 x2.5 x2.5 x2.5 00 x2.5 x2.5 2700 x2.5 3000 x2.5 3300 x2.5 3500 x2.5 Ripple Current ( ma, rms ) at 5 0Hz 26

PS series PS series Standard Products Features Low ESR at high frequency range. Large permissible ripple current. Long life and high reliability(reliability: 0.% / 00Hrs). Specifications Item Performance Characteristics Operating Temperature Range Rated Voltage Range Capacitance Range Capacitance Tolerance Leakage Current (+20,max.) Dissipation Factor (tan at 20 20Hz) ESR 0K~300KHz Endurance 5 2000h at rated voltage Capacitance Change Leakage current ESR -55~+5 2.5~ VDC 39 to 3500 F 20%(20Hz,+20 ) 0.2CV ( A, after 2 minutes) Not to exceed the value specified Not to exceed the value specified Within 20% of the value before test Not to exceed the value specified Not to exceed 50% of the value specified Conductive Polymer Dissipation Factor Not to exceed 50% of the value specified Capacitance Change Within 20% of the value before test Moisture Resistance Stored at 60 RH90~95% 2000h Leakage current ESR Not to exceed the value specified Not to exceed 50% of the value specified Dissipation Factor Not to exceed 50% of the value specified Frequency Coefficient for Ripple Current Frequency 20Hz freq.<khz KHz freq.<khz KHz freq.<0khz 0KHz freq.<300khz Coefficient 0.05 0.3 0.7 Diagram of Dimensions:(unit:mm) D L D+0.5max. F d 0.05 8 8 8.0.0 3.5 0.6 8.5 8.0.5 3.5 0.6 2.5.0.5 5.0 0.6 27

PS series Dimensions & Characteristics W.V. V 2.5 4.0 Capacitance ( F) L.C. ( A,2min) tg (20Hz,20 ) ESR (m,0khz) Maximum Permissible Ripple Current(mA,r.m.s) Size D L(mm) 560 280 0.08 2 4800 8 8 8.5 680 340 0.08 2 5000 8 8 8.5 820 4 0.08 2 5200 8 8 8.5 00 500 0.08 2 5200 8.5 200 600 0.08 2 5200 8.5 500 750 0.08 2 5200 8.5 2000 00 0.08 2 5500 2.5 00 0 0.08 2 5500 2.5 2700 350 0.08 2 5500 2.5 3000 500 0.08 2 5500 2.5 3300 50 0.08 2 5500 2.5 3500 750 0. 2 5500 2.5 560 224 0.08 2 5000 8 8 5200 8.5 680 272 0.08 2 5000 8 8 5200 8.5 5000 8 8 820 328 0.08 2 5200 8.5 5500 2.5 200 960 0. 2 5200 8.5 5500 2.5 500 200 0. 2 5500 2.5 2000 00 0. 2 5500 2.5 00 2000 0. 2 5500 2.5 80 226.8 0.07 2 3700 8 8 3900 8.5 220 277 0.07 2 3700 8 8 3900 8.5 270 340.2 0.07 2 3700 8 8 3900 8.5 330 4 0.07 5 4300 8 8 4500 8.5 390 49 0.08 5 4300 8 8 4500 8.5 470 592 0.08 2 5000 8 8 5200 8.5 560 705.6 0.08 2 5000 8 8 5200 8.5 680 428 0.08 2 5200 8.5 5500 2.5 5000 8 8 820 5.6 0. 2 5200 8.5 5500 2.5 00 630 0. 2 5500 2.5 200 756 0. 2 5200 8.5 5500 2.5 500 945 0. 2 5500 2.5 2000 260 0. 2 5500 2.5 80 80 0.08 5 5000 8.5 220 220 0.08 5 5000 8.5 270 270 0.08 5 5000 8.5 330 330 0.08 2 5000 8.5 390 390 0.08 2 5000 8.5 470 470 0.08 2 5000 8.5 560 560 0.08 2 5000 8.5 680 680 0. 2 5500 2.5 Ripple Current ( ma, rms ) at 5, 0KHz 28

PS series Dimensions & Characteristics W.V. V 20 Capacitance ( F) L.C. ( A,2min) tg (20Hz,20 ) ESR (m,0khz) Maximum Permissible Ripple Current(mA,r.m.s) Size D L(mm) 820 820 0. 2 5500 2.5 00 00 0. 2 5500 2.5 200 200 0. 2 5500 2.5 0 0 0.08 5 3900 8.5 80 288 0.08 5 3700 8 8 3900 8.5 220 352 0.08 5 3900 8.5 270 432 0.08 5 3900 8.5 330 528 0.08 2 3900 8.5 5500 2.5 390 624 0.08 2 5500 2.5 470 752 0. 2 5500 2.5 560 896 0. 2 5500 2.5 680 00 0. 2 5500 2.5 820 00 0. 2 5500 2.5 39 56 0.08 30 3000 8.5 47 88 0.08 30 3000 8.5 68 272 0.08 3900 8.5 82 328 0.08 20 3900 8.5 0 400 0.08 8 40 2.5 80 720 0.08 8 40 2.5 220 880 0.08 8 40 2.5 39 95 0.08 3400 8.5 47 235 0.08 20 3400 8.5 68 340 0.08 20 3400 8.5 82 4 0.08 20 3400 8.5 0 500 0.08 20 40 2.5 80 900 0.08 20 40 2.5 220 0 0.08 20 40 2.5 Conductive Polymer Size List Ripple Current ( ma, rms ) at 5, 0KHz Cap( F) WV (SV) 2.5 (2.8) 4 (4.6) (7.2) (.5) (8.4) 20 (23) (27.5) 39 8x.5 8x.5 47 8x.5 8x.5 68 8x.5 8x.5 82 8x.5 8x.5 0 8x.5 x2.5 x2.5 80 8x8 / 8x.5 8x.5 8x8 / 8x.5 x2.5 x2.5 220 8x8 / 8x.5 8x.5 8x.5 x2.5 x2.5 270 8x8 / 8x.5 8x.5 8x.5 330 8x8 / 8x.5 8x.5 8x.5 / x2.5 390 8x8 / 8x.5 8x.5 x2.5 470 8x8 / 8x.5 8x.5 x2.5 560 8x8 / 8x.5 8x8 / 8x.5 8x.5 8x.5 x2.5 680 8x8 / 8x.5 8x8 / 8x.5 8x.5 / x2.5 x2.5 x2.5 820 8x8 / 8x.5 8x8 / 8x.5 / 8x8 / 8x.5 / x2.5 x2.5 x2.5 x2.5 00 8x.5 8x.5 x2.5 x2.5 200 8x.5 8x.5 / x2.5 8x.5 / x2.5 x2.5 500 8x.5 x2.5 x2.5 2000 x2.5 x2.5 x2.5 00 x2.5 x2.5 2700 x2.5 3000 x2.5 3300 x2.5 3500 x2.5 Ripple Current ( ma, rms ) at 5 0Hz 29

PU series PU series Ultra Low ESR 6mΩ Features Ultra Low ESR at high frequency range. Ultra Large permissible ripple current. Long life and high reliability(reliability: 0.% / 00Hrs). Specifications Item Operating Temperature Range Rated Voltage Range Capacitance Range Capacitance Tolerance Leakage Current (+20,max.) Dissipation Factor (tan at 20 20Hz) ESR 0K~300KHz Performance Characteristics -55~+5 2.5~ VDC 80 to 3500 F 20%(20Hz,+20 ) 0.2CV ( A, after 2 minutes) Not to exceed the value specified Not to exceed the value specified Endurance 5 2000h at rated voltage Moisture Resistance Stored at 60 RH90~95% 2000h Capacitance Change Leakage current ESR Dissipation Factor Capacitance Change Leakage current ESR Dissipation Factor Within 20% of the value before test Not to exceed the value specified Not to exceed 50% of the value specified Not to exceed 50% of the value specified Within 20% of the value before test Not to exceed the value specified Not to exceed 50% of the value specified Not to exceed 50% of the value specified Frequency Coefficient for Ripple Current Frequency 20Hz freq.<khz KHz freq.<khz KHz freq.<0khz 0KHz freq.<300khz Coefficient 0.05 0.3 0.7 Diagram of Dimensions:(unit:mm) D L D+0.5max. F d 0.05 8 8 8.0.0 3.5 0.6 8.5 8.0.5 3.5 0.6 2.5.0.5 5.0 0.6 30

PU series Dimensions & Characteristics W.V. V 2.5 4.0 Capacitance ( F) L.C. ( A,2min) tg (20Hz,20 ) ESR (m,0khz) Maximum Permissible Ripple Current(mA,r.m.s) 560 280 0.08 6 60 680 340 0.08 6 60 820 4 0.08 6 60 Size D L(mm) 8 8 8.5 8 8 8.5 8 8 8.5 00 500 0.08 6 60 8.5 200 600 0.08 6 60 8.5 500 750 0. 6 60 8.5 70 2.5 2000 00 0. 6 70 2.5 00 0 0. 6 70 2.5 2700 350 0. 6 70 2.5 3000 500 0. 6 70 2.5 3300 50 0. 6 70 2.5 3500 750 0. 6 70 2.5 560 224 0.08 6 60 8 8 8.5 680 544 0.08 6 60 8 8 8.5 820 656 0.08 6 60 8.5 6600 2.5 200 960 0.08 6 60 8.5 6600 2.5 500 200 0. 6 6600 2.5 2000 00 0. 6 6600 2.5 00 2000 0. 6 6600 2.5 80 3.4 0. 6 60 8 8 8.5 220 38.6 0. 6 60 8 8 8.5 270 70 0. 6 60 8 8 8.5 330 207.9 0. 6 60 8 8 8.5 390 245.7 0. 6 60 8 8 8.5 470 296. 0. 6 60 8 8 8.5 560 352 0.08 6 60 8 8 8.5 680 428.4 0.08 6 6600 820 5.6 0. 6 6600 00 630 0. 6 70 200 756 0. 6 70 8.5 2.5 500 945 0. 6 70 2.5 2000 260 0. 6 70 2.5 80 80 0.08 6 6600 8.5 220 220 0.08 6 6600 8.5 270 270 0.08 6 6600 8.5 330 330 0.08 6 6600 8.5 390 390 0.08 6 6600 8.5 470 470 0.08 6 6600 560 560 0.08 6 6600 680 680 0. 6 6600 8.5 2.5 820 820 0. 6 70 2.5 00 00 0. 6 70 2.5 200 200 0. 6 70 2.5 Conductive Polymer 3 Ripple Current ( ma, rms ) at 5, 0KHz

PU series Size List Cap( F) WV (SV) 2.5 (2.8) 4 (4.6) (7.2) (.5) 80 8x8 / 8x.5 8x.5 220 8x8 / 8x.5 8x.5 270 8x8 / 8x.5 8x.5 330 8x8 / 8x.5 8x.5 390 8x8 / 8x.5 8x.5 470 8x8 / 8x.5 8x.5 / x2.5 560 8x8 / 8x.5 8x8 / 8x.5 8x8 / 8x.5 8x.5 / x2.5 680 8x8 / 8x.5 8x8 / 8x.5 8x.5 / x2.5 8x.5 / x2.5 820 8x8 / 8x.5 8x.5 / x2.5 8x.5 / x2.5 x2.5 00 8x.5 8x.5 8x.5 / x2.5 x2.5 200 8x.5 8x.5 / x2.5 8x.5 / x2.5 x2.5 500 8x.5 / x2.5 x2.5 x2.5 2000 x2.5 x2.5 x2.5 00 x2.5 x2.5 2700 x2.5 3000 x2.5 3300 x2.5 3500 x2.5 Ripple Current ( ma, rms ) at 5 0Hz 32

PX series PX series Low Profile Features Low profile Low ESR at high frequency range &.Large permissible ripple current. Long life and high reliability(reliability: 0.% / 00Hrs). Specifications Item Performance Characteristics Operating Temperature Range Rated Voltage Range Capacitance Range Capacitance Tolerance Leakage Current (+20,max.) Dissipation Factor (tan at 20 20Hz) ESR 0K~300KHz Endurance 5 2000h at rated voltage Capacitance Change Leakage current ESR -55~+5 2.5~ VDC to 560 F 20%(20Hz,+20 ) Not to exceed the value specified ( A, after 2 minutes) Not to exceed the value specified Not to exceed the value specified Within 20% of the value before test Not to exceed the value specified Not to exceed 50% of the value specified Conductive Polymer Dissipation Factor Not to exceed 50% of the value specified Capacitance Change Within 20% of the value before test Moisture Resistance Stored at 60 RH90~95% 2000h Leakage current ESR Not to exceed the value specified Not to exceed 50% of the value specified Dissipation Factor Not to exceed 50% of the value specified Frequency Coefficient for Ripple Current Frequency 20Hz freq.<khz KHz freq.<khz KHz freq.<0khz 0KHz freq.<300khz Coefficient 0.05 0.3 0.7 Diagram of Dimensions:(unit:mm) D L D+0.5max. F d 0.05 4 5 4.0.5 0.45 5 5 5.0 2.0 0.45 5.2.0 2.5 0.45 7.0 2.5 0.45.0 2.5 0.6 33

PX series Dimensions & Characteristics W.V. V 2.5 4.0 34 Capacitance ( F) L.C. ( A,2min) tg (20Hz,20 ) ESR (m,0khz) Maximum Permissible Ripple Current(mA,r.m.s) Size D L(mm) 0 300 0.08 30 70 4 5 0 300 0.08 30 970 5 5 50 300 0.08 30 970 5 5 50 300 0.08 30 2200 5.2 80 300 0.08 30 970 5 5 80 300 0.08 30 2200 5.2 220 300 0.08 30 2200 5 5 220 300 0.08 30 26 5.2 270 300 0.08 26 5.2 270 300 0.08 20 2690 7 330 300 0.08 26 5.2 330 300 0.08 20 2690 7 390 300 0.08 20 2690 7 470 300 0.08 5 30 7 560 300 0.08 5 30 7 0 300 0.08 30 970 5 5 50 300 0.08 30 2200 5.2 50 300 0.08 2670 7 80 300 0.08 30 2200 5.2 80 300 0.08 2670 7 220 300 0.08 26 5.2 220 300 0.08 20 2690 7 270 300 0.08 26 5.2 270 300 0.08 20 2690 7 330 300 0.08 20 2690 5.2 330 300 0.08 5 30 7 390 300 0.08 5 30 7 470 300 0.08 5 30 7 0 300 0.08 2390 5.2 0 300 0.08 20 2690 7 50 300 0.08 2390 5.2 50 300 0.08 20 2690 7 80 300 0.08 20 2690 7 220 300 0.08 5 30 7 270 300 0.08 5 30 7 330 300 0.08 5 30 7 300 0.08 45 200 4 5 5 300 0.08 45 200 4 5 22 300 0.08 45 200 4 5 33 300 0.08 45 70 5 5 33 300 0.08 30 2200 5.2 39 300 0.08 45 70 5 5 39 300 0.08 30 2200 5.2 47 300 0.08 30 2200 5.2 47 300 0.08 20 2690 7 68 300 0.08 30 2200 5.2 68 300 0.08 20 2690 7 82 300 0.08 30 2200 5.2 82 300 0.08 20 2690 7 0 300 0.08 30 2200 5.2 0 300 0.08 20 2690 7 50 300 0.08 20 2690 7 80 300 0.08 20 2690 7 220 300 0.08 20 2690 7 300 0.08 30 2200 5.2 300 0.08 26 7 5 300 0.08 30 2200 5.2 5 300 0.08 26 7 Ripple Current ( ma, rms ) at 5, 0KHz

PX series W.V. V 20 Capacitance ( F) L.C. ( A,2min) tg (20Hz,20 ) ESR (m,0khz) Maximum Permissible Ripple Current(mA,r.m.s) Size D L(mm) 22 300 0.08 30 2200 5.2 22 300 0.08 26 7 33 300 0.08 30 2200 5.2 33 300 0.08 26 7 47 300 0.08 30 2200 5.2 47 300 0.08 26 7 68 300 0.08 30 2200 5.2 68 300 0.08 20 2690 7 82 300 0.08 20 2690 7 0 300 0.08 20 2690 7 300 0.08 30 2200 5.2 300 0.08 2670 7 5 300 0.08 30 2200 5.2 5 300 0.08 2670 7 22 300 0.08 30 2200 5.2 22 300 0.08 2670 7 33 300 0.08 2670 7 39 300 0.08 2670 7 47 300 0.08 2670 7 300 0.08 30 2200 5.2 300 0.08 2670 7 22 300 0.08 2670 7 33 300 0.08 2670 7 39 300 0.08 2670 7 Conductive Polymer Ripple Current ( ma, rms ) at 5, 0KHz Size List WV (SV) Cap( F) 2.5 (2.8) 4 (4.6) (7.2) (.5) (8.4) 20 (23) (27.5) 4X5 X5.2 / X7 X5.2 / X7 X5.2 / X7 5 4X5 X5.2 / X7 X5.2 / X7 X5.2 / X7 22 4X5 X5.2 / X7 X5.2 / X7 X7 33 5X5 / X5.2 X5.2 / X7 X7 X7 39 5X5 / X5.2 X5.2 / X7 X7 X7 47 X5.2 / X7 X5.2 / X7 X7 68 X5.2 / X7 X5.2 / X7 82 X5.2 / X7 X7 0 4X5 / 5X5 5X5 X5.2 / X7 X5.2 / X7 X7 50 5X5 / X5.2 X5.2 / X7 X5.2 / X7 X7 80 5X5 / X5.2 X5.2 / X7 X7 X7 220 5X5 / X5.2 X5.2 / X7 X7 X7 270 X5.2 / X7 X5.2 / X7 X7 330 X5.2 / X7 X5.2 / X7 X7 390 X7 X7 470 X7 X7 560 X7 Ripple Current ( ma, rms ) at 5 0Hz 35

PE series PE series Features Down Size to 8. Low ESR & large capacitance. Large permissible ripple current. Specifications Item Operating Temperature Range Rated Voltage Range Capacitance Range Capacitance Tolerance Leakage Current (+20,max.) Dissipation Factor (tan at 20 20Hz) ESR 0K~300KHz Performance Characteristics -55~+5 2.5~ VDC 470 to 820 F 20%(20Hz,+20 ) 0.2CV ( A, after 2 minutes) Not to exceed the value specified Not to exceed the value specified Endurance 5 2000h at rated voltage Moisture Resistance Stored at 60 RH90~95% 2000h Capacitance Change Leakage current ESR Dissipation Factor Capacitance Change Leakage current ESR Dissipation Factor Within 20% of the value before test Not to exceed the value specified Not to exceed 50% of the value specified Not to exceed 50% of the value specified Within 20% of the value before test Not to exceed the value specified Not to exceed 50% of the value specified Not to exceed 50% of the value specified Frequency Coefficient for Ripple Current Frequency 20Hz freq.<khz KHz freq.<khz KHz freq.<0khz 0KHz freq.<300khz Coefficient 0.05 0.3 0.7 Diagram of Dimensions:(unit:mm) D L D+0.5max. F d 0.05 8.5 2.5 0.6 Dimensions & Characteristics W.V. V Capacitance ( F) L.C. ( A,2min) tg (20Hz,20 ) ESR (m,0khz) Maximum Permissible Ripple Current(mA,r.m.s) 2.5 820 4 0.08 7 5000 4.0 560 448 0.08 7 5000 470 592.2 0.08 8 4700 560 705.6 0.08 8 4700 Size D L(mm) X8 Ripple Current ( ma, rms ) at 5, 0KHz 36

PM series PM series SMD type & Low Profile Features SMD type & Low profile Low ESR at high frequency range &.Large permissible ripple current. Long life and high reliability(reliability: 0.% / 00Hrs). Specifications Item Performance Characteristics Operating Temperature Range -55~+5 Rated Voltage Range 2.5~ VDC Capacitance Range to 560 F Capacitance Tolerance Leakage Current (+20,max.) Dissipation Factor (tan at 20 20Hz) ESR 0K~300KHz Endurance 5 2000h at rated voltage Capacitance Change Leakage current ESR Dissipation Factor 20%(20Hz,+20 ) Not to exceed the value specified ( A, after 2 minutes) Not to exceed the value specified Not to exceed the value specified Within 20% of the value before test Not to exceed the value specified Not to exceed 50% of the value specified Not to exceed 50% of the value specified Conductive Polymer Capacitance Change Within 20% of the value before test Moisture Resistance Stored at 60 RH90~95% 2000h Leakage current ESR Not to exceed the value specified Not to exceed 50% of the value specified Dissipation Factor Not to exceed 50% of the value specified Frequency Coefficient for Ripple Current Frequency 20Hz freq.<khz KHz freq.<khz KHz freq.<0khz 0KHz freq.<300khz Coefficient 0.05 0.3 0.7 Recommended land pattern:(unit:mm) D L a b c 4 5.5.0 2.6.6 5 5.5.4 3.0.6 5.8 2. 3.5.6 7.7 2. 3.5.6 Diagram of Dimensions:(unit:mm) D L W H C R P 4 5.5 4.3 4.3 5. 0.5 to 0.8.0 5 5.5 5.3 5.3 5.9 0.5 to 0.8.4 5.8 6.5 6.5 7.2 0.5 to 0.8 2. 7.7 6.5 6.5 7.2 0.5 to 0.8 2. 37

PM series Dimensions & Characteristics W.V. V 2.5 4.0 Capacitance L.C. tg ESR Maximum Permissible Ripple Size ( F) ( A,2min) (20Hz,20 ) (m,0khz) Current(mA,r.m.s) D L(mm) 0 300 0.08 30 70 4X5.5 0 300 0.08 30 970 5X5.5 50 300 0.08 30 970 5X5.5 50 300 0.08 30 2200 X5.8 80 300 0.08 30 970 5X5.5 80 300 0.08 30 2200 X5.8 220 300 0.08 30 2200 5X5.5 220 300 0.08 30 26 X5.8 270 300 0.08 26 X5.8 270 300 0.08 20 2690 X7.7 330 300 0.08 26 X5.8 330 300 0.08 20 2690 X7.7 390 300 0.08 20 2690 X7.7 470 300 0.08 5 30 X7.7 560 300 0.08 5 30 X7.7 0 300 0.08 30 970 5X5.5 50 300 0.08 30 2200 X5.8 50 300 0.08 2670 X7.7 80 300 0.08 30 2200 X5.8 80 300 0.08 2670 X7.7 220 300 0.08 26 X5.8 220 300 0.08 20 2690 X7.7 270 300 0.08 26 X5.8 270 300 0.08 20 2690 X7.7 330 300 0.08 20 2690 X5.8 330 300 0.08 5 30 X7.7 390 300 0.08 5 30 X7.7 470 300 0.08 5 30 X7.7 0 300 0.08 2390 X5.8 0 300 0.08 20 2690 X7.7 50 300 0.08 2390 X5.8 50 300 0.08 20 2690 X7.7 80 300 0.08 20 2690 X7.7 220 300 0.08 5 30 X7.7 270 300 0.08 5 30 X7.7 330 300 0.08 5 30 X7.7 300 0.08 45 200 4X5.5 5 300 0.08 45 200 4X5.5 22 300 0.08 45 200 4X5.5 33 300 0.08 45 70 5X5.5 33 300 0.08 30 2200 X5.8 39 300 0.08 45 70 5X5.5 39 300 0.08 30 2200 X5.8 47 300 0.08 30 2200 X5.8 47 300 0.08 20 2690 X7.7 68 300 0.08 30 2200 X5.8 68 300 0.08 20 2690 X7.7 82 300 0.08 30 2200 X5.8 82 300 0.08 20 2690 X7.7 0 300 0.08 30 2200 X5.8 0 300 0.08 20 2690 X7.7 50 300 0.08 20 2690 X7.7 80 300 0.08 20 2690 X7.7 220 300 0.08 20 2690 X7.7 400 0.08 30 2200 X5.8 400 0.08 26 X7.7 5 400 0.08 30 2200 X5.8 5 400 0.08 26 X7.7 22 400 0.08 30 2200 X5.8 38 Ripple Current ( ma, rms ) at 5, 0KHz

PM series W.V. V 20 Capacitance ( F) L.C. ( A,2min) tg (20Hz,20 ) ESR (m,0khz) Maximum Permissible Ripple Current(mA,r.m.s) Size D L(mm) 22 400 0.08 26 X7.7 33 400 0.08 30 2200 X5.8 33 400 0.08 26 X7.7 47 400 0.08 30 2200 X5.8 47 400 0.08 26 X7.7 68 400 0.08 30 2200 X5.8 68 400 0.08 20 2690 X7.7 82 400 0.08 20 2690 X7.7 0 400 0.08 20 2690 X7.7 600 0.08 30 2200 X5.8 600 0.08 2670 X7.7 5 600 0.08 30 2200 X5.8 5 600 0.08 2670 X7.7 22 600 0.08 30 2200 X5.8 22 600 0.08 2670 X7.7 33 600 0.08 2670 X7.7 39 600 0.08 2670 X7.7 47 600 0.08 2670 X7.7 600 0.08 30 2200 X5.8 600 0.08 2670 X7.7 22 600 0.08 2670 X7.7 33 600 0.08 2670 X7.7 39 600 0.08 2670 X7.7 Ripple Current ( ma, rms ) at 5, 0KHz Conductive Polymer Size List WV (SV) Cap( F) 2.5 (2.8) 4 (4.6) (7.2) (.5) (8.4) 20 (23) (27.5) 4X5.5 X5.8 / X7.7 X5.8 / X7.7 X5.8 / X7.7 5 4X5.5 X5.8 / X7.7 X5.8 / X7.7 X5.8 / X7.7 22 4X5.5 X5.8 / X7.7 X5.8 / X7.7 X7.7 33 5X5.5 / X5.8 X5.8 / X7.7 X7.7 X7.7 39 5X5.5 / X5.8 X5.8 / X7.7 X7.7 X7.7 47 X5.8 / X7.7 X5.8 / X7.7 X7.7 68 X5.8 / X7.7 X5.8 / X7.7 82 X5.8 / X7.7 X7.7 0 4X5.5 / 5X5.5 5X5.5 X5.8 / X7.7 X5.8 / X7.7 X7.7 50 5X5.5 / X5.8 X5.8 / X7.7 X5.8 / X7.7 X7.7 80 5X5.5 / X5.8 X5.8 / X7.7 X7.7 X7.7 220 5X5.5 / X5.8 X5.8 / X7.7 X7.7 X7.7 270 X5.8 / X7.7 X5.8 / X7.7 X7.7 330 X5.8 / X7.7 X5.8 / X7.7 X7.7 390 X7.7 X7.7 470 X7.7 X7.7 560 X7.7 Ripple Current ( ma, rms ) at 5 0Hz 39

PD series PD series SMD type & Large capacitance Features SMD type & Large capacitance Ultra low ESR at high frequency range &.Large permissible ripple current. Long life and high reliability(reliability: 0.% / 00Hrs). Specifications Item Operating Temperature Range Rated Voltage Range Capacitance Range Capacitance Tolerance Leakage Current (+20,max.) Dissipation Factor (tan at 20 20Hz) ESR 0K~300KHz Performance Characteristics -55~+5 2.5~ VDC 39 to 3300 F 20%(20Hz,+20 ) Not to exceed the value specified ( A, after 2 minutes) Not to exceed the value specified Not to exceed the value specified Endurance 5 2000h at rated voltage Moisture Resistance Stored at 60 RH90~95% 2000h Capacitance Change Leakage current ESR Dissipation Factor Capacitance Change Leakage current ESR Dissipation Factor Within 20% of the value before test Not to exceed the value specified Not to exceed 50% of the value specified Not to exceed 50% of the value specified Within 20% of the value before test Not to exceed the value specified Not to exceed 50% of the value specified Not to exceed 50% of the value specified Frequency Coefficient for Ripple Current Frequency 20Hz freq.<khz KHz freq.<khz KHz freq.<0khz 0KHz freq.<300khz Coefficient 0.05 0.3 0.7 Recommended land pattern:(unit:mm) D L a b c 8X.7 2.8 4.2.9 X2.4 4.3 4.4.9 Diagram of Dimensions:(unit:mm) D L W H C R P 8X.7 8.3 8.3 9.0 0.8 to. 3.2 X2.4.3.3.0 0.8 to. 4.6 40

PD series Dimensions & Characteristics W.V. V 2.5 4.0 20 Capacitance L.C. tg ESR Maximum Permissible Ripple Size ( F) ( A,2min) (20Hz,20 ) (m,0khz) Current(mA,r.m.s) D L(mm) 560 280 0.08 8 5200 8X.7 680 340 0.08 8 5200 8X.7 820 4 0.08 8 5200 8X.7 00 500 0.08 8 5200 8X.7 500 750 0.08 8 5200 8X.7 2000 00 0.08 8 5500 X2.4 00 0 0.08 8 5500 X2.4 2700 350 0. 8 5500 X2.4 3000 500 0. 8 5500 X2.4 3300 50 0. 8 5500 X2.4 560 448 0.08 8 5200 8X.7 680 544 0.08 8 5200 8X.7 820 656 0.08 8 5200 8X.7 00 800 0. 8 5200 8X.7 200 960 0. 8 5200 8X.7 500 200 0. 8 5500 X2.4 2000 00 0. 8 5500 X2.4 00 2000 0. 8 5500 X2.4 80 226.8 0.08 8 5200 8X.7 220 277.2 0.08 8 5200 8X.7 270 340.2 0.08 8 5200 8X.7 330 4 0.08 8 5200 8X.7 390 49 0.08 8 5200 8X.7 470 592 0.08 8 5200 8X.7 560 705.6 0.08 8 5200 8X.7 680 856 0.08 8 5200 8X.7 680 856 0.08 8 5500 X2.4 820 33.2 0. 8 5200 8X.7 820 33.2 0. 8 5500 X2.4 00 260 0. 8 5500 X2.4 200 52 0. 8 5500 X2.4 500 890 0. 8 5500 X2.4 2000 20 0. 8 5500 X2.4 80 360 0.08 8 5200 8X.7 220 440 0.08 8 5200 8X.7 270 540 0.08 8 5200 8X.7 330 660 0.08 8 5200 8X.7 390 780 0.08 8 5200 8X.7 470 940 0.08 8 5200 8X.7 560 20 0.08 8 5200 8X.7 680 360 0. 8 5500 X2.4 820 40 0. 8 5500 X2.4 00 2000 0. 8 5500 X2.4 200 2400 0. 8 5500 X2.4 80 576 0.08 4700 8X.7 220 704 0.08 4700 8X.7 270 864 0.08 4700 8X.7 330 56 0.08 4700 8X.7 330 56 0.08 50 X2.4 470 504 0. 50 X2.4 680 276 0. 50 X2.4 820 2624 0. 50 X2.4 39 56 0.08 5 42 8X.7 47 88 0.08 5 42 8X.7 68 272 0.08 5 42 8X.7 82 328 0.08 5 42 8X.7 0 400 0.08 5 4800 X2.4 80 720 0. 5 4800 X2.4 220 880 0. 5 4800 X2.4 Conductive Polymer 4 Ripple Current ( ma, rms ) at 5, 0KHz

PD series W.V. V Capacitance ( F) L.C. ( A,2min) tg (20Hz,20 ) ESR (m,0khz) Maximum Permissible Ripple Current(mA,r.m.s) Size D L(mm) 39 95 0.08 5 42 8X.7 47 235 0.08 5 42 8X.7 68 340 0.08 5 42 8X.7 82 4 0.08 5 42 8X.7 0 500 0. 5 4800 X2.4 50 750 0. 5 4800 X2.4 80 900 0. 5 4800 X2.4 Ripple Current ( ma, rms ) at 5, 0KHz Size List Cap( F) WV (SV) 2.5 (2.8) 4 (4.6) (7.2) (.5) (8.4) 20 (23) (27.5) 39 8X.7 8X.7 47 8X.7 8X.7 68 8X.7 8X.7 82 8X.7 8X.7 0 X2.4 X2.4 80 8X.7 8X.7 8X.7 X2.4 X2.4 220 8X.7 8X.7 8X.7 X2.4 270 8X.7 8X.7 8X.7 330 8X.7 8X.7 8X.7 / X2.4 390 8X.7 8X.7 X2.4 470 8X.7 8X.7 X2.4 560 8X.7 8X.7 8X.7 8X.7 X2.4 680 8X.7 8X.7 8X.7 / X2.4 X2.4 X2.4 820 8X.7 8X.7 8X.7 / X2.4 X2.4 X2.4 00 8X.7 8X.7 X2.4 X2.4 200 8X.7 8X.7 X2.4 X2.4 500 8X.7 X2.4 X2.4 2000 X2.4 X2.4 X2.4 00 X2.4 X2.4 2700 X2.4 3000 X2.4 3300 X2.4 Ripple Current ( ma, rms ) at 5 0Hz 42

PV series PV series SMD type & Low height Features SMD type, Low height & Large capacitance Low ESR at high frequency range &.Large permissible ripple current. Long life and high reliability(reliability: 0.% / 00Hrs). Specifications Item Performance Characteristics Operating Temperature Range -55~+5 Rated Voltage Range 2.5~ VDC Capacitance Range 39 to 00 F Capacitance Tolerance Leakage Current (+20,max.) Dissipation Factor (tan at 20 20Hz) ESR 0K~300KHz Endurance 5 2000h at rated voltage Capacitance Change Leakage current ESR Dissipation Factor 20%(20Hz,+20 ) Not to exceed the value specified ( A, after 2 minutes) Not to exceed the value specified Not to exceed the value specified Within 20% of the value before test Not to exceed the value specified Not to exceed 50% of the value specified Not to exceed 50% of the value specified Conductive Polymer Capacitance Change Within 20% of the value before test Moisture Resistance Stored at 60 RH90~95% 2000h Leakage current ESR Not to exceed the value specified Not to exceed 50% of the value specified Dissipation Factor Not to exceed 50% of the value specified Frequency Coefficient for Ripple Current Frequency 20Hz freq.<khz KHz freq.<khz KHz freq.<0khz 0KHz freq.<300khz Coefficient 0.05 0.3 0.7 Recommended land pattern:(unit:mm) D L a b c 8X7.7 2.8 4.2.9 8X.5 2.8 4.2.9 X7.7 4.3 4.4.9 X.5 4.3 4.4.9 Diagram of Dimensions:(unit:mm) D L W H C R P 8X7.7 8.3 8.3 9.0 0.8 to. 3.2 8X.5 8.3 8.3 9.0 0.8 to. 3.2 X7.7.3.3.0 0.8 to. 4.6 X.5.3.3.0 0.8 to. 4.6 43

PV series Dimensions & Characteristics W.V. V 2.5 4.0 20 Capacitance L.C. tg ESR Maximum Permissible Ripple Size ( F) ( A,2min) (20Hz,20 ) (m,0khz) Current(mA,r.m.s) D L(mm) 560 280 0.08 5 3700 8X7.7 680 340 0.08 5 3700 8X7.7 820 4 0.08 5 3700 8X7.7 00 500 0.08 5 3700 8X7.7 200 600 0.08 4800 8X.5 500 750 0. 5 40 X7.7 2000 00 0. 5 40 X7.7 00 0 0. 50 X.5 560 448 0.08 5 3700 8X7.7 560 448 0.08 4800 8X.5 680 544 0.08 5 3700 8X7.7 680 544 0.08 4800 8X.5 820 656 0.08 5 3700 8X7.7 820 656 0.08 4800 8X.5 00 800 0. 4800 8X.5 200 960 0. 5 40 X7.7 200 960 0. 50 X.5 500 200 0. 5 40 X7.7 500 200 0. 50 X.5 2000 00 0. 50 X.5 80 227 0.08 5 3700 8X7.7 220 277 0.08 5 3700 8X7.7 270 340 0.08 5 3700 8X7.7 330 4 0.08 5 3700 8X7.7 330 4 0.08 4800 8X.5 390 49 0.08 5 3700 8X7.7 390 49 0.08 4800 8X.5 470 592 0.08 5 3700 8X7.7 470 592 0.08 4800 8X.5 560 705.6 0.08 5 3700 8X7.7 560 705.6 0.08 4800 8X.5 680 856.8 0.08 4800 8X.5 680 856.8 0.08 5 40 X7.7 820 33.2 0. 5 40 X7.7 820 33.2 0. 50 X.5 00 260 0. 5 40 X7.7 00 260 0. 50 X.5 200 260 0. 50 X.5 80 360 0.08 5 3700 8X7.7 220 440 0.08 5 3700 8X7.7 330 660 0.08 5 3700 8X7.7 390 780 0.08 5 3700 8X7.7 470 940 0.08 4800 8X.5 560 20 0.08 5 40 X7.7 680 360 0. 5 40 X7.7 820 40 0. 50 X.5 80 288 0.08 5 3700 8X7.7 80 288 0.08 4800 8X.5 220 352 0.08 5 3700 8X7.7 220 352 0.08 4800 8X.5 270 432 0.08 4800 8X.5 270 432 0.08 5 40 X7.7 330 528 0.08 4800 8X.5 330 528 0.08 5 40 X7.7 390 624 0. 50 X.5 470 752 0. 50 X.5 39 56 0.08 8 3500 8X7.7 39 56 0.08 2 4500 8X.5 47 88 0.08 8 3500 8X7.7 44 Ripple Current ( ma, rms ) at 5, 0KHz

PV series W.V. V 20 Capacitance ( F) L.C. ( A,2min) tg (20Hz,20 ) ESR (m,0khz) Maximum Permissible Ripple Current(mA,r.m.s) Size D L(mm) 47 88 0.08 2 4500 8X.5 68 272 0.08 8 3500 8X7.7 68 272 0.08 2 4500 8X.5 82 328 0.08 8 3500 8X7.7 82 328 0.08 2 4500 8X.5 0 400 0.08 8 3500 8X7.7 0 400 0.08 2 4500 8X.5 50 600 0.08 2 4500 8X.5 50 600 0.08 5 40 X7.7 80 720 0. 5 40 X7.7 80 720 0. 50 X.5 220 880 0. 50 X.5 39 95 0.08 8 3500 8X7.7 39 95 0.08 2 4500 8X.5 47 235 0.08 8 3500 8X7.7 47 235 0.08 2 4500 8X.5 68 340 0.08 8 3500 8X7.7 68 340 0.08 2 4500 8X.5 82 4 0.08 8 3500 8X7.7 82 4 0.08 2 4500 8X.5 0 500 0. 2 4500 8X.5 0 500 0. 5 40 X7.7 50 750 0. 2 5000 X.5 Ripple Current ( ma, rms ) at 5, 0KHz Conductive Polymer Size List WV (SV) Cap( F) 2.5 (2.8) 4 (4.6) (7.2) (.5) (8.4) 20 (23) (27.5) 39 8X7.7 / 8X.5 8X7.7 / 8X.5 47 8X7.7 / 8X.5 8X7.7 / 8X.5 68 8X7.7 / 8X.5 8X7.7 / 8X.5 82 8X7.7 / 8X.5 8X7.7 / 8X.5 0 8X7.7 / 8X.5 8x.5 / X7.7 50 8x.5 / X7.7 X.5 80 8X7.7 8X7.7 8X7.7 / 8X.5 X7.7 / X.5 220 8X7.7 8X7.7 8X7.7 / 8X.5 X.5 270 8X7.7 8X7.7 8x.5 / X7.7 330 8X7.7 / 8X.5 8X7.7 8x.5 / X7.7 390 8X7.7 / 8X.5 8X7.7 X.5 470 8X7.7 / 8X.5 8X.5 X.5 560 8X7.7 8X7.7 / 8X.5 8X7.7 / 8X.5 X7.7 680 8X7.7 8X7.7 / 8X.5 8x.5 / X7.7 X7.7 820 8X7.7 8X7.7 / 8X.5 X7.7 / X.5 X.5 00 8X7.7 8X.5 X7.7 / X.5 200 8X.5 X7.7 / X.5 X.5 500 X7.7 X7.7 / X.5 2000 X7.7 X.5 00 X.5 Ripple Current ( ma, rms ) at 5 0Hz 45

EV series EV Series High CV Features Chip type long life capacitance in large case sizes Chip type with load life of 00 hours at +5 Designed for surface mounting on high density PC board Applicable to automatic insertion machine using carrier tape For detail specifications, please refer to Engineering Bulletin NO.E59 RoHS Compliant Specifications Item Operating Temperature Range Rated Voltage Range Capacitance Range Capacitance Tolerance Leakage Current (+20,max.) Dissipation Factor (tan at 20 20Hz) Low Temperature Characteristics (at 20Hz) Load Life Shelf Life Resistance to soldering heat Impedance ratio max Performance Characteristics -40~ +5 ~50 VDC 0. to 500 F 20%(20Hz,+20 ) I 0.0 CV or 3 ( A) After 2 minutes whichever is greater measured with rated working voltage applied. Working voltage(vdc) 35 50 D.F.(%)max 30 24 20 8 4 Working voltage(vdc) 35 50 Z- / +20 4 3 2 2 2 2 Z-40 / +20 8 8 4 4 3 3 Test condition :00 Hrs Ambient temperature :+5 Applied voltage :Rated DC working voltage After test requirement at +20 Capacitance change : Within % of initial value for capacitance of V or less Within 20% of initial value for capacitance of V or more Dissipation factor : Less than 200% of specified value Leakage current : Less than specified value Test condition :00 Hrs Ambient temperature :+5 Applied voltage :None After test requirement at +20 :Same limits as Load life. Pre-treatment for measurements shall be conducted after application of DC working voltage for 30 minutes. The capacitors shall be kept on the hot plate maintained at 0 for 30 seconds. After removing form the hot plate and restored at room temperature, they meet the characteristic requirements listed under. Leakage current Capacitance change tan Less than specified value Within % of initial value Less than specified value Multiplier for Ripple Current vs. Frequency CAP( F) Frequency(Hz) 60(50) 0.~47 F 0.8 0~00 F 0.8 20.0.0 Diagram of Dimensions:(unit:mm) 500.20. K.30.5 K.50.20 Cathode D 4 5 8 8 L 5.5 5.5 5.5 7.7 6.5.5.5 A 4.3 5.3 6.6 6.6 8.3 8.3.3 B 4.3 5.3 6.6 6.6 8.3 8.3.3 C 4.9 5.9 7.2 7.2 9.0 9.0.0 W 0.5~0.8 0.5~0.8 0.5~0.8 0.5~0.8 0.5~0.8 0.7~. 0.7~. P.0.4 2.2 2.2 2.3 3. 4.5 46

EV series Case Size Cap( F) WV(SV) (8) (3) (20) Size Ripple Size Ripple Size Ripple Size Ripple Size Ripple Size Ripple 0. 4X5.5.0 0.22 4X5.5 2.6 0.33 4X5.5 3.2 0.47 4X5.5 3.8.0 4X5.5 2.2 4X5.5 3.3 4X5.5 4 4.7 4X5.5 4X5.5 5X5.5 22 4X5.5 8 4X5.5 26 4X5.5 27 X5.5 33 22 4X5.5 22 4X5.5 27 4X5.5 30 5X5.5 38 X5.5 42 X5.5 5 33 4X5.5 30 (32) 35 (44) 50 (63) 4X5.5 X5.5 50 X7.7 60 5X5.5 40 5X5.5 48 5X5.5 40 X7.7 58 8X6.5 60 47 4X5.5 36 5X5.5 46 5X5.5 5 X5.5 63 X7.7 66 0 5X5.5 60 X5.5 60 X5.5 60 50 X5.5 86 X5.5 86 220 330 X7.7 2 X7.7 5 8X6.5 2 8X6.5 5 X7.7 95 8X6.5 95 X7.7 9 X7.7 84 8X6.5 9 8X6.5 84 X7.7 66 8X6.5 66 8X.5 40 8X.5 40 8X.5 55 X.5 80 X7.7 5 8X.5 55 X.5 90 X.5 220 X7.7 5 8X.5 75 X.5 300 8X.5 95 8X.5 95 8X6.5 5 X.5 98 470 8X.5 2 8X.5 2 8X.5 2 X.5 300 00 X.5 230 X.5 3 500 X.5 3 SMD Ripple Current ( ma, rms ) at 5 20Hz 47

