Download: LS Snap-in Terminal Type, 85°C Standardseries LS

LS Snap-in Terminal Type, 85°C Standardseries Withstanding 3000 hours application of rated ripple current at 85°C. Compliant to the RoHS directive (2002/95/EC). LS Smaller LG Specifications Item Performance Characteristics Category Temperature Range – 40 to +85°C (16 to 250V), – 25 to +85°C (350 to 450V) Rated Voltage Range 16 to 450V Rated Capacitance Range 56 to 56000µF Capacitance Tolerance ± 20% at 120Hz, 20°C Leakage CurrentI3CV (µA) (After 5 minutes' application of rated voltage) [C : Rated Capacitance (µF) V : Voltage (V)] Measurement frequency :120Hz, Temperature : 20°C Tangent of loss...
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LS Snap-in Terminal Type, 85°C Standardseries

Withstanding 3000 hours application of rated ripple current at 85°C. Compliant to the RoHS directive (2002/95/EC).

LS

Smaller

LG Specifications

Item Performance Characteristics Category Temperature Range – 40 to +85°C (16 to 250V), – 25 to +85°C (350 to 450V) Rated Voltage Range 16 to 450V Rated Capacitance Range 56 to 56000µF Capacitance Tolerance ± 20% at 120Hz, 20°C Leakage CurrentI3CV (µA) (After 5 minutes' application of rated voltage) [C : Rated Capacitance (µF) V : Voltage (V)] Measurement frequency :120Hz, Temperature : 20°C Tangent of loss angle (tan δ) Rated voltage (V) 16 25 35 50 63 80 100 160 180 200 250 350 400 450 tan δ (MAX.) 0.50 0.40 0.35 0.30 0.25 0.20 0.20 0.15 0.15 0.15 0.15 0.15 0.15 0.20 Measurement frequency : 120Hz Rated voltage (V) 16 to 100 160 to 250 350 to 450 Stability at Low Temperature Impedance ratio Z – 25°C/Z+20°C438ZT/Z20(MAX.) Z – 40°C/Z+20°C 20 12 — The specifications listed at right shall be met when the Capacitance change Within ±20% of the initial capacitance value capacitors are restored to 20°C after D.C. bias plus Endurance tan δ rated ripple current is applied for 3000 hours at 85°C, 200% or less than the initial specified value the peak voltage shall not exceed the rated voltage. Leakage current Less than or equal to the initial specified value After storing the capacitors under no load at 85°C Capacitance change Within ±15% of the initial capacitance value for 1000 hours and then performing voltage treatment Shelf Life tan δbased on JIS C 5101-4 clause 4.1 at 20°C, 150% or less than the initial specified value they shall meet the requirements listed at right. Leakage current Less than or equal to the initial specified value Marking Printed with white color letter on black sleeve.

Drawing Type numbering system ( Example : 200V 390µF)

Polarity bar12345678910 11 12 Sleeve (P.E.T.) LLS2D391MELZCase dia.code Configuration φD Code Capacitance tolerane(±20%) 20 Y 22 Z 10 Rated capacitance(390µF) ± 25 AL 2 Rated voltage(200V) 30 B Pressure relief vent 4.0±0.5 35 C Series name 0.8 +0.2-0.1 +0. .8 -0.1 Type 1 00 ±0.1 2-2φ±0.1 1.5 +0.2-0.1 (PC board hole dimensions) (Terminal dimensions) The other terminal is also available upon request. Please refer to page 272 for schematic of dimensions.