LV series LV Series Features 85 standard, case diameter 4~ mm Reflow soldering is available Available for high density mounting For detail specifications, please refer to Engineering Bulletin No. E30 RoHS Compliant Specifications Item Operating Temperature Range Rated Voltage Range Capacitance Range Capacitance Tolerance Leakage Current (+20,max.) Dissipation Factor (tan at 20 20Hz) Low Temperature Characteristics (at 20Hz) Impedance ratio max Performance Characteristics -40~ +85 4~50 VDC 0. to 500 F 20%(20Hz,+20 ) I 0.0 CV or 3 ( A) After 2 minutes, whichever is greater measured with rated working voltage applied Rated voltage(vdc) D.F.( ) 4~ max 8~ Rated voltage(vdc) Z- AZ+20 Z-40 AZ+20 4 42 45 4 7 5 30 24 4 8 22 26 3 8 8 20 2 4 2 4 35 4 4 35 2 3 50 4 4 50 2 3 Load Life Shelf Life Resistance to soldering heat Test conditions :2000 Hrs Ambient temperature :+85 Applied voltage :Rated DC working voltage After test requirements at +20 : Capacitance change :Within % of the initial value Dissipation factor :Not more than 200% of specified value Leakage current :Not more than the specified value Test conditions :00 Hrs Ambient temperature :+85 Applied voltage :None After test requirements at +20 : Same limits as Load life. Pre-treatment for measurements shall be conducted after application of DC working voltage for 30 minutes. The capacitors shall be kept on the hot plate maintained at 0 for 30 seconds. After removing form the hot plate and restored at room temperature, they meet the characteristic requirements listed under. Leakage current Capacitance change tan Less than specified value Within % of initial value Less than specified value Multiplier for Ripple Current vs. Frequency CAP( F) Frequency(Hz) 60(50) 0.~47 F 0.8 0~00 F 0.8 20.0.0 500.20. K.30.5 K.50.20 Diagram of Dimensions:(unit:mm) Cathode D 4 5 8 8 L 5.5 5.5 5.5 7.7 6.5.5.5 A 4.3 5.3 6.6 6.6 8.3 8.3.3 B 4.3 5.3 6.6 6.6 8.3 8.3.3 C 4.9 5.9 7.2 7.2 9.0 9.0.0 W 0.5~0.8 0.5~0.8 0.5~0.8 0.5~0.8 0.5~0.8 0.7~. 0.7~. P.0.4 2.2 2.2 2.3 3. 4.5 48

LV series Case Size WV (SV) 4 (5) (8) (3) (20) (32) 35 (44) 50 (63) Cap(μF) Size Ripple Size Ripple Size Ripple Size Ripple Size Ripple Size Ripple Size Ripple 0. 4X5.5.0 0.22 4X5.5 2.0 033 4X5.5 2.8 0.47 4X5.5 4.0 4X5.5 8.4 2.2 4X5.5 4 3.3 4X5.5 7 4.7 4X5.5 8 4X5.5 8 4X5.5 22 4X5.5 2 4X5.5 23 4X5.5 27 4X5.5 29 X5.5 35 22 4X5.5 29 4X5.5 33 5X5.5 40 5X5.5 45 X7.7 75 4X5.5 37 5X5.5 37 X5.5 40 X5.5 48 8X6.5 80 33 4X5.5 33 4X5.5 4 5X5.5 46 X7.7 88 5X5.5 45 X5.5 58 5X5.5 37 5X5.5 43 X5.5 54 8X6.5 200 47 4X5.5 28 4X5.5 40 5X5.5 50 X5.5 65 X7.7 2 5X5.5 52 X5.5 60 5X5.5 46 X5.5 60 8X6.5 5 8X6.5 240 0 4X5.5 34 5X5.5 70 X5.5 76 X5.5 0 X7.7 50 X7.7 0 8X6.5 0 8X.5 280 8X.5 300 220 X5.5 6 X7.7 4 X7.7 70 X7.7 85 8X6.5 50 8X6.5 90 8X.5 290 8X.5 300 X.5 400 X.5 450 330 X7.7 35 X7.7 97 8X6.5 45 8X6.5 2 8X.5 330 8X.5 330 X.5 450 X.5 460 470 8X6.5 220 8X.5 220 8X.5 380 8X.5 420 X.5 480 X.5 460 560 8X.5 242 8X.5 4 X.5 450 X.5 500 680 8X.5 285 8X.5 460 X.5 480 00 X.5 370 X.5 500 X.5 5 200 X.5 4 X.5 5 500 X.5 470 X.5 530 SMD Ripple Current ( ma, rms ) at 85 20Hz 49

HV Series HV Series Features Long life of 2000 hrs at 5 Reflow soldering is available Available for high density mounting For detail specifications, please refer to Engineering Bulletin No. E3 RoHS Compliant Specifications Item Operating Temperature Range Rated Voltage Range Capacitance Range Capacitance Tolerance Leakage Current (+20,max.) Performance Characteristics -40~ +5 ~50 VDC 0. to 500 F 20%(20Hz,+20 ) I 0.0 CV or 3 ( A) After 2 minutes, whichever is greater measured with rated working voltage applied Dissipation Factor (tan at 20 20Hz) Rated voltage(vdc) D.F. ( ) max. 30 24 20 35 4 50 4 Impedance ratio max Low Temperature Characteristics (at 20Hz) Rated voltage(vdc) Z- AZ+20 Z-40 AZ+20 6 2 4 4 8 3 6 35 2 4 50 2 4 Load Life Shelf Life Resistance to soldering heat Test conditions :2000 Hrs Ambient temperature :+5 Applied voltage :Rated DC working voltage After test requirements at +20 : Capacitance change :Within 30% of the initial value Dissipation factor :Not more than 300% of specified value Leakage current :Not more than the specified value Test conditions :00 Hrs Ambient temperature :+5 Applied voltage :None After test requirements at +20 : Same limits as Load life. Pre-treatment for measurements shall be conducted after application of DC working voltage for 30 minutes. The capacitors shall be kept on the hot plate maintained at 0 for 30 seconds. After removing form the hot plate and restored at room temperature, they meet the characteristic requirements listed under. Leakage current Capacitance change tan Less than specified value Within % of initial value Less than specified value Multiplier for Ripple Current vs. Frequency CAP( F) Frequency(Hz) 60(50) 0.~47 F 0~00 F 0.8 0.8 20.0.0 500.20. K.30.5 K.50.20 Diagram of Dimensions:(unit:mm) Cathode D 4 5 8 8 L 5.5 5.5 5.5 7.7 6.5.5.5 A 4.3 5.3 6.6 6.6 8.3 8.3.3 B 4.3 5.3 6.6 6.6 8.3 8.3.3 C 4.9 5.9 7.2 7.2 9.0 9.0.0 W 0.5~0.8 0.5~0.8 0.5~0.8 0.5~0.8 0.5~0.8 0.7~. 0.7~. P.0.4 2.2 2.2 2.3 3. 4.5 50

HV Series Case Size WV (SV) (8) (3) (20) (32) 35 (44) 50 (63) Cap(μF) Size Ripple Size Ripple Size Ripple Size Ripple Size Ripple Size Ripple 0. 4X5.5.0 0.22 4X5.5 2.0 0.33 4X5.5 3.0 0.47 4X5.5 4.0 4X5.5 8.4 2.2 4X5.5 3.3 4X5.5 3 4.7 4X5.5 2 4X5.5 4 4X5.5 8 4X5.5 20 4X5.5 22 4X5.5 24 X5.5 28 22 4X5.5 23 4X5.5 4X5.5 3 5X5.5 40 X7.7 50 5X5.5 38 5X5.5 35 X5.5 46 8X6.5 55 33 4X5.5 28 4X5.5 34 5X5.5 36 X7.7 47 X7.7 95 X5.5 48 X5.5 40 8X6.5 50 8X.5 35 47 4X5.5 37 5X5.5 45 X7.7 56 X7.7 60 X7.7 5 5X5.5 40 5X5.5 42 X5.5 56 8X6.5 60 8X6.5 65 8X.5 55 0 5X5.5 46 X5.5 55 X7.7 58 X7.7 X7.7 30 X5.5 57 8X6.5 60 8X6.5 62 8X.5 0 8X.5 80 X.5 35 50 X5.5 70 X5.5 90 X7.7 8X6.5 90 8X6.5 8X6.5 40 8X.5 75 8X.5 90 X.5 330 220 X7.7 90 X7.7 40 X7.7 70 8X.5 80 8X.5 0 8X6.5 30 8X6.5 0 8X.5 85 X.5 90 X.5 280 X.5 350 330 X7.7 40 8X.5 70 8X.5 95 8X.5 0 8X.5 290 X.5 360 470 8X.5 2 8X.5 350 8X.5 370 X.5 420 X.5 420 X.5 440 560 8X.5 3 X.5 450 X.5 480 680 X.5 370 X.5 480 X.5 540 00 X.5 480 X.5 530 200 X.5 500 500 X.5 520 SMD Ripple Current ( ma, rms ) at 5 20Hz 5

JV Series JV Series Long Life, High CV Features Chip type long life capacitance in large case sizes Chip type with load life of 3000 hours at +5 Designed for surface mounting on high density PC board Applicable to automatic insertion machine using carrier tape For detail specifications, please refer to Engineering Bulletin NO.E55 RoHS Compliant Specifications Item Operating Temperature Range Rated Voltage Range Capacitance Range Capacitance Tolerance Leakage Current (+20,max.) Dissipation Factor (tan at 20 20Hz) Low Temperature Characteristics (at 20Hz) Load Life Shelf Life Resistance to soldering heat Performance Characteristics -40~+5 ~50 VDC 0. to 00 F 20%(20Hz,+20 ) I 0.0 CV or 3 ( A)After 2 minutes whichever is greater measured with rated working voltage applied. Working Voltage(VDC) 35 50 D.F.(%)max. 28 24 20 3 2 Impedance ratio max (at: 20Hz) Working voltage(vdc) 35 50 Z- / +20 4 3 2 2 2 2 Z-40 / +20 7 5 3 3 3 Test condition Ambient temperature Applied voltage : 3000 Hrs :+5 :Rated DC working voltage After test requirement at +20 Capacitance change : Within 30% of initial value Dissipation factor : Less than 300% of specified value Leakage current : Less than specified value Test condition :00 Hrs Ambient temperature :+5 Applied voltage :None After test requirement at +20 :Same limits as Load life. Pre-treatment for measurements shall be conducted after application of DC working voltage for 30 minutes. The following specifications shall be satisfied when the capacitors are restored to20 after exposing them at 0 for 30 seconds. Leakage current Capacitance change tan Less than specified value Within % of initial value Less than specified value Multiplier for Ripple Current vs. Frequency CAP( F) Frequency(Hz) 60(50) 0.~47 F 0.8 0~00 F 0.8 20.0.0 Diagram of Dimensions:(unit:mm) 500.20. K.30.5 K.50.20 Cathode D 4 5 8 8 L 5.5 5.5 5.5 7.7 6.5.5.5 A 4.3 5.3 6.6 6.6 8.3 8.3.3 B 4.3 5.3 6.6 6.6 8.3 8.3.3 C 4.9 5.9 7.2 7.2 9.0 9.0.0 W 0.5~0.8 0.5~0.8 0.5~0.8 0.5~0.8 0.5~0.8 0.7~. 0.7~. P.0.4 2.2 2.2 2.3 3. 4.5 52

JV Series Case Size Cap( F) WV(SV) (8) (3) (20) Size Ripple Size Ripple Size Ripple Size Ripple Size Ripple Size Ripple 0. 4X5.5.0 0.22 4X5.5 2.6 0.33 4X5.5 3.2 0.47 4X5.5 5.0.0 4X5.5 8.0 2.2 4X5.5 2 3.3 4X5.5 7 4.7 4X5.5 4X5.5 5X5.5 22 4X5.5 8 4X5.5 26 5X5.5 27 X5.5 33 22 4X5.5 22 5X5.5 30 5X5.5 3 X5.5 44 X5.5 45 X7.7 58 33 5X5.5 33 5X5.5 35 X5.5 48 X5.5 50 X7.7 58 8X.5 40 47 5X5.5 36 X5.5 52 X5.5 5 X7.7 66 8X.5 93 8X.5 70 0 X5.5 68 X7.7 8 X7.7 83 8X.5 8 X.5 55 X.5 300 220 X7.7 20 8X.5 42 X.5 222 X.5 300 X.5 340 (32) 330 8X.5 230 X.5 280 X.5 305 X.5 395 470 X.5 290 X.5 305 X.5 330 00 X.5 360 35 (44) 50 (63) SMD Ripple Current ( ma, rms ) at 5 20Hz 53

MV Series MV Series Chip type,long Life, High CV Features Chip type long life capacitance in large case sizes Chip type with load life of 5000 hours at +5 Designed for surface mounting on high density PC board Applicable to automatic insertion machine using carrier tape Complied to the RoHS directive For detail specifications, please refer to Engineering Bulletin NO. E56 RoHS Compliant Specifications Item Operating Temperature Range Rated Voltage Range Capacitance Range Capacitance Tolerance Leakage Current (+20,max.) Dissipation Factor (tan at 20 20Hz) Low Temperature Characteristics (at 20Hz) Load Life Shelf Life Resistance to soldering heat Performance Characteristics -40~+5 ~50 VDC 0. to 00 F 20%(20Hz,+20 ) I 0.0 CV or 3 ( A)After 2 minutes whichever is greater measured with rated working voltage applied. Working Voltage(VDC) 35 50 D.F.(%)max. 28 24 20 3 2 Impedance ratio max (at: 20Hz) Working voltage(vdc) 35 50 Z- / +20 4 3 2 2 2 2 Z-40 / +20 7 5 3 3 3 Test condition Ambient temperature Applied voltage : 5000 Hrs :+5 :Rated DC working voltage After test requirement at +20 Capacitance change : Within 30% of initial value Dissipation factor : Less than 300% of specified value Leakage current : Less than specified value Test condition :00 Hrs Ambient temperature :+5 Applied voltage :None After test requirement at +20 :Same limits as Load life. Pre-treatment for measurements shall be conducted after application of DC working voltage for 30 minutes. The following specifications shall be satisfied when the capacitors are restored to20 after exposing them at 0 for 30 seconds. Leakage current Capacitance change tan Less than specified value Within % of initial value Less than specified value Multiplier for Ripple Current vs. Frequency CAP( F) Frequency(Hz) 60(50) 0.~47 F 0.8 0~00 F 0.8 20.0.0 Diagram of Dimensions:(unit:mm) 500.20. K.30.5 K.50.20 Cathode D 4 5 8 8 L 5.5 5.5 5.5 7.7 6.5.5.5 A 4.3 5.3 6.6 6.6 8.3 8.3.3 B 4.3 5.3 6.6 6.6 8.3 8.3.3 C 4.9 5.9 7.2 7.2 9.0 9.0.0 W 0.5~0.8 0.5~0.8 0.5~0.8 0.5~0.8 0.5~0.8 0.7~. 0.7~. P.0.4 2.2 2.2 2.3 3. 4.5 54

MV Series Case Size Cap( F) WV(SV) (8) (3) (20) Size Ripple Size Ripple Size Ripple Size Ripple Size Ripple Size Ripple 0. 4X5.5.0 0.22 4X5.5 2.6 0.33 4X5.5 3.2 0.47 4X5.5 3.8.0 4X5.5 6.2 2.2 4X5.5 3.3 4X5.5 4 4.7 4X5.5 3 4X5.5 5 5X5.5 9 4X5.5 7 4X5.5 23 5X5.5 X5.5 30 22 4X5.5 22 5X5.5 28 5X5.5 30 X5.5 40 X5.5 42 X7.7 52 33 5X5.5 32 5X5.5 34 X5.5 44 X5.5 48 X7.7 57 8X.5 80 47 5X5.5 36 X5.5 48 X5.5 50 X7.7 63 8X.5 92 8X.5 95 0 X5.5 60 X7.7 79 X7.7 8 8X.5 X.5 50 X.5 0 220 X7.7 8X.5 40 X.5 2 X.5 240 X.5 280 (32) 330 8X.5 0 X.5 240 X.5 300 X.5 375 470 X.5 260 X.5 280 X.5 320 00 X.5 340 35 (44) 50 (63) SMD Ripple Current ( ma, rms ) at 5 20Hz 55

NV Series NV Series Features 85 Non-polarized Reflow soldering is available Available for high density mounting For detail specifications, please refer to Engineering Bulletin No.E32 RoHS Compliant Specifications Item Operating Temperature Range Rated Voltage Range Capacitance Range Capacitance Tolerance Leakage Current (+20,max.) Performance Characteristics -40~ +85 ~50 VDC 0. to 560 F 20%(20Hz,+20 ) 0.05 CV or ( A) After 2 minutes, whichever is greater measured with rated working voltage applied Dissipation Factor (tan at 20 20Hz) Rated voltage(vdc) D.F. (%) max. 24 20 7 7 35 5 50 5 Impedance ratio max Low Temperature Characteristics (at 20Hz) Rated voltage(vdc) Z- AZ+20 Z-40 AZ+20 4 8 3 6 2 4 2 3 35 2 3 50 2 3 Load Life Shelf Life Test conditions :2000 Hrs Ambient temperature :+85 Applied voltage :Rated DC working voltage After test requirements at +20 : Capacitance change :Within % of the initial value Dissipation factor :Not more than 200% of specified value Leakage current :Not more than the specified value Test conditions :00 Hrs Ambient temperature :+85 Applied voltage :None After test requirements at +20 : Same limits as Load life. Pre-treatment for measurements shall be conducted after application of DC working voltage for 30 minutes. The capacitors shall be kept on the hot plate maintained at 0 for 30 seconds. After removing form the hot plate and restored at room temperature, they meet the characteristic requirements listed under. Resistance to soldering heat Leakage current Capacitance change tan Less than specified value Within % of initial value Less than specified value Multiplier for Ripple Current vs. Frequency Frequency(Hz) Multiplier 60(50) 0.8 20.0 500.20 K.30 K.50 Diagram of Dimensions:(unit:mm) D 4 5 8 8 L 5.5 5.5 5.5 7.7 6.5.5 A 4.3 5.3 6.6 6.6 8.3 8.3 B 4.3 5.3 6.6 6.6 8.3 8.3 C 4.9 5.9 7.2 7.2 9.0 9.0 W 0.5~0.8 0.5~0.8 0.5~0.8 0.5~0.8 0.5~0.8 0.7~. P.0.4 2.2 2.2 2.3 3. 56

NV Series Case Size WV (SV) (8) (3) (20) (32) 35 (44) 50 (63) Cap(μF) Size Ripple Size Ripple Size Ripple Size Ripple Size Ripple Size Ripple 0. 4X5.5.0 0.22 4X5.5 2.0 0.33 4X5.5 2.8 0.47 4X5.5 4.0 4X5.5 8.4 2.2 4X5.5 8.4 4X5.5 3 5X5.5 3 3.3 4X5.5 2 4X5.5 2 4X5.5 4X5.5 7 5X5.5 2 5X5.5 5X5.5 7 4.7 4X5.5 2 4X5.5 4X5.5 8 5X5.5 20 5X5.5 5X5.5 8 X5.5 20 4X5.5 5 4X5.5 7 4X5.5 23 5X5.5 27 5X5.5 23 X5.5 27 X5.5 29 X5.5 32 22 4X5.5 28 5X5.5 33 5X5.5 37 5X5.5 32 X5.5 37 X5.5 37 X5.5 40 X5.5 45 8X.5 60 33 5X5.5 37 X5.5 4 X5.5 49 X7.7 5 8X6.5 55 8X.5 58 X.5 75 47 X5.5 45 X5.5 50 X7.7 5 X7.7 56 8X6.5 55 8X6.5 60 8X.5 64 X.5 0 0 X7.7 65 X7.7 75 8X6.5 70 8X6.5 80 8X.5 0 8X.5 30 220 8X.5 20 8X.5 50 X.5 70 330 8X.5 0 X.5 80 470 X.5 90 560 X.5 220 SMD Ripple Current ( ma, rms ) at 85 20Hz 57

KV Series KV Series Features 85 Low leakage curvent case diameter 4 ~ 8 Reflow soldering is available Available for high density mounting For detail specifications, please refer to Engineering Bulletin No.E34 RoHS Compliant Specifications Item Operating Temperature Range Rated Voltage Range Capacitance Range Capacitance Tolerance Leakage Current (+20,max.) Dissipation Factor (tan at 20 20Hz) Low Temperature Characteristics (at 20Hz) Load Life Shelf Life Resistance to soldering heat Impedance ratio max Performance Characteristics -40~ +85 ~50 VDC 0. to 330 F 20%(20Hz,+20 ) I 0.002 CV or 0.4 ( A) After 2 minutes, whichever is greater measured with rated working voltage applied Working voltage(vdc) D.F. (%) max. Working voltage(vdc) Z - AZ +20 Z -40 AZ +20 Test conditions :00 Hrs Ambient temperature :+85 Applied voltage :Rated DC working voltage After test requirements at +20 : Capacitance change :Within % of the initial value Dissipation factor :Not more than 200% of specified value Leakage current :Not more than the specified value Test conditions :00 Hrs Ambient temperature :+85 Applied voltage :None After test requirements at +20 : Same limits as Load life. Pre-treatment for measurements shall be conducted after application of DC working voltage for 30 minutes. The capacitors shall be kept on the hot plate maintained at 0 for 30 seconds. After removing form the hot plate and restored at room temperature, they meet the characteristic requirements listed under. Leakage current Capacitance change tan 26 4 8 22 3 6 8 2 4 2 4 Less than specified value Within % of initial value Less than specified value 35 4 35 2 3 50 2 50 2 3 Multiplier for Ripple Current vs. Frequency CAP( F) Frequency(Hz) 60(50) 0.~47 F 0~00 F 0.8 0.8 20 500.2. K.3.5 K.5.2 Diagram of Dimensions:(unit:mm) D 4 5 8 8 L 5.5 5.5 5.5 7.7 6.5.5.5 A 4.3 5.3 6.6 6.6 8.3 8.3.3 B 4.3 5.3 6.6 6.6 8.3 8.3.3 C 4.9 5.9 7.2 7.2 9.0 9.0.0 W 0.5~0.8 0.5~0.8 0.5~0.8 0.5~0.8 0.5~0.8 0.7~. 0.7~. P.0.4 2.2 2.2 2.3 3. 4.5 58

KV Series Case Size WV (SV) (8) (3) (20) (32) 35 (44) 50 (63) Cap(μF) Size Ripple Size Ripple Size Ripple Size Ripple Size Ripple Size Ripple 0. 4x5.5 0.22 4x5.5 2 0.33 4x5.5 2.8 0.47 4x5.5 4 4x5.5 8.4 2.2 4x5.5 8.4 4x5.5 3 3.3 4x5.5 4x5.5 5 4x5.5 7 4.7 4x5.5 4x5.5 4x5.5 8 x5.5 20 4x5.5 5 4x5.5 23 4x5.5 23 4x5.5 27 x5.5 29 x5.5 33 22 4x5.5 28 4x5.5 33 5x5.5 37 5x5.5 42 x5.5 46 x7.7 48 8x6.5 52 33 4x5.5 37 5x5.5 4 x5.5 49 x5.5 52 x7.7 58 x7.7 66 8x6.5 62 8x6.5 7 47 4x5.5 45 x5.5 52 x5.5 58 x7.7 65 x7.7 75 8x6.5 70 8x6.5 80 0 5x5.5 70 x7.7 75 x7.7 85 x7.7 2 8x6.5 80 8x6.5 92 8x6.5 220 x7.7 2 x7.7 8x6.5 8x6.5 35 330 x7.7 55 8x6.5 70 SMD Ripple Current ( ma, rms ) at 85 20Hz 59

ZV Series ZV Series Features Low impedence 0 KHz Reflow soldering is available Available for high density mounting Load life 2000 hrs at 5 For detail specifications, please refer to Engineering Bulletin No.E35 RoHS Compliant Specifications Item Operating Temperature Range Rated Voltage Range Capacitance Range Capacitance Tolerance Leakage Current (+20,max.) Dissipation Factor (tan at 20 20Hz) Low Temperature Characteristics (at 20Hz) Load Life Shelf Life Resistance to soldering heat Performance Characteristics -55~ +5 ~50 VDC to 500 F 20%(20Hz,+20 ) 0.0CV or 3( A) After 2 minutes, whichever is greater measured with rated working voltage applied Working voltage(vdc) D.F. (%) max. Impedance ratio max Working voltage(vdc) Z- AZ+20 Z-55 AZ+20 Test conditions Ambient temperature Applied voltage :2000 Hrs :+5 :Rated DC working voltage After test requirements at +5 : Capacitance change : % of the initial measured value Dissipation factor : 200% of the initial specified value Leakage current : The initial specified value Test conditions :00 Hrs Ambient temperature :+5 Applied voltage :None After test requirements at +20 : Same limits as Load life. Pre-treatment for measurements shall be conducted after application of DC working voltage for 30 minutes. The capacitors shall be kept on the hot plate maintained at 0 for 30 seconds. After removing form the hot plate and restored at room temperature, they meet the characteristic requirements listed under. Leakage current Capacitance change tan 22 2 8 9 3 6 2 4 4 2 4 Less than specified value Within % of initial value Less than specified value 35 4 35 2 3 50 2 50 2 3 Multiplier for Ripple Current vs. Frequency CAP( F) Frequency(Hz) 60(50) CAP CAP 0 0.47 0.52 20 0.59 0.65 400 0.76 0.80 K 0.85 0.89 K 0.97 0.97 50K-0K.0.0 Diagram of Dimensions:(unit:mm) D 4 5 8 8 L 5.5 5.5 5.5 7.7 6.5.5.5 A 4.3 5.3 6.6 6.6 8.3 8.3.3 B 4.3 5.3 6.6 6.6 8.3 8.3.3 C 4.9 5.9 7.2 7.2 9.0 9.0.0 W 0.5~0.8 0.5~0.8 0.5~0.8 0.5~0.8 0.5~0.8 0.7~. 0.7~. P.0.4 2.2 2.2 2.3 3. 4.5 60

ZV Series Case Size WV Cap (µf) (SV) (8) (3) (20) Size Ripple Impedance Size Ripple Impedance Size Ripple Impedance Size Ripple Impedance Size Ripple Impedance Size Ripple Impedance.0 4X5.5 53 5 4X5.5 53 5 2.2 4X5.5 53 5 4X5.5 53 5 3.3 4X5.5 53 5 4X5.5 53 5 4.7 4X5.5 53 5 4X5.5 53 5 4X5.5 53 5 6.8 4X5.5 58 4.5 4X5.5 65 4.0 5X5.5 85 2.8 5X5.5 65 4 4X5.5 65 5 4X5.5 74 3.7 4X5.5 90 3.5 5X5.5 90 3.5 5X5.5 98 2.5 5X5.5 80 2.6 X5.5 2.4 X5.5 0 2.5 5 4X5.5 70 2.6 5X5.5 0.9 5X5.5 20.8 X5.5 5.8 X5.5 40.5 X5.5 30.8 22 4X5.5 53 3.5 4X5.5 80 2.6 4X5.5 83 2.4 5X5.5 28.7 5X5.5 40.4 5X5.5 2.2 X5.5 40.5 X5.5 50.3 X5.5 40.5 27 4X5.5 65 3.2 5X5.5 85 2.4 5X5.5 35.9 X5.5 45.4 X5.5 5.2 X7.7 0.35 33 4X5.5 80 2.8 4X5.5 85 2.3 5X5.5 0.75 5X5.5 45.4 X5.5 85.2 X7.7 70 0.8 X7.7 2 0.9 5X5.5 82 2.6 5X5.5 2. X5.5 70.5 X5.5 75.3 8X6.5 230 0.8 8X6.5 80 0.75 47 4X5.5 82 2.4 5X5.5 30.7 5X5.5 70.6 X5.5 80.2 X5.5 200.0 X7.7 200 0.79 X7.7 95 0.8 X7.7 220 0.75 5X5.5 85 2.2 X5.5 0.5 X5.5 85.4 8X6.5 220 0.75 8X6.5 240 0.7 8X6.5 220 0.72 56 5X5.5 94.70 X5.5 80.45 X5.5 95.3 X5.5 95.5 X7.7 230 0.73 8X.5 260 0.68 68 5X5.5 0.6 X5.5 95.4 X5.5 205.2 X5.5 200. X7.7 240 0.7 X7.7 2. X7.7 2 0.75 X5.5 20.3 X7.7 2.3 8X6.5 220.0 8X6.5 230 0.7 8X6.5 0 0.68 8X.5 300 0.6 0 5X5.5.5 X5.5 2.3 X5.5 2. X7.7 220 0.75 X7.7 270 0.67 X5.5 0. X7.7 230.2 X7.7 220 0.9 8X6.5 0 0.7 8X.5 350 0.5 8X.5 3 0.55 50 X5.5 70 0.95 X5.5 220.0 X7.7 2 0.8 X7.7 95 0.85 8X6.5 240 0.8 8X6.5 240 0.7 8X.5 420 0.5 8X.5 430 0.45 X.5 540 0.28 220 X5.5 95 0.6 X7.7 245 0.6 X7.7 0 0.75 8X.5 480 0.3 X7.7 2 0.57 8X6.5 5 0.55 8X6.5 260 0.66 X.5 500 0.28 8X.5 450 0. X.5 570 0.26 330 X7.7 230 0.5 8X6.5 0 0.49 8X.5 400 0.36 8X.5 470 0.34 8X.5 5 0.26 X.5 570 0.23 470 8X.5 380 0.45 8X.5 470 0.32 8X.5 520 0.3 X.5 570 0.8 680 8X.5 420 0.42 X.5 620 0.29 X.5 600 0.26 00 8X.5 470 0.28 X.5 500 0. X.5 670 0. 200 X.5 530 0.20 500 X.5 570 0.7 (32) 35 (44) 50 (63) SMD Ripple Current ( ma, rms ) at 5 0KHz Max Impedance ( ) at 20 0 KHz 6

DV Series DV Series Chip type Features Chip type,low impedance Chip type with load life of 2000 hours at +5 Designed for surface mounting on high density PC board Applicable to automatic mounting machine using carrier tape Complied to the RoHS directive For detail specifications, please refer to Engineering Bulletin NO. ZV Low Impedance DV Specifications Item Operating Temperature Range Rated Voltage Range Capacitance Range Capacitance Tolerance Leakage Current (+20,max.) Performance Characteristics -55~ +5 ~50 VDC to 500 F 20%(20Hz,+20 ) I 0.0 CV or 3 ( A)After 2 minutes whichever is greater measured with rated working voltage applied. Dissipation Factor (tan at 20 20Hz) Working voltage(vdc) D.F. (%) max. 22 9 4 35 4 50 2 Impedance ratio max Low Temperature Characteristics (at 20Hz) Working voltage(vdc) Z- +20 Z-55 +20 2 8 2 6 2 4 2 4 35 2 3 50 2 3 Load Life Shelf Life Resistance to soldering heat Test conditions Ambient temperature Applied voltage :2000 Hrs :+5 :Rated DC working voltage After test requirements at +20 : Capacitance change :Within 30% of initial value Dissipation factor :Less than 300% of specified value Leakage current :Less than specified value Test conditions :00 Hrs Ambient temperature :+5 Applied voltage :None After test requirements at +20 : Same limits as Load life. Pre-treatment for measurements shall be conducted after application of DC working voltage for 30 minutes. The following specifications shall be satisfied when the capacitors are restored to20 after exposing them at 0 for 30 seconds. Leakage current Capacitance change tan Less than specified value Within % of initial value Less than specified value Multiplier for Ripple Current vs. Frequency CAP( F) Frequency(Hz) 60(50) CAP CAP 0 0.47 0.52 20 0.59 0.65 400 0.76 0.80 K 0.85 0.89 K 0.97 0.97 50K-0K.0.0 Diagram of Dimensions:(unit:mm) D 4 5 8 8 L 5.5 5.5 5.5 7.7 6.5.5.5 A 4.3 5.3 6.6 6.6 8.3 8.3.3 B 4.3 5.3 6.6 6.6 8.3 8.3.3 C 4.9 5.9 7.2 7.2 9.0 9.0.0 W 0.5~0.8 0.5~0.8 0.5~0.8 0.5~0.8 0.5~0.8 0.7~. 0.7~. P.0.4 2.2 2.2 2.3 3. 4.5 62

DV Series Case Size WV Cap (µf) (SV) (8) (3) (20) Size Ripple Impedance Size Ripple Impedance Size Ripple Impedance Size Ripple Impedance Size Ripple Impedance Size Ripple Impedance.0 4X5.5 55 4.5 2.2 4X5.5 55 4.5 3.3 4X5.5 80 2.8 4X5.5 55 4.5 4.7 4X5.5 85 2.3 4X5.5 55 4.5 6.8 4X5.5 70 2.8 4X5.5 88 2.2 5X5.5 75 3.8 4X5.5 80 2.2 4X5.5 85 2. 4X5.5 90 2.0 5X5.5 95 2.8 5X5.5.4 X5.5 30 2.2 5 4X5.5 85 2.0 5X5.5.9 5X5.5 40.2 X5.5 40.6 22 4X5.5 75 2.2 4X5.5 80 2.2 4X5.5 90.98 5X5.5 45.2 5X5.5 55. 5X5.5 40.2 X5.5 0.5 X5.5 70.05 X5.5 50.3 27 4X5.5 79..98 5X5.5.9 5X5.5 70 0.74 X5.5 200 0.62 X5.5 2 0.6 X7.7 80.2 33 4X5.5 82.9 4X5.5 90.85 5X5.5 0.05 X5.5 230 0.54 X7.7 90 0.7 X5.5 85 0.6 5X5.5 30.3 5X5.5 50.2 X5.5 220 0.58 8X6.5 260 0.5 8X6.5 200 0.7 47 4X5.5 86.88 5X5.5 5. 5X5.5 95.05 X5.5 220 0.56 X5.5 240 0.53 X7.7 230 0.7 5X5.5 50. X5.5 80 0.59 X5.5 2 0.58 X7.7 230 0.54 8X6.5 0 0.49 8X6.5 240 0.69 56 5X5.5 50. X5.5 2 0.57 X5.5 220 0.56 X5.5 230 0.54 X7.7 0 0.49 8X.5 300 0.52 68 5X5.5 0 0.9 X5.5 230 0.54 X5.5 240 0.48 X5.5 220 0.55 X5.5 220 0.55 8X6.5 240 0.50 8X6.5 260 0.45 X7.7 265 0.4 8X.5 320 0.5 0 5X5.5 70 0.8 X7.7 290 0.38 X7.7 300 0.38 X5.5 240 0.53 X5.5 5 0.52 X5.5 230 0.53 8X6.5 300 0.36 8X.5 420 0.28 8X.5 350 0.46 50 X5.5 235 0.5 X5.5 0 0.49 X7.7 265 0.45 8X6.5 0 0.48 8X6.5 260 0.47 8X6.5 270 0.44 8X.5 480 0. 8X.5 5 0.24 X.5 600 0. 220 X5.5 240 0.48 X7.7 270 0.44 X7.7 275 0.43 X7.7 260 0.45 8X6.5 285 0.40 8X6.5 285 0.4 8X.5 530 0.22 8X.5 570 0.2 X.5 650 0.23 330 X7.7 275 0.36 8X6.5 290 0.34 8X.5 500 0. 8X.5 550 0. 8X.5 570 0.2 X.5 650 0.5 470 8X.5 450 0.28 8X.5 550 0. 8X.5 590 0.22 X.5 650 0.5 680 8X.5 500 0. X.5 680 0.2 X.5 720 0. (32) 35 (44) 50 (63) SMD 00 8X.5 530 0.20 X.5 570 0.7 X.5 740 0.5 200 X.5 600 0. 500 X.5 650 0.3 Ripple Current ( ma, rms ) at 5 0KHz Max Impedance ( ) at 20 0 KHz 63

TV Series TV Series High Temperature Features Chip type,operating temperature range-40 to + Designed for surface mounting on high density PC board Applicable to automatic insertion machine using carrier tape For detail specifications, please refer to Engineering Bulletin NO. E57 RoHS Compliant Specifications Item Operating Temperature Range Rated Voltage Range Capacitance Range Capacitance Tolerance Leakage Current (+20,max.) Dissipation Factor (tan at 20 20Hz) Low Temperature Characteristics (at 20Hz) Load Life Shelf Life Resistance to soldering heat Leakage current Capacitance change tan Performance Characteristics -40~+ ~50 VDC to 330 F 20%(20Hz,+20 ) I 0.03 CV or 4 ( A)After minutes whichever is greater measured with rated working voltage applied. Working Voltage(VDC) 35 50 D.F.(%)max. 32 24 2 8 8 Impedance ratio max Working voltage(vdc) 35 50 Z- / +20 2 8 6 4 4 Test condition : 00 Hrs ( 8X6.5mm & X7.7mm) ; 2000Hrs ( 8X.5mm & X.5mm) Ambient temperature :+ Applied voltage :Rated DC working voltage After test requirement at +20 Capacitance change : Within 30% of initial value Dissipation factor : Less than 300% of specified value Leakage current : Less than specified value Test condition :00 Hrs Ambient temperature :+ Applied voltage :None After test requirement at +20 :Same limits as Load life. Pre-treatment for measurements shall be conducted after application of DC working voltage for 30 minutes. The following specifications shall be satisfied when the capacitors are restored to20 after exposing them at 0 for 30 seconds. Less than specified value Within % of initial value Less than specified value Multiplier for Ripple Current vs. Frequency CAP( F) Frequency(Hz) 60(50) 0.~47 F 0.8 0~00 F 0.8 20.0.0 Diagram of Dimensions:(unit:mm) 500.20. K.30.5 K.50.20 D 8 8 L 7.7 6.5.5.5 A 6.6 8.3 8.3.3 B 6.6 8.3 8.3.3 C 7.2 9.0 9.0.0 W 0.5~0.8 0.5~0.8 0.7~. 0.7~. P 2.2 2.3 3. 4.5 Cathode 64

TV Series Case Size WV(SV) (3) (20) (32) 35 (44) 50 (63) Cap( F) Size Ripple Size Ripple Size Ripple Size Ripple Size Ripple X7.7 22 8X6.5 24 22 X7.7 35 8X6.5 38 33 X7.7 40 8X6.5 44 8X.5 46 47 X7.7 45 8X6.5 48 8X.5 52 X.5 58 0 X7.7 53 8X6.5 58 8X.5 66 8X.5 74 X.5 80 220 8X.5 90 X.5 2 X.5 330 X.5 2 SMD Ripple Current ( ma, rms ) at 20Hz 65

SS Series SS Series 5 mm 85 Features Design for space-saving and high density insertion. 4WV products are standardized for recent battery power source devices. Low price compared to Tantalum capacitors. Applications: VTR, car radio and commercial applications. For detail specifications, please refer to Engineering Bulletin No. E8 RoHS Compliant Specifications Item Operating Temperature Range Rated Voltage Range Capacitance Range Capacitance Tolerance Leakage Current(+20, max) Dissipation Factor (tan at 20 20Hz) Performance Characteristics -40 to +85 4 to 50 VDC 0. to 330 F 20% (20Hz, +20 ) I 0.0 CV or 3 ( A) After minute, whichever is greater measured with rated working voltage applied. Working Voltage (VDC) D.F. (%)max 4 35 24 20 4 35 2 50 Impedance ratio max Low Temperature Characteristics (at 20Hz) Rated voltage(vdc) Z- Z+20 Z-40 Z+20 4 7 5 4 8 3 8 2 4 2 4 35 2 3 50 2 3 Load Life Shelf Life Test conditions :00 Hrs Ambient temperature :+85 Applied voltage :Rated DC working voltage After test requirements at +20 Capacitance change : 20% of the initial measured value (4V : 30%) Dissipation factor : 200% of the initial specified value Leakage current : The initial specified value Test conditions Ambient temperature Applied voltage :00 Hrs :+85 :None After test requirements at +20 : Same limits as Load life. Pre-treatment for measurements shall be conducted after application of DC working voltage for 30 minutes. Multiplier for Ripple Current vs. Frequency CAP( F) Frequency(Hz) 60(50) 0.~68 F 0~330 F 0.8 0.8 20 K.30.5 K.50.20 Diagram of Dimensions:(unit:mm) D F d 3.0 0.3 0.4 4.5 0.5 5 2.0 0.5 0.45 2.5 0.5 8 3.5 0.5 0.50 66

SS Series Case Size WV (SV) 4 (5) (8) (3) (20) (32) 35 (44) 50 (63) Cap( F) Size Ripple Size Ripple Size Ripple Size Ripple Size Ripple Size Ripple Size Ripple 0. 3x5.0 4x5.5 0.5 3x5.8 4x5 2.0 0.22 3x5 2.3 4x5 2.6 0.33 3x5 3.0 4x5 3.2 0.47 3x5 3.5 4x5 3.8 0.68 3x5 4.6 4x5 5.0 3x5 5.6 4x5 6.2.5 3x5 6.5 4x5 7.0 2.2 3x5 8.4 3x5 8.6 4x5 8.4 4x5 9.0 3.3 3x5 9.2 3x5 4x5 4 4x5 4x5 4.7 3x5 3x5 2 4x5 8 5x5 20 4x5 4x5 5 6.8 3x5 9 3x5 4x5 7 5x5 20 x5 4x5 4x5 3 3x5 9 3x5 3 3x5 5 3x5 8 4x5 27 5x5 29 x5 30 4x5 4x5 4 4x5 7 4x5 20 5x5 28 5 4x5 7 4x5 7 4x5 2 5x5 26 5x5 30 x5 33 x5 37 x5 33 22 3x5 9 3x5 2 4x5 30 4x5 33 x5 44 x5 46 x5 48 4x5 2 4x5 24 5x5 33 5x5 35 8x5 52 33 3x5 26 4x5 33 5x5 39 5x5 42 x5 52 8x5 63 8x5 70 4x5 28 5x5 37 x5 46 47 4x5 33 5x5 39 5x5 42 x5 58 x5 62 8x5 83 x5 46 68 5x5 43 x5 53 x5 56 x5 65 8x5 90 x5 48 0 5x5 52 x5 65 x5 76 x5 86 8x5 8 8x5 92 220 x5 78 x5 90 8x5 38 8x5 5 330 8x5 42 8x5 45 Ripple Current ( ma, rms ) at 85 20Hz Radial 67

ST Series ST Series 5 mm 5 Features 5.0+ mm max height Load life 5, 00 hrs assured For detail specifications, please refer to Engineering Bulletin No. E2 RoHS Compliant Specifications Item Operating Temperature Range Rated Voltage Range Capacitance Range Capacitance Tolerance Leakage Current(+20, max) Dissipation Factor (tan at 20 20Hz) Performance Characteristics -40 to +5 4 to 50 VDC 0. to 0 F 20% (20Hz, +20 ) 0.0 CV or 3 ( A) After 2 minutes, whichever is greater measured with rated working voltage applied. Working Voltage (VDC) D.F. (%)max 4 35 24 20 4 35 2 50 Impedance ratio max Low Temperature Characteristics (at 20Hz) Working Voltage (VDC) Z- / Z+20 Z-40 / Z+20 4 6 2 3 8 3 5 2 4 2 3 35 2 3 50 2 3 Load Life Shelf Life Test conditions :00 Hrs Ambient temperature :+5 Applied voltage :Rated DC working voltage After test requirements at +20 Capacitance change : 20% of the initial measured value (4V : 30%) Dissipation factor : 200% of the initial specified value Leakage current : The initial specified value Test conditions Ambient temperature Applied voltage :00 Hrs :+5 :None After test requirements at +20 : Same limits as Load life. Pre-treatment for measurements shall be conducted after application of DC working voltage for 30 minutes. Multiplier for Ripple Current vs. Frequency CAP( F) Frequency(Hz) 50(60) 0.~47 0~220 0.8 0.8 20 K.30.5 K.50.20 Diagram of Dimensions:(unit:mm) D F d 3.0 0.3 0.4 4.5 0.5 5 2.0 0.5 0.45 2.5 0.5 8 3.5 0.5 0.50 68

ST Series Case Size WV (SV) 4 (5) (8) (3) (20) (32) 35 (44) 50 (63) Cap( F) Size Ripple Size Ripple Size Ripple Size Ripple Size Ripple Size Ripple Size Ripple 0. 3x5.0 4x5.5 0.5 3x5.8 4x5 2.0 0.22 3x5 2.3 4x5 2.6 0.33 3x5 3.0 4x5 3.2 0.47 3x5 3.5 4x5 3.8 0.68 3x5 4.6 4x5 5 3x5 5.6 4x5 6.2.5 3x5 6.5 4x5 7 2.2 3x5 7.5 3x5 8 4x5 7.5 4x5 3.3 3x5 8.5 3x5 9 4x5 4 4x5 8.5 4x5 4.7 3x5 9 3x5 4x5 5 5x5 9 4x5 9 4x5 3 6.8 3x5 4x5 3 4x5 5 5x5 9 5x5 22 4x5 x5 3x5 3x5 2 4x5 5 4x5 8 5x5 23 5x5 x5 30 4x5 4x5 2 5 4x5 3 4x5 5 4x5 8 5x5 23 x5 32 x5 32 8x5 35 22 4x5 22 4x5 22 5x5 27 5x5 30 x5 39 x5 48 8x5 50 33 5x5 30 5x5 30 5x5 35 x5 45 x5 48 8x5 50 47 5x5 36 5x5 36 x5 48 x5 50 x5 50 8x5 55 68 x5 52 x5 52 x5 53 8x5 55 0 x5 60 x5 60 8x5 65 8x5 68 220 x5 80 x5 80 8x5 83 Radial Ripple Current ( ma, rms ) at 5 20Hz 69

SA Series SA Series 5 mm, Low Leakage Current 85 Features Low leakage current, height 5 mm For detail specifications, please refer to Engineering Bulletin No. E36 RoHS Compliant Specifications Item Operating Temperature Range Rated Voltage Range Capacitance Range Capacitance Tolerance Leakage Current(+20, max) Performance Characteristics -40 to +85 4 to 50 VDC 0. to 0 F 20%(20Hz,+20 ) I 0.002 CV or 0.4 ( A) After 2 minutes, whichever is greater measured with rated working voltage applied. Dissipation Factor (tan at 20 20Hz) Working Voltage (VDC) D.F. (%)max 4 35 24 20 4 35 2 50 Low Temperature Characteristics (at 20Hz) Impedance ratio max Working Voltage (VDC) Z-40 / Z+20 4 5 8 6 4 35 3 50 3 Load Life Shelf Life Test conditions :00 Hrs Ambient temperature :+85 Applied voltage :Rated DC working voltage After test requirements at +20 Capacitance change : 20% of the initial measured value (4V : 30%) Dissipation factor : 200% of the initial specified value Leakage current : The initial specified value Test conditions Ambient temperature Applied voltage :00 Hrs :+85 :None After test requirements at +20 : Same limits as Load life. Pre-treatment for measurements shall be conducted after application of DC working voltage for 30 minutes. Multiplier for Ripple Current vs. Frequency CAP( F) Frequency(Hz) 50(60) 0.~47 0 0.8 0.8 20 K.30.5 K.50.20 Diagram of Dimensions:(unit:mm) D F d 4.5 0.5 5 2.0 0.5 0.45 2.5 0.5 8 3.5 0.5 0.50 70

SA Series Case Size WV (SV) 4 (5) (8) (3) (20) (32) 35 (44) 50 (63) Cap( F) Size Ripple Size Ripple Size Ripple Size Ripple Size Ripple Size Ripple Size Ripple 0. 4x5.0 0.22 4x5 2.0 0.33 4x5 2.8 0.47 4x5 4.0 4x5 8.4 2.2 4x5 3 3.3 5x5 7 4.7 4x5 4x5 8 5x5 20 4x5 5x5 27 5x5 29 x5 33 22 4x5 28 4x5 32 5x5 37 x5 42 x5 46 8x5 60 33 5x5 28 5x5 37 5x5 4 x5 49 x5 52 47 5x5 33 5x5 45 x5 52 x5 58 0 x5 56 x5 70 Ripple Current ( ma, rms ) at 85 20Hz Radial 7

SP Series SP Series 5 mm, Non-polar 85 Features Non-polarized with 5 mm for crossover networks of height-pitched, mean and low pitched sounds in high-fidelity sound systems. The series offers excellent frequency characteristics and minimal capacitance deviation with frequency. For detail specifications, please refer to Engineering Bulletin No. E8 RoHS Compliant Specifications Item Operating Temperature Range Rated Voltage Range Capacitance Range Capacitance Tolerance Leakage Current(+20, max) Dissipation Factor (tan at 20 20Hz) Performance Characteristics -40 to +85 to 50 VDC 0. to 47 F 20% (20Hz, +20 ) I 0.05 CV or ( A) After 2 minutes, whichever is greater measured with rated working voltage applied. Working Voltage (VDC) D.F. (%)max 24 20 7 7 35 5 50 5 Impedance ratio max Low Temperature Characteristics (at 20Hz) Working Voltage (VDC) Z- / Z+20 Z-40 / Z+20 4 8 3 6 2 4 2 4 35 2 3 50 2 3 Load Life Shelf Life Test conditions :00 Hrs Ambient temperature :+85 Applied voltage :Rated DC working voltage to each polarity for 500 Hrs After test requirements at +20 Capacitance change : 20% of the initial measured value (4V : 30%) Dissipation factor : 200% of the initial specified value Leakage current : The initial specified value Test conditions Ambient temperature Applied voltage :00 Hrs :+85 :None After test requirements at +20 : Same limits as Load life. Pre-treatment for measurements shall be conducted after application of DC working voltage for 30 minutes. Multiplier for Ripple Current vs. Frequency CAP( F) Frequency(Hz) 60(50) CAP CAP 0 0 CAP 00 0.8 0.8 0.8 20 400.30.23. K.45.36. K.65.48.35 50K-0K.70.53.38 Diagram of Dimensions:(unit:mm) D F d 4.5 0.5 5 2.0 0.5 0.45 2.5 0.5 72

SP Series Case Size WV (SV) (8) (3) (20) (32) 35 (44) 50 (63) Cap( F) Size Ripple Size Ripple Size Ripple Size Ripple Size Ripple Size Ripple 0. 4x5 0.22 4x5 2 0.33 4x5 2.8 0.47 4x5 4 4x5 8 2.2 4x5 8.5 5x5 3 3.3 4x5 5x5 3 5x5 4 5x5 5 4.7 4x5 2 5x5 5 5x5 x5 8 4x5 5 4x5 5x5 23 x5 x5 28 5x5 8 22 5x5 27 x5 32 x5 36 33 x5 35 x5 40 x5 47 47 x5 44 Ripple Current ( ma, rms ) at 85 20Hz Radial 73

SM Series SM Series 7 mm 85 Standard Features Design for space-saving and high density insertion. Applications: VTR, car radio, car stereos, charger, etc. For detail specifications, please refer to Engineering Bulletin No. E4 RoHS Compliant Specifications Item Operating Temperature Range Rated Voltage Range Capacitance Range Capacitance Tolerance Leakage Current(+20, max) Performance Characteristics -40 to +85 4 to 63 VDC 0. to 470 F 20% (20Hz, +20 ) I 0.0 CV or 3 ( A) After minute, whichever is greater measured with rated working voltage applied. Dissipation Factor (tan at 20 20Hz) Working Voltage (VDC) D.F. (%)max 4 22 20 4 35 2 50 63 9 Impedance ratio max Low Temperature Characteristics (at 20Hz) Working Voltage (VDC) Z- / Z+20 Z-40 / Z+20 4 7 5 4 8 3 6 2 4 2 4 35 2 3 50 2 3 63 2 3 Load Life Shelf Life Test conditions :00 Hrs Ambient temperature :+85 Applied voltage :Rated DC working voltage After test requirements at +20 Capacitance change : 20% of the initial measured value (4V : 30%) Dissipation factor : 200% of the initial specified value Leakage current : The initial specified value Test conditions Ambient temperature Applied voltage :00 Hrs :+85 :None After test requirements at +20 : Same limits as Load life. Pre-treatment for measurements shall be conducted after application of DC working voltage for 30 minutes. Multiplier for Ripple Current vs. Frequency CAP( F) Frequency(Hz) CAP CAP 0 0 CAP 00 60(50) 0.8 0.8 0.8 20 400.30.23. K.45.36. K.65.48.35 50K-0K.70.53.38 Diagram of Dimensions:(unit:mm) D F d 4.5 0.5 5 2.0 0.5 2.5 0.5 0.45 0.5 8 3.5 0.5 74

SM Series Case Size WV (SV) 4 (5) (8) (3) (20) (32) Cap( F) Size Ripple Size Ripple Size Ripple Size Ripple Size Ripple 4.7 4x7 5 4x7 20 6.8 4x7 20 4x7 22 4x7 28 4x7 30 5 4x7 28 4x7 32 4x7 35 5x7 37 22 4x7 35 4x7 36 4x7 40 4x7 46 5x7 38 5x7 42 5x7 50 33 4x7 33 4x7 40 4x7 43 4x7 45 5x7 52 5x7 42 5x7 45 5x7 55 x7 58 47 4x7 35 4x7 46 4x7 50 5x7 65 x7 7 5x7 48 5x7 58 x7 68 68 4x7 42 5x7 50 5x7 60 x7 70 x7 79 0 4x7 55 5x7 75 5x7 82 x7 98 8x7 3 5x7 6 x7 80 x7 90 8x7 5 50 5x7 72 x7 82 x7 95 8x7 8x7 85 220 x7 x7 20 x7 36 8x7 52 8x7 33 8x7 40 330 x7 20 8x7 0 8x7 82 8x7 5 470 8x7 235 Radial WV (SV) 35 (44) 50 (63) 63 (79) Cap( F) Size Ripple Size Ripple Size Ripple 0. 4x7.3 4x7.3 0.5 4x7 2 4x7 2.0 0.22 4x7 3 4x7 3.0 0.33 4x7 3.5 4x7 4.0 0.47 4x7 5 4x7 0.68 4x7 7.5 4x7 8 4x7 4x7 2.5 4x7 3 4x7 4 2.2 4x7 7 4x7 8 3.3 4x7 8 4x7 23 5x7 4.7 4x7 22 4x7 24 5x7 30 5x7 26 x7 33 6.8 5x7 5x7 28 x7 3 4x7 3 5x7 35 x7 48 5x7 33 x7 38 5 5x7 37 x7 42 8x7 45 22 5x7 47 x7 59 8x7 65 x7 55 8x7 63 33 x7 65 8x7 75 8x7 68 47 8x7 85 8x7 88 68 8x7 88 0 8x7 9 Ripple Current ( ma, rms ) at 85 20Hz 75

SH Series SH Series 7 mm 85 Long Life Features Long life 2000 hrs. Design for space-saving and high density insertion. Applications: VTR, car radio, car stereos, charger, etc. For detail specifications, please refer to Engineering Bulletin No. E37 RoHS Compliant Specifications Item Operating Temperature Range Rated Voltage Range Capacitance Range Capacitance Tolerance Leakage Current(+20, max) Performance Characteristics -40 to +85 4 to 63 VDC 0. to 470 F 20% (20Hz, +20 ) I 0.0 CV or 3 ( A) After minute, whichever is greater measured with rated working voltage applied. Dissipation Factor (tan at 20 20Hz) Working Voltage (VDC) D.F. (%)max 4 22 20 4 35 2 50 63 9 Impedance ratio max Low Temperature Characteristics (at 20Hz) Working Voltage (VDC) Z- / Z+20 Z-40 / Z+20 4 7 5 4 8 3 6 2 4 2 4 35 2 3 50 2 3 63 2 3 Load Life Shelf Life Test conditions :2000 Hrs Ambient temperature :+85 Applied voltage :Rated DC working voltage After test requirements at +20 Capacitance change : 20% of the initial measured value (4V : 30%) Dissipation factor : 200% of the initial specified value Leakage current : The initial specified value Test conditions Ambient temperature Applied voltage :00 Hrs :+85 :None After test requirements at +20 : Same limits as Load life. Pre-treatment for measurements shall be conducted after application of DC working voltage for 30 minutes. Multiplier for Ripple Current vs. Frequency CAP( F) Frequency(Hz) 60(50) CAP CAP 0 0 CAP 00 0.8 0.8 0.8 20 400.30.23. K.45.36. K.65.48.35 50K-0K.70.53.38 Diagram of Dimensions:(unit:mm) D F d 4.5 0.5 5 2.0 0.5 2.5 0.5 0.45 0.5 8 3.5 0.5 76

SH Series Case Size WV (SV) 4 (5) (8) (3) (20) (32) Cap( F) Size Ripple Size Ripple Size Ripple Size Ripple Size Ripple 4.7 4x7 7 6.8 4x7 20 4x7 2 4x7 30 4x7 30 5x7 33 5 4x7 28 4x7 32 5x7 38 22 4x7 23 4x7 3 4x7 35 4x7 37 5x7 45 5x7 42 x7 48 33 4x7 26 4x7 32 4x7 40 4x7 45 5x7 52 5x7 35 5x7 45 5x7 50 x7 60 47 4x7 35 4x7 40 4x7 47 5x7 6 x7 68 5x7 47 5x7 5 x7 67 8x7 72 68 5x7 55 5x7 55 5x7 60 x7 72 x7 75 x7 68 0 5x7 58 5x7 65 5x7 80 x7 95 8x7 5 x7 75 x7 90 8x7 5 220 x7 65 x7 70 x7 5 8x7 90 8x7 330 x7 90 8x7 20 470 8x7 20 Radial WV (SV) 35 (44) 50 (63) 63 (79) Cap( F) Size Ripple Size Ripple Size Ripple 0. 4x7.5 4x7.5 0.5 4x7.8 4x7.8 0.22 4x7 2.5 4x7 2.5 0.33 4x7 3.5 4x7 3.5 0.47 4x7 5 4x7 6 0.68 4x7 7 4x7 7 4x7 4x7 2.5 4x7 3 4x7 4 2.2 4x7 9 4x7 9 3.3 4x7 24 5x7 4.7 4x7 22 4x7 27 5x7 29 5x7 29 x7 33 6.8 4x7 24 5x7 32 x7 35 5x7 28 x7 33 4x7 30 5x7 35 x7 40 5x7 35 x7 38 5 5x7 38 x7 52 8x7 55 x7 45 22 5x7 50 x7 60 8x7 65 x7 58 8x7 63 33 x7 54 8x7 78 8x7 68 47 8x7 80 68 8x7 85 Ripple Current ( ma, rms ) at 85 20Hz 77

SK Series SK Series 7 mm Standard 5 Features Design for space-saving and high density insertion. Applications: VTR, car radio, car stereos. charger, etc. For detail specifications, please refer to Engineering Bulletin No. E5 RoHS Compliant Specifications Item Operating Temperature Range Rated Voltage Range Capacitance Range Capacitance Tolerance Leakage Current(+20, max) Performance Characteristics -40 to +5 4 to 63 VDC 0. to 470 F 20% (20Hz, +20 ) I 0.0 CV or 3 ( A) After minute, whichever is greater measured with rate working voltage applied. Dissipation Factor (tan at 20 20Hz) Working Voltage (VDC) D.F. (%)max 4 22 20 4 35 2 50 63 9 Impedance ratio max Low Temperature Characteristics (at 20Hz) Working Voltage (VDC) Z- / Z+20 Z-40 / Z+20 4 7 5 4 8 3 6 2 4 2 4 35 2 3 50 2 3 63 2 3 Load Life Shelf Life Test conditions :00 Hrs Ambient temperature :+5 Applied voltage :Rated DC working voltage After test requirements at +20 Capacitance change : 20% of the initial measured value (4V : 30%) Dissipation factor : 200% of the initial specified value Leakage current : The initial specified value Test conditions Ambient temperature Applied voltage :00 Hrs :+5 :None After test requirements at +20 : Same limits as Load life. Pre-treatment for measurements shall be conducted after application of DC working voltage for 30 minutes. Multiplier for Ripple Current vs. Frequency CAP( F) Frequency(Hz) 50(60) CAP CAP 0 0 CAP 00 0.8 0.8 0.8 20 400.30.23. K.45.36. K.65.48. 50K-0K.70.53.38 Diagram of Dimensions:(unit:mm) D F d 4.5 0.5 5 2.0 0.5 2.5 0.5 0.45 0.5 8 3.5 0.5 78

SK Series Case Size WV (SV) 4 (5) (8) (3) (20) (32) Cap( F) Size Ripple Size Ripple Size Ripple Size Ripple Size Ripple 4.7 4x7 7 6.8 4x7 20 4x7 2 4x7 30 4x7 30 5x7 33 5 4x7 28 4x7 32 5x7 38 22 4x7 23 4x7 3 4x7 35 4x7 37 5x7 45 5x7 42 x7 48 33 4x7 26 4x7 32 4x7 40 4x7 45 5x7 52 5x7 35 5x7 45 5x7 50 x7 60 47 4x7 35 4x7 40 4x7 47 5x7 6 x7 68 5x7 47 5x7 5 x7 67 8x7 72 68 5x7 55 5x7 55 5x7 60 x7 72 x7 75 x7 68 0 5x7 58 5x7 65 5x7 80 x7 95 8x7 5 x7 75 x7 90 8x7 5 220 x7 65 x7 90 x7 5 8x7 20 8x7 50 330 x7 90 8x7 20 470 8x7 20 Radial WV (SV) 35 (44) 50 (63) 63 (79) Cap( F) Size Ripple Size Ripple Size Ripple 0. 4x7.5 4x7.5 0.5 4x7.8 4x7.8 0.22 4x7 2.5 4x7 2.5 0.33 4x7 3.5 4x7 3.5 0.47 4x7 5 4x7 6 0.68 4x7 7 4x7 7 4x7 4x7 2.5 4x7 3 4x7 4 2.2 4x7 9 4x7 9 3.3 4x7 24 5x7 4.7 4x7 22 4x7 27 5x7 29 5x7 29 x7 33 6.8 4x7 24 5x7 32 x7 35 5x7 28 x7 33 4x7 30 5x7 35 x7 40 5x7 35 x7 38 5 5x7 38 x7 52 8x7 55 x7 45 22 5x7 50 x7 60 8x7 65 x7 58 8x7 63 33 x7 54 8x7 78 8x7 68 47 8x7 80 68 8x7 85 Ripple Current ( ma, rms ) at 5 20Hz 79

SJ Series SJ Series 7 mm 5 Long Life Features Design for space-saving and high density insertion. Applications: VTR, car radio, car stereos, charger, etc. For detail specifications, please refer to Engineering Bulletin NO. E46 RoHS Compliant Specifications Item Operating Temperature Range Rated Voltage Range Capacitance Range Capacitance Tolerance Leakage Current(+20, max) Performance Characteristics -40 to +5 to 63 VDC 0. to 220 F 20% (20Hz, +20 ) I 0.0 CV or 3 ( A) After minute, whichever is greater measured with rate working voltage applied. Dissipation Factor (tan at 20 20Hz) Working Voltage (VDC) D.F. (%)max 24 20 4 35 2 50 63 9 Impedance ratio max Low Temperature Characteristics (at 20Hz) Working Voltage (VDC) Z- / Z+20 Z-40 / Z+20 4 8 3 6 2 4 2 4 35 2 3 50 2 3 63 2 3 Load Life Shelf Life Test conditions :2000 Hrs Ambient temperature :+5 Applied voltage :Rated DC working voltage After test requirements at +20 Capacitance change : 20% of the initial measured value (4V : 30%) Dissipation factor : 200% of the initial specified value Leakage current : The initial specified value Test conditions Ambient temperature Applied voltage :00 Hrs :+5 :None After test requirements at +20 : Same limits as Load life. Pre-treatment for measurements shall be conducted after application of DC working voltage for 30 minutes. Multiplier for Ripple Current vs. Frequency CAP( F) Frequency(Hz) 50(60) CAP 0 CAP 220 0.8 0.8 20 400.30.23 K.45.36 K.65.36 50K-0K.70.53 Diagram of Dimensions:(unit:mm) D F d 4.5 0.5 5 2.0 0.5 2.5 0.5 0.45 0.5 8 3.5 0.5 80

SJ Series Case Size WV (SV) (8) (3) (20) (32) Cap( F) Size Size Ripple Ripple Size Ripple Size Ripple 4.7 4x7 7 6.8 4x7 9 4x7 9 4x7 28 4x7 28 5x7 33 5 4x7 26 4x7 30 5x7 35 22 4x7 28 4x7 32 4x7 35 5x7 43 5x7 42 x7 45 33 4x7 32 5x7 48 5x7 50 x7 62 5x7 35 47 5x7 47 5x7 5 x7 67 8x7 75 68 5x7 50 x7 68 x7 70 8x7 80 8x7 78 0 x7 75 x7 80 8x7 8x7 5 8x7 95 220 8x7 92 8x7 30 WV (SV) 35 (44) 50 (63) 63 (79) Cap( F) Size Size Ripple Ripple Size Ripple 0. 4x7.5 4x7.5 0.5 4x7.8 4x7.8 0.22 4x7 2.5 4x7 2.5 0.33 4x7 3.5 4x7 3.5 0.47 4x7 5 4x7 6 0.68 4x7 7 4x7 7 4x7 4x7 2.5 4x7 3 4x7 4 2.2 4x7 20 4x7 20 3.3 4x7 26 5x7 28 4.7 4x7 22 4x7 27 5x7 29 5x7 29 x7 33 6.8 4x7 24 5x7 32 x7 35 5x7 28 x7 33 5x7 35 x7 38 x7 40 5 5x7 38 x7 52 8x7 55 x7 45 22 x7 60 8x7 63 8x7 65 33 x7 50 8x7 78 8x7 68 47 8x7 80 68 8x7 85 Radial Ripple Current ( ma, rms ) at 5 20Hz 8

SL Series SL Series 7 mm, Low Leakage Current 85 Features Low leakage current, height 7 mm For detail specifications, please refer to Engineering Bulletin No. E20 RoHS Compliant Specifications Item Operating Temperature Range Rated Voltage Range Capacitance Range Capacitance Tolerance Leakage Current(+20, max) Dissipation Factor (tan at 20 20Hz) Performance Characteristics -40 to +85 to 50 VDC 0. to 220 F 20% (20Hz, +20 ) I 0.002 CV or 0.4 ( A) After 2 minutes, whichever is greater measured with rated working voltage applied. Working Voltage (VDC) D.F. (%)max 22 20 4 35 2 50 Low Temperature Characteristics (at 20Hz) Impedance ratio max Working Voltage (VDC) Z-40 / Z+20 8 6 4 4 35 3 50 3 Load Life Shelf Life Test conditions :00 Hrs Ambient temperature :+85 Applied voltage :Rated DC working voltage After test requirements at +20 Capacitance change : 20% of the initial measured value (4V : 30%) Dissipation factor : 200% of the initial specified value Leakage current : The initial specified value Test conditions Ambient temperature Applied voltage :00 Hrs :+85 :None After test requirements at +20 : Same limits as Load life. Pre-treatment for measurements shall be conducted after application of DC working voltage for 30 minutes. Multiplier for Ripple Current vs. Frequency CAP( F) Frequency(Hz) 50(60) CAP CAP 0 0 CAP 00 0.8 0.8 0.8 20 400.30.23. K.45.36. K.65.48. 50K-0K.70.53.38 Diagram of Dimensions:(unit:mm) D F d 4.5 0.5 5 2.0 0.5 2.5 0.5 0.45 0.5 8 3.5 0.5 82

SL Series Case Size WV (SV) (8) (3) (20) (32) 35 (44) 50 (63) Cap( F) Size Ripple Size Ripple Size Ripple Size Ripple Size Ripple Size Ripple 0. 4x7 0.8 0.22 4x7 2.0 0.33 4x7 3. 0.47 4x7 4.5 4x7 8.0 2.2 4x7 3.3 4x7 2 4.7 4x7 2 5x7 4x7 5x7 30 5x7 33 x7 40 22 4x7 3 5x7 35 5x7 40 x7 48 x7 52 8x7 58 33 5x7 40 5x7 44 x7 53 x7 59 8x7 65 47 5x7 48 x7 55 x7 60 8x7 73 0 x7 70 8x7 90 8x7 95 220 8x7 Ripple Current ( ma, rms ) at 85 20Hz Radial 83

SD Series SD Series 7 mm, Low Leakage Current 5 Features 5 Low leakage current, height 7 mm For detail specifications, please refer to Engineering Bulletin No. E22 RoHS Compliant Specifications Item Operating Temperature Range Rated Voltage Range Capacitance Range Capacitance Tolerance Leakage Current(+20, max) Dissipation Factor (tan at 20 20Hz) Performance Characteristics 40 to +5 4 to 63 VDC 0. to 0 F 20% (20Hz, +20 ) I 0.002 CV or 0.4 ( A) After 2 minutes, whichever is greater measured with rated working voltage applied. Working Voltage (VDC) D.F. (%)max 4 22 20 4 35 2 50 63 Impedance ratio max Low Temperature Characteristics (at 20Hz) Rated voltage(vdc) Z- Z+20 Z-40 Z+20 4 6 2 4 3 6 3 6 2 4 35 2 4 50 2 4 63 2 3 Load Life Shelf Life Test conditions :00 Hrs Ambient temperature :+5 Applied voltage :Rated DC working voltage After test requirements at +20 Capacitance change : 20% of the initial measured value (4V : 30%) Dissipation factor : 200% of the initial specified value Leakage current : The initial specified value Test conditions Ambient temperature Applied voltage :00 Hrs :+5 :None After test requirements at +20 : Same limits as Load life. Pre-treatment for measurements shall be conducted after application of DC working voltage for 30 minutes. Multiplier for Ripple Current vs. Frequency CAP( F) Frequency Hz 50(60) 0.~ ~0 0.65 0.8 20.0.0 500.20. K.30.5 K.50.20 Diagram of Dimensions:(unit:mm) D F d 4.5 0.5 5 2.0 0.5 2.5 0.5 0.45 0.50 8 3.5 0.5 84

SD Series Case Size WV (SV) 4 (5) (8) (3) (20) Cap( F) Size Ripple Size Ripple Size Ripple Size Ripple 0. 0.22 0.33 0.47.0 2.2 3.3 4.7 4x7 27 22 4x7 36 4x7 40 33 4x7 33 4x7 4 5x7 44 5x7 50 47 4x7 39 5x7 49 x7 54 x7 62 0 x7 59 x7 75 8x7 90 WV (SV) (32) 35 (44) 50 (63) 63 (79) Cap( F) Size Ripple Size Ripple Size Ripple Size Ripple 0. 4x7 3 4x7 3 0.22 4x7 5 4x7 5 0.33 4x7 6 4x7 6 0.47 4x7 7 4x7 7.0 4x7 4x7 2.2 4x7 5x7 9 3.3 4x7 8 4x7 20 x7 29 4.7 4x7 9 5x7 2 x7 24 x7 36 5x7 29 5x7 32 8x7 40 22 x7 44 x7 49 33 x7 55 8x7 67 47 8x7 74 0 Radial Ripple Current ( ma, rms ) at 5 20Hz 85

SN Series SN Series 7 mm Non-polar 85 Features Non-polarized with 7 mm height for crossover networks of high-pitched, mean and low-pitched sounds in high-fiedelity sound systems. The series offers excellent frequency characteristics and minimal capacitance deviation with frequency. For detail specifications, please refer to Engineering Bulletin No. E9 RoHS Compliant Specifications Item Operating Temperature Range Rated Voltage Range Capacitance Range Capacitance Tolerance Leakage Current(+20, max) Dissipation Factor (tan at 20 20Hz) Performance Characteristics -40 to +85 to 50 VDC 0. to 220 F 20% (20Hz, +20 ) I 0.05 CV or ( A) After 2 minutes, whichever is greater measured with rated working voltage applied. Working Voltage (VDC) D.F. (%)max 22 20 35 4 50 2 Impedance ratio max Low Temperature Characteristics (at 20Hz) Rated voltage(vdc) Z- Z+20 Z-4 Z+20 4 8 3 6 2 4 2 4 35 2 3 50 2 3 Load Life Shelf Life Test conditions :00 Hrs Ambient temperature :+85 Applied voltage :Rated DC working voltage to each polarity for 500 Hrs After test requirements at +20 Capacitance change : 20% of the initial measured value Dissipation factor : 200% of the initial specified value Leakage current : The initial specified value Test conditions Ambient temperature Applied voltage :00 Hrs :+85 :None After test requirements at +20 : Same limits as Load life. Pre-treatment for measurements shall be conducted after application of DC working voltage for 30 minutes. Multiplier for Ripple Current vs. Frequency CAP( F) Frequency(Hz) 50(60) CAP CAP 0 0 CAP 00 0.8 0.8 0.8 20 400.30.23. K.45.36. K.65.48.35 50K-0K.70.53.38 Diagram of Dimensions:(unit:mm) D F d 4.5 0.5 5 2.0 0.5 2.5 0.5 0.45 0.5 8 3.5 0.5 86

SN Series Case Size WV (SV) (8) (3) (20) (32) 35 (44) 50 (63) Cap( F) Size Ripple Size Ripple Size Ripple Size Ripple Size Ripple Size Ripple 0. 4x7.0 0.22 4x7 2.3 0.33 4x7 3.5 0.47 4x7 5.0 4x7 2.2 4x7 3 4x7 4 5 x7 3.3 4x7 4 4 x7 5 4x7 8 5x7 5x7 20 4.7 4x7 8 4x7 8 5x7 22 x7 27 5x7 2 4x7 23 4x7 24 4x7 x7 35 x7 37 8x7 44 5x7 30 22 5x7 30 5x7 38 x7 5 x7 53 8x7 58 8x7 60 33 5x7 40 x7 55 x7 60 8x7 70 8x7 73 47 x7 56 x7 65 x7 73 8x7 80 0 8x7 92 8x7 5 8x7 20 220 8x7 35 Radial Ripple Current ( ma, rms ) at 85 20Hz 87

SB Series SB Series 7 mm Non-polar 5 Features Non-polarized with 7mm height for crossover network of high-pitched, mean and low-pitched sounds in high-frequency sound systems. The series offers excellent frequency characteristics and minimal capacitance deviation with frequency. For detail specifications, please refer to Engineering Bulletin NO. E45 RoHS Compliant Specifications Item Operating Temperature Range Rated Voltage Range Capacitance Range Capacitance Tolerance Leakage Current(+20, max) Performance Characteristics -40 to +5 to 50 VDC 0. to 0 F 20% (20Hz, +20 ) I 0.05 CV or ( A) After 2 minutes, whichever is greater measured with rated working voltage applied. Dissipation Factor (tan at 20 20Hz) Working Voltage (VDC) D.F. (%)max 24 20 35 4 50 2 Impedance ratio max Low Temperature Characteristics (at 20Hz) Rated voltage(vdc) Z- Z+20 Z-4 Z+20 4 8 3 6 2 4 2 4 35 2 3 50 2 3 Load Life Shelf Life Test conditions :00 Hrs Ambient temperature :+5 Applied voltage :Rated DC working voltage to each polarity for 500 Hrs After test requirements at +20 Capacitance change : 20% of the initial measured value Dissipation factor : 200% of the initial specified value Leakage current : The initial specified value Test conditions Ambient temperature Applied voltage :00 Hrs :+5 :None After test requirements at +20 : Same limits as Load life. Pre-treatment for measurements shall be conducted after application of DC working voltage for 30 minutes. Multiplier for Ripple Current vs. Frequency CAP( F) Frequency(Hz) 50(60) CAP CAP 0 0 CAP 00 0.8 0.8 0.8 20 400.30.23. K.45.36. K.65.48.35 50K-0K.70.53.38 Diagram of Dimensions:(unit:mm) D F d 4.5 0.5 5 2.0 0.5 2.5 0.5 0.45 0.5 8 3.5 0.5 88

SB Series Case Size WV (SV) (8) (3) (20) (32) 35 (44) 50 (63) Cap( F) Size Ripple Size Ripple Size Ripple Size Ripple Size Ripple Size Ripple 0. 4x7.0 0.22 4x7 2.3 0.33 4x7 3.5 0.47 4x7 5.0 4x7 2.2 4x7 3 5 x7 3.3 4x7 4 5x7 8 5x7 20 4.7 4x7 8 5x7 9 5x7 22 x7 27 4x7 23 4x7 24 5x7 30 x7 35 x7 37 8x7 44 22 5x7 30 5x7 38 x7 5 x7 53 8x7 58 33 5x7 40 x7 52 x7 58 8x7 70 8x7 70 47 x7 56 8x7 65 8x7 73 8x7 80 0 8x7 92 8x7 5 8x7 20 Ripple Current ( ma, rms ) at 5 20Hz Radial 89

SZ Series SZ Series 7-9 mm Low Impedance Features Operating temperature range -55 to +5 5, 00 hours assured For detail specifications, please refer to Engineering Bulletin No. E2 RoHS Compliant Specifications Item Operating Temperature Range Rated Voltage Range Capacitance Range Capacitance Tolerance Leakage Current(+20, max) Performance Characteristics -55 to +5 to 35 VDC 6.8 to 330 F 20% (20Hz, +20 ) I 0.0 CV or 3 ( A) After 2 minutes, whichever is greater measured with rate working voltage applied. Dissipation Factor (tan at 20 20Hz) Working Voltage (VDC) D.F. (%)max 8 4 2 35 2 Impedance ratio max Low Temperature Characteristics (at 20Hz) Rated voltage(vdc) Z- Z+20 Z-55 Z+20 2 3 2 3 2 3 2 3 35 2 3 Load Life Shelf Life Test conditions :00 Hrs Ambient temperature :+5 Applied voltage :Rated DC working voltage After test requirements at +20 Capacitance change : 20% of the initial measured value Dissipation factor : 200% of the initial specified value Leakage current : The initial specified value Test conditions Ambient temperature Applied voltage :00 Hrs :+5 :None After test requirements at +20 : Same limits as Load life. Pre-treatment for measurements shall be conducted after application of DC working voltage for 30 minutes. Multiplier for Ripple Current vs. Frequency CAP( F) Frequency(Hz) 50(60) CAP CAP 0 0 CAP 00 0.47 0.52 0.58 20 0.59 0.65 0.72 400 0.76 0.80 0.84 K 0.85 0.89 0.90 K 0.97 0.97 0.98 50K-0K Diagram of Dimensions:(unit:mm) D F d 4.5 0.5 5 2.0 0.5 2.5 0.5 0.45 0.5 8 3.5 0.5 90

SZ Series Case Size WV (SV) (8) (3) (20) Cap( F) Size Ripple Impedance Size Ripple Impedance Size Ripple Impedance 22 4x7 70 3.30 5x7 5.7 33 5x7.70 5x7.70 x7 0 0.8 47 5x7.70 5x7 0 0.80 x7 0 0.8 68 x7 0 0.80 x7 0 0.80 8x7 200 0.5 0 x7 0 0.80 x7 200 0.50 8x7 200 0.45 20 x7 5 0.70 x7 205 0.48 8x7 350 0.35 50 x7 78 0.60 8x7 230 0.45 8x7 370 0.32 80 8x7 90 0.58 8x7 0 0.45 8x7 400 0.30 220 8x7 200 0.50 8x7 280 0.35 8x7 430 0.26 330 8x7 350 0.35 WV (SV) (32) 35 (44) Cap( F) Size Ripple Impedance Size Ripple Impedance 6.8 4x7 70 3.3 4x7 70 3.0 5x7.7 22 5x7.70 x7 0 0.8 33 x7 0 0.80 8x7 200 0.5 47 8x7 200 0.50 8x7 245 0.45 68 8x7 200 0.50 0 8x7 0 0.35 50 8x7 340 0.40 80 8x9 450 0. 220 8x9 600 0.22 Radial Ripple Current ( ma, rms ) at 5 0KHz Max Impedance ( ) at 20 0 KHz 9

SY Series SY Series 7mm Low Impedance Long Life Features Operating temperature -55~5. 5 2000Hours assured. For detail specifications, please refer to Engineering Bulletin NO.E7 RoHS Compliant Specifications Item Operating Temperature Range Rated Voltage Range Capacitance Range Capacitance Tolerance Leakage Current (+20,max.) Dissipation Factor (tan at 20 20Hz) Performance Characteristics -55 to +5 to 50 VDC ~330 F 20%(20Hz,+20 ) I 0.0 CV or 3 ( A) After 2 minute with rated working voltage applied. Working Voltage(VDC) 35 50 D.F.(%)max. 8 4 2 2 Impedance ratio max Low Temperature Characteristics (at 20Hz) Load Life Shelf Life Working Voltage(VDC) 35 50 Z- / +20 2 2 2 2 2 2 Z-55 / +20 3 3 3 3 3 3 Test condition :2000Hrs Ambient temperature :+5 Applied voltage :Rated DC working voltage After test requirement at +20 Capacitance change : within 20% of the initial measured value Dissipation factor : 200% of the initial specified value Leakage current : The initial specified value Test condition :00Hrs Ambient temperature :+5 Applied voltage :None After test requirement at +20 :Same limits as Load life. Pre-treatment for measurements shall be conducted after application of DC working voltage for 30 minutes. Multiplier for Ripple Current vs. Frequency CAP( F) (Hz) 50(60) 20 400 K K 50-0K CAP 0.47 0.59 0.76 0.85 0.97 CAP 0 0.52 0.65 0.80 0.89 0.97 0 CAP 00 0.58 0.72 0.84 0.90 0.98 Diagram of Dimensions:(unit:mm) D F d 4.5 0.5 5 2.0 0.5 2.5 0.5 0.45 0.5 8 3.5 0.5 92

SY Series Case Size WV(SV) (8) (3) (20) Cap( F) Size Ripple Impedance Size Ripple Impedance Size Ripple Impedance 4X7 60 3.5 5 4X7 75 3.0 22 4X7 63 3.63 5X7 90 2 33 5X7 90.95 5X7 95.9 X7 20.4 47 X7 99.87 5X7 20.3 X7 40 0.9 68 X7 X7 44 0.88 8X7 0 0.65 0 X7 44 0.82 X7 80 0.55 8X7 80 0.49 20 X7 48 0.77 X7 85 0.52 8X7 35 0.93 50 X7 0 0.66 8X7 207 0.5 8X7 333 0.95 80 8X7 7 0.64 8X7 2 0.49 8X7 360 0.33 220 8X7 80 0.55 8X7 2 0.4 8X7 387 0.29 330 8X7 35 0.39 Radial WV(SV) (32) 35 (44) 50 (63) Cap( F) Size Ripple Impedance Size Ripple Impedance Size Ripple Impedance 4X7 60 3.5 2.2 4X7 60 3.5 3.3 4X7 60 3.5 4.7 4X7 60 3.5 6.8 4X7 63 3.63 5X7 80 2.2 4X7 60 3.5 5X7 99.87 X7 35 0.92 22 5X7 99.87 X7 40 0.9 33 X7 44 0.88 8X7 80 0.55 47 8X7 0 0.7 8X7 220 0.5 68 8X7 80 0.55 0 8X7 2 0.39 50 8X7 306 0.35 Ripple Current(mA,rms) at 5 0KHz Max Impedance ( at 20 0KHz 93

GS(GR) Series GS(GR) Series General Purpose 85 Features Wide CV value range. Load life 2000 hrs at 85. Safety vent construction design. For detail specifications, please refer to Engineering Bulletin No. E RoHS Compliant Specifications Item Multiplier for Ripple Current vs. Frequency Performance Characteristics Operating Temperature Range -40 to +85 - to +85 Rated Voltage Range to 0 VDC 0 to 450 VDC Capacitance Range 0. to 33000 F 0.47 to 470 F Capacitance Tolerance 20% (20Hz, +20 ) Leakage Current (+20,max.) I 0.0 CV or 3 ( A) I 0.03 CV ( A) After minute whichever is greater measures with rated working voltage applied. Dissipation Factor (tan at 20 20Hz) Low Temperature Characteristics (at 20Hz) Load Life Shelf Life Working Voltage(VDC) 35 50 63 0 D.F. (%)max. 22 9 4 2 9 8 Working Voltage(VDC) 0 200 0 350 400 450 D.F. (%)max. 2 2 2 5 5 7 For capacitance 00 F, add 2% per another 00 F. Impedance ratio max Working Voltage(VDC) 35 50 63 0 Z- AZ+20 4 3 2 2 2 2 2 2 Z-40 AZ+20 8 6 4 3 3 3 3 3 Working Voltage(VDC) 0 200 0 350 400 450 Z- Z+20 2 2 3 5 5 5 For Capacitance 00 F, add 0.5 per another 00 F for - +20 add per another 00 F for -40 +20 Test conditions :2000Hrs Ambient temperature :+85 Applied voltage :Rated DC working voltage After test requirements at +20 Capacitance change : 20% of the initial measured value Dissipation factor : 200% of the initial specified value Leakage Current : The initial specified value Test conditions :00Hrs Ambient temperature :+85 Applied voltage :None After test requirements at +20 :Same limits as Load life. Pre-treatment for measurements shall be conducted after application of DC working voltage for 30 minutes. CAP( F) Frequency(Hz) 50(60) CAP 0.8 CAP 0 0.8 0 CAP 00 0.8 00 CAP 0.8 20 400.30.23.. K.45.36..7 K.65.48.35. 50K-0K.70.53.38.28 Diagram of Dimensions:(unit:mm) D F d 5 2.0 2.5 0.5 8 3.5 3 5.0 5.0 0.6 7.5 8 7.5 0.8 22 D 8 D 8 D 8 L 35.5 L 35.5.5.5 2 2 94

GS(GR) Series Case Size WV (SV) (8) (3) Cap( F) Size Ripple Size Ripple Size Ripple Size Ripple Size Ripple 4.7 5x 34 5x 44 5x 44 5x 50 5x 66 22 5x 66 5x 83 5x 94 5x 8 33 5x 72 5x 88 5x 84 5x 5 5x 2 47 5x 88 5x 5 5x 32 5x 32 5x 43 x 54 68 5x 5x 32 5x 49 x 76 x 98 0 5x 43 5x 98 5x 76 x 209 x 23 x 204 8x.5 3 20 5x 5 5x 209 x 23 x 3 8x.5 275 50 5x 98 5x 23 x 3.x 275 8x.5 308 80 5x 220 x 3 x 275 8x.5 39 8x.5 352 220 5x 242 x 294 x 308 8x.5 363 8x.5 385 x 264 8x.5 352 x2.5 407 330 x 330 x 363 8x.5 407 8x.5 45 x2.5 528 x2.5 484 x 539 470 x 385 x 48 8x.5 57 8x.5 56 x 693 8x.5 48 8x.5 440 x2.5 594 x20 748 560 8x.5 473 8x.5 506 x2.5 572 x 693 x20 847 680 8x.5 539 8x.5 572 x2.5 682 x 792 x20 89 x20 8 820 8x.5 605 x2.5 67 x 803 x20 89 3x20 45 00 8x.5 649 8x20 803 x 869 x20 50 3x20 265 x2.5 75 x2.5 726 200 x2.5 84 x 902 x 979 3x20 55 3x20 375 500 x 935 x 0 x20 0 3x20 353 3x 570 800 x 35 x20 89 3x20 298 3x20 496 x 749 2200 x20 35 x20 2 3x20 485 3x 705 x 870 x3.5 980 2700 x20 353 3x20 49 3x20 7 x 804 x3.5 278 3300 x20 430 3x20 540 3x 870 x 870 x3.5 2365 3x20 485 x3.5 245 x35.5 52 3900 3x20 529 3x20 760 x 2002 x3.5 2343 8x3.5 2640 4700 3x20 72 3x 980 x 23 x3.5 2640 8x35.5 2860 3x 870 5600 3x 2002 x 289 x3.5 2453 8x3.5 28 8x4 295 6800 x 23 x 2475 x3.5 2805 8x35.5 2970 22x4 3630 8200 x 2332 x3.5 4 x35.5 2893 8x35.5 298 000 x3.5 30 x35.5 2640 8x35.5 2970 22x4 3960 8x35.5 295 8x4 390 2000 x35.5 2783 8x35.5 30 8x35.5 3058 8x4 322 5000 x35.5 2948 8x35.5 33 22x4 3905 8x35.5 38 8000 8x35.5 3300 8x4 33 22000 8x4 3575 22x4 4092 33000 22x4 4290 22x5 4620 (20) (32) 35 (44) Radial Ripple Current ( ma, rms ) at 85 20Hz 95

GS(GR) Series WV (SV) 50 (63) 63 (79) Cap( F) Size Ripple Size Ripple Size Ripple Size Ripple Size Ripple 0. 5x 3.3 5x 4 5x 4.5 0.22 5x 3.3 5x 4 5x 6 0.33 5x 5.5 5x 6 5x 0.47 5x 7.5 5x 8 5x 4 5x 2 5x 2 5x 7 5x 7 5x 27 5x 7 x 7 2.2 5x 28 5x 3 5x 40 x 30 x 30 3.3 5x 39 5x 39 5x 48 x 36 x 36 4.7 5x 46 5x 50 5x 58 x 40 8x.5 5 8x.5 48 5x 72 5x 77 5x 85 8x.5 80 x2.5 83 x 92 x 88 22 5x x 27 x 57 x2.5 35 x20 35 8x.5 4 33 5x 32 x 49 8x.5 206 x 80 3x20 205 x 38 8x.5 0 x2.5 28 47 x 5 x 98 x2.5 278 x20 230 3x20 0 8x.5 209 x 303 3x 280 68 8x.5 220 8x.5 3 x 387 3x20 360 3x 370 0 8x.5 286 x2.5 330 x20 472 3x 430 x 460 20 8x.5 39 x 396 x20 532 x 530 x 550 50 x2.5 363 x 462 3x20 629 x 560 x3.5 580 80 x2.5 48 x 528 3x20 667 x3.5 650 x3.5 660 220 x2.5 468 x 550 3x 740 x3.5 850 8x35.5 750 x 484 x20 583 x 872 x35.5 890 8x35.5 800 330 x 649 x20 759 3x 920 8x3.5 890 8x35.5 940 x20 67 3x20 78 x 40 8x35.5 920 8x4 00 470 x20 828 3x20 968 x 2 8x35.5 80 8x4 330 3x20 858 3x 23 x3.5 330 8x4 0 560 3x20 902 3x 56 x35.5 465 8x45 320 x 89 680 3x20 56 x 265 x35.5 34 820 3x 287 x 430 8x35.5 85 00 3x 485 x 540 8x4 940 x 540 x3.5 705 200 x 7 x3.5 837 500 x3.5 848 x35.5 2090 800 x3.5 22 x35.5 25 2200 x35.5 23 8x35.5 2475 8x4 2750 2700 8x3.5 2420 22x4 2860 3300 8x35.5 2750 22x4 3080 3900 8x4 287 4700 22x4 3355 0 () 0 (200) 200 (0) Ripple Current ( ma, rms ) at 85 20Hz 96

GS(GR) Series WV (SV) 0 (300) 350 (400) Cap( F) Size Ripple Size Ripple Size Ripple Size Ripple 0.47 5x 2 x 5 x 2 x 2 8x.5 2 x 7 x 22 x 20 8x.5 22 8x.5 22 2.2 x 20 8x.5 30 8x.5 32 8x.5 32 8x.5 33 x2.5 32 x2.5 35 x2.5 35 3.3 8x.5 38 8x.5 46 x2.5 53 x2.5 32 x2.5 43 x2.5 5 8x.5 45 x 40 4.7 8x.5 48 x2.5 63 x2.5 66 x 56 x2.5 5 x 66 x 70 x2.5 90 x20 5 x20 5 3x20 5 3x20 20 3x 22 x20 35 3x20 80 3x20 90 3x 50 3x20 5 3x 200 x 5 33 3x20 2 3x 0 3x 230 x 90 3x 220 x 0 x 2 47 3x20 240 x 290 x 270 x 260 3x 260 x3.5 290 x3.5 280 68 x 390 x3.5 400 3x35.5 4 8x3.5 370 8x3.5 420 8x35.5 390 0 x3.5 450 8x3.5 430 8x3.5 440 8x4 420 8x35.5 450 20 x3.5 560 8x35.5 550 8x4 520 8x45 5 50 8x3.5 600 8x4 570 80 8x3.5 680 400 (450) 450 (500) Radial Ripple Current ( ma, rms ) at 85 20Hz 97

GW Series GW Series 9- mm height Low Profile 85 Features Miniaturized low profile. Height 9mm-mm max. Safety vent construction design. For detail specifications, please refer to Engineering Bulletin No. E23 RoHS Compliant Specifications Item Performance Characteristics Operating Temperature Range -40 to +85 - to +85 Rated Voltage Range to 0 VDC 60 to 450 VDC Capacitance Range 2.2 to 000 F 2.2 to 220 F Capacitance Tolerance 20% (20Hz, +20 ) Leakage Current (+20,max.) I 0.0 CV or 3 ( A) After 2 minutes whichever is greater measured with rate working voltage applied. I 0.04 CV+0 ( A) After 2 minutes with rated working voltage applied. Dissipation Factor (tan at 20 20Hz) Low Temperature Characteristics (at 20Hz) Load Life Shelf Life Working Voltage(VDC) 35 50 63 0 D.F. (%)max. 24 22 20 4 2 2 Working Voltage(VDC) 0 200 0 350 400 450 D.F. (%)max. 5 5 5 20 20 20 For capacitance 00 F, add 2% per another 00 F. Impedance ratio max Working Voltage(VDC) 35 50 63 0 Z- Z+20 6 4 4 3 2 2 2 2 Z-40 Z+20 2 8 6 4 3 3 3 Working Voltage(VDC) 0 200 0 350 400 450 Z- Z+20 2 2 3 5 5 7 For Capacitance 00 F, add 0.5 per another 00 F for - +20 add per another 00 F for -40 +20 Test conditions :2000Hrs Ambient temperature :+85 Applied voltage :Rated DC working voltage After test requirements at +20 Capacitance change : 20% of the initial measured value Dissipation factor : 200% of the initial specified value Leakage current : The initial specified value Test conditions :00Hrs Ambient temperature :+85 Applied voltage :None After test requirements at +20 :Same limits as Load life. Pre-treatment for measurements shall be conducted after application of DC working voltage for 30 minutes. Multiplier for Ripple Current vs. Frequency CAP( F) Frequency(Hz) 50(60) 2.2~47 F 0~00 F 2200~000 F 0.8 0.8 0.8 20 400.20..05 K.30.5. K.50.20.5 Diagram of Dimensions:(unit:mm) D F d 5 2.0 2.5 0.5 8 3.5 5.0 3 5.0 7.5 0.6 0.8 8 7.5 98

GW Series Case Size WV (SV) (8) (3) (20) (32) 35 (44) 50 (63) 63 (79) Cap( F) Size Ripple Size Ripple Size Ripple Size Ripple Size Ripple Size Ripple Size Ripple 2.2 5x9 23 5x9 26 3.3 5x9 30 5x9 3 4.7 5x9 35 5x9 36 6.8 5x9 50 5x9 54 5x9 64 x9 68 22 5x9 86 x9 2 33 5x9 95 x9 5 8x9 35 47 5x9 5 x9 20 x9 35 x9 70 68 5x9 20 x9 30 x9 40 8x9 55 x9 200 0 5x9 28 5x9 34 x9 0 x9 75 8x9 220 x9 230 x 340 50 5x9 50 x9 80 x9 260 8x9 280 8x9 300 x9 320 3x3 384 220 x9 80 x9 2 8x9 290 8x9 3 x9 335 x 380 3x3 490 3x3 400 330 x9 247 8x9 300 8x9 340 x9 400 x2.5 475 3x3 530 x 6 x9 355 3x 550 470 8x9 360 8x9 360 x9 4 x2.5 5 3x3 590 3x 720 x 840 3x 650 x 750 680 x9 420 x9 540 x2.5 560 x 700 3x 750 x 805 x2 950 3x3 730 00 x9 530 x2.5 6 3x3 750 3x 50 x 230 x2 450 8x 00 2200 3x 50 3x 80 x 50 x2 350 8x2 00 8x 50 8x 300 3300 x 200 x 350 x 500 8x2 00 8x 750 8x 460 4700 x 500 x2 550 8x2 50 8x 20 6800 x2 550 8x2 850 8x 220 8x 00 000 8x2 2000 8x 2300 Radial WV (SV) 0 () 0 (200) 200 (0) 0 (300) 350 (400) 400 (450) 450 (500) Cap( F) Size Ripple Size Ripple Size Ripple Size Ripple Size Ripple Size Ripple Size Ripple.5 8x9 30 2.2 5x9 27 8x9 38 x9 46 3.3 5x9 33 8x9 45 x9 50 x9 55 4.7 x9 4 8x9 50 8x9 55 8x9 60 x9 78 x9 90 x2.5 5 x9 52 6.8 x9 59 8x9 75 8x9 78 x9 82 x 5 3x 3x 35 8x9 78 x9 87 x9 92 x9 98 3x 45 3x 0 x 200 x 20 x 90 22 8x9 7 x 35 3x 50 3x 5 x 90 x2 230 x2 0 x 2 8x 2 33 x9 55 3x 75 3x 90 x 230 x2 270 8x2 300 8x2 320 x 200 8x 260 8x 335 47 x 220 3x 285 x 320 x2 340 8x2 360 8x2 385 8x 4 x 3 8x 380 68 x 26 x 340 x 360 x2 420 8x 5 8x 540 3x3 270 8x 390 0 3x3 4 x2 55 x2 575 8x2 6 50 x 579 8x2 620 8x 645 8x 685 220 x2 668 8x 840 330 x 864 470 8x 36 Ripple Current ( ma, rms ) at 85 20Hz 99

KM Series KM Series Standard 5 Features Used in communication equipments, switching power supply, etc. Safety vent construction design. For detail specifications, please refer to Engineering Bulletin No. E2 RoHS Compliant Specifications Item Multiplier for Ripple Current vs. Frequency Performance Characteristics Operating Temperature Range -40 to +5 - to +5 Rated Voltage Range to 0 VDC 0 to 450 VDC Capacitance Range 0. to 22000 F 0.47 to 470 F Capacitance Tolerance 20% (20Hz, +20 ) Leakage Current (+20,max.) Dissipation Factor (tan at 20 20Hz) Low Temperature Characteristics (at 20Hz) Load Life Shelf Life I 0.0 CV or 3 ( A) After minute whichever is greater measured with rated working voltage applied. Working Voltage(VDC) 35 50 63 0 D.F. (%)max. 22 7 5 4 2 9 8 Working Voltage(VDC) 0 200 0 350 400 450 D.F. (%)max. 2 2 2 5 5 7 For capacitance 00 F, add 2% per another 00 F. Impedance ratio max Working Voltage(VDC) 35 50 63 0 Z- Z+20 4 3 2 2 2 2 2 2 Z-40 Z+20 8 6 4 3 3 3 3 3 Working Voltage(VDC) 0 200 0 350 400 450 Z- Z+20 2 2 3 5 6 6 I 0.03 CV ( A) After minute with rated working voltage applied. For Capacitance 00 F, add 0.5 per another 00 F for - +20 add per another 00 F for -40 +20 Test conditions :2000Hrs Ambient temperature :+5 Applied voltage :Rated DC working voltage After test requirements at +20 Capacitance change : 20% of the initial measured value Dissipation factor : 200% of the initial specified value Leakage current : The initial specified value Test conditions :00Hrs Ambient temperature :+5 Applied voltage :None After test requirements at +20 :Same limits as Load life. Pre-treatment for measurements shall be conducted after application of DC working voltage for 30 minutes. CAP( F) Frequency(Hz) 50(60) CAP 0.8 CAP 0 0.8 0 CAP 00 0.8 00 CAP 0.8 20 400.30.23.. Diagram of Dimensions:(unit:mm) K.45.36..7 K.65.48.35. 50K-0K.70.53.38.28 D F d 5 2.0 2.5 0.5 8 3.5 3 5.0 5.0 0.6 7.5 8 7.5 0.8 22 D 8 D 8 D 8 L 35.5 L 35.5.5.5 2 2 0

KM Series Case Size WV (SV) (8) (3) Cap( F) Size Ripple Size Ripple Size Ripple Size Ripple Size Ripple 4.7 5x 26 5x 28 6.8 5x 32 5x 36 5x 35 5x 38 5x 46 22 5x 45 5x 54 5x 58 5x 6 33 5x 54 5x 60 5x 64 5x 69 5x 75 47 5x 65 5x 70 5x 0 5x 5 5x 68 5x 75 5x 80 5x 5 x 20 x 40 0 5x 96 5x 5 5x 5 x 45 x 0 x 30 8x.5 75 20 5x 5x 20 x 55 x 75 8x.5 85 50 5x 20 x 45 x 70 8x.5 200 8x.5 x 30 80 x 40 x 0 x 90 8x.5 2 x2.5 265 220 x 0 x 75 x 8x.5 235 x2.5 300 330 x 95 8x.5 5 8x.5 265 8x.5 3 x2.5 400 x2.5 335 470 8x.5 270 8x.5 290 8x.5 370 8x.5 4 x2.5 440 x 520 560 8x.5 3 8x.5 330 x2.5 4 x 460 x20 540 x2.5 340 680 8x.5 360 x2.5 420 x2.5 480 x 520 3x20 650 820 8x.5 390 x2.5 480 x 550 x20 640 3x20 760 00 x2.5 430 x2.5 520 x 600 x20 7 3x20 830 200 x2.5 550 x 630 x20 700 3x20 8 3x20 900 3x 930 500 x 6 x 770 x20 820 3x20 900 3x 960 800 x 7 x20 820 3x20 920 3x20 50 x 50 2200 x 750 x20 860 3x20 00 3x 200 x 290 x20 775 x3.5 350 2700 x20 850 3x20 920 3x20 80 x 320 x3.5 480 3300 3x20 960 3x20 0 3x 200 x 460 x35.5 50 3900 3x20 00 3x20 280 x 490 x3.5 70 8x3.5 820 4700 3x20 50 3x 350 x 00 x35.5 780 8x35.5 900 5600 3x 300 x 490 x3.5 720 x35.5 890 8x35.5 2000 6800 3x 480 x 70 x3.5 900 8x35.5 2050 8200 x 520 x3.5 840 x35.5 2020 8x35.5 2090 000 x 80 x35.5 900 8x35.5 2060 2000 x3.5 750 x35.5 2050 8x35.5 0 5000 x35.5 2075 8x35.5 280 8000 8x3.5 0 8x35.5 2205 22000 8x4 2300 (20) (32) 35 (44) Radial Ripple Current ( ma, rms ) at 5 20Hz

KM Series WV (SV) 50 (63) 63 (79) Cap( F) Size Ripple Size Ripple Size Ripple Size Ripple Size Ripple 0. 5x.3 5x.3 5x.9 0.22 5x 2.9 5x 2.9 5x 3.4 0.33 5x 4 5x 4.5 5x 5 0.47 5x 7 5x 7 5x 5x 5x 2 5x 3 5x 3 5x 5 5x 7 x 7 x 9 2.2 5x 20 5x 20 5x 2 x x 3.3 5x 26 5x 28 5x 30 x 32 x 33 8x.5 35 4.7 5x 32 5x 32 5x 35 x 38 8x.5 50 8x.5 42 6.8 5x 40 5x 40 x 47 8x.5 56 8x.5 60 x2.5 63 5x 48 5x 48 x 56 x2.5 75 8x.5 78 8x.5 60 x2.5 85 22 x 70 x 82 8x.5 90 x 5 x x 75 x20 20 x20 30 33 x 90 x 0 8x.5 40 x20 70 x20 80 x2.5 55 3x20 90 47 x 5 x x2.5 70 3x20 2 3x20 220 8x.5 40 68 8x.5 55 x2.5 85 x 240 3x20 260 3x 300 3x 280 0 8x.5 200 x2.5 230 x20 280 3x 3 x 345 x 330 20 x2.5 2 x 5 x20 295 x 350 x 360 x3.5 390 50 x2.5 245 x 270 3x20 340 x 470 x3.5 480 3x 360 80 x 280 x 3 3x20 4 x 550 x3.5 550 3x 480 x35.5 560 220 x2.5 345 x 375 3x 520 x35.5 580 x35.5 670 x 360 x20 400 8x3.5 690 330 x 450 3x20 580 x 690 8x35.5 700 8x35.5 750 x20 470 8x4 8 470 x20 600 3x20 690 x 820 8x4 860 22x4 9 3x20 650 x3.5 860 560 3x20 660 3x 770 x35.5 900 680 3x 770 x 880 x35.5 920 8x3.5 950 820 3x 850 x 920 8x35.5 20 00 x 00 x3.5 85 8x4 200 200 x 50 x35.5 200 500 x3.5 300 8x3.5 350 800 x35.5 480 2200 x35.5 530 2700 8x35.5 590 3300 8x35.5 750 0 () 0 (200) 200 (0) Ripple Current ( ma, rms ) at 5 20Hz 2

KM Series WV (SV) 0 (300) 350 (400) Cap( F) Size Ripple Size Ripple Size Ripple Size Ripple 0.47 5x 8 x 3 x 4 x 4 x x x 7 8x.5 20 2.2 8x.5 8x.5 3 8x.5 35 x2.5 35 3.3 8x.5 33 8x.5 34 8x.5 36 x2.5 38 x2.5 38 x2.5 4 x 50 4.7 8x.5 46 8x.5 47 x2.5 55 x 42 x2.5 50 x2.5 52 x 65 6.8 x2.5 70 x2.5 79 x 90 x20 72 8x.5 68 x 87 x x20 92 x2.5 80 x20 92 x20 3x20 98 22 x20 3x20 0 3x20 70 3x 80 3x20 50 3x 70 3x 90 33 3x20 90 3x 200 3x 260 x 2 47 3x20 230 x 245 x 300 x3.5 340 3x 240 x3.5 260 x3.5 360 x35.5 380 56 3x 280 x 330 x3.5 400 x35.5 400 68 x 355 x3.5 370 x35.5 480 8x3.5 460 8x3.5 500 8x35.5 470 82 x 370 x35.5 385 8x3.5 520 8x35.5 480 0 x3.5 395 8x3.5 390 8x35.5 550 8x4 560 20 x3.5 420 8x35.5 400 8x35.5 580 22x4 650 x35.5 430 8x4 620 50 x35.5 460 8x4 420 8x4 650 80 8x35.5 470 8x4 430 8x45 700 220 8x35.5 650 22x4 500 8x4 700 330 22x4 780 400 (450) 450 (500) Radial Ripple Current ( ma, rms ) at 5 20Hz 3

KW Series KW Series 9-mm Low Profile 5 Features Used space-savinq eguipment, low profile. Load life 2000 hrs at 5. Safety vent construction design. For detail specifications, please refer to Engineering Bulletin No. E24 RoHS Compliant Specifications Item Multiplier for Ripple Current vs. Frequency Performance Characteristics Operating Temperature Range -40 to +5 - to +5 Rated Voltage Range to 0 VDC 0 to 450 VDC Capacitance Range 2.2 to 000 F.5 to 220 F Capacitance Tolerance 20% (20Hz, +20 ) Leakage Current (+20,max.) Dissipation Factor (tan at 20 20Hz) Low Temperature Characteristics (at 20Hz) Load Life Shelf Life I 0.0 CV or 3 ( A) After 2 minutes whichever is greater measures with rate working voltage applied. Working Voltage(VDC) 35 50 63 0 D.F. (%)max. 24 22 20 4 2 Working Voltage(VDC) 0 200 0 350 400 450 D.F. (%)max. 5 5 5 5 20 20 For capacitance 00, add 2 per another 00 F. Impedance ratio max Working Voltage(VDC) 35 50 63 0 Z- Z+20 4 3 2 2 2 2 2 2 Z-40 AZ+20 8 6 4 4 3 3 3 3 Working Voltage(VDC) 0 200 0 350 400 450 Z- Z+20 3 3 3 6 6 6 I 0.04 CV +0 ( A) After 2 minutes with rated working voltage applied. For Capacitance 00 F, add 0.5 per another 00 F for - +20 add per another 00 F for -40 +20 Test conditions :2000Hrs Ambient temperature :+5 Applied voltage :Rated DC working voltage After test requirements at +20 Capacitance change : 20% of the initial measured value Dissipation factor : 200% of the initial specified value Leakage current : The initial specified value Test conditions :00Hrs Ambient temperature :+5 Applied voltage :None After test requirements at +20 :Same limits as Load life. Pre-treatment for measurements shall be conducted after application of DC working voltage for 30 minutes. CAP( F) Frequency(Hz) 50(60) 0.47 CAP 47 0 CAP 00 2200 CAP 000 0.8 0.8 0.8 20 400.20..05 K.30.5. K.50.20.5 Diagram of Dimensions:(unit:mm) D F d 5 2.0 2.5 0.5 8 3.5 5.0 3 5.0 7.5 0.6 0.8 8 7.5 4

KW Series Case Size WV (SV) (8) (3) (20) (32) 35 (44) 50 (63) 63 (79) Cap( F) Size Ripple Size Ripple Size Ripple Size Ripple Size Ripple Size Ripple Size Ripple 2.2 5x9 9 5x9 20 3.3 5x9 5x9 26 4.7 5x9 40 5x9 4 6.8 5x9 48 5x9 49 5x9 54 5x9 55 22 5x9 75 x9 7 33 5x9 90 x9 5 x9 4 47 5x9 5 5x9 x9 20 x9 30 8x9 36 68 5x9 5 x9 x9 30 8x9 45 8x9 9 x9 70 0 5x9 20 5x9 35 x9 50 x9 0 8x9 80 x9 200 x9 73 50 5x9 35 x9 50 x9 0 8x9 85 8x9 2 x9 0 x 245 220 x9 5 x9 5 8x9 200 8x9 230 x9 5 x2.5 290 3x3 37 330 x9 85 8x9 205 8x9 0 x9 3 x2.5 360 3x3 375 3x 382 3x 400 470 8x9 260 8x9 275 x9 3 x2.5 370 3x3 4 x 550 x 490 x9 280 3x 430 680 x9 3 x9 360 3x3 390 3x 520 3x 580 x 700 x2 730 00 x9 370 x2.5 450 3x3 520 3x 600 x 750 x2 850 x 50 2200 3x 620 3x 690 x 850 x2 950 8x2 200 8x 300 8x5 940 3300 x 860 x 950 x2 80 8x2 0 8x 450 4700 x x2 50 8x2 480 8x 470 6800 x 2 8x2 350 8x 00 000 8x2 450 8x 700 Radial WV (SV) 0 () 0 (200) 200 (0) 0 (300) 350 (400) 400 (450) 450 (500) Cap( F) Size Ripple Size Ripple Size Ripple Size Ripple Size Ripple Size Ripple Size Ripple.5 8x9 8 2.2 5x9 20 8x9 35 x9 3.3 5x9 27 8x9 35 x9 40 x9 30 4.7 5x9 42 8x9 50 8x9 50 8x9 50 x9 50 3x 50 3x 48 6.8 x9 56 8x9 55 8x9 58 x9 65 3x 80 3x 80 3x 68 8x9 72 x9 80 x9 78 3x 82 3x 95 3x 0 x 0 x 5 22 8x9 4 3x 20 3x 45 3x 5 x 80 x2 85 x2 70 x 80 33 x9 4 3x 75 x 200 x 2 x2 2 8x2 230 8x 2 47 x 97 x 2 x 240 8x 350 8x2 300 8x2 309 8x 270 68 x 200 x2 305 x2 360 8x2 390 8x 390 0 3x3 247 x2 380 8x2 4 8x 450 50 3x 295 8x2 530 8x 560 x 346 220 x 373 8x 600 330 x2 500 470 8x 745 Ripple Current ( ma, rms ) at 5 20Hz 5

LL Series LL Series Low Leakage Current Features Extremely low and stable leakage current characteristics. Close capacitance tolerance 20% ( % on requested) For detail specifications, please refer to Engineering Bulletin No. E9 RoHS Compliant Specifications Item Operating Temperature Range Rated Voltage Range Capacitance Range Capacitance Tolerance Leakage Current(+20, max) Performance Characteristics -40 to +5 to 63 VDC 0. to 2200 F 20% (20Hz, +20 ) I 0.002 CV or 0.4 ( A) After 3 minutes(90sec. F) whichever is greater measured with rated working voltage applied. Dissipation Factor (tan at 20 20Hz) Working Voltage (VDC) D.F. (%)max 20 7 3 35 9 50 8 63 8 Low Temperature Characteristics (at 20Hz) Impedance ratio max Working Voltage (VDC) Z-40 / Z+20 4 3 3 2 35 2 50 2 63 2 Load Life Test conditions :2000Hrs Ambient temperature :+5 Applied voltage :Rated DC working voltage After test requirements at +20 Capacitance change : 20% of the initial measured value Dissipation factor : 50% of the initial specified value Leakage current : The initial specified value Shelf Life Test conditions Ambient temperature Applied voltage :00Hrs :+5 :None After test requirements at +20 :Same limits as Load life. Pre-treatment for measurements shall be conducted after application of DC working voltage for 30 minutes. Multiplier for Ripple Current vs. Frequency CAP( F) Frequency(Hz) 50(60) CAP CAP 0 0 CAP 00 0.8 0.8 0.8 20 400.30.23. K.45.36. K.65.48.35 50K-0K.70.53.38 Diagram of Dimensions:(unit:mm) D F d 5 2.0 2.5 0.5 8 3.5 3 5.0 5.0 0.6.5 6

LL Series Case Size WV (SV) (8) (3) (20) (32) 35 (44) 50 (63) 63 (79) Cap( F) Size Ripple Size Ripple Size Ripple Size Ripple Size Ripple Size Ripple Size Ripple 0. 5x 8.8 5x 8.8 0.22 5x 8.8 5x 8.8 0.33 5x 8.8 5x 8.8 0.47 5x 2 5x 2 5x 7 5x 7 2.2 5x 24 5x 24 3.3 5x 29 5x 32 4.7 5x 32 5x 33 5x 36 5x 39 5x 39 5x 43 5x 48 5x 52 x 58 22 5x 36 5x 50 5x 62 5x 65 x 7 x 77 x 94 33 5x 44 5x 66 5x 68 5x 76 x 83 x 99 8x.5 47 5x 53 5x 75 5x 5 x x 8x.5 38 8x.5 52 0 5x 74 5x 4 x 38 8x.5 49 8x.5 87 x2.5 27 x 260 220 x 3 8x.5 93 8x.5 220 x2.5 246 x2.5 330 x20 380 3x20 440 330 x 8x.5 6 8x.5 268 x2.5 352 x 440 3x20 506 3x 594 470 8x.5 242 8x.5 39 x2.5 407 x 484 3x20 590 3x 705 00 x2.5 390 x 605 x20 704 3x20 847 3x 2 2200 3x20 665 3x20 860 3x 890 Radial Ripple Current ( ma, rms ) at 5 20Hz 7

GL Series GL Series Low Impedance, Long Life Features Low impedance for high frequency, Anti-Solvent Design. Long Life 2000 ~ 5000 hrs at 5 depending on case size. Radial type for switching power supply. For detail specifications, please refer to Engineering Bulletin No. E3 RoHS Compliant Specifications Item Operating Temperature Range Rated Voltage Range Capacitance Range Capacitance Tolerance Leakage Current (+20,max.) Dissipation Factor (tan at 20 20Hz) Low Temperature Characteristics (at 20Hz) Performance Characteristics -55 to +5 to 63 VDC 0.47 to 000 F 20% (20Hz, +20 ) I 0.0 CV or 3 ( A) After 2 minutes whichever is greater measured with rate working voltage applied. Working Voltage (VDC) 35 50 63 D.F. (%)max 20 8 4 2 9 For Capacitance 00 F, add 2 per another 00 F. Impedance ratio max Working Voltage(VDC) 35 50 63 Z- Z+20 4 3 2 2.5.5.5 Z-40 Z+20 6 4 3 3 2 2 2 Z-55 Z+20 8 6 5 5 4 4 4 For Capacitance 00 F, add 0.5 per another 00 F for - +20 add per another 00 F for -40 +20 add.5 per another 00 F for -55 +20 Load Life Shelf Life Test conditions :as right Ambient temperature :+5 Applied voltage :Rated DC working voltage After test requirements at +20 Capacitance change : 20% of the initial measured value Dissipation factor : 200% of the initial specified value Leakage current : The initial specified value D 5-8 Test conditions :00Hrs Ambient temperature :+5 Applied voltage :None After test requirements at +20 :Same limits as Load life. Pre-treatment for measurements shall be conducted after application of DC working voltage for 30 minutes. Life hours 2000 3000 6000 Multiplier for Ripple Current vs. Frequency CAP( F) Frequency(Hz) 50(60) CAP 0.47 CAP 0 0.52 0 CAP 00 0.58 00 CAP 0.63 20 0.59 0.65 0.72 0.78 400 0.76 0.80 0.84 0.87 K 0.85 0.89 0.90 0.9 K 0.97 0.97 0.98 0.98 50K-0K Diagram of Dimensions:(unit:mm) D F d 5 2.0 2.5 0.5 8 3.5 3 5.0 5.0 0.6 8 7.5 7.5 0.8 8

GL Series Case Size WV(SV) (8) Cap( F) Size Ripple Impedance Size Ripple Impedance Size Ripple Impedance 5x 37 4.00 5 5x 60 3.52 22 5x 56 2.60 5x 70 2.00 27 5x 57 2.40 5x.60 33 5x 58 2.20 5x 30.26 39 5x 95.85 5x 50 0.87 47 5x 20.20 5x 90 0.52 56 5x 30.05 5x 205 0.49 68 5x 45 0.89 5x 2 0.45 82 5x 70 0.75 x 0 0.37 0 5x 85 0.95 5x 205 0.48 x 260 0.3 20 5x 90 0.90 5x 230 0.44 x 290 0.29 50 x 2 0.75 x 270 0.37 x 300 0.26 80 x 240 0.70 x 290 0.35 x5 370 0.23 8x.5 368 0.24 220 x 300 0.55 x 330 0.28 x5 470 0.20 8x.5 455 0.2 270 x 3 0.49 x5 370 0. 8x.5 490 0.7 8x.5 390 0.2 330 x5 320 0.34 x5 445 0.5 8x.5 550 0.2 8x.5 390 0.30 8x.5 430 0. 470 x5 435 0. 8x.5 555 0.5 8x 745 0.092 8x.5 430 0.22 x2.5 722 0.095 560 8x.5 480 0.20 8x.5 620 0.095 x2.5 780 0.082 680 8x.5 5 0.8 8x 630 0.090 x 920 0.074 820 8x 620 0.4 8x20 870 0.084 x 20 0.067 00 8x 7 0. 8x20 40 0.070 x20 80 0.050 x2.5 6 0.2 x 0.072 200 x 8 0.095 x 30 0.062 x 370 0.047 500 x 50 0.074 x20 270 0.056 x 470 0.04 800 x20 200 0.065 x 430 0.045 3x20 30 0.038 3x20 450 0.048 2200 x20 300 0.060 3x20 90 0.040 3x20 800 0.035 x 400 0.057 3x 950 0.033 2700 x 400 0.055 3x20 800 0.033 3x 2050 0.03 3x20 4 0.052 3300 3x20 500 0.048 3x 980 0.029 3x30 24 0.0 x 2340 0.028 4700 3x 800 0.032 3x30 2300 0.0 x3.5 2650 0.022 3x30 950 0.0 x 20 0.029 8x 70 0.024 6800 3x30 2020 0.024 x3.5 2340 0.023 8x3.5 2700 0.020 x 2230 0.02 8200 x3.5 30 0.020 x35.5 80 0.09 8x35.5 2830 0.08 000 x35.5 2740 0.09 8x3.5 2770 0.07 8x4 3300 0.05 (3) (20) Radial Ripple Current ( ma, rms ) at 5 0KHz Max Impedance ( ) at 20 0KHz 9

GL Series WV(SV) (32) 35 (44) Cap( F) Size Ripple Impedance Size Ripple Impedance Size Ripple Impedance Size Ripple Impedance 0.47 5x 5 5.00 5x 5.00 5x 3.95 5x 27 3.95 2.2 5x 33 2.60 5x 38 2.60 3.3 5x 45 2.00 5x 48 2.00 4.7 5x 58.89 5x 62.89 5.6 5x 80.85 5x 85.82 6.8 5x 85.77 5x 90.75 8.2 5x 90.72 5x 0.69 5x 56 2. 5x 70.90 5x 0.70 5x 5.65 5 5x 97.95 5x 5.72 5x.53 5x.47 22 5x 20.80 5x 30.36 x 35.00 x 70 0.80 27 5x 30.56 5x 40.20 x 0 0.93 x 90 0.75 33 5x 50.20 5x 75 0.95 x 230 0.74 8x.5 245 0.6 39 5x 70 0.82 x 200 0.74 x 240 0.65 8x.5 270 0.58 47 5x 220 0.50 x 0 0.44 8x.5 285 0.50 8x.5 290 0.56 56 5x 245 0.44 x 270 0.40 8x.5 300 0.39 8x.5 320 0.38 68 x 270 0.39 x 300 0.35 8x.5 340 0.30 8x 480 0.30 82 x 285 0.33 x5 350 0.29 8x.5 400 0. 8x 5 0.28 0 x 300 0.28 x5 390 0.8 8x 475 0.8 x 590 0.24 8x.5 380 0.9 20 x 350 0.22 8x.5 460 0.7 8x 520 0.7 x 660 0. 50 x5 420 0.20 8x 580 0.5 x 675 0.3 x20 790 0. 80 x5 440 0.8 8x 630 0.3 x 760 0.095 x20 850 0.095 8x.5 435 0.9 220 8x.5 550 0. 8x 740 0.095 x20 900 0.085 x 20 0.082 x2.5 720 0.098 3x20 54 0.080 270 8x.5 620 0.095 8x20 830 0.086 x20 950 0.075 3x20 0 0.072 x 840 0.088 330 8x 740 0.085 x 995 0.065 x 50 0.068 x30 200 0.064 x2.5 720 0.082 3x 0 0.067 470 x 40 0.065 x20 50 0.050 3x20 490 0.048 x 750 0.048 560 x 70 0.06 x 3 0.048 3x20 550 0.045 x 830 0.044 680 x20 280 0.052 3x20 440 0.044 3x 840 0.04 x3.5 2070 0.040 820 x 460 0.043 3x20 00 0.038 3x30 2060 0.036 x3.5 20 0.035 00 x 530 0.039 3x30 950 0.036 3x40 2200 0.033 x35.5 2450 0.03 3x 580 0.038 x3.5 230 0.030 200 3x 800 0.036 x 2200 0.029 x3.5 20 0.027 8x3.5 00 0.026 500 3x 2020 0.032 x3.5 20 0.027 x35.5 2700 0.026 8x35.5 2700 0.0 800 3x30 2300 0.027 x3.5 60 0.026 8x3.5 2800 0.0 8x4 2900 0.024 2200 3x30 2480 0.0 x3.5 2650 0.0 8x35.5 2900 0.024 8x4 2990 0.023 x 2405 0.027 8x 70 0.026 2700 x3.5 2670 0.024 8x3.5 2660 0.023 8x4 2970 0.02 3300 x3.5 2960 0.020 8x35.5 3000 0.020 8x 3050 0.022 4700 x4 3490 0.022 8x4 3300 0.09 8x35.5 3520 0.02 6800 8x4 3600 0.07 50 (63) 63 (79) Ripple Current ( ma, rms ) at 5 0KHz Max Impedance ( ) at 20 0KHz

KF Series KF Series Low Impedance Features Used in communication equipments, switching power supply, industrial measuring instruments, etc. Load life 2000~5000 Hrs at 5 Safety vent construction design. For detail specifications, please refer to Engineering Bulletin No. E26 RoHS Compliant Specifications Item Performance Characteristics Operating Temperature Range -40 to +5 - to +5 Rated Voltage Range to 0 VDC 0 to 450 VDC Capacitance Range 0.47 to 5000 F 0.47 to 470 F Capacitance Tolerance 20%(20Hz,+20 ) Leakage Current (+20,max.) Dissipation Factor (tan at 20 20Hz) Low Temperature Characteristics (at 20Hz) Load Life Shelf Life I 0.0 CV or 3 ( A) After 2 minutes whichever is greater measured with rated working voltage applied. Working Voltage(VDC) 35 50 63 0 D.F. (%)max. 8 4 2 9 8 8 Working Voltage(VDC) 0 200 0 350 400 420 450 D.F. (%)max. 2 2 2 5 5 7 7 For capacitance 00 F, add 2% per another 00uF. Impedance ratio max Working Voltage(VDC) 35 50 63 0 Z- Z+20 4 3 3 3 3 3 2 2 Z-40 Z+20 8 6 4 3 3 3 3 3 Working Voltage(VDC) 0 200 0 350 400 450 Z- Z+20 2 2 3 5 5 6 Z-40 Z+20 3 6 6 6 6 - I 0.03 CV ( A) After 2 minutes withrate working voltage applied. For capacitance 00 F, add 0.5 per another 00uF for - +20 add per another 00uF for -40 +20 Test conditions : as right D Life hours Ambient temperature : +5 5-2000 Applied voltage : Rated DC working voltage After test requirements at +20 8 3000 Capacitance change : 20% of the initial measured value 5000 Dissipation factor : 200% of the initial specified value Leakage current : The initial specified value (0-450V : 2000hrs) Test conditions : 00Hrs Ambient temperature : +5 Applied voltage : None After test requirements at +20 : Same limits as Load life. Pre-treatment for measurements shall be conducted after application of DC working voltage for 30 minutes. Radial Multiplier for Ripple Current vs. Frequency CAP( F) Frequency(Hz) 50(60) CAP 0.47 CAP 0 0.52 0 CAP 00 0.58 00 CAP 0.63 20 0.59 0.62 0.72 0.78 400 0.76 0.80 0.84 0.87 K 0.85 0.89 0.90 0.9 K 0.97 0.97 0.98 0.98 50K-0K Diagram of Dimensions:(unit:mm) D F d 5 2.0 2.5 0.5 8 3.5 3 5.0 5.0 0.6 D 8 D 8 D 8 L 35.5 L 35.5.5.5 2 2 8 7.5 7.5 0.8

KF Series Case Size WV(SV) (8) Cap( F) Size Ripple Impedance Size Ripple Impedance Size Ripple Impedance 5x 74 4.7 22 5x 98 2.7 5x 0 2.6 33 5x 0 2.6 5x 4 2 47 5x 50.34 5x 55. 56 5x 0.23 5x 80 0.82 68 5x 70.05 5x 95 0.69 0 5x 70.00 5x 2 0.8 x 265 0.5 20 5x 75 0.92 x 0 0.75 x 270 0.47 50 x 220 0.8 x 290 0.6 x 290 0.4 5x 85 0.90 80 x 240 0.76 x 320 0.46 8x.5 370 0.34 x 35 0.38 220 x 3 0.65 x 340 0.35 8x.5 480 0. 270 x 340 0.54 8x.5 400 0.3 8x.5 520 0.2 330 8x.5 390 0.42 8x.5 460 0.27 8x.5 590 0.56 470 8x.5 450 0. 8x.5 580 0. x2.5 750 0.24 560 8x.5 490 0.23 x2.5 635 0. x2.5 785 0.5 8x.5 550 0.7 680 8x.5 550 0.2 x2.5 765 0. x 0 0.092 820 8x 620 0.20 x 890 0. x 80 0.078 00 x2.5 770 0.7 x 40 0.076 x20 350 0.065 8x 750 0.5 200 x 860 0. x 200 0.067 x 500 0.06 500 x 0 0.4 x20 400 0.062 x30 00 0.056 3x20 380 0.06 800 x20 0 0. x 550 0.058 3x20 800 0.047 x 730 0.05 2200 x20 380 0.090 3x20 750 0.04 3x 2000 0.038 x 470 0.095 x 50 0.52 3x20 880 0.04 2700 x 490 0.075 3x20 900 0.035 3x 2450 0.033 3x20 550 0.075 3300 3x20 50 0.036 3x 2000 0.03 x 2790 0.030 3x30 2640 0.030 4700 3x30 20 0.036 x 20 0.030 x3.5 2880 0.026 3x 900 0.040 5600 3x30 20 0.034 x 2290 0.028 x35.5 2990 0.0 6800 x 2350 0.032 x3.5 2650 0.026 8x35.5 3200 0.024 8200 x3.5 50 0.027 x35.5 2770 0.026 8x35.5 3320 0.024 000 x35.5 2700 0.024 8x35.5 2850 0.024 8x4 3550 0.024 5000 8x35.5 2950 0.023 (3) (20) Ripple Current ( ma, rms ) at 5 0KHz Max Impedance ( ) at 20 0KHz 2

KF Series WV(SV) (32) Cap( F) Size Ripple Impedance Size Ripple Impedance Size Ripple Impedance 0.47 5x 5.4 5x 40 4 2.2 5x 55 2.8 3.3 5x 60 2.2 4.7 5x 68 3.95 5x 85 3.65 5x 90 2 5.6 5x 75 3. 5x 92 3.09 5x 5.93 6.8 5x 80 2.98 5x 97 2.82 5x.89 5x 85 2.56 5x 5 2.37 5x 20.82 22 5x.95 5x 50.5 x 50. 33 5x 55.42 5x 80.2 x 0 0.8 47 5x 90. x 280 0.8 x 290 0.65 x 220.00 56 x 0 0.79 x 3 0.64 8x.5 3 0.49 68 x 280 0.65 8x.5 350 0.52 8x.5 375 0.33 0 x 370 0.35 8x.5 450 0. x2.5 480 0.7 20 x 380 0.33 8x.5 5 0.22 x2.5 530 0.56 50 8x.5 4 0.3 8x.5 540 0.9 x2.5 590 0.32 80 8x.5 455 0. x2.5 650 0.72 x 860 0.4 220 8x.5 550 0.5 x2.5 750 0.4 x 930 0.096 270 x2.5 720 0. x 9 0.095 x20 60 0.078 330 x2.5 820 0.4 x 50 0.079 x 50 0.065 470 x 200 0.076 x20 200 0.065 3x20 590 0.055 560 x 0 0.072 x 500 0.06 3x20 740 0.05 680 x20 320 0.065 3x20 570 0.056 3x 930 0.044 820 x20 400 0.052 3x20 700 0.048 3x30 20 0.039 x 530 0.052 00 3x20 50 0.045 3x 900 0.042 x 2300 0.036 200 3x 980 0.04 3x30 230 0.039 x3.5 2650 0.036 500 3x 22 0.038 x 2270 0.036 x35.5 2750 0.034 800 x 0.036 x3.5 2700 0.035 x35.5 2850 0.034 2200 x 2650 0.035 x3.5 2780 0.034 8x35.5 3040 0.032 2700 x 2820 0.03 x35.5 2850 0.029 8x4 3070 0.027 3300 x3.5 3240 0.026 8x35.5 30 0.026 8x4 30 0.0 4700 x35.5 3650 0.024 8x4 3500 0.024 5600 8x35.5 3720 0.024 6800 8x4 3850 0.024 35 (44) 50 (63) Radial Ripple Current ( ma, rms ) at 5 0KHz Max Impedance ( ) at 20 0KHz 3

KF Series WV(SV) 63 (79) Cap( F) Size Ripple Impedance Size Ripple Impedance Size Ripple Impedance 0.47 5x 5.4 5x 20 5.9 5x 36 9.44 5x 33 4 5x 30 4.4 x 45 7.85 2.2 5x 45 2.8 5x 42 3.3 x 55 5.2 3.3 5x 58 2.2 5x 55 2.8 8x.5 70 4.3 4.7 5x 65 2 5x 72 2.6 8x.5 80 4. 5.6 5x 95.9 5x 0 2.33 x2.5 9 3.6 6.8 5x 0.82 x 5.95 x 0 3.2 5x.75 x 30.77 x 40 2.69 22 x 80 0.80 8x.5 220 0.85 x 205.3 33 8x.5 270 0.6 x2.5 320 0.69 x20 260. 47 8x.5 300 0.56 x2.5 370 0.58 3x20 320 0.9 56 8x.5 330 0.38 x2.5 400 0.43 3x20 340 0.67 x 440 0.42 3x 370 0.66 68 x2.5 480 0.2 x 470 0.35 3x 450 0.56 0 x 6 0.4 x 560 0.3 x 540 0.47 20 x 620 0.3 x 660 0.22 x 560 0.35 50 x 700 0. 3x20 780 0.74 x3.5 7 0.26 80 x20 800 0. 3x20 820 0.42 x35.5 760 0.22 220 x20 920 0.080 3x 950 0.3 x35.5 820 0.9 270 3x20 50 0.065 3x30 20 0. 8x35.5 990 0.8 330 3x20 0 0.055 x 440 0. 8x4 80 0. 470 3x 20 0.053 x3.5 50 0.09 560 3x 80 0.049 x35.5 720 0.085 680 3x30 950 0.043 8x35.5 790 0.08 820 x 0 0.038 8x35.5 840 0.07 00 x3.5 2350 0.034 8x4 930 0.066 200 x35.5 50 0.032 500 8x35.5 27 0.03 800 8x4 3000 0.027 0 () 0 (200) Ripple Current ( ma, rms ) at 5 0KHz Max Impedance ( ) at 20 0KHz 4

KF Series WV(SV) 200 (0) Cap( F) Size Ripple Impedance Size Ripple Impedance Size Ripple Impedance 0.47 5x 36 9.38 5x 40 8.85 x 40 8.82 x 45 7.76 x 50 6.54 x.5 50 7.90 8x.5 58 5 2.2 x 55 5.8 8x.5 72 4.2 8x.5 75 5.3 x2.5 86 4.02 3.3 8x.5 7 4. 8x.5 75 3.85 x2.5 90 3.80 x 0 3.52 4.7 8x.5 78 5.00 8x.5 85 3.50 x 8 3.3 x2.5 85 4.2 x2.5 0 2.95 x20 30 2.77 5.6 8x.5 90 4.50 8x.5 95 2.93 x 20 2.76 x2.5 95 3.55 x2.5 5 2.72 x20 32 2.58 8x 5 3. 8x 24 2.50 x 48 2.43 6.8 x 40 2.7 x2.5 26 2.20 x 80.65 x 40.86 x 50 2.02 8x 4.80 x 5.64 x2.5 44.75 x 200.35 x 0.4 22 x 86.80 x20 205.40 x20 2.3 3x20 220.22 33 x20 280.00 x 248. 3x20 263.02 3x20 330 0.80 3x20 3 0.9 3x 290 0.86 47 3x20 360 0.65 3x20 375 0.60 x 389 0.76 3x 400 0.5 3x 405 0.45 x3.5 430 0.62 56 3x20 430 0.45 3x 420 0.42 x35.5 460 0.60 68 3x 480 0.42 x 540 0.35 x 490 0.38 x3.5 475 0.57 x 780 0.30 x3.5 675 0.27 x35.5 48 0.56 0 x3.5 820 0.28 8x3.5 487 0.56 8x35.5 53 0.55 20 x 740 0.28 x3.5 692 0.26 8x35.5 5 0.54 x3.5 830 0.26 x35.5 730 0. 8x4 560 0.52 50 x3.5 840 0. x35.5 750 0.24 8x4 590 0.50 x35.5 860 0.23 8x3.5 750 0.23 80 8x3.5 920 0.20 8x35.5 830 0.2 220 8x35.5 50 0.9 8x3.5 850 0.20 8x4 90 0. 8x4 9 0.9 0 (300) 350 (400) Radial WV(SV) 400 (450) Cap( F) Size Ripple Impedance Size Ripple Impedance Size Ripple Impedance 0.47 x 26 33.00 x 28 34.00 8x.5 30 34.00 8x.5 36.50 8x.5 38 7.00 8x.5 45 7.35 2.2 x2.5 76 3.00 x2.5 58 2. x 65. 8x.5 65 3.00 3.3 8x.5 86 2.00 x2.5 87.00 x 89.00 4.7 x2.5 5.00 x 2 8.50 x20 5 5.00 5.6 8x 5 8.00 x 9 6.80 x20 4.75 x2.5 20 9.00 4.60 6.8 x 0 7.50 x 0 6.00 x20 35 4.05 x20 235 3.60 x20 80 3.70 x 80 3.75 22 3x20 295 2.65 3x 330 2.70 3x 320 2.80 33 3x 440.60 x 480.80 x 460 2.20 47 x 580.40 x3.5 620. x35.5 650.05 56 x3.5 650 0.85 x35.5 670 0.90 8x3.5 730 0.95 68 x3.5 800 0.80 8x3.5 750 0.80 8x35.5 760 0.75 0 8x35.5 900 0.6 8x35.5 820 0.70 8x4 880 0.74 420 (470) 450 (500) Ripple Current ( ma, rms ) at 5 0KHz Max Impedance ( ) at 20 0KHz 5

KZ Series KZ Series Low Impedance Features Used in communication equipments, switching power supply, industrial measuring instruments, etc. Load life ~2000hrs. Safety vent construction design. For detail specifications, please refer to Engineering Bulletin NO. E44 RoHS Compliant Specifications Item Operating Temperature Range Rated Voltage Range Capacitance Range Capacitance Tolerance Leakage Current (+20,max.) Performance Characteristics -40 to +5 to 50 VDC 0.47 to 6800 F 20%(20Hz,+20 ) I 0.0 CV or 3 ( A) After 2 minutes whichever is greater measured with rated working voltage applied. Dissipation Factor (tan at 20 20Hz) Working Voltage(VDC) 35 50 D.F. (%)max. 8 4 2 9 For capacitance 00 F, add 2% per another 00uF. Impedance ratio max Low Temperature Characteristics (at 20Hz) Working Voltage(VDC) 35 50 Z- Z+20 4 3 3 3 3 3 Z-40 Z+20 8 6 4 3 3 3 For capacitance 00 F, add 0.5 per another 00uF for - / +20 add per another 00uF for -40 / +20 Load Life Shelf Life Test conditions Ambient temperature Applied voltage : as right : +5 : Rated DC working voltage After test requirements at +20 Capacitance change : 20% of the initial measured value Dissipation factor : 200% of the initial specified value Leakage current : The initial specified value Test conditions : 00Hrs Ambient temperature : +5 Applied voltage : None After test requirements at +20 : Same limits as Load life. D 5-8 Life hours 00 2000 Multiplier for Ripple Current vs. Frequency Pre-treatment for measurements shall be conducted after application of DC working voltage for 30 minutes. CAP( F) Frequency(Hz) 50(60) CAP 0.47 CAP 0 0.52 0 CAP 00 0.58 00 CAP 0.63 20 0.59 0.62 0.72 0.78 400 0.76 0.80 0.84 0.87 K 0.85 0.89 0.90 0.9 K 0.97 0.97 0.98 0.98 50K-0K Diagram of Dimensions:(unit:mm) D F d 5 2.0 2.5 0.5 8 3.5 3 5.0 5.0 0.6 8 7.5 7.5 0.8.5

KZ Series Case Size WV(SV) (8) (3) (20) Cap( F) Size Ripple Impedance Size Ripple Impedance Size Ripple Impedance 5x 80 4 22 5x 80 3 5x 90 2.5 5x 2.0 33 5x 90 2.0 5x 5 2.0 5x 4.8 47 5x 40.5 5x 55.3 5x 0.0 56 5x 50.5 5x 5.2 5x 80 0.8 68 5x 0. 5x 75.0 5x 200 0.65 0 5x 70.0 5x 0.75 5x 5 0.55 20 5x 73 0.9 x 240 0.73 x 270 0.45 50 5x 78 0.85 x 2 0.60 x 292 0.40 80 x 0.72 x 280 0.58 x 380 0.32 220 x 295 0.62 x 300 0.43 x 430 0. 270 x 320 0.50 8x.5 405 0.28 8x.5 480 0.20 330 x 380 0.45 8x.5 465 0. 8x.5 595 0.5 470 8x.5 460 0.22 8x.5 500 0.22 8x.5 650 0.5 560 8x.5 490 0.22 8x.5 620 0.7 8x.5 730 0.2 680 8x.5 520 0.9 8x.5 750 0.2 x2.5 890 0.09 820 8x.5 605 0.9 x2.5 805 0. x2.5 980 0.085 00 8x.5 680 0.8 x2.5 50 0.08 x 80 0.07 200 x2.5 750 0.5 x 50 0.065 x20 320 0.06 500 x2.5 820 0.4 x 2 0.062 x20 450 0.056 800 x 920 0.2 x20 280 0.06 x20 5 0.053 2200 x20 50 0. x20 520 0.05 3x20 820 0.04 2700 x20 500 0.075 3x20 580 0.048 3x20 2050 0.035 3300 x20 20 0.06 3x20 700 0.043 3x 2300 0.033 3900 3x 820 0.058 3x 860 0.040 x 50 0.033 4700 3x 920 0.04 3x 950 0.038 x 80 0.032 5600 3x30 22 0.038 x 2290 0.033 x3.5 2650 0.030 6800 x 2380 0.032 x 2480 0.028 x3.5 2900 0.024 Radial 7

KZ Series WV(SV) (32) 35 (44) 50 (63) Cap( F) Size Ripple Impedance Size Ripple Impedance Size Ripple Impedance 0.47 5x 28 5.0 5x 42 3.8 2.2 5x 55 2.8 3.3 5x 62 2.0 4.7 5x 72 3.5 5x 87 3.5 5x 90 2.0 5.6 5x 75 3.5 5x 95 3.0 5x 8.8 6.8 5x 83 2.8 5x 98 2.7 5x 2.8 5x 87 2.5 5x 7 2.2 5x 20.75 22 5x 8.8 5x 50.5 5x 50.5 33 5x 55.4 5x 80.2 x 233 0.78 47 5x 83 0.9 5x 7 0.75 x 270 0.65 56 5x 207 0.83 x 283 0.6 x 290 0.6 68 5x 2 0.69 x 290 0.55 x 3 0.5 0 x 378 0.34 x 430 0.26 8x.5 480 0.7 20 x 380 0.33 8x.5 470 0.20 x2.5 500 0.38 50 8x.5 390 0.3 8x.5 5 0.2 x2.5 560 0. 80 8x.5 430 0. 8x.5 570 0.8 x2.5 580 0.4 220 8x.5 550 0.5 8x.5 620 0.3 x 640 0.09 270 8x.5 620 0.5 x2.5 850 0.2 x 905 0.08 330 8x.5 7 0.3 8x 50 0.08 x 50 0.07 470 8x.5 980 0.078 x 0 0.065 3x20 450 0.05 8x 50 0.07 560 x 80 0.065 3x20 300 0.06 3x20 5 0.05 680 x 0 0.065 3x20 570 0.056 3x20 750 0.05 820 x20 350 0.05 3x20 700 0.048 3x 980 0.04 00 x20 580 0.045 3x20 820 0.042 3x 2000 0.04 200 3x20 720 0.04 3x 230 0.038 x 2200 0.038 500 3x20 780 0.04 3x 0 0.038 x 2300 0.038 800 3x20 980 0.035 3x 2450 0.035 x3.5 26 0.036 2200 3x 2000 0.033 x 2650 0.034 x3.5 2900 0.033 2700 3x 20 0.032 x3.5 2690 0.030 8x35.5 3000 0.028 3300 x 80 0.027 x35.5 2750 0.027 8x35.5 3050 0.026 4700 x3.5 2850 0.0 8x35.5 2940 0.0 5600 x35.5 3000 0.0 8x35.5 3050 0.024 6800 8x35.5 3550 0.0 Ripple Current ( ma, rms ) at 5 0KHz Max Impedance ( ) at 20 0KHz 8

GF Series GF Series Low Impedance Features Used in mother board, computer peripheral, etc. Load life 2000 ~ 5000 Hrs at 5 Safety vent construction design. For detail specifications, please refer to Engineering Bulletin No. E27 RoHS Compliant Specifications Item Performance Characteristics Operating Temperature Range -55 to +5 Rated Voltage Range to 0 VDC Capacitance Range 4.7 to 6800 F Capacitance Tolerance 20% (20Hz, +20 ) Leakage Current (+20,max.) Dissipation Factor (tan at 20 20Hz) I 0.0 CV or 3 ( A) After 2 minutes whichever is greater measured with rated working voltage applied. Working Voltage (VDC) 35 50 63 0 D.F. (%)max 4 2 9 8 8 8 For capacitance 00 F, add 2% per another 00 F. Impedance ratio max Radial Low Temperature Characteristics (at 20Hz) Working Voltage 35 50 63 0 Z(- ) / Z(20 ) 4 3 3 3 3 3 2 2 Z(-40 ) / Z(20 ) 8 6 4 3 3 3 3 3 For Capacitance 00 F, add 0.5 per another 00 F for - +20 add per another 00 F for -40 +20 Load Life Shelf Life Test conditions Ambient temperature Applied voltage :as right :+5 :Rated DC working voltage After test requirements at +20 Capacitance change : 20% of the initial measured value Dissipation factor : 200% of the initial specified value Leakage current : The initial specified value Test conditions :00Hrs Ambient temperature :+5 Applied voltage :None D 5-8 Life hours 2000 3000 4000 After test requirements at +20 :Same limits as Load life. Pre-treatment for measurements shall be conducted after application of DC working voltage for 30 minutes. Multiplier for Ripple Current vs. Frequency CAP( F) Frequency(Hz) 50(60) CAP 0.47 CAP 0 0.52 0 CAP 00 0.58 00 CAP 0.63 20 0.59 0.62 0.72 0.78 400 0.76 0.80 0.84 0.87 K 0.85 0.89 0.90 0.9 K 0.97 0.97 0.98 0.98 50K-0K.0.0.0.0 Diagram of Dimensions:(unit:mm) D F d 5 2.0 2.5 0.5 8 3.5 3 5.0 5.0 0.6 8 7.5 7.5 0.8.5 9

GF Series Case Size WV(SV) (8) (3) Impedance Impedance Size Ripple Size Ripple Cap( F) +20 - +20-68 5x 90 0.70 2.065 82 5x 2 0.50.475 0 5x 200 0.40.240 5x 242 0.3 0.95 20 5x 2 0.38.78 5x 26 0.28 0.826 50 5x 2 0.35.085 x 300 0.26 0.767 80 x 300 0.32 0.992 x 350 0.22 0.649 220 x 360 0. 0.775 x 390 0.8 0.53 270 x 377 0.24 0.744 x5 460 0. 0.472 330 x 395 0.20 0.465 8x.5 540 0. 0.3 390 8x.5 576 0.4 0.434 8x.5 620 0.095 0.280 470 8x.5 600 0.095 0.294 8x.5 750 0.075 0.22 560 8x 720 0.087 0.270 8x 870 0.072 0.22 680 8x20 800 0.080 0.248 8x20 0.068 0.20 x 84 0.084 0.260 820 8x20 970 0.070 0.27 8x20 30 0.065 0.92 00 x2.5 00 0.055 0.8 8x20 220 0.050 0.48 x 400 0.042 0.24 200 8x20 50 0.048 0.46 x20 560 0.035 0.095 x 80 0.050 0.52 500 x20 400 0.045 0.37 x20 70 0.032 0.086 x 560 0.043 0.3 800 x20 500 0.04 0. x 2000 0.028 0.076 2200 x 720 0.037 0.3 3x20 2370 0.0 0.065 3x20 890 0.039 0.9 2700 3x20 2080 0.034 0.095 3x20 2400 0.023 0.060 3300 3x20 2290 0.026 0.073 3x 2720 0.02 0.055 3900 x30 2450 0.024 0.067 3x30 3000 0.020 0.052 3x 2670 0.022 0.062 4700 3x30 3200 0.02 0.059 3x35 3450 0.09 0.049 5600 3x35 3270 0.020 0.056 x3.5 3460 0.08 0.047 6800 x3.5 3490 0.08 0.050 x3.5 3630 0.0 0.042 Ripple Current ( ma, rms ) at 5 0KHz Max Impedance ( ) at 20 0KHz 20

GF Series pdxl(mm) WV(SV) (20) (32) Impedance Impedance Size Ripple Size Ripple Cap( F) +20 - +20-39 5x 2 0.42.28 47 5x 200 0.40. 5x 240 0.35.05 56 5x 220 0.38. 5x 6 0.3 0.899 68 5x 230 0.35.02 x 300 0.28 0.82 82 5x 260 0.3 0.90 x 350 0.24 0.696 0 x 360 0. 0.73 x 4 0.5 0.435 20 x 365 0.23 0.67 x5 490 0.3 0.377 50 x 385 0.2 0.6 8x.5 540 0. 0.39 80 8x.5 520 0.9 0.55 8x.5 620 0.098 0.2842 220 8x.5 575 0.4 0.4 8x.5 750 0.075 0.28 270 8x.5 600 0.2 0.35 8x 850 0.063 0.83 330 8x.5 740 0.08 0.23 8x 990 0.056 0.24 x2.5 0.054 0.566 390 8x 790 0.075 0.22 x2.5 50 0.05 0.479 470 8x 990 0.062 0.8 8x20 260 0.045 0.305 x2.5 00 0.058 0.7 x 45 0.042 0.28 560 8x20 70 0.057 0.7 x20 450 0.040 0. 680 8x20 20 0.055 0. x20 570 0.035 0.5 x 280 0.052 0.5 820 x20 400 0.048 0.4 x 9 0.032 0.093 00 x20 840 0.035 0.09 3x20 2340 0.0 0.055 200 x 920 0.032 0.08 3x20 2390 0.0 0.055 500 x 2050 0.030 0.08 3x 27 0.023 0.0506 3x20 2200 0.029 0.07 800 3x20 2380 0.026 0.07 3x30 350 0.02 0.0462 2200 3x 2750 0.022 0.06 3x35 3420 0.08 0.0396 2700 3x 3000 0.022 0.06 x3.5 3480 0.08 0.0396 3300 3x35 3490 0.08 0.05 x3.5 3600 0.08 0.0396 3900 x 3520 0.08 0.05 4700 x3.5 3770 0.07 0.04 Radial Ripple Current ( ma, rms ) at 5 0KHz Max Impedance ( ) at 20 0KHz 2

GF Series WV(SV) 35 (44) 50 (63) Impedance Impedance Size Ripple Size Ripple Cap( F) +20 - +20-22 5x 220 0.35.05 27 x 265 0.34 0.986 33 5x 230 0.32 0.934 x 280 0.32 0.928 39 x 277 0.3 0.905 x 300 0.28 0.82 47 x 340 0.20 0.584 8x.5 360 0.20 0.580 56 x 375 0.20 0.584 8x.5 375 0.9 0.55 68 x 400 0.9 0.555 8x.5 400 0.7 0.493 82 8x.5 480 0.7 0.496 8x.5 550 0.2 0.348 0 8x.5 560 0.5 0.438 8x.5 730 0.075 0.275 20 8x.5 585 0.3 0.38 8x 770 0.073 0.27 x2.5 790 0.072 0.2088 50 8x.5 680 0. 0.32 x2.5 870 0.068 0.972 80 8x 8 0.098 0.286 8x20 60 0.055 0.595 x 90 0.055 0.595 220 8x 00 0.056 0.4 x 385 0.045 0.305 x2.5 60 0.052 0.52 270 x 90 0.050 0.46 x20 500 0.043 0.247 330 8x20 2 0.04 0.2 x 850 0.032 0.0928 x 400 0.038 0. 390 x20 550 0.035 0.2 3x20 9 0.03 0.0899 470 x20 850 0.022 0.064 3x20 2000 0.030 0.0870 560 x 2040 0.022 0.064 3x20 0 0.028 0.082 680 3x20 2260 0.02 0.06 3x 2490 0.026 0.0754 820 3x 2630 0.02 0.053 3x30 2770 0.0 0.07 x 2960 0.024 0.0696 00 3x 2780 0.09 0.048 x 3000 0.020 0.0580 200 3x30 2950 0.09 0.048 x 350 0.08 0.045 500 3x35 3350 0.08 0.045 x3.5 3600 0.07 0.043 800 x3.5 3670 0.0 0.04 2200 x35.5 3750 0.05 0.038 2700 8x3.5 3850 0.04 0.035 Ripple Current ( ma, rms ) at 5 0KHz Max Impedance ( ) at 20 0KHz 22

GF Series WV(SV) 63 (79) 0 () Impedance Impedance Size Ripple Size Ripple Cap( F) +20 - +20-4.7 5x 5.60 4.64 5.6 5x.49 4.32 6.8 5x 20.45 4.205 5x 35 0.95 2.755 x 70 0.70 2.03 5 x 8 0.85 2.465 8x.5 5 0.6.769 8 x 70 0.82 2.378 8x.5 270 0.56.624 22 x 0 0.75 2.75 8x.5 320 0.48.392 27 x 260 0.55.595 8x.5 340 0.39.3 33 x 270 0.38.2 8x 400 0.3 0.899 39 8x.5 320 0.35.05 8x 4 0.29 0.84 x2.5 440 0.27 0.783 47 8x.5 400 0.22 0.638 x2.5 450 0. 0.7 56 8x.5 420 0.22 0.638 x 540 0.2 0.609 68 x2.5 500 0.20 0.58 x20 630 0.8 0.522 82 8x 540 0.7 0.493 x20 720 0.5 0.435 x2.5 570 0. 0.464 0 x2.5 720 0.4 0.406 x 890 0.2 0.348 20 8x20 790 0.4 0.406 x 900 0.2 0.348 x 835 0.3 0.377 3x20 980 0. 0.39 50 x 900 0. 0.39 3x20 0 0.095 0.276 80 x20 200 0.095 0.276 3x 0 0.078 0.226 220 x 35 0.075 0.28 3x30 420 0.065 0.89 x2 270 0.075 0.28 270 3x20 400 0.07 0.206 3x35 30 0.057 0.5 x 570 0.058 0.8 330 x30 750 0.047 0.36 3x40 50 0.045 0.3 3x 870 0.045 0.3 390 3x 920 0.044 0.28 x3.5 850 0.043 0. 470 3x30 22 0.04 0.9 x35.5 900 0.032 0.093 x20 970 0.043 0. 8x3.5 700 0.038 0.095 560 x 2350 0.039 0.098 x4 270 0.032 0.08 8x3.5 20 0.03 0.078 680 x3.5 2600 0.035 0.088 8x35.5 2400 0.029 0.073 820 x3.5 2650 0.03 0.078 00 x35.5 2780 0.026 0.065 8x3.5 3230 0.028 0.070 Ripple Current ( ma, rms ) at 5 0KHz Max Impedance ( ) at 20 0KHz Radial 23

LZ Series LZ Series Ultra Low Impedance Features Ultra low impedance in 0KHz. Allow higher ripple current applied due to ultra low impedance. Load life 2000hrs at 5 Suitable for application of mother board, computer peripheral etc. For more details, please refer to CapXon Engineering Bulletin No. 33 RoHS Compliant Specifications Item Operating Temperature Range Rated Voltage Range Capacitance Range Capacitance Tolerance Leakage Current (+20,max.) Dissipation Factor (tan at 20 20Hz) Low Temperature Characteristics (at 20Hz) Load Life Shelf Life Performance Characteristics -40 ~ +5 ~ V with rate working voltage applied 220 to 3300 F 20% (20, 20Hz) I 0.0CV or 3 A After 2 minutes whichever is greater measured For capacitance > 00 F, add 2 per another 00 F Impedance ratio max Rated Voltage(V) D.F. ( ) max 4 2 9 Rated Voltage(V) Z- Z+20 4 3 2 2 Z-40 Z+20 6 4 3 3 For Capacitance Value > 00 F, add 0.5 per another 00 F for - +20 add per another 00 F for -40 +20 Test Conditions Duration : 2000 hrs Ambient temperature : +5 Test Load : Rated DC working voltage After test requirements at +20 Capacitance change : Within % of the initial measured value Dissipation factor : Not exceed 200% of the initial specified value Leakage current : Not exceed the specified value Test Conditions Duration : 00 hrs Ambient temperature : +5 Test Load : DC rated voltage with ripple current applied After test requirements at +20 Capacitance change : Within % of the initial measured value Dissipation factor : Not exceed 200% of the initial specified value Leakage current : Not exceed the specified value Multiplier for Ripple Current vs. Frequency CAP( F) Frequency(Hz) 20Hz 0 ~ 330 F 0.40 390 ~00 F 0.50 200 ~ 3300 F 0.55 KHz 0.75 0.85 0.90 KHz 0.93 0.95 0.98 0KHz.00.00.00 Diagram of Dimensions:(unit:mm) D F d 8 3.5 0.5 5.0 0.6.5 24

LZ Series Case Size WV(SV) (8) Cap( F) Size Ripple Impedance Size Ripple Impedance Size Ripple Impedance 330 8X.5 80 0.038 470 8X.5 80 0.038 8X.5 80 0.038 X2.5 500 0.027 560 8x.5 80 0.038 8X.5 80 0.038 8X 450 0.029 680 8x.5 80 0.038 8X.5 80 0.038 8X 450 0.029 X2.5 500 0.027 X2.5 500 0.027 820 8x.5 80 0.038 X2.5 450 0.029 8X20 850 0.020 00 8x 0 0.036 8X 450 0.029 8X20 850 0.020 x2.5 500 0.027 X2.5 500 0.027 X 9 0.08 200 8x 450 0.029 8X20 850 0.020 X20 40 0.07 500 8x20 850 0.020 8X20 850 0.020 X20 40 0.05 x2.5 500 0.027 X 9 0.08 800 x 9 0.08 X20 40 0.0 X 2800 0.03 2200 8x20 850 0.020 X20 40 0.05 x 9 0.08 X 2800 0.04 2700 x20 40 0.03 3300 x30 2800 0.02 (3) (20) Radial WV(SV) (32) Cap( F) Size Ripple Impedance 220 8X.5 80 0.032 270 8X.5 50 0.03 330 8X.5 450 0.029 X2.5 850 0.027 8X20 720 0.020 470 X2.5 440 0.0 X 830 0.022 560 X 850 0.02 8X20 820 0.08 680 X 920 0.020 X20 2060 0.08 00 X20 280 0.0 Ripple Current ( ma, rms ) at 5 0KHz Max ESR ( ) at 20 0KHz

GH Series GH Series Features Low impedance High temperature, Long life 3,000 to,000 hours at 5 For detail specifications, please refer to Engineering Bulletin NO. 70. Specifications Item Operating Temperature Range Rated Voltage Range Capacitance Range Capacitance Tolerance Leakage Current (+20,max.) Dissipation Factor (tan at 20 20Hz) Low Temperature Characteristics (at 20Hz) Performance Characteristics -55 to +5 to 50 VDC 0.47 to 6800 F 20%(20Hz,+20 ) I 0.0 CV or 3 ( A) (After 2 minute with rated working voltage applied.) Working Voltage(VDC) 35 50 D.F.(%)max. 22 9 4 2 For capacitance 00 F,add 2% per another 00 F. Impedance ratio max Rated voltage(vdc) 35 50 Z- / Z+20 4 3 2 2.5.5 Z-40 / Z+20 6 4 3 3 2 2 Z-55 / Z+20 8 6 5 5 4 4 Load Life Shelf Life Multiplier for Ripple Current vs. Frequency CAP( F) Frequency(Hz) 20 400 K K 0K CAP 0.40 0.52 0.60 0.92 CAP 0 0.67 0.80 0.83 0.94 0 CAP 00 0.75 0.84 0.88 0.95 00 CAP 0.82 0.87 0.92 0.95 Diagram of Dimensions:(unit:mm) For Capacitance 00 F, add 0.5 per another 00 F for - +20 add per another 00 F for -40 +20 add.5 per another 00 F for -55 +20 Test condition : D 5-8-2 3 +5 Life hours 4000 hours 7000 hours 000 hours * down size load life D 5-8 ~2.5 3 +5 3000 hours 4000 hours 6000hrs 7000hours Ambient temperature :+5 Applied voltage :Rated DC working voltage After test requirement at +20 Capacitance change : % of the initial measured value Dissipation factor : 200% of the initial specified value Leakage current : The initial specified value Test condition :00 Hrs Ambient temperature :+5 Applied voltage :None After test requirement at +20 :Same limits as Load life. Pre-treatment for measurements shall be conducted after application of DC working voltage for 30 minutes. D 5 8 3 8 F 2.0 2.5 3.5 5.0 5.0 7.5 7.5 d 0.5 0.5 0.5 0.6 0.6 0.6 0.8 0.8 26

GH Series Case Size WV(SV) Cap( F) (8) (3) (20) Size Ripple Impedance Size Ripple Impedance Size Ripple Impedance 5X 30 3.9 5 5X 60 3.32 22 5X 55 3.08 5X 60 2.64 27 5X 60 2.67 5X 2.37 33 5X 60 2.33 5X 20 2 39 5X 0 2.02 5X 40.6 47 5X.7 5X 55.35 56 5X 20.47 5X 75.24 68 5X 35.3 5X 90.8 82 5X 5.63 5X 0.5 X 220.03 0 5X 75.45 5X X 85 200.02.02 X 220 0.86 20 5X 85.28 5X* X 205.02.02 X 260 0.66 50 X 200. X 235 0.95 X* X5 280 330 0.58 0.58 80 X 235.04 X 265 0.68 X5 8X.5 350 355 0.56 0.54 220 X 35 0.89 X* X5 305 3 0.60 0.58 X5 8X.5 420 450 0.52 0.46 270 X 330 0.77 X5 345 0.56 X5* 450 0.42 8X.5 350 0.53 8X.5 485 0.38 X* 35 0.77 X5 385 0.47 8X.5* 490 0.37 330 X5 355 0.68 8X.5 4 0.45 8X 55 0.35 8X.5 370 0.68 X5* 385 0.58 X5* 380 0.42 8X.5* 5 0.33 390 8X.5 400 0.52 8X.5 430 0.42 8X 545 0.33 X2.5 540 0.33 X5 420 0.4 X5* 400 0.37 8X* 705 0.29 470 8X.5 445 0.38 8X.5 460 0.30 8X20 750 0.28 X2.5 470 0.38 X2.5 735 0.28 8X.5* 475 0.36 8X.5* 490 0.28 8X* 720 0.26 560 8X 500 0.36 8X 530 0. 8X20 780 0.24 X2.5 5 0.36 X2.5 530 0. X2.5* 735 0.24 X 800 0.20 8X.5* 485 0.33 8X 550 0.2 8X20* 800 0.20 680 8X 55 0.33 8X20 570 0.20 X 870 0.8 X2.5 535 0.33 X2.5 570 0.20 8X.5* 555 0. 8X* 6 0.20 8X20* 920 0.7 820 X2.5 600 0. 8X20 690 0.8 X* 45 0.5 X2.5* 730 0. X20 0 0.5 X 780 0. 8X 575 0.22 8X* 850 0. X* 70 0.4 00 8X20 630 0.22 8X20 935 0.4 X20 230 0.2 X2.5 590 0.22 X2.5* 860 0.4 X 950 0.3 8X20 700 0.8 8X20* 40 0.3 X20* 0 0.3 200 X 740 0.8 X* 60 0.3 X 35 0. X20 40 0.2 8X20 880 0.5 X20 280 0.6 X* 350 0.096 500 X 940 0.2 3X20 440 0.095 X20 980 0.2 8X* 0. X 375 0.2 X30* 480 0.097 800 X20 90 0. 3X20 420 0.098 3X20* 545 0.094 3X 30 0.090 X20 0. X* 480 0.095 3X20* 735 0.09 2200 X 35 0. X30 550 0.093 3X 950 0.085 3X20 560 0.093 X 240 0.09 X30 730 0.084 3X* 2030 0.076 2700 X30 300 0.09 3X20* 90 0.084 3X30 2080 0.072 3X20 260 0.09 3X 770 0.084 X 220 0.072 X30 350 0.085 X30* 860 0.070 3X30* 235 0.068 3300 3X20 320 0.085 3X* 890 0.070 3X35 290 0.066 X 930 0.070 X* 20 0.064 3X 550 0.08 3X* 920 0.065 3X35* 2220 0.05 3900 3X30 980 0.065 X* 2280 0.06 X 220 0.065 X3.5 2380 0.058 3X 5 0.075 3X30* 2070 0.065 X3.5 2405 0.05 4700 3X30 60 0.07 3X35 240 0.060 8X* 2370 0.055 X* 295 0.057 5600 3X30 50 0.068 3X35* 2200 0.054 8X3.5* 70 0.048 X 830 0.068 X3.5 2280 0.050 8X35.5 2640 0.045 6800 3X30* 20 0.063 X3.5 2470 0.046 8X35.5* 27 0.040 X 2265 0.063 is down size * 27 Ripple Current ( ma, rms ) at 5 0KHz Max Impedance( )at 20 0KHz Radial

GH Series WV(SV) (32) 35(44) 50(63) Cap( F) Size Ripple Impedance Size Ripple Impedance Size Ripple Impedance 0.47 5X 7.23 5X 20 4.3 2.2 5X 30 2.75 3.3 5X 40 2.62 4.7 5X 55 2.52 5.6 5X 80 2.34 6.8 5X 80 2.28 8.2 5X 90 2.7 5X 55 3.0 5X 70 2.65 5X 0 2.05 5 5X 0 2.64 5X 20 2.29 5X.87 22 5X 20 2.3 5X 35.83 5X* 35.6 X 40.27 27 5X 30 2.03 5X* 45.58 X 0.02 X 5.42 33 5X 45.72 5X* 85. X* 235 0.87 X 200. X5 247 0.85 39 5X 45.5 X 2. X* 5 0.72 X5 275 0.7 47 5X 85.37 X 220 0.92 X5 290 0.55 8X.5 305 0.55 56 5X 220. X* 235 0.75 8X.5 35 0.47 X5 5 0.68 68 X 0 0.97 X* 260 0.62 8X.5 350 0.36 X5 290 0.55 X 260 0.79 X5 295 0.5 X5* 385 0.35 82 8X.5 320 0.47 8X.5* 4 0.3 8X 440 0.28 0 X 300 0. 68 X5* 35 0.47 8X.5* 450 0.28 8X.5 345 0.45 8X 480 0. 20 X 335 0.58 8X.5* 455 0.42 8X 5 0.2 X5 385 0.56 8X 5 0.38 X5 4 0.54 8X 595 0.35 8X* 580 0.2 50 8X.5 440 0.52 X2.5 600 0.35 8X20 630 0.8 X 650 0.8 80 X5 455 0.5 8X 660 0.32 8X20* 720 0.8 8X.5 460 0.46 X2.5 670 0.32 X 760 0. 8X.5 55 0.42 8X* 720 0.26 X* 880 0.5 220 8X 535 0.4 8X20 780 0.24 X20 935 0.5 X2.5* 740 0.24 8X.5* 6 0.34 8X20* 880 0.2 X20* 0. 270 8X 630 0.32 X2.5* 820 0.24 X 70 0. X2.5 680 0.32 X 890 0.8 330 8X 800 0. 8X20* 950 0. X* 70 0.084 X2.5 770 0.24 X* 980 0.5 3X20 0 0.082 8X20 880 0.23 X20* 85 0. 3X20* 480 0.078 470 X2.5* 850 0.2 X 5 0. 3X 550 0.078 X 900 0.2 3X20 5 0. 560 8X20* 20 0.7 X* 3 0.096 3X20* 745 0.075 X 50 0.5 3X20 320 0.096 3X 8 0.070 680 X20 2 0. X* 400 0.084 3X* 920 0.057 3X20 4 0.082 X 980 0.057 820 X20* 390 0. 3X20* 55 0.068 3X30* 20 0.052 X 420 0. 3X 20 0.062 X3.5 2070 0.052 X* 5 0.093 X30* 780 0.060 X* 2230 0.050 00 3X20 560 0.090 3X* 820 0.060 X3.5 2280 0.048 3X30 900 0.058 200 3X20 90 0.082 3X* 9 0.052 X3.5* 2460 0.045 X 240 0.05 X35.5 40 0.042 500 3X20* 770 0.067 3X35* 2350 0.048 X35.5* 2680 0.038 3X 8 0.065 X3.5 2440 0.048 800 3X30 9 0.058 3X35* 2480 0.045 X 950 0.058 X3.5 0.045 2200 3X30* 20 0.052 X3.5* 2690 0.036 X 2260 0.050 8X* 26 0.036 2700 3X35 2375 0.050 8X3.5* 2780 0.032 X3.5 2465 0.046 X3.5* 2670 0.038 3300 X35.5 2740 0.036 8X* 2630 0.04 is down size * 28 Ripple Current ( ma, rms ) at 5 0KHz Max Impedance( )at 20 0KHz

KL Series KL Series Long Life 5,000 hrs Features Used in electronic ballast, switching power supply, industrial measuring instruments. Load life 5000 Hrs at 5 Safety vent construction design. For detail specifications, please refer to Engineering Bulletin No. E RoHS Compliant Specifications Item Operating Temperature Range Rated Voltage Range Capacitance Range Capacitance Tolerance Performance Characteristics - to +5 0 to 450 VDC to 220 F 20%(20Hz,+20 ) Leakage Current (+20,max.) Dissipation Factor (tan at 20 20Hz) I 0.04 CV+0 ( A) After minute with rated working voltage applied. Working Voltage(VDC) 0 200 0 350 400 450 D. F.(%) max. 2 2 2 5 5 7 Radial Low Temperature Characteristics (at 20Hz) Load Life Shelf Life Impedance ratio max Working Voltage(VDC) 0 200 0 350 400 450 Z- Z+20 3 3 3 6 6 6 Test conditions Ambient temperature Applied voltage : 5000Hrs : +5 : Rated DC working voltage After test requirements at +20 Capacitance change : 20% of the initial measured value Dissipation factor : 200% of the initial specified value Leakage current : The initial specified value Test conditions : 00Hrs Ambient temperature :+5 Applied voltage : None After test requirements at +20 : Same limits as Load life. Pre-treatment for measurements shall be conducted after application of DC working voltage for 30 minutes. Multiplier for Ripple Current vs. Frequency Frequency(Hz) Multiplier 20.0 K.5 K.70 0KHz.90 Diagram of Dimensions:(unit:mm) D F d 5.0 0.6 3 5.0 7.5 8 7.5 0.8 22 29

KL Series Case Size WV (SV) 0 (200) 200 (0) 0 (300) 350 (400) 400 (450) 450 (500) Cap( F) Size Ripple Size Ripple Size Ripple Size Ripple Size Ripple Size Ripple x 5 x20 2 x20 200 3x20 80 3x20 200 3x 30 22 x20 95 x20 5 3x20 350 3x20 0 3x 320 x 70 33 3x20 0 3x20 350 3x 400 x2 320 x 350 x3.5 47 3x20 300 3x20 490 3x 500 x3.5 440 x3.5 450 68 3x 390 3x 530 x 600 x35.5 450 0 x 560 x 8 8x3.5 660 220 x3.5 730 8x3.5 970 22x4 750 Ripple Current ( ma, rms ) at 5 20Hz 30

KH Series KH Series Long Life 5,000~,000 hrs Features Used in electronic ballast, switching power supply, industrial measuring instruments. higher ripple current Load life 5000~000 Hrs at 5 Safety vent construction design. For detail specifications, please refer to Engineering Bulletin No. E42 RoHS Compliant Specifications Item Performance Characteristics Operating Temperature Range -40 to +5 - to +5 Rated Voltage Range to 50 VDC 0 to 450 VDC Capacitance Range 6.8 to 3300 F 6.8 to 220 F Capacitance Tolerance Leakage Current (+20,max.) I 0.0 CV or 3 ( A) 20%(20Hz,+20 ) I 0.04 CV+0 ( A) After minute with rated working voltage applied. l=leakage Current( A) C=Rated capacitance( F) V=Rated Voltage(V) Radial Dissipation Factor (tan at 20 20Hz) Low Temperature Characteristics (at 20Hz) Working oltage(vdc) 35 50 0 200 0 350 400 450 D.F.(%)max. 9 4 2 5 5 5 20 20 20 Impedance ratio max Working oltage(vdc) 35 50 0 200 0 350 400 450 Z- / Z+20 4 3 2 2 2 3 3 3 6 6 6 Load Life Shelf Life Test conditions Ambient temperature Applied voltage : as right : +5 : Rated DC working voltage After test requirement at +20 Capacitance change : 20% of the initial measured value Dissipation factor : 200% of the initial specified value Leakage current : The initial specified value Test conditions : 00Hrs Ambient temperature :+5 Applied voltage : None After test requirements at +20 : Same limits as Load life. Pre-treatment for measurements shall be conducted after application of DC working voltage for 30 minutes. D 8 8 Life hours 5,000 8,000,000 Multiplier for Ripple Current vs. Frequency Frequency(Hz) Multiplier 20 0.50 K 0.80 K 0.85 0K.0 Diagram of Dimensions:(unit:mm) D F d 5 2.0 2.5 0.5 8 3.5 3 5.0 5.0 0.6 8 7.5 7.5 0.8 3

KH Series Case Size WV (SV) (3) (20) (32) 35 (44) 50 (63) Cap( F) Size Ripple Size Ripple Size Ripple Size Ripple Size Ripple 6.8 5x 86 5x 74 5x 97 22 5x 20 5x 38 x 49 33 5x 5 5x 43 x 78 8x.5 24 47 5x 3 5x 72 x 230 8x.5 270 8x.5 287 x2.5 299 68 5x 44 x 28 8x.5 293 8x.5 322 x2.5 356 0 x 233 8x.5 264 8x.5 387 x2.5 44 x 57 50 x 309 8x.5 299 x2.5 460 x 632 x20 747 220 x 392 8x.5 460 x 65 x20 805 3x20 977 x2.5 494 330 8x.5 524 x 586 x20 805 3x20 35 3x 50 470 x2.5 632 x20 805 3x20 92 3x 73 x 552 00 x 3 3x20 73 3x 552 x3.5 932 8x3.5 2093 2200 3x20 834 x 2093 x3.5 2622 3300 x 2070 WV (SV) 0 (200) 200 (0) 0 (300) 350 (400) 400 (450) 450 (500) Cap( F) Size Ripple Size Ripple Size Ripple Size Ripple Size Ripple Size Ripple 6.8 x20 270 x20 270 3x20 240 x 280 x20 3 x20 320 3x20 350 3x20 350 3x 430 22 x20 450 x20 470 3x20 490 3x 600 x 690 x 7 33 3x20 6 3x20 620 3x 750 x2 820 8x2 870 8x 950 47 3x20 680 3x20 9 x2 930 8x2 20 8x 30 8x3.5 20 68 3x 0 x 90 8x2 300 8x 400 8x3.5 460 0 8x2 380 8x2 3 8x 500 50 8x 780 8x 800 8x3.5 870 220 8x 2290 8x3.5 2900 Ripple Current ( ma, rms ) at 5 0KHz 32

TH Series TH Series High Temperature Features The series has guaranteed operating life of 00~2000 hours at widest operating temperature range, -40 to + Applications : High reliability equipment, filtering circuit of switching power supply, and industrial control equipment. For detail specifications, please refer to Engineering Bulletin No. E29 RoHS Compliant Specifications Item Performance Characteristics Operating Temperature Range -40 to + - to + Rated Voltage Range to 0 VDC 0 to 350 VDC Capacitance Range 0.47 to 00 F to 0 F Capacitance Tolerance Leakage Current (+20,max.) Dissipation Factor (tan at 20 20Hz) Low Temperature Characteristics (at 20Hz) I 0.0 CV or 3( A) After minute whichever is greater measured with rated working voltage applied. 20%(20Hz,+20 ) Working Voltage(VDC) 35 50 63 0 D. F.(%) max. 8 5 3 2 8 7 Working Voltage(VDC) 0 200 0 350 D. F.(%) max. 7 8 2 For capacitance 00 uf, add 2% per another 00uF. Impedance ratio max I 0.02 CV ( A) After minute withrated working voltage applied. Working Voltage(VDC) 35 50 63 0 0~0 350~450 Z- Z+20 3 2 2 2 2 2 2 3 6 Z-40 Z+20 4 4 4 4 4 4 4 6 - Radial Load Life Shelf Life Test conditions : 00~2000Hrs Ambient temperature : + Applied voltage : Rated DC working voltage After test requirements at +20 Capacitance change : 5% of the initial measured value Dissipation factor : 50% of the initial specified value Leakage current : The initial specified value D 8 Test conditions : 00Hrs Ambient temperature : + Applied voltage : None After test requirements at +20 : Same limits as Load life. Pre-treatment for measurements shall be conducted after application of DC working voltage for 30 minutes. Life hours,000 2,000 Multiplier for Ripple Current vs. Frequency CAP( F) Frequency(Hz) 50(60) CAP 0.8 CAP 0 0.8 0 CAP 00 0.8 00 CAP 0.8 20 400.30.23.. K.45.36..7 K.65.48.35. 50K-0K.70.53.38.28 Diagram of Dimensions:(unit:mm) D F d 5 2.0 2.5 0.5 8 3.5 3 5.0 5.0 0.6 8 7.5 7.5 0.8.5 33

TH Series Case Size WV (SV) 35 50 63 (3) (20) (32) (44) (63) (79) Cap( F) Size Ripple Size Ripple Size Ripple Size Ripple Size Ripple Size Ripple 0.47 2.2 3.3 4.7 x 38 x 48 8x.5 55 22 x 70 x 82 8x.5 88 8x.5 93 33 x 9 x 0 8x.5 8 8x.5 22 x2.5 32 47 5x 92 x 8x.5 30 x2.5 58 x2.5 4 x 72 0 x 45 8x.5 206 x2.5 0 x 262 x20 277 x20 295 220 8x.5 330 x2.5 400 x 470 x20 540 3x20 587 3x 595 330 x2.5 4 x 5 x20 63 3x20 78 3x 900 x 00 470 x 5 x20 720 3x20 8 3x 900 x 00 00 x20 960 3x20 00 x 0 x3.5 200 WV (SV) 0 () 0 (200) 200 (0) 0 (300) 350 (400) Cap( F) Size Ripple Size Ripple Size Ripple Size Ripple Size Ripple 0.47 x 4 x 24 x 30 x 36 x 4 8x.5 45 2.2 x 3 x 37 x 43 8x.5 50 x2.5 55 3.3 x 36 8x.5 4 8x.5 48 x2.5 53 x 60 4.7 8x.5 45 8x.5 52 x2.5 60 x 68 x20 75 x2.5 70 x2.5 82 x 88 x20 92 3x20 22 x 0 x20 28 3x20 35 3x 0 x 80 33 x20 58 3x20 4 3x 72 x 85 x3.5 200 47 3x20 85 3x 200 x x3.5 230 x35.5 245 0 x 3 x 365 x3.5 400 Ripple Current ( ma, rms ) at 20Hz 34

TE Series TE Series High Temperature Features The series has guaranteed operation life of 2~3000 hours at 30 wide operating temperature range,-40 to +30 Applications :High reliability equipment, filtering circuit of switching power supply, and industrial control equipment. For detail specifications, please refer to Engineering Bulletin NO. E47 RoHS Compliant Specifications Item Operating Temperature Range Rated Voltage Range Capacitance Range Capacitance Tolerance Performance Characteristics -40 to +30 to 50 VDC 3.3to 4700 F 20%(20Hz,+20 ) Leakage Current (+20,max.) Dissipation Factor (tan at 20 20Hz) Low Temperature Characteristics (at 20Hz) I 0.0 CV or 3 ( A) After minute whichever is greater measured with rated working voltage applied. Working Voltage(VDC) 35 50 D. F.(%) max. 20 4 2 For capacitance 00uF, add 2% per another 00uF. Impedance ratio max Working Voltage(VDC) 35 50 Z- Z+20 3 2 2 2 2 Z-40 Z+20 4 4 4 4 4 Radial Load Life Shelf Life Test conditions Ambient temperature Applied voltage : as right : +30 : Rated DC working voltage After test requirement at +20 Capacitance change : 5% of the initial measured value Dissipation factor : 50% of the initial specified value Leakage current : The initial specified value D 8 Life hours 2,000 3,000 Test conditions : 00Hrs Ambient temperature : +30 Applied voltage : None After test requirement at +20 :Same limits as Load life. Pre-treatment for measurements shall be conducted after application of DC working voltage for 30 minutes. Multiplier for Ripple Current vs. Frequency CAP( F) Frequency(Hz) 50(60) CAP 0.8 CAP 0 0.8 0 CAP 00 0.8 00 CAP 0.8 20 400.30.23.. K.45.36..7 K.65.48.35. 50K-0K.70.53.38.28 Diagram of Dimensions:(unit:mm) D F d 2.5 8 3.5 5.0 3 5.0 7.5 8 7.5 0.5 0.6 0.8.5 35

TE Series Case Size WV (SV) (3) (20) (32) 35 (44) 50 (63) Cap( F) Size Ripple Size Ripple Size Ripple Size Ripple Size Ripple 3.3 4.7 x 50 22 x 220 33 8x.5 270 47 x2.5 300 0 x 420 x 480 220 8x.5 0 x2.5 260 x 330 x20 520 3x20 700 330 8x.5 330 x 360 x20 540 3x20 700 3x 820 x2.5 350 470 x2.5 500 x20 600 3x20 720 3x 880 x 00 x 540 00 x20 880 3x20 930 x 950 x3.5 50 x3.5 850 500 3x20 20 3x 0 x3.5 550 x35.5 850 2200 3x 350 x 400 x35.5 20 8x35.5 2300 3300 x 820 x3.5 0 8x35.5 2300 4700 x3.5 22 x35.5 2350 Ripple Current ( ma, rms ) at 30 20Hz 36

KS Series KS Series 5 Overvoltage Vent Operation Facility Features High ripple current capability. This series has specification of vent operation in overvoltage situation. For detail specifications, please refer to Engineering Bulletin NO. E58 RoHS Compliant Specifications Item Operating Temperature Range Rated Voltage Range Capacitance Tolerance Leakage Current (+20,max.) Performance Characteristics -~+5 200V 400V 20%(20Hz,+20 ) I 0.03 CV ( A) After minute with rated working voltage applied. Dissipation Factor (tan at 20 20Hz) Load Life Working Voltage(VDC) 200 400 D.F.(%)max. 5 5 Test condition :2000 Hrs Ambient temperaturev:+5 Applied voltage :Rated DC working voltage After test requirement at +20 Capacitance change : 20% of the initial measured value Dissipation factorv: 200% of the initial specified value Leakage current : The initial specified value Radial Shelf Life Test condition :00 Hrs Ambient temperature :+5 Applied voltage :None After test requirement at +20 :Same limits as Load life. Pre-treatment for measurements shall be conducted after application of DC working voltage for 30 minutes. Multiplier for Ripple Current vs. Frequency Frequency(Hz) WV(V) Capacitance( F) 60(50) 20 500 K K 200 22~470 0.85.00...50 4.7~68 0.85.00.05.20.40 400 82~50 0.85.00.03.5.35 Diagram of Dimensions:(unit:mm) D 3 8 F 5.0 5.0 7.5 7.5 d 0.6 0.8 37

KS Series Case Size Cap( F) WV (SV) 200 (0) WV (SV) 400 (450) Size Ripple Cap( F) Size Ripple 22 X20 20 4.7 X2.5 60 33 47 X 0 X 0 3X20 0 X20 X30 95 3X20 35 3X20 95 22 3X 50 56 3X 2 X2 50 68 82 0 20 50 80 220 330 390 470 3X 270 3X 80 33 X2 270 X2 2 3X30 3 X3.5 300 X2 320 X35.5 320 47 X 360 8X 300 X 400 8X3.5 320 8X2 400 X3.5 360 X 460 56 8X 350 X3.5 500 8X3.5 370 8X 500 X3.5 365 X3.5 560 68 X35.5 380 X35.5 590 8X3.5 375 8X 560 X35.5 4 X35.5 600 82 8X3.5 4 8X3.5 650 8X35.5 450 8X3.5 700 X35.5 470 8X35.5 740 0 8X3.5 470 8X35.5 780 8X35.5 490 8X4 840 8X3.5 520 8X4 860 20 8X35.5 540 8X45 920 8X4 560 8X45 20 50 8X35.5 770 8X4 790 Ripple Current ( ma, rms ) at 5 20Hz 38

FK Series FK Series Long Life for ballast 5 Features Specially designed for electronic ballast and energy-save lamp Load life 6000~8000 hrs at 5 Safety vent construction design. For detail specifications, please refer to Engineering Bulletin NO. E7 RoHS Compliant Specifications Item Operating Temperature Range Rated Voltage Range Capacitance Range Capacitance Tolerance Leakage Current (+20,max.) Dissipation Factor (tan at 20 20Hz) Performance Characteristics -~+5 0~450 VDC to 330 F 20%(20Hz,+20 ) I 0.04 CV +0 ( A)After minute with rated working voltage applied. Working Voltage(VDC) 0 200 0 350 400 450 D.F.(%)max. 2 2 2 Radial Low Temperature Characteristics (at 20Hz) Impedance ratio max Working voltage(vdc) 0 200 0 350 400 450 Z- / +20 3 3 3 6 6 6 Load Life Test condition :As right Ambient temperature :+5 Applied voltage :Rated DC working voltage After test requirement at +20 Capacitance change : with 20% of the initial measured value Dissipation factor : 200% of the initial specified value Leakage current : The initial specified value D Life (hours) 8 6000 8000 Shelf Life Test condition Ambient temperature Applied voltage :00Hrs :+5 :None After test requirement at +20 :Same limits as Load life. Pre-treatment for measurements shall be conducted after application of DC working voltage for 30 minutes. Multiplier for Ripple Current vs. Frequency Frequency (Hz) 20 K K K Multiplier.0.5.70.90 Diagram of Dimensions:(unit:mm) D 8 3 8 F 3.5 5.0 5.0 7.5 7.5 d 0.5 0.6 0.8.5 39

FK Series Case Size Cap( F) WV(SV) 0 (200) 200 (0) 0 (300) 350 (400) 400 (450) 450 (500) Size Ripple Size Ripple Size Ripple Size Ripple Size Ripple Size Ripple.0 8X.5 75 8X.5 65 8X.5 85 2.2 8X.5 70 8X.5 80 8X.5 85 X2.5 90 3.3 8X.5 75 X2.5 85 X2.5 95 X 5 4.7 8X.5 80 X2.5 0 X2.5 0 X X 5 6.8 8X.5 0 X2.5 5 X X 5 X20 X2.5 5 X2.5 5 X 30 X20 40 X20 0 3X20 75 22 X 70 X 70 X20 90 3X20 245 3X20 230 X2 275 33 X20 235 X20 245 3X20 305 3X 340 3X 3 X 370 47 3X20 285 3X20 370 3X 370 X 4 X3.5 445 8X 455 68 3X20 445 3X 4 X 495 8X 530 8X3.5 550 8X3.5 600 0 X2 550 X 600 X3.5 645 8X35.5 665 8X4 750 50 X 655 X3.5 8 8X3.5 775 220 8X3.5 875 8X3.5 00 330 8X35.5 90 Ripple Current ( ma, rms ) at 5 20Hz 40

FL Series FL Series Long Life for ballast 5 Features Specially designed for electronic ballast and energy-save lamp Load life 8000~000 hrs at 5 Safety vent construction design. For detail specifications, please refer to Engineering Bulletin NO. E49 RoHS Compliant FK long life FL Specifications Item Operating Temperature Range Rated Voltage Range Capacitance Range Performance Characteristics -~+5 0~450 VDC 0. to 330 F Capacitance Tolerance Leakage Current (+20,max.) Dissipation Factor (tan at 20 20Hz) 20%(20Hz,+20 ) I=0.04 CV +0 ( A) (After minute with rated working voltage applied.) Working Voltage(VDC) 0 200 0 350 400 450 D.F.(%)max. 2 2 2 +20 at 20Hz Radial Low Temperature Characteristics (at 20Hz) Impedance ratio max Working voltage(vdc) 0 200 0 350 400 450 Z- / +20 3 3 3 6 6 6 Load Life Test condition :As right Ambient temperature :+5 Applied voltage :Rated DC working voltage After test requirement at +20 Capacitance chang : 20% of the initial measured value Dissipation factor : 200% of the initial specified value Leakage current : The initial specified value D Life (hours) 8 8000 000 Shelf Life Test condition Ambient temperature Applied voltage :00 Hrs :+5 :None After test requirement at +20 :Same limits as Load life. Pre-treatment for measurements shall be conducted after application of DC working voltage for 30 minutes. Multiplier for Ripple Current vs. Frequency Frequency(Hz) 20 K K K Multiplier.0.5.70.90 Diagram of Dimensions:(unit:mm).5 D 8 3 8 F 3.5 5.0 5.0 7.5 7.5 d 0.5 0.6 0.8 4

FL Series Case Size Cap( F) WV(SV) 0 (200) 200 (0) 0 (300) 350 (400) 400 (450) 450 (500) Size Ripple Size Ripple Size Ripple Size Ripple Size Ripple Size Ripple.0 8X.5 80 X2.5 85 X2.5 90 2.2 X2.5 85 X2.5 90 X2.5 95 3.3 8X.5 80 X2.5 90 X 0 X 4.7 X2.5 5 X 5 X20 5 X20 6.8 X2.5 5 X2.5 X 5 X20 X20 35 X X X 40 X20 50 3X20 70 3X20 85 22 X20 200 X20 200 3X20 200 3X20 260 3X 270 X2 290 33 X20 0 3X20 260 3X20 320 3X 360 X 370 X 390 47 3X20 300 3X20 390 3X 390 X 430 X3.5 470 8X3.5 480 68 3X20 470 X2 470 X 520 8X 560 8X3.5 580 8X4 630 0 X2 580 X 630 X3.5 680 8X35.5 700 8X4 790 8X45 850 50 X 690 8X 840 8X35.5 860 8X45 960 220 8X3.5 980 8X35.5 50 8X45 30 330 8X4 0 Ripple Current ( ma, rms ) at 5 20Hz 42

NP Series NP Series Non-polarized 85 Features NP Series for crossover networks of high-pitched, mean and low-pitched sounds in high-fidelity sound systems. The series offers excellent frequency characteristics and minimal capacitance deviation with frequency. For detail specifications, please refer to Engineering Bulletin No. E5 RoHS Compliant Specifications Item Performance Characteristics Operating Temperature Range -40 to +85 - to +85 Rated Voltage Range to 0 VDC 0 to 0 VDC Capacitance Range 0.47 to 3300 F 0.47 to 47 F Capacitance Tolerance 20%(20Hz,+20 ) Leakage Current (+20,max.) Dissipation Factor (tan at 20 20Hz) Low Temperature Characteristics (at 20Hz) Load Life Shelf Life I 0.03 CV or 3 ( A) After minute whichever is greater measured with rate working voltage applied. Working Voltage(VDC) 35 50 63 0 0 200 0 D.F. (%)max. 20 5 5 3 5 5 20 For Capacitance 00 uf, add 2% per another 00 uf Impedance ratio max Working Voltage(VDC) 35 50 63 0 Z- Z+20 4 3 2 2 2 2 2 2 Z-40 Z+20 8 6 4 4 3 3 3 3 Working Voltage(VDC) 0 200 0 Z- Z+20 2 2 3 For Capacitance 00 uf, add 0.5 per another 00 uf for - +20 add per another 00 uf for -40 +20 Test conditions : 2000Hrs Ambient temperature : +85 Applied voltage : Rated DC working voltage Each 0 hours, we will reserve the terminal and test the characteristics. After test requirements at +20 Capacitance change : 20% of the initial measured value Dissipation factor : 50% of the initial specified value Leakage current : The initial specified value Test conditions : 00Hrs Ambient temperature : +85 Applied voltage : None After test requirements at +20 : Same limits as Load life. Pre-treatment for measurements shall be conducted after application of DC working voltage for 30 minutes. Radial Multiplier for Ripple Current vs. Frequency CAP( F) Frequency(Hz) 50(60) CAP 0.8 CAP 0 0.8 0 CAP 00 0.8 00 CAP 0.8 20 400.30.23.. K.45.36..7 K.65.48.35. 50K-0K.70.53.38.28 Diagram of Dimensions:(unit:mm) D F d 5 2.0 2.5 0.5 8 3.5 3 5.0 5.0 0.6 7.5 0.8.5 43

NP Series Case Size WV (SV) (8) (3) (20) (32) 35 (44) Cap( F) Size Ripple Size Ripple Size Ripple Size Ripple Size Ripple 5x 34 5x 43 22 5x 55 5x 57 x 65 x 75 33 5x 66 5x 75 x 86 8x.5 5 47 5x 82 x 97 x 0 8x.5 20 0 x 20 x 8x.5 2 8x.5 75 x2.5 2 x 230 220 x 75 8x.5 205 x2.5 270 x2.5 295 x20 400 x 3 330 8x.5 0 x2.5 270 x 350 x20 440 3x20 495 x 300 470 x2.5 330 x 388 x20 455 3x20 530 3x 655 00 x20 650 3x20 700 3x20 730 3x 800 2200 3x20 850 x 00 x3.5 0 3300 x 970 8x35.5 300 WV (SV) 50 (63) 63 (79) 0 () 0 (200) Cap( F) Size Ripple Size Ripple Size Ripple Size Ripple 0.47 5x 5x 2 5x 4 5x 7 5x 7 5x 8 5x 2 x 2.2 5x 5x 26 5x 34 8x.5 38 3.3 5x 27 x 28 x 39 8x.5 43 4.7 5x 34 x 34 8x.5 47 x2.5 52 x 52 x 57 8x.5 7 x 89 22 8x.5 92 8x.5 97 x 40 3x20 55 33 8x.5 9 x2.5 40 x 90 3x20 230 x20 220 47 x2.5 50 x 80 x20 95 3x 0 3x20 240 0 x20 265 3x20 320 x 4 220 3x20 475 3x 5 x 520 x3.5 550 330 3x 560 WV (SV) 200 (0) 0 (300) Cap( F) Size Ripple Size Ripple 0.47 x 2 x 28 8x.5 28 8x.5 32 2.2 8x.5 42 x2.5 48 3.3 x2.5 46 x 57 4.7 x 56 x20 88 x20 95 x20 30 22 3x20 80 3x 224 33 3x 0 x 305 Ripple Current ( ma, rms ) at 85 20Hz 44

NK Series NK Series Non-polarized 5 Features NK Series for crossover networks of high-pitched, mean and low-pitched sounds in high-fidelity sound systems. The series offers excellent frequency characteristics and minimal capacitance deviation with frequency. For detail specifications, please refer to Engineering Bulletin No.E RoHS Compliant Specifications Item Performance Characteristics Operating Temperature Range -40 to +5 - to +5 Rated Voltage Range to 0 VDC 0 to 0 VDC Capacitance Range 0.47 to 3300 F 0.47 to 47 F Capacitance Tolerance 20%(20Hz,+20 ) Leakage Current (+20,max.) Dissipation Factor (tan at 20 20Hz) Low Temperature Characteristics (at 20Hz) Load Life Shelf Life I 0.03 CV or 3( A) After minute whichever is greater measured with rate working voltage applied. Working Voltage(VDC) 35 50 63 0 0 200 0 D.F. (%)max. 20 5 5 3 5 5 20 For Capacitance 00 uf, add 2% per another 00 uf Impedance ratio max Working Voltage(VDC) 35 50 63 0 Z- Z+20 4 3 2 2 2 2 2 2 Z-40 Z+20 8 6 4 3 3 3 3 3 Working Voltage(VDC) 0 200 0 Z- Z+20 2 2 3 For Capacitance 00 uf, add 0.5 per another 00 uf for - +20 add per another 00 uf for -40 +20 Test conditions : 2000Hrs Ambient temperature : +5 Applied voltage : Rated DC working voltage Each 0 hours, we will reserve the terminal and test the characteristics. After test requirements at +20 Capacitance change : 20% of the initial measured value Dissipation factor : 50% of the initial specified value Leakage current : The initial specified value Test conditions : 00Hrs Ambient temperature : +5 Applied voltage : None After test requirements at +20 : Same limits as Load life. Pre-treatment for measurements shall be conducted after application of DC working voltage for 30 minutes. Radial Multiplier for Ripple Current vs. Frequency CAP( F) Frequency(Hz) 50(60) CAP 0.8 CAP 0 0.8 0 CAP 00 0.8 20 400.30.23. K.45.36. K.65.48.35 50K-0K.70.53.38 Diagram of Dimensions:(unit:mm) D F d 5 2.0 2.5 0.5 8 3.5 3 5.0 5.0 0.6 7.5 0.8.5

NK Series Case Size WV (SV) (8) (3) (20) (32) 35 (44) Cap( F) Size Ripple Size Ripple Size Ripple Size Ripple Size Ripple 5x 34 5x 38 22 5x 53 x 55 x 65 33 5x 59 5x 62 x 72 8x.5 75 47 5x 79 x 90 x 96 8x.5 7 0 5x 99 x 99 x 99 8x.5 52 x2.5 98 8x.5 23 220 8x.5 49 8x.5 57 8x.5 200 x2.5 245 x20 320 x2.5 234 330 8x.5 90 x2.5 235 x2.5 5 x 3 3x20 370 470 x2.5 280 x2.5 290 x 360 3x20 420 3x 495 00 x 352 x20 430 3x20 5 2200 3x20 645 x 830 x3.5 950 3300 x 950 x3.5 50 WV (SV) 50 (63) 63 (79) 0 () 0 (200) Cap( F) Size Ripple Size Ripple Size Ripple Size Ripple 0.47 5x 8 5x 9 5x 5x 2 5x 2 5x 4 5x 5 x 8 2.2 5x 7 5x 20 5x 20 8x.5 28 x 22 3.3 5x 23 x x 28 8x.5 37 4.7 5x 30 x 30 x 32 x2.5 45 8x.5 36 x 50 x 52 8x.5 52 x 79 x2.5 55 22 8x.5 85 8x.5 88 x 20 3x20 40 x2.5 92 33 8x.5 89 x2.5 5 x20 75 3x20 200 47 x2.5 23 x 50 3x20 87 3x 0 x 98 3x20 295 x 399 x20 220 220 3x20 340 3x 420 3x 375 330 x 500 WV (SV) 200 (0) 0 (300) Cap( F) Size Ripple Size Ripple 0.47 x 7 x 22 8x.5 2 8x.5 2.2 8x.5 32 x2.5 39 3.3 x2.5 40 x 43 4.7 x 52 x20 65 x20 86 x20 9 22 3x20 0 3x 89 33 3x 23 x 0 Ripple Current ( ma, rms ) at 5 20Hz 46

BP Series BP Series Bi-polarized Features The BP Series is designed for horizontal deflection current in TV sets where high frequency and high ripple current flows. Low dissipation factor at high frequency. For detail specifications, please refer to Engineering Bulletin No. E RoHS Compliant Specifications Item Operating Temperature Range Rated Voltage Range Capacitance Range Capacitance Tolerance Performance Characteristics -40 to +5,50,63 VDC 2.2 to 5 F % (20Hz, +20 ) Leakage Current (+20,max.) Dissipation Factor (tan at 20 20Hz) I=0 ( A) max. After minute with rated working voltage applied. Less than 3% (+20,at 20Hz) Radial Low Temperature Characteristics (at 20Hz) Impedance ratio max Working Voltage (VDC) 50 63 Z-40 Z+20 4 4 4 Load Life Test conditions :2000Hrs Ambient temperature :+5 Applied voltage :Rated DC working voltage After test requirements at +20 Capacitance change : 5% of the initial measured value Dissipation factor : 50% of the initial specified value Leakage current : The initial specified value Shelf Life Test conditions Ambient temperature Applied voltage :00Hrs :+5 :None After test requirements at +20 :Same limits as Load life. Pre-treatment for measurements shall be conducted after application of DC working voltage for 30 minutes. Diagram of Dimensions:(unit:mm) D F d 5.0 0.6 3 5.0 7.5 8 7.5 0.8 22.5 47

BP Series Case Size Cap( F) Size WV(SW) Max Ripple Current (at 5.75K Hz Unit:A P-P) 5 85 70 2.2 3x v, 50v, 63v 3.4a p-p 5.8 a p-p 7.5 a p-p 3.3 x v, 50v, 63v 4.a p-p 7.0 a p-p 9. a p-p 4.7 x3.5 v, 50v, 63v 4.5 a p-p 7.8 a p-p a p-p 6.8 x35.5 v, 50v, 63v 4.6 a p-p 8.0 a p-p.4 a p-p 8x35.5 v, 50v, 63v 4.9 a p-p 8.6 a p-p. a p-p 2 8x4 v, 50v, 63v 5.0 a p-p 8.8 a p-p.5 a p-p 5 8x4 v, 50v, 63v 5.4 a p-p 9.5 a p-p 2.2 a p-p Ripple Current ( A, rms ) at 5.75KHz 48

SW Series SW Series 5mm 85 Features Design for audio equipment. For detail specifications, please refer to Engineering Bulletin NO.E52 RoHS Compliant Specifications Item Operating Temperature Range Rated Voltage Range Capacitance Range Capacitance Tolerance Leakage Current (+20,max.) Dissipation Factor (tan at 20 20Hz) Performance Characteristics -40~+85 4~50 VDC 0. to 470 F 20%(20Hz,+20 ) I=0.0 CV or 3 ( A) (After 2 minute with rated working voltage applied.) Working Voltage(VDC) 4 35 50 D.F.(%)max. 35 24 20 4 2 Low Temperature Characteristics (at 20Hz) Load Life Shelf Life Impedance ratio max Working voltage(vdc) 4 35 50 Z- / Z+20 7 4 3 2 2 2 2 Z-40 / Z+20 5 8 6 4 4 3 3 Test condition :00 Hrs Ambient temperature :+85 Applied voltage :Rated DC working voltage After test requirement at +20 Capacitance change : 20% of the initial measured value Dissipation factor : 200% of the initial specified value Leakage current : The initial specified value Test condition :00 Hrs Ambient temperature :+85 Applied voltage :None After test requirement at +20 :Same limits as Load life. Pre-treatment for measurements shall be conducted after application of DC working voltage for 30 minutes. For Audio Equipment Multiplier for Ripple Current vs. Frequency CAP( F) (Hz) 50 20 300 K K Multiplier 0.70.00.7.36.50 Diagram of Dimension:(unit:mm) D 4 5 8 F.5 2.0 2.5 3.5 d 0.45 0.50 49

SW Series Case Size Cap( F) WV(SV) 4 (5) (8) (3) (20) Size Ripple Size Ripple Size Ripple Size Ripple Size Ripple Size Ripple Size Ripple 0. 4 5.2 0.22 4 5 2.3 0.33 4 5 3.0 0.47 4 5 3.9 4 5 7.3 2.2 4 5 3.3 4 5 3 4 5 5 4.7 4 5 5 4 5 8 5 5 20 4 5 2 5 5 27 5 5 29 5 3 22 4 5 26 5 5 33 5 5 36 5 43 5 46 8 5 52 33 4 5 30 5 5 37 5 5 40 5 47 5 52 8 5 62 8 5 70 47 4 5 33 5 5 42 5 49 5 58 8 5 70 8 5 8 (32) 0 5 5 54 5 67 8 5 80 8 5 92 8 5 9 220 5 87 8 5 2 8 5 36 330 8 5 43 8 5 70 470 8 5 85 35 (44) 50 (63) Ripple Current ( ma, rms ) at 85 20Hz 50

SR Series SR Series 7mm 85 Features Design for audio equipment. Lineally suited for very compact audio products. For detail specifications, please refer to Engineering Bulletin NO.E5 RoHS Compliant Specifications Item Operating Temperature Range Rated Voltage Range Capacitance Range Capacitance Tolerance Leakage Current (+20,max.) Dissipation Factor (tan at 20 20Hz) Performance Characteristics -40~+85 ~50 VDC 0. to 220 F 20%(20Hz,+20 ) I=0.0 CV or 3 ( A) (After 2 minute with rated working voltage applied.) Working Voltage(VDC) 35 50 D.F.(%)max. 24 20 4 2 Low Temperature Characteristics (at 20Hz) Load Life Shelf Life Impedance ratio max Working voltage(vdc) 35 50 Z- / Z+20 4 3 2 2 2 2 Z-40 / Z+20 8 6 4 4 3 3 Test condition :00 Hrs Ambient temperature :+85 Applied voltage :Rated DC working voltage After test requirement at +20 Capacitance change : 20% of the initial measured value Dissipation factor : 200% of the initial specified value Leakage current : The initial specified value Test condition :00 Hrs Ambient temperature :+85 Applied voltage :None After test requirement at +20 :Same limits as Load life. Pre-treatment for measurements shall be conducted after application of DC working voltage for 30 minutes. For Audio Snap-in Equipment Multiplier for Ripple Current vs. Frequency CAP( F) (Hz) 50 20 300 K K Multiplier 0.70.00.7.36.50 Diagram of Dimension:(unit:mm) D 4 5 F.5 2.0 2.5 d 0.45 0.50 5

SR Series Case Size Cap( F) WV(SV) (8) (3) (20) (32) 35 (44) Size Ripple Size Ripple Size Ripple Size Ripple Size Ripple Size Ripple 50 (63) 0. 4 7. 0.22 4 7 2.6 0.33 4 7 3.5 0.47 4 7 5.0 4 7 2.2 4 7 8 3.3 4 7 23 4.7 4 7 23 4 7 26 4 7 28 4 7 29 4 7 3 5 7 35 22 4 7 34 4 7 35 4 7 39 5 7 49 5 7 49 7 58 33 4 7 40 4 7 45 5 7 55 5 7 55 7 65 47 4 7 47 5 7 59 5 7 65 7 7 0 5 7 76 7 88 7 98 220 7 24 Ripple Current ( ma, rms ) at 85 20Hz 52

RW Series RW Series 85 Features Standard for audio equipment. For detail specifications, please refer to Engineering Bulletin NO.E50 RoHS Compliant Specifications Item Operating Temperature Range Rated Voltage Range Capacitance Range Capacitance Tolerance Leakage Current (+20,max.) Dissipation Factor (tan at 20 20Hz) Performance Characteristics -40~+85 ~0 VDC 0. to 33000 F 20%(20Hz,+20 ) I 0.0 CV or 3 ( A) (After minute with rated working voltage applied.) Working Voltage(VDC) 35 50 63 0 D.F.(%)max. 28 24 20 4 2 8 For capacitance 00 F,add 2% per another 00 F. Impedance ratio max Low Temperature Characteristics (at 20Hz) Load Life Shelf Life Working voltage(vdc) 35 50 63 0 Z- / Z+20 5 4 3 2 2 2 2 2 Z-40 / Z+20 2 8 5 4 3 3 3 Test condition :2000 Hrs Ambient temperature :+85 Applied voltage :Rated DC working voltage After test requirement at +20 Capacitance change : 20% of the initial measured value Dissipation factor : 200% of the initial specified value Leakage current : The initial specified value Test condition :00 Hrs Ambient temperature :+85 Applied voltage :None After test requirement at +20 :Same limits as Load life. Pre-treatment for measurements shall be conducted after application of DC working voltage for 30 minutes. For Audio Equipment Multiplier for Ripple Current vs. Frequency CAP( F) (Hz) 50(60) 20 300 K K CAP 47 0.75.00.35.57.20 0 CAP 470 0.80.00.23.34.50 00 33000 0.85.00..3.5 Diagram of Dimension:(unit:mm) D F d 5 2.0 2.5 0.5 8 3.5 3 5.0 5.0 0.6 7.5 8 7.5 0.8 22 53

RW Series Case Size Cap( F) WV(SV) (8) (3) (20) (32) Size Ripple Size Ripple Size Ripple Size Ripple 47 5 7 0 5 2 5 55 87 220 247 265 8.5 3 330 282 300 8.5 365 2.5 45 470 330 355 8.5 445 2.5 535 00 8.5 560 2.5 600 780 20 950 2200 20 5 20 75 3 20 300 3 550 3300 20 245 3 20 4 3 700 75 4700 3 20 435 3 800 20 3.5 2380 6800 3 00 2200 35.5 20 8 35.5 2650 000 2000 35.5 2450 8 35.5 2670 22 4 3000 5000 35.5 2620 8 35.5 2900 22 4 3400 22 5 3800 22000 8 4 3220 22 4 3700 22 5 4200 33000 22 5 3900 22 5 4300 WV(SV) 35 (44) 50 (63) 63 (79) 0 () Cap( F) Size Ripple Size Ripple Size Ripple Size Ripple 0. 5 2. 5.5 5 2. 0.22 5 2.7 5 3 5 4.7 0.33 5 4.2 5 5 5 7.5 0.47 5 6.0 5 7 5 5 2 5 5 5 2 2.2 5 24 5 28 5 3 3.3 5 35 5 35 5 40 4.7 5 4 5 45 5 46 5 65 5 70 75 22 5 97 5 7 33 5 7 5 20 37 8.5 5 47 5 50 72 2.5 220 0 205 8.5 5 2.5 300 20 370 220 2.5 370 2.5 47 485 3 65 330 2.5 475 580 20 670 3 755 470 630 3 20 770 3 20 880 00 00 3 20 20 3 320 350 8 4 500 2200 50 35.5 2090 8 35.5 2220 22 5 2400 3300 35.5 2270 8 35.5 2430 22 4 2700 4700 8 35.5 40 22 4 2900 22 5 3400 6800 22 4 3000 22 5 3500 Ripple Current ( ma, rms ) at 85 20Hz 54

NR Series NR Series 85 Features Standard non polarity series for using in polarity reversal circuits. Design For audio equipment. For detail specifications, please refer to Engineering Bulletin NO.E53 RoHS Compliant Specifications Item Operating Temperature Range Rated Voltage Range Capacitance Range Capacitance Tolerance Leakage Current (+20,max.) Dissipation Factor (tan at 20 20Hz) Performance Characteristics -40~+85 ~0 VDC 0.47 to 00 F 20%(20Hz,+20 ) I 0.03 CV or 3 ( A) (After minute with rated working voltage applied.) Working Voltage(VDC) 35 50 63 0 D.F.(%)max. 24 20 4 2 Low Temperature Characteristics (at 20Hz) Load Life Shelf Life Impedance ratio max (at: 20Hz) Working voltage(vdc) 35 50 63 0 Z- / Z+20 4 3 2 2 2 2 2 2 Z-40 / Z+20 8 6 4 4 3 3 3 3 Test condition : 2000 Hrs Ambient temperature :+85 Applied voltage : Rated DC working voltage Each 0 hours,we will reserve the terminal and test the characteristics After test requirement at +20 Capacitance change : within 20% of the initial measured value Dissipation factor : 200% of the initial specified value Leakage current : The initial specified value Test condition :00 Hrs Ambient temperature :+85 Applied voltage :None After test requirement at +20 :Same limits as Load life. Pre-treatment for measurements shall be conducted after application of DC working voltage for 30 minutes. For Audio Equipment Multiplier for Ripple Current vs. Frequency CAP( F) Frequency(Hz) 50(60) CAP 0.8 CAP 0 0.8 0 CAP 00 0.8 00 CAP 0.8 20 400.30.23.. K.45.36..7 K.65.48.35. 50K-0K.70.53.38.28 Diagram of Dimension:(unit:mm) D F d 5 2.0 2.5 0.5 8 3.5 3 5.0 5.0 0.6 7.5 0.8.5 55

NR Series Case Size WV(SV) V (8) (3) (20) (32) Cap( F) Size Ripple Size Ripple Size Ripple Size Ripple 4.7 5 26 5 43 5 44 22 5 60 7 7 33 5 62 70 90 8.5 47 76 95 8.5 22 2.5 50 0 8.5 54 2.5 88 2.5 208 0 220 2.5 245 294 20 360 3 478 330 330 20 360 3 20 480 3 65 470 20 360 3 20 538 3 638 720 00 3 9 940 3.5 90 WV(SV) 35 (44) 50 (63) 63 (80) 0 () Cap( F) Size Ripple Size Ripple Size Ripple Size Ripple 0.5 3 0.47 5 2 4 7 5 8 22.8 5 22 26 32 2.2 5 27 33 39 3.3 5 29 8.5 36 8.5 49 4.7 5 34 42 8.5 44 2.5 60 48 8.5 65 8.5 73 98 22 8.5 96 2.5 8 2.5 20 5 33 2.5 35 55 70 3 20 275 47 2.5 54 20 200 20 0 20 275 3 370 3 384 220 3 560 645 330 670 3.5 760 Ripple Current ( ma, rms ) at 5 20Hz 56

LR Series LR Series Snap-in Type 85 Features Snap-in design for audio equipment. Aluminum case designed explosion-proof vent. Non solvent-proof type For detail specifications, please refer to Engineering Bulletin NO. E54 RoHS Compliant Specifications Item Operating Temperature Range Rate voltage Range Capacitance Range Capacitance Tolerance Leakage Current (+20,max.) Performance Characteristics -40~+85 to 0 VDC 680~33000 F 20%(20Hz,+20 ) I 0.02 CV( A) After 5 minute with rated working voltage applied. Dissipation Factor (tan at 20 20Hz) Working Voltage(VDC) 35 50 63 80 0 D.F.(%)max. 35 30 30 30 22 20 20 For capacitance 22000 F,add 2% per another 00 F. Low Temperature Characteristics (at 20Hz) Load Life Shelf Life Impedance ratio max Z- / +20 3 Z-40 / +20 2 Test condition :2000 Hrs Ambient temperature :+85 Applied voltage :Rated DC working voltage After test requirement at +20 Capacitance change : % of the initial measured value Dissipation factor : 200% of the initial specified value Leakage current : The initial specified value Test condition :00 Hrs Ambient temperature :+85 Applied voltage :None After test requirement at +20 :Same limits as Load life. Pre-treatment for measurements shall be conducted after application of DC working voltage for 30 minutes. For Audio Equipment Multiplier for Ripple Current vs. Frequency CAP( F) (Hz) 50(60) 20 K K 0K CAP 0 0.80 0..36.48.53 0 CAP 00 0.80..35.38 00 CAP 0.80.7..28 Diagram of Dimensions:(unit:mm) Bottom Plate Negative 57

LR Series Case Size WV(SV) Cap( F) D (20) 22 30 35 22 30 35 Size Ripple Size Ripple Size Ripple Size Ripple Size Ripple Size Ripple Size Ripple Size Ripple 820 22 2 0.75 00 2 0.95 200 22 2 0.95 500 2. 30 2.30 800 22 26.20 26.55 2200 2700 3300 3900 4700 5600 6800 8200 000 2000 5000 8000 22000 27000 33000 (32) 30 2.35 22 36.85 2.50 30 26.80 35 22.75 26.75 22 26.70 3.80 22 46 2.20 36 2.5 22 2.50 3 2.00 35 22.95 22 2.50 30 2.85 22 3.80 30 3 2.40 22 46 2.30 2.55 2.55 36 2.35 30 26 2.35 26. 22 5 2.50 4 2.45 35 27 2.45 46 2.80 30 36 2.80 22 2.35 4 2.70 22 26.70 35 22 2.20 22 26.75 35 27 2.60 22 36 2.30 3 2. 35 32 3.5 22 5 2.75 30 3 2.70 30 4 3. 46 2.90 30 2.85 22 4 2.50 36 2.40 30 2.85 30 36 2.90 30 46 3.50 22 3 2.20 2.70 35 32 3.5 22 3 2.20 26 2.5 26 2.5 22 5 2.65 4 2.65 30 3 2.65 30 26 2.50 35 36 3.50 5 3.20 30 4 3.20 35 42 3.80 35 22 2. 22 36 2.35 3 2.30 35 22 2. 22 26.90 3 2.30 35 37 3.30 46 2.90 30 36 2.85 35 27 3.05 22 36 2.40 30 46 3.35 35 47 4.00 22 3 2.05 30 2 2. 35 42 3.50 22 4 2.65 36 2.50 30 26 2.65 22 4 2.65 36 2.45 26 2.00 30 26 2.50 5 3.30 30 4 3.30 35 32 3.30 22 36 2.20 3 2.5 30 3 2.72 35 22 2. 22 46 2.90 4 2.75 30 3 2.80 35 27 2.65 22 5 2.75 4 2.75 35 42 3.50 30 46 3.55 35 37 3.50 35 47 3.70 20 4 2.50 36 2.40 30 26 2.50 46 3.5 30 36 3. 46 3. 30 36 3. 30 5 4.5 35 42 4.00 22 46 2.80 4 2.60 30 3 2.65 35 32 3.45 5 3.55 30 4 3.40 35 32 3.50 5 3.50 30 4 3.40 35 47 4.45 46 2.95 30 36 2.90 35 27 2.90 30 46 3.85 35 37 3.85 5 3.40 30 4 3. 30 46 3.80 35 37 3.80 30 5 4. 35 32 3.35 35 42 4.30 35 42 4. 30 46 3.70 35 37 3.65 35 47 4.85 35 47 4.50 Ripple Current ( A, rms ) at 85 20Hz 58

LR Series WV(SV) Cap( F) D 35 (44) 22 30 35 22 30 35 Size Ripple Size Ripple Size Ripple Size Ripple Size Ripple Size Ripple Size Ripple Size Ripple 680 22 26.00 820 2 0.85 22 2.00 22 3. 2.35 00 22 26.00 2.50 200 500 800 2200 2700 3300 3900 22 2.30 26.40 22 3.45 30 2.40 22 36.55 3.55 22 2.55 36 2.5 30 2.80 50 (63) 22 3.80 30 26 2.5 22 46 2.20 22 26.55 2.65 30 26.75 35 22.70 22 5 2.45 2.65 35 27 2.40 22 4.45 26 2.5 4 2.45 22 46.95 36.95 30 3.95 22 26.85 3 2.30 30 36 2.60 35 22 2.60 22 36 2.35 5 2.65 35 32 2.60 22 3 2.05 26 2.00 30 2 2.05 35 27 2.30 22 46 2.45 30 26 2.60 46 2.35 30 36 2.30 36 2.50 30 46 3.00 35 37 2.95 22 26.75 3 2.20 35 32 2.65 22 36 2.20 30 3 2.80 22 36 2. 5 2.70 30 4 2.70 22 5 2.80 4 2.80 30 5 3.30 35 42 3. 22 4 2.40 36 2.30 30 2.85 35 22 2.50 35 22 2.45 30 26 2.40 35 37 3.00 22 4 2.45 3 2.50 30 26 2.35 35 27 3.5 30 46 3.00 46 3.00 30 36 3.00 35 47 3.50 4700 22 3 2.20 26 2.5 30 3 2.55 35 42 3.55 22 46 2.60 36 2.70 30 4 3.30 35 32 3.35 5600 6800 8200 22 46 2.70 30 5 3.55 5 3.40 35 52 3.90 22 36 2.35 3 2. 35 22 2. 22 5 2.90 30 3 3.00 35 22 2.85 22 4 3.00 4 3.00 35 27 2.85 4 2.90 30 46 3.60 35 37 3.60 22 5 2.60 35 47 3.80 30 26 2.60 4 3.30 30 36 3. 30 36 3.30 35 32 3.05 30 5 4. 35 42 3.95 35 52 4.5 22 46 2.90 4 2.70 30 3 2.75 30 4 3.55 35 32 3.65 30 4 3.60 35 37 3.30 35 47 4.40 For Audio Equipment 46 3.05 30 36 3.00 30 46 4.00 35 37 4.00 000 30 5 3.80 35 27 3.20 35 52 5.50 35 42 3.70 5 3.45 5 3.30 35 32 3.40 2000 35 37 4. 35 42 4.35 35 47 3.80 5000 30 46 3.80 35 52 4.80 35 52 4.70 8000 30 5 4.30 35 42 4.5 22000 35 47 4.70 59 Ripple Current ( A, rms ) at 85 20Hz

LR Series WV(SV) Cap( F) D 63 (79) 80 (0) 22 30 35 22 30 35 Size Ripple Size Ripple Size Ripple Size Ripple Size Ripple Size Ripple Size Ripple Size Ripple 680 22 26.75 22 36 2. 3 2.5 22 2.30 2.65 30 2.90 22 3 2.05 2.65 30 2 2.05 35 22 2.55 820 22 3.90 26.85 22 4 2.45 26 2.00 30 26 2.40 36 2.35 22 26.85 22 26.85 30 3 2.60 35 22 2. 00 22 36 2.05 3 2.00 22 36 2.20 3 2.5 22 5 2.60 4 2.60 22 3.95 2.65 30 2.95 22 3.95 26.90 30 2 2.00 35 27 2.95 200 22 4 2. 26.90 30 26 2.20 35 22 2.30 22 4 2.45 36 2.30 30 26 2.40 22 26.90 22 36 2.5 3 2. 46 2.85 30 36 2.80 500 22 36 2.5 3 2. 22 5 2.60 4 2.65 30 3 2.65 35 32 3. 22 46 2.60 36 2.65 5 3.30 30 4 3.20 22 3 2.00 26 2.00 30 2 2.05 35 22 2.45 22 4 2.35 30 26 2.40 35 22 2.50 800 22 4 2.35 4 2.90 30 26 2.35 35 27 2.70 22 46 2.70 46 2.85 30 36 2.85 35 27 3.00 22 5 2.90 30 3 2.90 30 46 3.55 35 37 3.50 22 36 2.20 3 2.5 35 22 2. 36 2.75 30 3 2.55 2200 22 46 2.70 36 2.75 30 3 2.50 5 3. 30 4 3.5 35 32 3. 46 3. 30 36 3.20 30 5 4.05 35 42 3.90 22 4 2.45 36 2.35 30 26 2.50 35 27 2.95 30 36 2.80 35 27 3.00 2700 46 2.80 30 36 2.75 35 32 3.65 30 46 3.60 35 37 3.55 30 46 3.30 35 47 4.45 22 46 2.80 4 2.60 30 3 2.70 35 32 3.5 5 3. 30 4 3.5 35 32 3.20 3300 5 3.20 30 4 3.20 35 37 4.00 30 5 4. 35 42 3.95 30 5 3.80 35 52 5.05 46 2.85 30 36 2.85 30 46 3.45 35 37 3.40 3900 30 46 3.35 35 37 3.35 35 47 4.35 35 42 4.30 35 32 3.20 30 46 3.85 35 42 3.75 4700 5 3.20 30 4 3. 35 52 4.85 30 5 3.80 35 52 4.50 35 47 4. 5600 30 46 3.45 35 37 3.40 35 42 4.35 6800 30 5 3.90 35 42 3.75 35 52 4.65 35 52 4.60 8200 35 47 4.20 000 35 52 4.80 Ripple Current ( A, rms ) at 85 20Hz 0

LR Series Cap( F) 680 820 00 200 500 800 2200 2700 WV(SV) D 0 () 22 30 35 Size Ripple Size Ripple Size Ripple Size Ripple 22 26.75 22 36 2.5 3 2. 22 46 2.65 36 2.70 22 3.85 26.80 30 2.90 22 4 2.40 30 26 2.35 35 22 2.45 22 5 3.00 4 3.00 35 27 2.85 22 46 2.70 36 2.35 30 3 3.00 4 3. 30 36 3.30 35 32 3.05 5 2.35 22 4 2.20 3 2.75 30 26 2.20 35 22 2.30 22 5 3.00 30 3 3.05 35 27 2.90 30 4 3.60 35 37 3.30 22 46 2.55 36 3.60 30 36 3.40 35 32 3.40 5 3.20 30 5 3.90 35 42 3.95 22 5 2.85 4 2.85 30 3 2.90 35 27 2.75 30 4 3.70 35 37 3.40 35 47 4.5 46 3.20 30 36 3.20 35 32 3.00 30 5 3.95 35 42 3.80 35 52 4.75 30 4 3.55 35 37 3. 35 47 4.30 3300 30 5 3.75 35 52 4.95 3900 35 42 4.30 4700 35 52 4.50 Ripple Current ( A, rms ) at 85 20Hz For Audio Equipment

LP Series LP Series Snap-in Type 85 Features Directly mountable on printed circuit board, without holdors. Aluminum case designed explosion-proof vent. For detail specifications, please refer to Engineering Bulletin No. E6 RoHS Compliant Specifications Item Performance Characteristics Operating Temperature Range -40 to +85 - to +85 Rated Voltage Range to 0 VDC 0 to 450 VDC Capacitance Range 470 to 68000 F 47 to 2700 F Capacitance Tolerance Leakage Current (+20,max.) Dissipation Factor (tan at 20 20Hz) Less than the value under table (%) 20% (20Hz, +20 ) I 0.02CV After 5 minutes with rated working voltage applied. F WVDC ~ ~35 50~63 80~0 0~0 35~450 47~390 5 20 470~3900 20 20 20 5 20 4700~8200 35 30 30 000~22000 40 35 30 27000~47000 45 40 35 56000~68000 50 45 Low Temperature Characteristics (at 20Hz) Load Life Shelf Life Impedance ratio max. - +20 : 3-40 +20 : 2 Test conditions :2000 Hrs Ambient temperature :+85 Applied voltage :Rated DC working voltage After test requirements at +20 Capacitance change : 20% of the initial measured value Dissipation factor : 200% of the initial specified value Leakage current : The initial specified value Test conditions :00 Hrs Ambient temperature :+85 Applied voltage :None After test requirements at +20 : Same limits as Load life. Pre-treatment for measurements shall be conducted after application of DC working voltage for 30 minutes. Multiplier for Ripple Current vs. Frequency CAP( F) Frequency(Hz) 50(60) CAP 0 0 CAP 00 00 CAP 0.8 0.8 0.8 20 K.36..7 K.48.35. 50K-0K.53.38.28 Diagram of Dimensions:(unit:mm) 2

LP Series Case Size WV(SV) (3) (20) Cap D 22 30 35 22 30 35 ( F) Size Ripple Size Ripple Size Ripple Size Ripple Size Ripple Size Ripple Size Ripple Size Ripple 4700 22x2 2.40 22x2 2.40 6800 22x26 2.84 22x26 2.84 8200 22x26 2.90 22x26 2.90 000 22x3 3.06 x26 3.06 22x3 3.06 x26 3.06 2000 22x3 3.43 x26 3.43 22x3 3.43 x26 3.43 5000 22x36 3.94 x3 3.94 22x36 3.94 x3 3.94 8000 22x4 4.34 x3 4.34 22x4 4.34 x3 4.34 22000 22x46 4.80 x36 4.80 30x3 4.80 22x46 4.80 x36 4.80 30x3 4.80 27000 x46 7.57 30x36 7.57 x46 7.57 30x36 7.57 33000 x5 8.20 30x4 8.20 35x32 8.20 x5 8.20 30x4 8.20 35x32 8.20 39000 30x46 8.33 35x37 8.33 30x46 8.33 35x37 8.33 47000 30x5 8.96 35x42 8.93 30x5 8.96 35x42 8.96 56000 35x47.5 30x56.5 35x52.8 68000 35x52.8 WV(SV) Cap D ( F) 2200 (32) 35 (44) 22 30 35 22 30 35 Size Ripple Size Ripple Size Ripple Size Ripple Size Ripple Size Ripple Size Ripple Size Ripple 22x2 2.00 22x26 2.8 3300 22x26 2.46 3900 22x26 2.50 22x3 2.64 4700 22x26 2.64 22x3 2.68 x26 2.68 5600 22x26 2.72 22x3 2.72 x26 2.72 22x3 2.78 6800 22x3 2.93 x26 2.93 22x36 3.06 x3 3.06 8200 22x3 3.05 x26 3.05 22x4 3.29 x36 3.34 000 22x36 3.43 x3 3.43 30x26 3.43 22x46 3.60 x4 3.60 30x3 3.60 2000 22x4 3.84 x36 3.84 30x3 3.84 22x5 3.80 x46 3.80 30x36 3.80 35x32 3.80 5000 22x5 4.39 x4 4.39 30x3 4.39 x5 3.92 30x4 3.92 35x32 3.92 8000 x46 4.80 30x36 4.80 30x46 4.70 35x37 4.70 22000 x5 5.40 30x4 5.40 30x5 5.45 35x42 5.45 27000 30x46 5.97 35x37 5.97 35x47 5.78 33000 30x5 6.24 35x42 6.24 35x52 6 39000 35x47 7. 47000 35x52 7.60 Snap-in WV(SV) Cap D ( F) 00 50 (63) 63 (79) 22 30 35 22 30 35 Size Ripple Size Ripple Size Ripple Size Ripple Size Ripple Size Ripple Size Ripple Size Ripple 22x2.50 22x26.58 500 22x26.44 22x26.68 2200 22x26 2.04 22x3 2.52 x26 2.52 2700 22x3 2.30 22x36 2.82 x3 2.82 3300 22x3 2.64 x26 2.64 22x4 3.2 x3 3.2 30x26 3.2 3900 22x3 2.72 x26 2.72 22x46 3.2 x36 3.2 30x3 3.2 4700 22x36 2.88 x3 2.88 30x26 2.88 22x5 3.28 x4 3.28 35x27 3.28 5600 22x4 3.06 x36 3.06 30x3 3.06 x46 3.86 30x36 3.86 35x32 3.86 6800 22x5 3.24 x4 3.24 30x3 3.24 x5 4.32 30x4 4.32 35x32 4.32 8200 x46 3.48 30x36 3.48 30x46 4.44 35x37 4.44 000 x5 3.96 30x4 3.96 35x32 3.96 35x47 4.77 2000 30x46 4. 35x37 4. 5000 30x5 4.70 35x42 4.70 35x63 5.04 8000 35x47 5.3 22000 35x52 5.85 Ripple Current ( A, rms ) at 85 20Hz 3

LP Series WV(SV) 80 (0) 0 () Cap D 22 30 35 22 30 35 ( F) Size Ripple Size Ripple Size Ripple Size Ripple Size Ripple Size Ripple Size Ripple Size Ripple 470 22x2.34 680 22x2. 22x26.34 22x26.53 00 22x26.62 22x3.62 x26.62 200 22x3.65 22x3.65 x3.74 22x36.74 500 22x3.76 x26.76 22x36.72 x36.85 30x3.85 22x4.85 800 22x36.82 x3.82 22x4 2.05 x4 2.20 30x3 2.20 22x46 2.20 2200 22x4 2.52 x3 2.52 30x26 2.52 22x46 2.52 x4 2.64 30x3 2.64 22x5 2.64 2700 22x46 2.76 x36 2.76 30x3 2.76 22x5 3.08 x46 3. 30x36 3. 3300 22x5 3.24 x4 3.24 30x3 3.24 x5 3.42 30x4 3.42 3900 x46 3.40 30x36 3.40 30x46 3.58 35x37 3.58 4700 x5 3.60 30x4 3.60 30x5 3.72 35x42 3.72 5600 30x46 3.78 35x37 3.78 35x47 3.78 6800 30x5 4.60 35x42 4.60 35x52 4. 8200 35x52 4.92 000 35x63 5.04 WV(SV) 0 (200) 200 (0) Cap D 22 30 35 22 30 35 ( F) Size Ripple Size Ripple Size Ripple Size Ripple Size Ripple Size Ripple Size Ripple Size Ripple 50 22x2 0.96 80 22x2.2 22x2 22x26 0.98.00 220 22x2 22x26..20 22x26.36 270 22x26.35 22x26 22x3.46.50 330 22x3.44 22x36.39 22x3.89 x26.89 390 22x3.66 x26.66 22x3.92 x3.92 470 22x3.70 x3.76 22x36 2.23 x3 2.23 30x26 2.23 22x36.76 560 22x36 2.03 x3 2.03 30x26 2.03 22x4 2.57 x4 2.57 30x26 2.57 680 22x4 2.36 x36 2.36 30x3 2.36 22x46 2.98 x36 2.98 30x3 2.98 820 22x46 2.72 x4 2.72 30x3 2.57 22x5 3.26 x46 3.26 30x36 3.26 35x27 3.26 30x36 2.72 00 x46 3.3 30x4 3.3 35x32 3.3 x5 3.92 30x4 3.92 35x32 3.92 200 x5 3.44 30x36 3.44 35x32 3. 30x46 4. 35x37 4. 35x37 3.44 500 30x46 3.96 35x37 3.96 30x5 4.99 35x42 4.99 800 30x5 4.47 35x42 4.47 35x47 5.84 2200 35x47 4.65 35x52 6.07 2700 35x52 4.76 WV(SV) 220 (270) 0 (300) Cap D 22 30 35 22 30 35 ( F) Size Ripple Size Ripple Size Ripple Size Ripple Size Ripple Size Ripple Size Ripple Size Ripple 20 22x2 0.85 50 22x2 0.75 22x2 22x26 0.90 0.98 80 22x26 0.95 22x3.2 22x2 0.87 22x26.05 220 22x26. 22x3.36 x26.36 270 22x3.30 x26.30 22x26.22 22x3.60 x3.72 330 22x3.55 x26.55 22x36.87 x3.87 30x26.87 390 22x3.57 22x4 2.04 x36 2.04 30x3 2.04 22x36.65 x3.65 470 30x26.85 22x36 22x4.75.85 x36.85 22x46 2.38 x4 2.38 30x3 2.38 560 22x4 2. x36 2. 22x5 2.74 x46 2.8 30x36 2.8 35x27 2.8 22x46 2.20 x4 2.20 30x3 2.20 35x27 2.20 680 22x46 2. x4 2. x5 3. 30x4 3. 35x32 3. 22x5 2.30 x46 2.30 30x36 2.30 35x27 2.30 820 22x5 2.54 x46 2.54 30x4 2.60 35x32 2.60 30x46 3.55 35x37 3.55 00 x5 2.60 x5 3.07 30x5 4.00 35x42 4.00 x56 3.20 30x46 3.20 35x37 3.20 200 30x5 3.70 35x42 3.70 35x47 4.55 500 30x56 3.85 35x47 3.85 35x52 5.34 800 35x52 4.00 2200 35x57 4.20 4

LP Series WV(SV) 350 (400) 400 (450) Cap D 22 30 35 40 22 30 35 40 ( F) Size Ripple Size Ripple Size Ripple Size Ripple Size Ripple Size Ripple Size Ripple Size Ripple Size Ripple Size Ripple 47 22x2 0.42 56 68 22x3 0.5 82 22x26 0.83 0 22x26 0.76 22x3.03 x26.03 20 22x3 0.89 x26 0.89 22x3.07 x26.07 50 22x3.02 x26.02 22x36.08 x3.08 22x36.26 x3.26 30x26.26 80 22x4.5 x36.5 30x26.5 22x4.46 x36.46 30x3.46 220 22x46.40 x4.40 30x3.40 35x27.40 22x5.75 x4.75 30x36.75 270 x46.63 30x36.63 35x27.75 x46.96 30x36.96 35x32.96 330 x5.88 30x4.88 35x32.88 x5 2.26 30x4 2.26 35x37 2.26 390 30x46 2.2 35x37 2.2 30x46 2.50 35x42 2.50 470 30x5 2.4 35x42 2.4 35x47 2.80 40x37 2.80 560 35x47 2.90 35x52 3. 40x46 3.20 680 35x52 3.20 40x52 3.69 820 00 200 500 800 WV(SV) 420 (470) 450 (500) Cap D 22 30 35 40 22 30 35 40 ( F) Size Ripple Size Ripple Size Ripple Size Ripple Size Ripple Size Ripple Size Ripple Size Ripple Size Ripple Size Ripple 47 22x2 0.38 22x26 0.36 56 22x26 0.42 68 22x3 0.49 22x3 0.50 82 22x3 0.85 x26 0.85 22x3 0.89 x26 0.89 0 22x36.03 x26.03 22x36.03 x3.03 20 22x36.2 x3.2 22x4.9 x36.9 50 22x4.32 x36.32 30x3.32 22x5.39 x4.39 30x3.39 80 x4.48 30x36.48 22x5.52 x46.52 30x36.52 220 x46.75 30x4.75 35x32.75 x5.76 30x4.76 35x37.76 270 x5.98 30x46.98 35x37.98 30x46 2.00 35x37 2.00 330 35x42 2.27 30x46 2.29 35x37 2.29 390 35x47 2.52 40x32 2.52 35x42 2.54 40x37 2.54 470 40x37 2.9 35x47 2.89 40x42 2.89 560 40x42 2.95 40x52 3.26 680 40x52 3.30 Snap-in Ripple Current ( A, rms ) at 85 20Hz 5

LS Series LS Series Snap-in Type 85 Miniaturized Features Directly mountable on printed circuit board, without holders. Aluminum case designed explosion-proof vent. For detail specifications, please refer to Engineering Bulletin No. E38 RoHS Compliant Specifications Item Operating Temperature Range Rated Voltage Range Capacitance Range Capacitance Tolerance Leakage Current (+20,max.) Dissipation Factor (tan at 20 20Hz) Low Temperature Characteristics (at 20Hz) Less than the value under table (%) Impedance ratio at 20 Hz - +20 : 3 max Performance Characteristics - to +85 0 to 450 VDC 47 to 2700 F 20% (20Hz, +20 ) I 0.02CV After 5 minutes with rated working voltage applied. F WVDC 0~0 35~450 47~390 5 20 470~2700 5 20 Load Life Shelf Life Test conditions :2000 Hrs Ambient temperature :+85 Applied voltage :Rated DC working voltage After test requirements at +20 Capacitance change : 20% of the initial measured value Dissipation factor : 200% of the initial specified value Leakage current : The initial specified value Test conditions :00 Hrs Ambient temperature :+85 Applied voltage :None After test requirements at +20 : Same limits as Load life. Pre-treatment for measurements shall be conducted after application of DC working voltage for 30 minutes. Multiplier for Ripple Current vs. Frequency CAP( F) Frequency(Hz) 50(60) CAP 0 0 CAP 00 00 CAP 0.8 0.8 0.8 20 K.36..7 K.48.35. 50K-0K.53.38.28 Diagram of Dimensions:(unit:mm) 6

LS Series Case Size WV(SV) Cap D ( F) 0 (200) 200 (0) 22 30 35 22 30 35 Size Ripple Size Ripple Size Ripple Size Ripple Size Ripple Size Ripple Size Ripple Size Ripple 50 22x2 0.96 80 22x2.2 22x2.00 220 22x2.35 22x2.36 270 22x2.40 22x26.50 330 22x26.44 22x26.70 x26.70 390 22x26.66 x2.66 22x26.80 x26.80 470 22x3.76 x26.76 22x3 2.23 x26 2.23 560 22x3 2.03 x26 2.03 30x26 2.03 22x36 2.40 x3 2.40 680 22x36 2.27 x3 2.27 30x26 2.27 22x4 2.55 x36 2.55 30x26 2.55 820 x36 2.36 30x3 2.36 x36 3.00 30x3 3.00 00 x4 3.3 30x3 3.3 35x27 3.3 x46 3.52 30x36 3.52 35x27 3.52 200 x46 3.44 30x36 3.44 35x32 3.44 30x4 3.80 35x32 3.80 500 30x4 3.96 35x32 3.96 30x46 4.40 35x37 4.40 800 30x46 4.47 35x37 4.47 35x42 5.00 2200 35x42 4.65 35x47 5.40 2700 35x47 4.76 WV(SV) Cap D ( F) 220 (270) 0 (300) 22 30 35 22 30 35 Size Ripple Size Ripple Size Ripple Size Ripple Size Ripple Size Ripple Size Ripple Size Ripple 20 22x2 0.85 50 22x2 0.7 22x2 0.95 80 22x2 0.90 22x26.2 220 22x26.04 22x26. x2. 270 22x26.23 x26.32 22x3.50 x26.50 330 22x3.47 x26.47 22x3.70 x26.70 30x2.70 390 22x36.56 x3.58 22x36.92 x3.92 30x26.92 470 22x36.75 x3.75 30x26.75 22x4 2.20 x36 2.20 30x26 2.20 560 22x4 2.09 x36 2.09 30x3 2.09 35x27 2.09 x4 2.52 30x3 2.52 35x27 2.52 680 22x46 2.8 x4 2.8 30x3 2.8 35x27 2.8 x46 2.80 30x36 2.80 35x27 2.80 820 x46 2.34 30x36 2.34 35x32 2.34 30x4 3.5 35x32 3.5 00 x5 3.04 30x4 3.04 35x32 3.04 30x46 3.60 35x37 3.60 200 30x5 3.5 35x37 3.5 35x42 3.90 500 30x56 3.65 35x42 3.65 35x46 4.50 800 35x52 3.80 2200 35x57 3.99 Snap-in WV(SV) 350 (400) 400 (450) Cap D 22 30 35 22 30 35 ( F) Size Ripple Size Ripple Size Ripple Size Ripple Size Ripple Size Ripple Size Ripple Size Ripple 47 22x2 0.42 68 22x2 0.5 82 22x26 0.83 0 22x26 0.76 22x26 0.95 x2 0.95 20 22x26 0.89 x26 0.89 22x26.07 x2.07 50 22x3 0.99 x26 0.99 30x2 0.99 22x3.26 x26.26 30x2.26 80 22x36.5 x3.5 30x26.5 22x36.46 x3.46 30x26.46 220 22x4.40 x36.40 30x26.40 35x22.40 22x4.75 x36.75 30x3.75 270 x4.63 30x3.63 35x27.63 x4.85 30x3.85 35x27.85 330 x46.88 30x36.88 35x27.88 x46 2. 30x36 2. 35x32 2. 390 30x36 2.2 35x32 2.2 30x4 2.35 35x37 2.35 470 30x4 2.4 35x37 2.4 35x42 2.60 560 35x42 2.80 35x47 2.95 680 35x47 3.20 35x47 3.5 Ripple Current ( A, rms ) at 85 20Hz 7

LS Series WV(SV) Cap D ( F) 420 (470) 450 (500) 22 30 35 22 30 35 40 Size Ripple Size Ripple Size Ripple Size Ripple Size Ripple Size Ripple Size Ripple Size Ripple Size Ripple 47 22x2 0.38 22x2 0.36 68 22x3 0.49 22x26 0.60 82 22x3 0.85 x26 0.85 22x26 0.89 x2 0.89 0 22x36.03 x26.03 22x3.03 x26.03 20 22x36.2 x3.2 22x36. x3. 50 22x4.32 x36.32 30x3.32 22x4.30 x36.30 30x26.30 80 x4.48 30x36.48 22x46.45 x4.45 30x3.45 220 x46.75 30x4.75 35x32.75 x46.65 30x36.65 270 x5.98 30x46.98 35x37.98 x5.90 30x4.90 330 35x42 2.27 30x4 2.20 35x37 2.20 390 35x47 2.52 35x42 2.40 40x32 2.40 470 35x47 2.75 40x37 2.75 560 35x52 2.90 40x42 2.90 680 Ripple Current ( A, rms ) at 85 20Hz 8

HP Series HP Series Snap-in Type 5 Features Highly reliable capacitors that with high ripple current. Terminal spacing fixed at mm for printed circuit board plug in. Aluminum case designed explosion-proof vent. Best for switching power supplies. For detail specifications, please refer to Engineering Bulletion No. E7 RoHS Compliant Specifications Item Performance Characteristics Operating Temperature Range -40 to +5 - to +5 Rated Voltage Range to 0 VDC 0 to 450 VDC Capacitance Range 330 to 68000 F 33 to 2200 F Capacitance Tolerance 20% (20Hz, +20 ) Leakage Current (+20,max.) I 0.02CV After 5 minutes with rated working voltage applied. Dissipation Factor (tan at 20 20Hz) Less than the value under table (%) F WVDC ~ ~35 50~63 80~0 0~0 35~450 47~390 5 5 20 470~3900 20 20 20 5 20 4700~8200 35 30 30 000~22000 40 35 30 27000~47000 45 40 35 56000~68000 50 45 Low Temperature Characteristics (at 20Hz) Load Life Shelf Life Impedance ratio max. Rated voltage(v) 35 50 63 0 0 200 0 400 450 Z - +20 5 5 4 4 4 4 4 4 4 4 8 8 Z - 40 +20 5 5 5 2 2 2 2 Test conditions :2000 Hrs Ambient temperature :+5 Applied voltage :Rated DC working voltage After test requirements at +20 Capacitance change : 20% of the initial measured value Dissipation factor : 200% of the initial specified value Leakage current : The initial specified value Test conditions :00 Hrs Ambient temperature :+5 Applied voltage :None After test requirements at +20 : Same limits as Load life. Pre-treatment for measurements shall be conducted after application of DC working voltage for 30 minutes. Snap-in Multiplier for Ripple Current vs. Frequency CAP( F) Frequency(Hz) 50(60) CAP 0 0 CAP 00 00 CAP 0.8 0.8 0.8 20 400.23.. Diagram of Dimensions:(unit:mm) K.36..7 K.48.35. 50K-0K.53.38.28 9

Case Size WV(SV) Cap D ( F) (3) (20) 22 30 35 22 30 35 Size Ripple Size Ripple Size Ripple Size Ripple Size Ripple Size Ripple Size Ripple Size Ripple 3300 22x26.7 22x26.24 22x26.53 x26.55 4700 22x3.65 6800 22x26.56 x26.56 22x3 2.02 x26 2.02 30x26 2.02 8200 22x26 2.04 x26 2.04 22x3 2.20 000 22x3 2.20 22x3 22x36 2.79 2.97 x26 x3 2.79 2.97 30x26 2.8 x26 2.20 30x26 2.20 2000 22x3 22x36 2.34 2.49 x26 2.40 22x36 3.06 x3 3.06 30x26 3.06 5000 22x36 2.76 x26 2.60 30x26 2.80 22x4 3.24 x36 3.24 30x26 3.24 35x32 3.24 x3 2.76 x4 3.42 8000 22x36 2.94 x3 2.94 22x5 3.5 x46 3.5 30x36 3.5 35x32 3.54 22x4 3.2 x36 3.2 30x26 3.08 35x27 3.20 x46 4.08 30x36 4.08 35x32 4.08 22000 30x3 3.30 x5 4. 27000 22x46 3.48 x36 3.48 30x3 3.48 35x27 3.48 x5 4.30 30x4 4.30 35x32 4.30 33000 x46 3.72 30x36 3.72 35x27 3.65 30x46 4.83 35x37 4.83 35x32 3.85 39000 x5 4. 30x4 4. 35x32 4. 30x5 5.78 35x42 5.78 47000 30x46 4.38 35x37 4.38 35x47 2 56000 30x5 4.64 35x42 4.64 35x52 7.05 68000 35x52 4.80 WV(SV) (32) 35 (44) Cap D 22 30 35 22 30 35 ( F) Size Ripple Size Ripple Size Ripple Size Ripple Size Ripple Size Ripple Size Ripple Size Ripple 500 22x26.26 2200 22x26.03 22x26 22x3.35.45 x26.45 3300 22x3.90 22x26.48 x26.48 22x26.80 x26.90 30x26.92 3900 22x3 2.23 4700 22x3.92 x3 2.44 22x26.88 x26.90 30x26.92 22x36 2.42 x26 2.30 30x26 2.54 5600 22x3 2. 22x36 2.89 x3 2.89 30x26 2.89 6800 30x3 3.43 22x3 2.60 x26 2.60 30x26 2.60 22x4 3.24 x36 3.24 30x26 3.2 35x27 3.24 8200 22x36 3.4 x3 3.4 30x26 3.4 22x5 3.57 x4 3.57 30x3 3.57 35x27 3.57 000 22x4 3.50 x36 3.50 30x3 3.50 35x27 3.50 x46 3.96 30x36 3.96 35x27 3.75 35x32 4.00 2000 22x46 4.02 x4 4.02 30x3 4.02 35x27 4.02 x5 4.2 30x4 4.2 35x32 4.2 5000 x46 4.58 30x36 4.58 35x32 4.58 30x46 4.69 35x37 4.69 8000 35x37 4.82 x5 4.82 30x4 4.82 35x32 4.79 35x42 5.07 22000 30x46 5.2 35x37 5.2 35x52 5.50 27000 35x42 5.30 35x47 5.47 33000 35x52 6.09 WV(SV) Cap D ( F) 50 (63) 63 (79) 22 30 35 22 30 35 Size Ripple Size Ripple Size Ripple Size Ripple Size Ripple Size Ripple Size Ripple Size Ripple 680 22x26 0.70 00 22x26 0.84 22x26 0.85 x26 0.85 200 22x26 0.98 500 22x26 22x3..2 x26.2 22x26 22x3..5 x26.2 30x26.4 800 22x26.50 22x3.40 x26.40 22x33.62 2200 22x3.65 x26.65 30x26.65 22x36.65 x3.65 30x26.65 2700 3300 3900 4700 5600 6800 HP Series 22x3.85 x26.85 22x4 2.07 x36 2.07 30x26 2.07 22x36.97 x3.98 22x36 2.24 x3 2.24 30x26 2.24 22x46 2.46 x36 2.40 30x3 2.48 35x27 2.48 22x5 2.55 x4 2.54 22x4 2.54 x36 2.54 30x26 2.49 x4 2.92 30x36 3.05 35x27 3.05 30x3 2.66 x46 3.07 22x46 2.95 x36 2.80 30x3 2.95 35x27 2.95 x5 3.43 30x4 3.43 35x32 3.43 x4 3.0 22x5 3. x4 3.02 30x36 3.4 35x27 3. 30x46 3.86 35x37 3.86 x46 3.5 30x4 3.20 35x32 3.20 x46 3.23 30x4 3.26 35x32 3.26 30x5 4.64 35x42 4.64 x5 3.35 8200 30x46 3.58 35x37 3.58 35x47 5.05 000 30x5 4. 35x42 4. 35x52 5.75 2000 35x47 4.62 5000 35x52 5.05 70 Ripple Current ( A, rms ) at 5 20Hz

HP Series WV(SV) 80 (0) 0 () Cap D 22 30 35 22 30 35 ( F) Size Ripple Size Ripple Size Ripple Size Ripple Size Ripple Size Ripple Size Ripple Size Ripple 330 22x26 0.54 470 22x26 0.63 22x26 22x3 0.79 0.85 x26 0.8 560 22x26 22x3 0.70 0.75 22x26 22x3 0.90 0.97 x26 0.95 680 22x26 22x3 0.8 0.87 x26 0.86 22x3.02 x26.02 30x26.4 820 22x3.02 x26 x3.02.09 22x3.26 x26.26 30x26.32 00 22x3 22x36..8 x3. 30x26. 22x36.38 x3.38 30x26.38 200 22x36.46 x3.46 30x26 30x3.46.56 22x4.65 x36.65 30x3.65 500 22x4.74 x36.74 30x26 30x3.70.82 x4.83 30x3.83 35x27.83 22x46.83 800 22x46.95 x36 x4.89.99 30x3.95 35x27.95 x4 2.52 30x36 2.52 35x32 2.52 2200 x4 x46 2.20 2.3 30x3 30x36 2.20 2.3 35x27 35x32 2. 2.40 30x4 3.03 35x32 3.03 22x5 2. x5 3.03 2700 x46 2.58 30x36 2.58 35x32 2.68 30x46 4. 35x37 4. x5 2.70 30x4 2.72 35x37 2.85 3300 x5 3.30 30x4 3.30 35x37 3.30 30x56 4.59 35x47 4.59 x56 3.45 30x46 3.50 35x42 3.50 3900 30x46 3.73 35x37 3.73 35x47 4.98 30x5 3.90 35x42 3.93 4700 30x5 4.29 35x42 4.29 35x52 5.43 5600 35x47 5. 6800 35x52 5.66 WV(SV) Cap D ( F) 0 (200) 200 (0) 22 30 35 22 30 35 Size Ripple Size Ripple Size Ripple Size Ripple Size Ripple Size Ripple Size Ripple Size Ripple 0 22x26 0.38 50 22x26 0.37 22x26 0.54 x26 0.54 220 22x26 0.42 22x3 0.92 x26 0.92 30x26 0.92 270 22x26 0.74 22x3.03 x26.03 30x26.05 330 22x3 0.98 x26 0.98 30x26.00 22x36.2 x3.2 30x26.2 390 22x3.09 x3. 30x26. 22x36.33 x3.34 30x3.45 22x36.5 22x4.4 x36.43 470 22x36.2 x3.2 30x26.2 22x4.57 x36.59 30x3.65 35x27.65 22x46.65 x4.68 560 22x4.40 x36.40 30x3.40 35x27.40 22x46.8 x4.85 30x3.85 35x27.85 22x5.90 x46.94 30x36.94 680 22x46.64 x36.58 30x3.65 35x27.7 22x5 2.04 x46 2.07 30x3 2.04 35x32 2.7 x4.67 30x36.75 35x32.80 22x56 2.2 x5 2.7 30x36 2.7 820 x4.76 30x36.85 35x32.85 x5 2.30 30x36 2.30 35x37 2.3 x46.85 x56 2.40 30x4 2.40 00 x5 2.5 30x4 2.5 35x32 2.5 30x4 2.62 35x37 2.62 30x46 2.75 35x42 2.75 200 x56 2.46 30x46 2.46 35x37 2.46 30x5 3.00 35x42 3.00 500 30x5 2.80 35x42 2.80 35x47 3.28 35x52 3.46 800 30x5 3.3 35x42 3.3 35x52 4.0 2200 35x52 3.26 35x57 3.39 Snap-in WV(SV) Cap D ( F) 220 (270) 0 (300) 22 30 35 22 30 35 Size Ripple Size Ripple Size Ripple Size Ripple Size Ripple Size Ripple Size Ripple Size Ripple 68 22x26 0.27 0 22x3 0.44 x26 0.44 50 22x26 0.50 x26 0.50 22x3 0.60 x26 0.60 30x26 0.60 80 22x26 0.60 x26 0.60 22x3 0.69 x26 0.69 30x26 0.69 220 22x3 0.85 x26 0.85 30x26 0.85 22x36.00 x3.00 30x26.00 270 22x3.05 x26.05 30x26.05 22x4. x36. 30x3. 330 22x36.5 x3.5 30x26.5 22x46.28 x36.28 30x3.28 35x27.28 390 470 22x4. x3.20 30x26. 22x46.48 x36.48 30x3.48 35x27.48 x36.28 30x3.33 22x46.35 x36.3 30x3.35 35x27.35 x4.76 30x36.76 35x32.76 x4.38 x46.85 560 22x5.60 x46.60 30x36.60 35x27.60 x5.93 30x4.93 35x32.93 680 22x56.70 x5.75 30x4.75 35x32.75 30x46 2.22 35x37 2.22 820 x56 2.00 30x46 2.00 35x37 2.00 30x5 2.48 35x42 2.48 00 30x5 2.30 35x42 2.30 35x47 2.80 200 35x47 2.35 35x52 3.7 500 35x52 2.40 800 35x56 2.50 7 Ripple Current ( A, rms ) at 5 20Hz

HP Series WV(SV) 400 (450) 420 (470) Cap D 22 30 35 22 30 35 ( F) Size Ripple Size Ripple Size Ripple Size Ripple Size Ripple Size Ripple Size Ripple Size Ripple 33 22x26 0.39 22x26 0.32 47 22x26 0.56 x26 0.56 22x26 0.45 x26 0.45 56 22x26 0.63 x26 0.68 22x26 0.52 x26 0.52 22x3 0.68 68 22x3 0.72 x26 0.72 30x26 0.72 22x3 0.64 x26 0.64 30x26 0.64 82 22x3 0.77 x3 0.82 30x26 0.85 22x3 0.75 x3 0.75 30x26 0.75 22x36 0.82 0 22x36 0.82 x3 0.82 30x26 0.82 22x36 0.78 x3 0.78 30x26 0.78 20 22x36 0.90 x3 0.90 30x26 0.90 22x36 0.84 x36.84 30x26 0.84 50 22x4 0.98 x36 0.98 30x3 0.95 35x27 0.95 22x4 0.97 x36 0.97 30x3 0.97 80 22x46.4 x4.4 30x36.4 35x32.4 22x46.02 x4.02 30x36.02 35x27.02 220 x46.2 30x4.2 35x32.2 x46.22 30x4.22 35x32.22 270 30x46.40 35x37.40 30x46.5 35x37.5 330 30x5.57 35x42.57 30x5.68 35x42.68 390 35x42.7 35x47.76 35x47.79 470 35x47.94 35x52.87 35x52 2.03 560 35x52 2.23 WV(SV) 450 (500) Cap D 22 30 35 ( F) Size Ripple Size Ripple Size Ripple Size Ripple 33 22x26 0.24 47 22x3 0.35 x26 0.35 56 22x3 0.4 x26 0.4 68 22x36 0.55 x3 0.55 30x26 0.55 82 22x36 0.64 x3 0.64 30x26 0.64 0 22x4 0.74 x3 0.74 30x3 0.74 20 22x46 0.82 x36 0.82 30x3 0.82 50 22x5 0.96 x4 0.96 30x36 0.96 35x27 0.96 80 x46.4 30x36. 35x32.4 30x4. 220 30x4.24 35x37.24 270 30x5.48 35x42.48 330 35x47.64 390 35x52.86 470 560 Ripple Current ( A, rms ) at 5 20Hz 72

HS Series HS Series Snap-in Type 5 Miniaturized Features Highly reliable capacitors that withstand ripple current. Terminal spacing fixed at mm for printed circuit doard plug in. Aluminum case designed explosion-proof vent. Best for switching power supplies. For detail specifications, please refer to Engineering Bulletin No. E39 RoHS Compliant Specifications Item Operating Temperature Range Rated Voltage Range Capacitance Range Capacitance Tolerance Leakage Current (+20,max.) Dissipation Factor (tan at 20 20Hz) Low Temperature Characteristics (at 20Hz) Less than the value under table (%) Impedance ratio Max Performance Characteristics - to +5 0 to 450 V DC 33 to 2700 F 20% (20Hz, +20 ) I 0.02CV After 5 minutes with rated working voltage applied. F WVDC 0~0 35~450 47~390 5 20 470~2700 5 20 Working voltage (VDC) 35 50 63 0 0 200 0 400 450 Z - Z +20 5 5 4 4 4 4 4 4 4 4 8 8 Load Life Shelf Life Test conditions :2000 Hrs Ambient temperature :+5 Applied voltage :Rated DC working voltage After test requirements at +20 Capacitance change : 20% of the initial measured value Dissipation factor : 200% of the initial specified value Leakage current : The initial specified value Test conditions :00 Hrs Ambient temperature :+5 Applied voltage :None After test requirements at +20 : Same limits as Load life. Pre-treatment for measurements shall be conducted after application of DC working voltage for 30 minutes. Snap-in Multiplier for Ripple Current vs. Frequency CAP( F) Frequency(Hz) 50(60) CAP 0 0.8 0 CAP 00 0.8 00 CAP 0.8 20 400.23.. K.36..7 K.48.35. 50K-0K.53.38.28 Diagram of Dimensions:(unit:mm) 73

HS Series Case Size WV(SV) Cap D ( F) 0 (200) 200 (0) 22 30 35 22 30 35 Size Ripple Size Ripple Size Ripple Size Ripple Size Ripple Size Ripple Size Ripple Size Ripple 0 22x2 0.38 50 22x2 0.37 22x2 0.54 x2 0.54 220 22x2 0.65 22x26 0.92 x2 0.92 30x2 0.92 270 22x2 0.74 22x26.03 x2.03 30x2.03 330 22x26 0.98 x2 0.98 30x2 0.98 22x3.2 x26.2 30x2.2 390 22x26. x26. 30x2. 22x3.39 x26.39 30x26.39 470 22x3.2 x26.2 30x2.2 22x36.45 x3.45 30x26.45 35x22.45 560 22x36.40 x3.40 30x26.40 22x36.60 x36.60 30x26.60 35x22.60 680 22x4.64 x3.64 30x26.64 35x27.64 22x4.80 x36.80 30x3.80 35x27.80 820 x36.85 30x3.85 35x27.85 x4 2.00 30x3 2.00 35x32 2.00 00 x46 2.5 30x3 2.5 35x27 2.5 30x36 2.30 35x32 2.30 200 x5 2.46 30x4 2.46 35x32 2.46 30x4 2.70 35x37 2.70 500 30x46 2.50 35x37 2.50 35x42 3. 800 30x5 3.3 35x42 3.3 35x47 3.75 2200 35x46 3.39 2700 35x52 3.90 WV(SV) Cap D ( F) 220 (270) 0 (300) 22 30 35 22 30 35 Size Ripple Size Ripple Size Ripple Size Ripple Size Ripple Size Ripple Size Ripple Size Ripple 68 22x2 0.27 82 22x2 0.34 0 22x2 0.44 x2 0.44 20 22x26 0.48 x2 0.48 50 22x2 0.57 22x26 0.60 x2 0.60 30x2 0.60 80 22x26 0.6 x26 0.6 22x26 0.69 x26 0.69 30x2 0.69 220 22x26 0.8 x26 0.8 22x3.00 x26.00 30x2.00 270 22x3.0 x26.0 30x26.0 22x36. x3. 30x26. 330 22x3.09 x26.09 30x26.09 22x4.28 x3.28 30x26.28 390 22x36.8 x3.8 30x26.8 22x4.48 x3.48 30x3.48 470 22x4.28 x36.28 30x26.28 22x46.65 x36.65 30x3.65 35x27.65 560 22x46.52 x4.52 30x3.52 35x27.52 x46.85 30x36.85 35x27.85 680 22x5.66 x46.66 30x36.66 35x27.66 30x4 2.00 35x32 2.00 820 x5.90 30x4.90 35x32.90 30x46 2.30 35x37 2.30 00 30x46 2.28 35x37 2.28 35x42 2.60 200 30x5 2.32 35x42 2.32 x47 2.85 500 35x47 2.35 800 35x52 2.40 WV(SV) Cap D ( F) 350 (400) 400 (450) 22 30 35 22 30 35 Size Ripple Size Ripple Size Ripple Size Ripple Size Ripple Size Ripple Size Ripple Size Ripple 33 22x2 0.39 47 22x2 0.56 x2 0.56 56 22x2 0.60 x2 0.60 68 22x2 0.45 22x26 0.65 x2 0.65 82 22x26 0.53 22x26 0.75 x26 0.75 0 22x26 0.65 22x3 0.78 x26 0.78 30x2 0.78 20 22x3 0.74 x36 0.74 22x3 0.85 x26 0.85 30x2 0.85 50 22x36 0.80 x3 0.80 22x36 0.98 x3 0.98 30x26 0.98 80 22x4 0.95 x3 0.95 30x26 0.95 22x4.4 x36.4 30x3.4 35x27.4 220 22x46. x36. 30x3. x4.2 30x36.2 35x27.2 270 x4.20 30x3.20 35x26.20 30x4.40 35x32.40 330 x46.30 30x36.30 35x32.30 30x46.57 35x37.57 390 30x4.45 35x37.45 35x37.74 470 30x46.70 35x36.70 35x42.98 560 35x42.85 35x47 2.23 680 35x47.98 Ripple Current ( A, rms ) at 5 20Hz 74

HS Series WV(SV) Cap D ( F) 420 (470) 450 (500) 22 30 35 22 30 35 Size Ripple Size Ripple Size Ripple Size Ripple Size Ripple Size Ripple Size Ripple Size Ripple 33 22x2 0.34 22x2 0.24 47 22x2 0.45 x2 0.45 22x26 0.35 x2 0.35 56 22x2 0.5 x2 0.5 30x2 0.5 22x26 0.4 x2 0.4 68 22x26 0.58 x2 0.58 30x2 0.58 22x3 0.55 x26 0.55 30x2 0.55 82 22x26 0.68 x26 0.68 30x2 0.68 22x3 0.64 x26 0.64 30x2 0.64 0 22x3 0.75 x3 0.75 30x26 0.75 22x36 0.74 x26 0.74 30x26 0.74 20 22x36 0.83 x3 0.83 30x26 0.83 22x4 0.82 x3 0.82 30x26 0.82 50 22x4 0.97 x36 0.97 30x26 0.97 22x46 0.96 x36 0.96 30x3 0.96 80 x4.08 30x3.08 x4.5 30x3.05 35x27.05 220 30x36.8 35x27.8 30x36.5 35x32.5 270 30x4.42 35x32.42 30x46.48 35x37.48 330 30x46.56 35x37.56 35x42.55 390 35x42.76 35x47.75 470 35x47.78 35x52.85 560 35x52.8 Ripple Current ( A, rms ) at 5 20Hz Snap-in 75

HL Series HL Series Low ESR, Snap-in Type Features Highly reliable capacitors that withstand low ESR & long life. Two or three dimensions with same ratings. For detail specifications, please refer to Engineering Bulletin No. E28 RoHS Compliant Specifications Item Performance Characteristics Operating Temperature Range -40 to +5 - to +5 Rated Voltage Range to 0 VDC 0 to 400 VDC Capacitance Range 560 to 47000 F 56 to 500 F Capacitance Tolerance 20% (20Hz, +20 ) Leakage Current (+20,max.) I 0.02CV After 5 minutes with rated working voltage applied. Dissipation Factor (tan at 20 20Hz) Low Temperature Characteristics (at 20Hz) Load Life Shelf Life Less than the value under table (%) Working Voltrage(VDC) 35 50 63 80 0 0 ~ 0 350 ~ 400 D.F. (%) max. 55 40 30 20 5 5 5 5 5 Impedance ratio max. Working voltage (VDC), 35 50, 63 80, 0 0 to 400 Z - Z +20 4 3 3 2 2 4 Z -40 Z +20 5 8 6 5 Test conditions Ambient temperature Applied voltage :5000 Hrs :+5 :Rated DC working voltage After test requirements at +20 Capacitance change : % of the initial measured value Dissipation factor : 0% of the initial specified value Leakage current : The initial specified value Test conditions :00 Hrs Ambient temperature :+5 Applied voltage :None After test requirements at +20 : The same limits as Load life. Pre-treatment for measurements shall be conducted after application of DC working voltage for 30 minutes. Multiplier for Ripple Current vs. Frequency VDC( F) Frequency(Hz) 50 ~50 VDC 0.95 63~0 VDC 0.93 0,0 VDC 0.8 350,400 VDC 0.77 20 300.03.07.7. K.05.3.32.30 K.08.9.45.4 50K.08.20.50.43 Diagram of Dimensions:(unit:mm) 76

HL Series Case Size WV(SV) (3) Cap D 22 30 35 ( F) Size Ripple ESR Size Ripple ESR Size Ripple ESR Size Ripple ESR 5600 22x26. 26 6800 22x26.30 26 x26.30 88 8200 22x26.56 26 x26.56 88 000 22x3.60 98 x26.60 88 30x26.60 75 2000 22x36.80 82 x3.80 78 30x26.80 75 5000 22x36 2. 82 x3 2. 68 30x26 2. 75 8000 22x36 2.20 82 x3 2.20 68 30x3 2.20 65 22000 22x4 2.75 68 x36 2.75 62 30x3 2.75 48 35x27 2.75 68 27000 x5 3.05 4 30x4 3.05 30 35x32 3.05 47 33000 x5 3.40 4 30x4 3.40 30 35x37 3.40 37 39000 30x5 3.60 28 35x4 3.60 3 47000 30x5 4.60 28 35x52 4.60 WV(SV) Cap D ( F) (20) 22 30 35 Size Ripple ESR Size Ripple ESR Size Ripple ESR Size Ripple ESR 5600 22x26.40 26 6800 22x3.60 98 x26.60 88 8200 22x36.80 82 x3.80 75 000 22x4 2. 68 x3 2. 68 30x26 2. 75 2000 22x4 2.40 68 x36 2.40 52 30x26 2.40 75 5000 22x5 2.70 53 x4 2.70 52 30x3 2.70 48 8000 x5 3.05 4 30x36 3.05 36 35x32 3.05 47 22000 x5 3.40 4 30x4 3.40 30 35x47 3.40 37 27000 30x5 4.02 28 35x42 4.02 3 33000 30x5 4.32 28 35x42 4.32 3 39000 35x52 4.95 WV(SV) Cap D ( F) (32) 22 30 35 Size Ripple ESR Size Ripple ESR Size Ripple ESR Size Ripple ESR 3900 22x26.30 26 4700 22x3.50 98 x26.50 88 5600 22x36.60 82 x26.60 88 6800 22x4.87 68 x3.87 68 30x26.87 75 8200 22x46 2.20 62 x36 2.20 62 30x3 2.20 48 35x27 2.20 68 000 22x5 2.35 4 x4 2.35 52 30x36 2.35 36 35x32 2.35 60 2000 x5 2.70 4 30x36 2.70 36 35x32 2.70 47 5000 30x4 3.5 30 35x37 3.5 37 8000 30x5 3.60 28 35x42 3.60 3 22000 35x47 3.90 29 27000 35x52 4.60 Snap-in WV(SV) Cap D ( F) 35 (44) 22 30 35 Size Ripple ESR Size Ripple ESR Size Ripple ESR Size Ripple ESR 2200 22x26. 26 2700 22x26.29 26 3300 22x3.40 98 x26.40 88 3900 22x36.55 82 x3.55 68 4700 22x4.75 68 x3.75 68 30x26.75 75 5600 22x46.95 62 x36.95 62 30x3.95 48 35x27.95 68 6800 22x5 2.20 53 x4 2.20 52 30x36 2.20 36 35x32 2.20 60 8200 x5 2.50 4 30x36 2.50 36 35x32 2.50 47 000 30x4 2.80 30 35x37 2.80 37 2000 30x5 3.30 28 35x42 3.30 3 5000 35x52 4. Ripple Current ( A, rms ) at 5 20Hz Max ESR (m ) at 20 30KHz 77

HL Series WV(SV) Cap D ( F) 50 (63) 22 30 35 Size Ripple ESR Size Ripple ESR Size Ripple ESR Size Ripple ESR 500 22x26.00 26 800 22x3. 98 x26. 88 2200 22x36.30 82 x26.30 88 2700 22x4.45 68 x3.45 68 30x26.45 75 3300 22x4.70 68 x36.70 62 30x3.70 48 3900 22x5.90 53 x4.90 52 30x36.90 36 4700 x4 2. 52 30x36 2. 36 35x32 2. 47 5600 x5 2.36 4 30x4 2.36 30 35x37 2.36 37 6800 30x5 2.70 28 35x42 2.70 3 8200 30x5 3. 28 35x42 3. 3 000 35x52 3.50 WV(SV) Cap D ( F) 63 (79) 22 30 35 Size Ripple ESR Size Ripple ESR Size Ripple ESR Size Ripple ESR 00 22x26.00 26 200 22x26.5 26 x26.5 88 500 22x36.30 82 x3.30 68 800 22x4.45 68 x3.45 68 30x26.45 75 2200 22x46.65 62 x36.65 62 30x3.65 48 35x27.65 68 2700 22x5.90 53 x4.90 52 30x36.90 36 35x32.90 60 3300 x5 2.5 4 30x36 2.5 36 35x32 2.5 47 3900 30x4 2.40 30 35x37 2.40 37 4700 30x5 2.70 28 35x42 2.70 3 5600 30x5 3. 28 35x42 3. 3 6800 35x52 3.50 WV(SV) Cap D ( F) 80 (0) 22 30 35 Size Ripple ESR Size Ripple ESR Size Ripple ESR Size Ripple ESR 680 22x26 0.95 48 820 22x3.00 8 00 22x36.20 98 x26.20 5 200 22x4.40 78 x3.40 80 500 22x46.60 48 x36.60 65 30x26.60 82 800 22x5.80 58 x4.80 62 30x3.80 58 35x27.80 68 2200 x5 2.05 43 30x36 2.05 52 35x32 2.05 48 2700 30x4 2.35 4 35x37 2.35 42 3300 30x5 2.70 28 35x42 2.70 28 3900 35x47 2.80 26 4700 35x52 3.40 22 WV(SV) Cap D ( F) 0 () 22 30 35 Size Ripple ESR Size Ripple ESR Size Ripple ESR Size Ripple ESR 560 22x3 0.95 8 x26 0.95 5 680 22x36. 98 x3. 80 820 22x4.40 78 x3.40 80 30x26.40 82 00 22x46.40 75 x36.40 65 30x3.40 58 35x27.40 68 200 22x5.60 58 x4.60 62 30x36.60 52 35x32.60 65 500 x5.85 43 30x4.85 4 35x32.85 48 800 30x46 2.05 37 35x37 2.05 42 2200 30x5 2.40 28 35x42 2.40 28 2700 35x52 2.80 22 Ripple Current ( A, rms ) at 5 20Hz Max ESR (m ) at 20 30KHz 78

HL Series WV(SV) Cap D ( F) 0 (200) 22 30 35 Size Ripple ESR Size Ripple ESR Size Ripple ESR Size Ripple ESR 270 22x3 0.60 565 330 22x36 0.80 455 x26 0.80 5 390 22x36 0.85 455 x3 0.85 45 470 22x46. 380 x36. 365 30x3. 35 560 22x46. 380 x36. 300 30x3. 35 680 x46.30 280 30x36.30 262 820 x46.43 280 30x4.43 345 35x32.43 5 00 30x46.69 300 35x37.69 205 200 35x47.95 5 500 35x52 2.40 45 WV(SV) Cap D ( F) 200 (0) 22 30 35 Size Ripple ESR Size Ripple ESR Size Ripple ESR Size Ripple ESR 80 22x26 0.57 645 220 22x3 0.65 565 270 22x36 0.78 455 x26 0.78 5 330 22x4 0.90 405 x3 0.90 45 390 22x4 0.98 405 x36 0.98 405 30x26 0.98 405 470 22x4.5 405 x36.5 405 30x26.5 405 560 22x46.30 345 x36.30 365 30x26.30 405 680 22x5.45 35 x4.45 300 30x3.45 35 35x27.45 345 820 x46.60 300 30x36.60 362 35x37.60 285 00 x56.90 235 30x46.90 300 35x37.90 205 200 30x5 2. 73 35x42 2. 75 WV(SV) Cap D ( F) 0 (300) 22 30 35 Size Ripple ESR Size Ripple ESR Size Ripple ESR Size Ripple ESR 50 22x26 0.52 645 80 22x3 0.64 565 x26 0.64 5 220 22x36 0.75 455 x3 0.75 45 270 22x4 0.85 405 x3 0.85 45 30x26 0.85 405 330 22x46.00 380 x36.00 365 30x3.00 35 35x27.00 345 390 22x5. 35 x4. 300 30x36. 262 470 x5.20 235 30x36.20 262 35x32.20 5 560 30x4.35 345 35x37.35 205 680 30x5.55 73 35x42.55 75 820 30x56.70 300 00 35x52 2.00 45 Snap-in WV(SV) Cap D ( F) 350 (400) 22 30 35 Size Ripple ESR Size Ripple ESR Size Ripple ESR Size Ripple ESR 68 22x26 0.34 795 82 22x3 0.40 705 0 22x36 0.50 565 x26 0.50 655 20 22x4 0.56 505 x3 0.56 5 30x26 0.56 495 50 22x46 0.63 460 x36 0.63 435 30x3 0.63 395 80 22x5 0.70 385 x4 0.70 375 30x3 0.70 395 220 x5 0.82 305 30x36 0.82 3 35x32 0.82 3 270 30x4 0.90 285 35x37 0.90 0 330 30x5. 35x42. 2 390 35x47.20 2 470 35x52.30 75 Ripple Current ( A, rms ) at 5 20Hz Max ESR (m ) at 20 30KHz 79

HL Series WV(SV) 400 (450) D 22 30 35 Cap ( F) Size Ripple ESR Size Ripple ESR Size Ripple ESR Size Ripple ESR 56 22x26 0.32 795 68 22x3 0.40 705 x26 0.40 656 82 22x36 0.45 565 x3 0.45 5 0 22x4 0.50 505 x3 0.50 5 30x26 0.50 495 20 22x4 0.55 505 x36 0.55 435 30x3 0.55 395 50 22x5 0.65 385 x4 0.65 375 30x36 0.65 3 80 x46 0.75 350 30x36 0.75 3 35x32 0.75 3 220 x5 0.85 305 30x4 0.85 285 35x37 0.85 0 270 30x5.05 35x42.05 2 330 35x47. 2 390 35x52.20 75 Ripple Current ( A, rms ) at 5 20Hz Max ESR (m ) at 20 30KHz 80

LT Series LT Series 4 Terminals Snap-in Type 85 Features Highly capacitors values and compact size. Two vent construction. 4 sanp-in terminals for printed circuit board mounting. For detail specifications, please refer to Engineering Bulletin No. E3 RoHS Compliant Specifications Item Performance Characteristics Operating Temperature Range -40 to 85 - ~ +85 Rated Voltage Range ~ 0 VDC 0 ~ 450 VDC Capacitance Range 4700 ~ 82000 F 330 ~ 3300 F Capacitance Tolerance 20% (20Hz, +20 ) Leakage Current (+20,max.) I 0.02 CV ( A) After 5 minutes with rated working voltage applied. Dissipation Factor (tan at 20 20Hz) Less than the value under table (%) WVDC 35 50 63 80 0 0 ~ 0 350 ~ 450 35 D.F. (%) max. 45 40 35 30 20 5 20 40 D.F. (%) max. 50 45 40 35 30 20 5 20 Low Temperature Characteristics (at 20Hz) Load Life Shelf Life Impedance ratio max. Working voltage (VDC) 35 ~ 0 0 ~ 0 400 ~ 450 Z- Z+20 5 3 3 7 5 Test conditions Ambient temperature Applied voltage :2000 Hrs :+85 :Rated DC working voltage After test requirements at +20 Capacitance change : 20% of the initial measured value Dissipation factor : 75% of the initial specified value Leakage current : The initial specified value Test conditions :00 Hrs Ambient temperature :+85 Applied voltage :None Snap-in After test requirements at +20 : Same limits as Load life. Pre-treatment for measurements shall be conducted after application of DC working voltage for 30 minutes. Multiplier for Ripple Current vs. Frequency CAP( F) Frequency(Hz) 50(60) CAP 0 0 CAP 00 00 CAP 0.8 0.8 0.8 20 400.23.. K.36..7 K.48.35. 50K-0K.53.38.28 Diagram of Dimensions:(unit:mm) 8

LT Series Case Size WV(SV) (20) (32) 35 40 35 40 D Cap( F) Size Ripple Size Ripple Size Ripple Size Ripple 33000 35x52 5.76 39000 35x63 6.24 40x52 6.24 47000 35x32 5.88 35x83 7.08 40x63 7.08 56000 35x63 6.48 40x52 6.48 40x83 7.40 68000 35x83 7.20 40x63 7.20 40x83 8.55 82000 40x83 8. WV(SV) 35 (44) 50 (63) 35 40 35 40 D Cap( F) Size Ripple Size Ripple Size Ripple Size Ripple 5000 35x52 4.53 8000 35x63 5.07 40x52 5.07 22000 35x52 4.98 35x83 5.74 40x63 5.74 27000 35x63 5.82 40x63 6. 33000 35x83 6.00 40x63 8 39000 35x83 6.9 40x63 7.00 47000 40x83 7.52 WV(SV) 63 (79) 80 (0) 35 40 35 40 D Cap( F) Size Ripple Size Ripple Size Ripple Size Ripple 4700 35x52 3.20 6800 35x52 3.62 8200 35x63 3.92 40x52 3.92 000 35x83 4.42 40x63 4.42 2000 35x63 4.65 40x52 4.80 40x83 5. 5000 35x83 4.90 40x63 5.00 40x83 5.58 8000 35x83 5.86 22000 40x83 6.00 WV(SV) 0 (0) 0 (200) 35 40 35 40 D Cap( F) Size Ripple Size Ripple Size Ripple Size Ripple 800 35x52 2.46 2200 35x63 2.77 40x52 2.77 2700 35x83 3.00 40x63 3.00 3300 40x83 3.26 5600 35x63 3.64 40x52 3.64 6800 35x83 3.94 40x63 3.94 8200 40x83 4.47 WV(SV) 220 (270) 0 (300) 35 40 35 40 D Cap( F) Size Ripple Size Ripple Size Ripple Size Ripple 390 35x52.8 00 35x52 2.02 35x63 2. 200 35x52 2.24 35x63 2.24 40x52 2.24 500 35x63 2.44 35x83 2.37 40x63 2.37 800 35x83 2.65 40x63 2.65 40x83 2.79 2700 40x83 3.03 WV(SV) 400 (450) 450 (500) 35 40 35 40 D Cap( F) Size Ripple Size Ripple Size Ripple Size Ripple 330 35x52. 390 35x63.22 470 35x63.36 35x83.38 40x52.38 560 35x83.44 40x52.44 35x83.50 40x63.50 680 35x83.59 40x63.59 40x83.64 820 40x83.78 82 Ripple Current ( A, rms ) at 85 20Hz

HT Series HT Series 4 Terminals Snap-in Type 5 Features Premium industrial grade. Long life 2000 Hrs at +5 with ripple current applied. Expected life : 75000 hrs at +65 with ripple current applied. Various case sizes and vent construction. For detail specifications, please refer to Engineering Bulletin No. E4 RoHS Compliant Specifications Item Operating Temperature Range Rated Voltage Range Capacitance Range Capacitance Tolerance Leakage Current (+20,max.) Dissipation Factor (tan at 20 20Hz) Low Temperature Characteristics (at 20Hz) Impedane ratio max Performance Characteristics - to +5 0 ~ 400 VDC 82 ~ 200 F 20% (20Hz, +20 ) I 0.02CV After 5 minutes with rated working voltage applied. Working voltage (VDC) 0 200 0 400 Z - / Z +20 4 4 4 8 5% max. Load Life Shelf Life Test conditions :2000 Hrs Ambient temperature :+5 Applied voltage :Rated DC working voltage After test requirements at +20 Capacitance change : 20% of the initial measured value Dissipation factor : 200% of the initial specified value Leakage current : The initial specified value Test conditions :00 Hrs Ambient temperature :+5 Applied voltage :None Snap-in After test requirements at +20 : Same limits as Load life. Pre-treatment for measurements shall be conducted after application of DC working voltage for 30 minutes. Multiplier for Ripple Current vs. Frequency CAP( F) Frequency(Hz) 50(60) CAP 0 0 CAP 00 00 CAP 0.8 0.8 0.8 20 400.23.. K.36..7 K.48.35. 50K-0K.53.38.28 Diagram of Dimensions:(unit:mm) 83

HT Series Case Size Size WV(SV) 0 (200) 200 (0) D 30 35 30 35 Cap( F) Size Ripple Size Ripple Size Ripple Size Ripple 220 30x26.5 270 30x26.22 330 30x26.39 30x3.33 390 30x26.47 30x3.47 35x27.47 470 30x3.64 30x36.54 35x32.54 560 30x3.76 30x4.69 35x32.69 680 30x36.98 35x32.98 30x46.90 35x37.90 820 30x4 2.36 35x32 2.36 30x5 2.24 35x42 2.24 00 30x5 2.60 35x37 2.60 200 30x56 2.73 WV(SV) D Cap( F) 0 (300) 400 (450) 30 35 30 35 Size Ripple Size Ripple Size Ripple Size Ripple 82 30x26 0.73 0 30x3 0.82 20 30x36 0.87 35x27 0.87 50 30x4.00 35x32.00 80 30x26 0.98 30x46.06 35x37.06 220 30x3. 30x5.8 35x42.8 270 30x3.22 330 30x36.36 35x32.36 390 30x4.47 35x32.47 470 30x4.58 35x37.58 560 30x5.76 35x42.76 Ripple Current ( A, rms ) at 5 20Hz 84

RF Series RF Series Radial Type for Photo Flash Features RF Series is for photo flash applications that require not only superior volumetric efficiency, low dissipation factor and low leakage current. These capacitors effectively convert electrostatic energy into light. For detail specifications, please refer to Engineering Bulletin No. E RoHS Compliant Specifications Item Operating Temperature Range Rated Voltage Range Capacitance Range Capacitance Tolerance Leakage Current (+20,max.) Dissipation Factor (tan at 20 20Hz) Load Life Performance Characteristics -20 to +55 330 350 VDC 0 ~ 450 F -% ~ +20% (20Hz, + ) I xc A max After 5 minutes with rated working voltage applied 8% max. Test conditions :5000 Times Ambient temperature :Room Temperature (5 ~ 35 ) Applied voltage :Charge and Dischatge Cycles : 30 Sec. After test requirements at + Capacitance change : % of the initial measured value Dissipation factor : 50% of the initial specified value Leakage current : 50% of the initial specified value Test conditions :00 Hrs Ambient temperature :+55 Applied voltage :None Shelf Life After test requirements at + Capacitance change : % of the initial measured value Dissipation factor : 50% of the initial specified value Leakage current : 50% of the initial specified value Diagram of Dimensions:(unit:mm) For Photo Flash D 8 2 3 4 8 20 d 0.6 0.6 0.8 0.8 0.8 0.8 0.8 0.8 F 3.5 5 7.5 Please check with us about individual sizes and dimensions. 85

SF Series SF Series Snap-in Type for Photo Flash Features SF Series is for photo flash applications that require not only superior volumetric efficiency, low dissipation factor and low leakage current. These capacitors effectively convert electrostatic energy into light. For detail specifications, please refer to Engineering Bulletin No. E7 RoHS Compliant Specifications Item Operating Temperature Range Rated Voltage Range Capacitance Range Capacitance Tolerance Leakage Current (+20,max.) Dissipation Factor (tan at 20 20Hz) Load Life Shelf Life Performance Characteristics -20 to +55 330 350 VDC 50 ~ 500 F -% ~ +20% (20Hz, + ) I xc A max After 5 minutes 8% max. Test conditions :5000 Times Ambient temperature :Room Temperature (5 ~ 35 ) Applied voltage :Charge and Dischatge Cycles : 30 Sec. After test requirements at + Capacitance change : % of the initial measured value Dissipation factor : 50% of the initial specified value Leakage current : 50% of the initial specified value Test conditions :00 Hrs Ambient temperature :+55 Applied voltage :None After test requirements at + Capacitance change : % of the initial measured value Dissipation factor : 50% of the initial specified value Leakage current : 50% of the initial specified value Diagram of Dimensions:(unit:mm) Negative 86

SF Series Case Size Size D H 0.5 L 0. L2 0. W 0. W 0. W2 0. d 0. 8.0 3.3.3 4.0 3.7.8 0.6 30 8.5 3.3.3 4.6 4.3.8 0.8 9.0 3.3.3 4.6 4.3.8 0.8 40 9.0 3.3.3 4.6 4.3.8 0.8 Please check with us about individual size and dimensions. For Photo Flash 87

RP Series RP Series Screw Terminal Type 85 Features Load life: 85 2000 hours. High ripple capability. For detail specifications, please refer to Engineering Bulletin No. E40. RoHS Compliant Specifications Item Performance Characteristics Operating Temperature Range -40 ~ +85 - ~ +85 Rated Voltage Range ~ 0 VDC 0 ~ 450 VDC Capacitance Range 3300 ~ 68000 F 220 ~ 22000 F Capacitance Tolerance Leakage Current (+20,max.) Dissipation Factor (tan at 20 20Hz) Less than the value under table (%) D WV 35 50 35 60 40 30 5 70 50 50 30 20% (20Hz, +20 ) I 0.02 CV After 5 minutes with rated working voltage applied. 63.5 80 70 60 50 76.2 20 80 70 60 WV D 63 80 0 0~0 350~450 35 20 20 5 5 2 5 2 2 5 2 63.5 0.3 0. 0. 0.2 0. 76.2 0.4 0.3 0. 0.2 0. Low Temperature Characteristics (at 20Hz) Load Life Shelf Life Impedance ratio at 20 Hz - +20 :3 max -40 +20 :2 max Test conditions :2000 Hrs Ambient temperature :+85 Applied voltage :Rated DC working voltage After test requirements at +20 Capacitance change : 5% of the initial value Dissipation factor : 75% of the specified value Leakage current : Not more than the specified value Test conditions :00 Hrs Ambient temperature :+85 Applied voltage :None Capacitance change : 5% of the initial value Dissipation factor : 75% of the specified value Leakage current : Not more than the specified value After test requirements at +20 : Same limits as Load life. Pre-treatment for measurements shall be conducted after application of DC working voltage for 30 minutes. Multiplier for Ripple Current vs. Frequency CAP( F) Frequency(Hz) 50(60) ~ 50 WV 63 ~ 0 WV 0 ~ 450 WV 0.8 0.8 0.8 20 400.03.05. K.05.07.3 K.08..8 Diagram of Dimensions:(unit:mm) D 35 5 63.5 76.2 P 2.7 22 28.6 3.8 88

RP Series Case Size WV (SV) (20) (32) 35 (44) 50 (63) Cap( F) Size Ripple Size Ripple Size Ripple Size Ripple 6800 35x50 3.7 000 35x60 3.5 35x60 5.0 5000 35x50 3.8 35x80 5.7 35x80 7.8 22000 35x60 5. 35x60 6.8 35x0 7. 35x20 2.8 33000 35x80 6.9 35x80 9.4 35x0.2 5x0 3.2 47000 35x0 9.5 35x0 2.5 35x20 3.7 5x0 4.7 68000 5x80 2.7 5x80 4.3 5x0 5. 5x40 7.8 0000 5x0 3.5 5x0 5.5 5x20 9.2 63.5x40 9.8 50000 5x40 7.6 5x40 24.2 63.5x20 23.8 76.2x40.7 220000 63.5x20 20. 63.5x20.8 76.2x40 27.4 76.2x0 32.7 330000 63.5x40.2 76.2x20 26.7 76.2x0 35.7 470000 76.2x40 27.5 680000 76.2x0 35. WV (SV) 63 (79) 80 (0) 0 () 0 (200) Cap( F) Size Ripple Size Ripple Size Ripple Size Ripple 00 35x60 2.8 500 35x60 3. 2200 35x0 4.7 3300 35x60 4. 35x20 6.8 4700 35x60 4.0 35x80 5.2 5x80 7.5 6800 35x50 4.3 35x60 5.3 35x80 6.2 5x20.5 000 35x60 6.2 35x80 7.3 35x0 7.9 5x40 3.4 5000 35x80 8.7 35x20.3 5x0 2.4 63.5x40 4.8 22000 35x20 3. 5x80 2.3 5x20.2 76.2x40 5.4 33000 5x0 3.9 5x20. 5x40 2.3 47000 5x20 8.6 63.5x20 8.5 63.5x40 24.3 68000 63.5x20 2.3 63.5x40 24. 76.2x40 28.4 WV (SV) 200 0 350 400 450 (0) (300) (400) (450) (500) Cap( F) Size Ripple Size Ripple Size Ripple Size Ripple Size Ripple 220 35x50.0 330 35x60.2 35x60.2 470 35x60.5 35x80.6 35x80.8 680 35x60.8 35x80 2.7 35x0 2. 35x20 2.3 00 35x60 2.3 35x80 3. 35x0 3.2 35x20 2.8 5x80 2.9 500 35x80 3.2 35x80 3.8 5x80 4. 5x0 3.8 5x20 3.7 2200 35x0 4.8 35x20 5.3 5x20 6.0 5x40 4.7 63.5x20 4.9 3300 35x20 6.2 5x20 7.5 5x40 7.8 63.5x20 5.8 76.2x20 4700 5x0 7.8 5x40 9. 63.5x20 8.0 76.2x20 6.9 76.2x0 8.6 6800 5x40 9.8 63.5x20 9.8 76.2x20 8.9 76.2x0 9.8 000 63.5x20.2 76.2x40 2.3 76.2x0 2.3 5000 76.2x40 4.2 76.2x0 5. 22000 76.2x0 7.8 Ripple Current ( A, rms ) at 85 20Hz Screw Terminal 89

RH Series RH Series Screw Terminal Type 5 Features Load life: 5 2000 hours. High ripple capability. For detail specifications, please refer to Engineering Bulletin No. E4. RoHS Compliant Specifications Item Performance Characteristics Operating Temperature Range -40 ~ +5 - ~ +5 Rated Voltage Range ~ 0 VDC 0 ~ 400 VDC Capacitance Range 500 ~ 470,000 F 220 ~ 22000 F Capacitance Tolerance Leakage Current (+20,max.) Dissipation Factor (tan at 20 20Hz) Less than the value under table (%) D WV 35 50 35 0.6 0.4 0.3 0. 5 0.7 0.5 0.5 0.3 20% (20Hz, +20 ) I 0.02 CV After 5 minutes with rated working voltage applied. 63.5 0.8 0.7 0.6 0.5 76.2.2 0.8 0.7 0.6 WV D 63 80 0 0~0 350~450 35 0.2 0.2 0.5 0.5 0.2 5 0. 0.2 0.2 0.5 0.2 63.5 0.3 0. 0. 0.2 0. 76.2 0.4 0.3 0. 0.2 0. Low Temperature Characteristics (at 20Hz) Load Life Shelf Life Impedance ratio at 20 Hz - +20 :3 max -40 +20 :2 max Test conditions :2000 Hrs Ambient temperature :+5 Applied voltage :Rated DC working voltage After test requirements at +20 Capacitance change : 5% of the initial value Dissipation factor : 75% of the specified value Leakage current : Not more than the specified value Test conditions :00 Hrs Ambient temperature :+5 Applied voltage :None Capacitance change : 5% of the initial value Dissipation factor : 75% of the specified value Leakage current : Not more than the specified value After test requirements at +20 : Same limits as Load life. Pre-treatment for measurements shall be conducted after application of DC working voltage for 30 minutes. Multiplier for Ripple Current vs. Frequency CAP( F) Frequency(Hz) 50(60) ~ 50 WV 63 ~ 0 WV 0 ~ 450 WV 0.8 0.8 0.8 20 400.03.05. K.05.07.3 K.08..8 Diagram of Dimensions:(unit:mm) D 35 5 63.5 76.2 P 2.7 22 28.6 3.8 90

RH Series Case Size WV (SV) (20) (32) 35 (44) 50 (63) Cap( F) Size Ripple Size Ripple Size Ripple Size Ripple 6800 35x50 3. 000 35x60 3.5 35x60 4.0 5000 35x50 3.8 35x80 4.8 35x80 5.5 22000 35x60 4.9 35x60 5. 35x0 6.4 35x20 8.0 33000 35x80 6.7 35x0 7.4 35x20 8.5 5x0 8.3 47000 35x0 8.8 35x20 9.5 5x0 9.9 5x20.7 68000 5x80 9.5 5x0.3 5x20 2.8 63.5x0 2.6 0000 5x0 2.5 5x20 3.5 63.5x20.4 76.2x20 3.7 50000 5x40 7.6 63.5x20.9 76.2x20.8 76.2x40 7.9 220000 63.5x20 8.0 76.2x20 9.2 76.2x0 22.8 330000 76.2x20 9. 76.2x0 24.6 470000 76.2x0.5 WV (SV) 63 (79) 80 (0) 0 () 0 (200) Cap( F) Size Ripple Size Ripple Size Ripple Size Ripple 00 35x60.7 500 35x60.9 35x80 2. 2200 35x80 2.6 35x0 3.0 3300 35x0 3.5 35x20 4.0 4700 35x60 3.0 5x80 4.3 5x0 5.0 6800 35x60 3.7 35x80 4. 5x0 5.7 5x40 7.0 000 35x80 5.0 35x0 5.4 5x40 7.9 63.5x20 7.6 5000 35x20 7.2 5x80 63.5x20 8.4 76.2x20 8.5 22000 5x80 7.0 5x0 8.3 76.2x20.5 76.2x40.5 33000 5x20. 5x40.7 47000 63.5x0.7 63.5x40 3.0 68000 63.5x40 4.6 76.2x40 5.0 0000 76.2x40.0 WV (SV) 200 (0) 0 (300) 350 (405) 400 (450) Cap( F) Size Ripple Size Ripple Size Ripple Size Ripple 220 35x50 0.6 330 35x60 0.7 35x60 0.7 470 35x60. 35x80.0 35x80.0 680 35x50.3 35x80.5 35x0.3 35x20.4 00 35x60.8 35x0 2. 35x20.7 5x80.6 500 35x80 2.3 5x80 2.6 5x0 2.2 5x20 2.4 2200 35x20 3.3 5x0 3.4 5x40 3. 63.5x20 3.2 3300 5x0 4.2 5x40 4.8 63.5x20 4.6 76.2x20 3.9 4700 5x40 5.8 63.5x20 5.2 76.2x0 6.2 76.2x0 5.2 6800 63.5x20 6.2 76.2x20 5.5 000 76.2x20 6.7 76.2x0 7.5 5000 76.2x0 9.2 Ripple Current ( A, rms ) at 5 20Hz Screw Terminal 9

RL Series RL Series Screw Terminal Type, Long Life Features High ripple current Newly improved long life guaranteed for 5,000 hours load life at 5. Suited for the general-purpose inverter For detail specifications, please refer to Engineering Bulletin NO. E48 RoHS Compliant Specifications Item Operating Temperature Range Rated Voltage Range Capacitance Range Capacitance Tolerance Leakage Current (+20,max.) Dissipation Factor (tan at 20 20Hz) Low Temperature Characteristics (at 20Hz) Load Life Impedance ratio at 20 Hz - +20 :3 max -40 +20 :2 max Test conditions Ambient temperature Applied voltage Performance Characteristics - to +5 400WV 450WV 2200 to 8200 F 20%(20Hz,+20 ) I 0.02 CV After 5 minutes with rated working voltage applied. :5000 Hrs :+5 :Rated DC working voltage 0.2 max After test requirements at +20 Capacitance change : 20% of the initial value Dissipation factor : 200% of the specified value Leakage current : Not more than the specified value Shelf Life Test conditions Ambient temperature Applied voltage :00Hrs :+5 :None After test requirement at +20 :Same limits as Load life. Pre-treatment for measurements shall be conducted after application of DC working voltage for 30 minutes. Multiplier for Ripple Current vs. Frequency W.V. Frequency(Hz) 50(60) 400 / 450V 0.8 20 400. K.3 K.4 Diagram of Dimensions:(unit:mm) D 89 63.5 76.2 P 3.8 28.6 3.8 92

RL Series Case Size WV (SV) 400 (450) 450 (500) Cap( F) Size Ripple Size Ripple 2200 63.5x.6 63.5x5 2. 2700 63.5x5 3.7 63.5x30 4.3 3300 63.5x30. 76.2x.9 4700 76.2x30 2.2 76.2x40 22.6 5600 76.2x50 24.3 76.2x0.2 6800 89x50 27. 89x0 26.0 8200 89x70 29.8 89x90 28.3 Ripple Current ( A, rms ) at 5 20Hz Screw Terminal 93

WF Series WF Series Flame Retardant Type at 85 Features Flame Retardant type capacitor Used in communication equipments, switching power supply, etc. Safety vent construction design. For detail specifications, please refer to Engineering Bulletin NO. E0 RoHS Compliant Specifications Item Operating Temperature Range Rated Voltage Range Capacitance Range Capacitance Tolerance Leakage Current (+20,max.) Dissipation Factor (tan at 20 20Hz) Low Temperature Characteristics (at 20Hz) Load Life Shelf Life Working Voltage(VDC) 400 450 D.F.(%)max. 8 20 Impedance ratio max Working Voltage(VDC) 400 450 Z- / Z+20 6 6 Performance Characteristics - to +85 400 450 VDC 2.2 to 20 F 20%(20Hz,+20 ) I 0.03 CV ( A)After minute with rated working voltage applied. Test condition :2000 Hrs Ambient temperaturev :+85 Applied voltage :Rated DC working voltage After test requirement at +20 Capacitance change : 20% of the initial measured value Dissipation factorv : 200% of the initial specified value Leakage current : The initial specified value Test condition :00 Hrs Ambient temperature :+85 Applied voltage :None After test requirement at +20 :Same limits as Load life. Pre-treatment for measurements shall be conducted after application of DC working voltage for 30 minutes. Multiplier for Ripple Current vs. Frequency CAP( F) Frequency(Hz) 50(60) CAP 0.8 CAP 0 0.8 0 CAP 0.8 20 400.30.23. K.45.36. K.65.48.35 50K-0K.70.53.38 Diagram of Dimensions:(unit:mm) D 3 8 22 F 5.0 5.0 7.5 7.5 d 0.6 0.8 0.8 0.8.5.5 (L 35.5) 2 (L 35.5) 2 94

WF Series Case Size WV (SV) 400V 450V Cap( F) (450) (500) Size Ripple Size Ripple 2.2 8X.5 30 X2.5 30 3.3 X 40 X 37 4.7 X 60 X 50 3X20 0 3X 95 22 3X 70 X 40 33 X 2 X3.5 85 47 X3.5 240 X3.5 230 68 8X3.5 360 X35.5 345 0 8X35.5 420 8X4 390 20 8X4 485 8X45 470 Ripple Current ( A, rms ) at 85 20Hz Flame Retardant 95

MF Series MF Series Flame Retardant Type at 5 Features Flame Retardant type capacitor with high temperature.. Used in communication equipments, switching power supply, etc. Safety vent construction design. For detail specifications, please refer to Engineering Bulletin NO. E9 RoHS Compliant Specifications Item Operating Temperature Range Rated Voltage Range Capacitance Range Capacitance Tolerance Leakage Current (+20,max.) Dissipation Factor (tan at 20 20Hz) Low Temperature Characteristics (at 20Hz) Load Life Shelf Life Working Voltage(VDC) 400 450 D.F.(%)max. 8 20 Impedance ratio max Working Voltage(VDC) 400 450 Z- / Z+20 6 6 Performance Characteristics - to +5 400 450 VDC 2.2 to 80 F 20%(20Hz,+20 ) I 0.03 CV ( A)After minute with rated working voltage applied. Test condition :2000 Hrs Ambient temperature :+5 Applied voltage :Rated DC working voltage After test requirement at +20 Capacitance change : 20% of the initial measured value Dissipation factor : 200% of the initial specified value Leakage current : The initial specified value Test condition :00 Hrs Ambient temperature :+5 Applied voltage :None After test requirement at +20 :Same limits as Load life. Pre-treatment for measurements shall be conducted after application of DC working voltage for 30 minutes. Multiplier for Ripple Current vs. Frequency CAP( F) Frequency(Hz) 50(60) CAP 0.8 CAP 0 0.8 0 CAP 0.8 20 400.30.23. K.45.36. K.65.48.35 50K-0K.70.53.38 Diagram of Dimensions:(unit:mm) D 3 8 22 F 5.0 5.0 7.5 7.5 d 0.6 0.8 0.8 0.8.5.5 (L 35.5) 2 (L 35.5) 2 96

MF Series Case Size WV (SV) 400V (450) 450V (500) Cap( F) Size Ripple Size Ripple 2.2 X2.5 35 X2.5 3.3 X 36 X 30 4.7 X 55 X20 38 6.8 X 90 X20 65 X20 3X20 80 22 3X 90 3X 5 33 X 220 X 80 47 X3.5 280 X35.5 300 68 X35.5 400 8X3.5 420 X35.5 4 0 8X35.5 480 8X4 530 20 8X35.5 500 22X4 600 8X4 530 50 8X4 570 80 8X45 620 Ripple Current ( A, rms ) at 5 20Hz Flame Retardant 97

LF Series LF Series Flame Retardant Type at 85 Features Flame Retardant type capacitor Used in switching power supplies, etc. Aluminal case designed explosion-proof vent. RoHS Compliant For detail specifications, please refer to Engineering Bulletin NO. E Specifications Item Operating Temperature Range Rate Voltage Range Capacitance Range Capacitance Tolerance Leakage Current (+20,max.) Dissipation Factor (tan at 20 20Hz) Low Temperature Characterisrics (at 20Hz) Load Life Shelf Life Less than the value under table (%) Impedance ratio max. Performance Characteristics - to +85 400 450 VDC 47 to 560 F 20%(20Hz,+20 ) I 0.02 CV ( A)After 5 minute with rated working voltage applied. Working Voltage(VDC) 400 450 D.F.(%)max. Working Voltage(VDC) 400 450 Z- / Z+20 2 Test condition :2000 Hrs Ambient temperature :+85 Applied voltage :Rated DC working voltage After test requirement at +20 Capacitance change : 20% of the initial measured value Dissipation factor : 200% of the initial specified value Leakage current : The initial specified value Test condition :00 Hrs Ambient temperature :+85 Applied voltage :None After test requirement at +20 :Same limits as Load life. Pre-treatment for measurements shall be conducted after application of DC working voltage for 30 minutes. Multiplier for Ripple Current vs. Frequency CAP( F) Frequency(Hz) 50(60) CAP 0 0.8 0 CAP 0.8 20 K..7 K.35. 50K-0K.38.28 Diagram of Dimensions:(unit:mm) 98

LF Series Case Size Cap ( F) WV (SV) D 400 (450) 450 (500) 22 30 35 22 30 35 Size Ripple Size Ripple Size Ripple Size Ripple Size Ripple Size Ripple Size Ripple Size Ripple 47 22 2 0.27 22 26 0.3 68 22 26 0.33 22 3 0.4 82 22 26 0.54 22 3 0.74 26 0.75 0 22 3 0.67 26 0.79 22 36 0.86 3 0.87 20 22 3 0.69 26 0.83 22 4 0.99 36.0 50 22 36 0.82 3 0.97 30 26.03 22 5. 4.8 30 3.9 80 22 4 0.95 36.3 30 3.2 22 5.27 46.29 30 36.3 220 22 5.4 4.35 30 36.44 5.49 30 4.5 35 37.52 270 46.52 30 36.6 35 32.75 30 46.7 35 37.73 330 5.66 30 4.85 35 37.93 30 46.96 35 37.98 390 30 46.93 35 42 2. 35 42 2.9 470 30 46 2.05 35 47 2.36 35 47 2.5 560 35 52 2.66 Ripple Current ( A, rms ) at 85 20Hz Flame Retardant 99

HF Series HF Series Flame Retardant Type at 5 Features Flame Retardant type capacitor with high temperature. Best for switching power supplies, etc. Aluminal case designed explosion-proof vent. RoHS Compliant For detail specifications, please refer to Engineering Bulletin NO. E2 Specifications Item Operating Temperature Range Rated Voltage Range Capacitance Range Capacitance Tolerance Leakage Current (+20,max.) Dissipation Factor (tan at 20 20Hz) Low Temperature Characterisrics (at 20Hz) Load Life Shelf Life Less than the value under table (%) Impedance ratio max. Performance Characteristics - to +5 400 450 VDC 33 to 560 F 20%(20Hz,+20 ) I 0.02 CV ( A)After 5 minute with rated working voltage applied. Working Voltage(VDC) 400 450 D.F.(%)max. Working Voltage(VDC) 400 450 Z- / Z+20 2 Test condition :2000 Hrs Ambient temperature :+5 Applied voltage :Rated DC working voltage After test requirement at +20 Capacitance change : 20% of the initial measured value Dissipation factor : 200% of the initial specified value Leakage current : The initial specified value Test condition :00 Hrs Ambient temperature :+5 Applied voltage :None After test requirement at +20 :Same limits as Load life. Pre-treatment for measurements shall be conducted after application of DC working voltage for 30 minutes. Multiplier for Ripple Current vs. Frequency CAP( F) Frequency(Hz) 50(60) CAP 0.8 CAP 0 0.8 0 CAP 0.8 20 400.23.. K.36..7 K.48.35. 50K-0K.53.38.28 Diagram of Dimensions:(unit:mm) 200