Frequency coefficient of rated ripple current

Frequency (Hz) 50 60 120 3001k10k 50k or more 16 to 100V 0.88 0.90 1.00 1.07 1.15 1.15 1.15 160 to 250V 0.81 0.85 1.00 1.17 1.32 1.45 1.50 350 to 450V 0.77 0.82 1.00 1.16 1.30 1.41 1.43 Minimum order quantity : 50pcs. Dimension table in next page. Coeff. φD +1MAX. 4.0±0.5 2.5, 16V (1C) 25V (1E) φD × L(mm) (mA) φD × L(mm) (mA) Code(µF) (mA) (µF) (mA) 8200 22 × 25 2560 1.08 LLS1C822MELZ 5600 22 × 25 2310 1.12 LLS1E562MELZ 10000 22 × 30 2890 1.20 LLS1C103MELZ 22 × 30 2560 1.23 LLS1E682MELZ × 680022 30 3130 1.31 LLS1C123MELZ 25 × 25 2470 1.23 LLS1E682MELA 25 × 25 3010 1.31 LLS1C123MELA 22 × 35 2860 1.35 LLS1E822MELZ × 820022 35 3690 1.46 LLS1C153MELZ 25 × 25 2780 1.35 LLS1E822MELA 15000 25 × 30 3640 1.46 LLS1C153MELA 22 × 35 3310 1.50 LLS1E103MELZ10000 30 × 25 3730 1.46 LLS1C153MELB 25 × 30 3160 1.50 LLS1E103MELA 22 × 40 3980 1.60 LLS1C183MELZ 22 × 40 3770 1.64 LLS1E123MELZ 18000 25 × 35 3980 1.60 LLS1C183MELA 12000 25 × 35 3630 1.64 LLS1E123MELA 30 × 30 3880 1.60 LLS1C183MELB 30 × 25 3800 1.64 LLS1E123MELB 22 × 50 4520 1.77 LLS1C223MELZ 22 × 50 4210 1.83 LLS1E153MELZ 22000 25 × 40 4440 1.77 LLS1C223MELA 15000 25 × 40 4100 1.83 LLS1E153MELA 30 × 30 4380 1.77 LLS1C223MELB 30 × 30 4000 1.83 LLS1E153MELB 25 × 45 4980 1.97 LLS1C273MELA 25 × 45 4680 2.01 LLS1E183MELA 27000 30 × 35 4950 1.97 LLS1C273MELB 18000 30 × 35 4660 2.01 LLS1E183MELB 35 × 30 4820 1.97 LLS1C273MELC 35 × 30 4680 2.01 LLS1E183MELC 25 × 50 5490 2.17 LLS1C333MELA 25 × 50 5190 2.22 LLS1E223MELA 33000 30 × 40 5600 2.17 LLS1C333MELB 22000 30 × 40 5330 2.22 LLS1E223MELB 35 × 30 5460 2.17 LLS1C333MELC 35 × 35 5260 2.22 LLS1E223MELC 30 × 45 6210 2.36 LLS1C393MELB 30 × 45 6020 2.46 LLS1E273MELB 39000 27000 35 × 35 6120 2.36 LLS1C393MELC 35 × 40 6020 2.46 LLS1E273MELC 30 × 50 6930 2.60 LLS1C473MELB 33000 35 × 45 6750 2.72 LLS1E333MELC 35 × 40 6890 2.60 LLS1C473MELC 39000 35 × 50 7560 2.96 LLS1E393MELC 56000 35 × 45 7690 2.83 LLS1C563MELC 35V (1V) 50V (1H) Cap. Size Rated ripple Leakage Cap. SizeCurrent Code Rated ripple Leakage Current 3900 22 × 25 2220 1.10 LLS1V392MELZ 2200 22 × 25 1930 0.99 LLS1H222MELZ 22 × 30 2460 1.21 LLS1V472MELZ 2700 22 × 30 2210 1.10 LLS1H272MELZ 4700 25 × 25 2430 1.21 LLS1V472MELA 22 × 30 2410 1.21 LLS1H332MELZ 22 × 35 2790 1.32 LLS1V562MELZ 3300 25 × 25 2380 1.21 LLS1H332MELA 5600 25 × 30 2750 1.32 LLS1V562MELA 22 × 35 2720 1.32 LLS1H392MELZ 22 × 40 2970 1.46 LLS1V682MELZ 3900 25 × 30 2680 1.32 LLS1H392MELA 6800 25 × 30 2890 1.46 LLS1V682MELA 22 × 40 3020 1.45 LLS1H472MELZ 30 × 25 3090 1.46 LLS1V682MELB 4700 25 × 30 3070 1.45 LLS1H472MELA 22 × 45 3470 1.60 LLS1V822MELZ 30 × 25 3010 1.45 LLS1H472MELB 8200 25 × 35 3330 1.60 LLS1V822MELA 22 × 45 3430 1.58 LLS1H562MELZ 30 × 30 3290 1.60 LLS1V822MELB 5600 25 × 35 3470 1.58 LLS1H562MELA 22 × 50 3750 1.77 LLS1V103MELZ 30 × 30 3430 1.58 LLS1H562MELB 10000 25 × 40 3650 1.77 LLS1V103MELA 22 × 50 3940 1.74 LLS1H682MELZ 30 × 30 3610 1.77 LLS1V103MELB 6800 25 × 40 3870 1.74 LLS1H682MELA 25 × 45 4150 1.94 LLS1V123MELA 30 × 35 3930 1.74 LLS1H682MELB 12000 30 × 35 4140 1.94 LLS1V123MELB 25 × 45 4440 1.92 LLS1H822MELA 35 × 30 4270 1.94 LLS1V123MELC 8200 30 × 35 4470 1.92 LLS1H822MELB 25 × 50 4800 2.17 LLS1V153MELA 35 × 30 4410 1.92 LLS1H822MELC 15000 30 × 40 4800 2.17 LLS1V153MELB 30 × 40 5080 2.12 LLS1H103MELB 35 × 35 4950 2.17 LLS1V153MELC 10000 35 × 35 4920 2.12 LLS1H103MELC 30 × 45 5300 2.38 LLS1V183MELB 30 × 50 5720 2.32 LLS1H123MELB 35 × 40 5710 2.38 LLS1V183MELC 12000 35 × 40 5690 2.32 LLS1H123MELC 22000 35 × 45 6380 2.63 LLS1V223MELC 15000 35 × 45 6560 2.59 LLS1H153MELC 27000 35 × 50 6900 2.91 LLS1V273MELC 18000 35 × 50 7140 2.84 LLS1H183MELC, 63V (1J) 80V (1K) 1800 22 × 25 1900 1.01 LLS1J182MELZ 1200 22 × 25 1770 0.92 LLS1K122MELZ 22 × 30 2350 1.11 LLS1J222MELZ 1500 22 × 30 2010 1.03 LLS1K152MELZ 2200 25 × 25 2300 1.11 LLS1J222MELA 22 × 30 2110 1.13 LLS1K182MELZ × 180022 35 2500 1.23 LLS1J272MELZ 25 × 25 2260 1.13 LLS1K182MELA 2700 25 × 30 2520 1.23 LLS1J272MELA 22 × 35 2530 1.25 LLS1K222MELZ 22 × 35 2720 1.36 LLS1J332MELZ 2200 25 × 30 2530 1.25 LLS1K222MELA 3300 25 × 30 2740 1.36 LLS1J332MELA 30 × 25 2560 1.25 LLS1K222MELB 30 × 25 2840 1.36 LLS1J332MELB 22 × 40 2930 1.39 LLS1K272MELZ 22 × 40 3090 1.48 LLS1J392MELZ 2700 25 × 35 2930 1.39 LLS1K272MELA 3900 25 × 35 3130 1.48 LLS1J392MELA 30 × 30 2910 1.39 LLS1K272MELB 30 × 30 3090 1.48 LLS1J392MELB 22 × 45 3230 1.54 LLS1K332MELZ 22 × 50 3690 1.63 LLS1J472MELZ 3300 25 × 40 3290 1.54 LLS1K332MELA 4700 25 × 40 3590 1.63 LLS1J472MELA 30 × 30 3250 1.54 LLS1K332MELB 30 × 30 3540 1.63 LLS1J472MELB 22 × 50 3620 1.67 LLS1K392MELZ 25 × 45 4010 1.78 LLS1J562MELA 3900 25 × 45 3710 1.67 LLS1K392MELA 5600 30 × 35 4000 1.78 LLS1J562MELB 30 × 35 3700 1.67 LLS1K392MELB 35 × 30 3750 1.78 LLS1J562MELC 25 × 50 4280 1.83 LLS1K472MELA 25 × 50 4520 1.96 LLS1J682MELA 4700 30 × 40 4230 1.83 LLS1K472MELB 6800 30 × 40 4550 1.96 LLS1J682MELB 35 × 30 4120 1.83 LLS1K472MELC 35 × 30 4440 1.96 LLS1J682MELC 30 × 45 4700 2.00 LLS1K562MELB 30 × 45 5120 2.15 LLS1J822MELB 5600 35 × 35 4640 2.00 LLS1K562MELC 8200 35 × 35 5050 2.15 LLS1J822MELC 30 × 50 5270 2.21 LLS1K682MELB 30 × 50 5780 2.38 LLS1J103MELB 6800 35 × 40 5240 2.21 LLS1K682MELC 10000 35 × 40 5750 2.38 LLS1J103MELC 8200 35 × 45 5890 2.42 LLS1K822MELC 12000 35 × 45 6470 2.60 LLS1J123MELC 10000 35 × 50 6630 2.68 LLS1K103MELC 100V (2A) Cap. Size Rated ripple LeakageCurrent (µF) φD × L(mm) (mA) Code(mA) 820 22 × 25 1860 0.85 LLS2A821MELZ 1000 22 × 30 2020 0.94 LLS2A102MELZ 22 × 30 2120 1.03 LLS2A122MELZ 25 × 25 2110 1.03 LLS2A122MELA 22 × 35 2450 1.16 LLS2A152MELZ 1500 25 × 30 2470 1.16 LLS2A152MELA 30 × 25 2560 1.16 LLS2A152MELB 22 × 40 2770 1.27 LLS2A182MELZ 1800 25 × 35 2810 1.27 LLS2A182MELA 30 × 25 2650 1.27 LLS2A182MELB 22 × 45 3150 1.40 LLS2A222MELZ 2200 25 × 40 3210 1.40 LLS2A222MELA 30 × 30 3170 1.40 LLS2A222MELB 25 × 45 3660 1.55 LLS2A272MELA 2700 30 × 35 3650 1.55 LLS2A272MELB 35 × 30 3770 1.55 LLS2A272MELC 25 × 50 4150 1.72 LLS2A332MELA 3300 30 × 40 4180 1.72 LLS2A332MELB 35 × 35 4070 1.72 LLS2A332MELC 30 × 45 4670 1.87 LLS2A392MELB 35 × 35 4610 1.87 LLS2A392MELC 30 × 50 5260 2.05 LLS2A472MELB 35 × 40 5230 2.05 LLS2A472MELC 5600 35 × 45 5880 2.24 LLS2A562MELC 6800 35 × 50 6010 2.47 LLS2A682MELC, 160V (2C) 180V (2Z) 270 20 × 25 1280 0.62 LLS2C271MELY 270 20 × 25 1290 0.66 LLS2Z271MELY 330 20 × 25 1550 0.68 LLS2C331MELY 20 × 30 1770 0.73 LLS2Z331MELY 20 × 30 1630 0.74 LLS2C391MELY 330 22 × 25 1770 0.73 LLS2Z331MELZ 22 × 25 1630 0.74 LLS2C391MELZ 20 × 30 1840 0.79 LLS2Z391MELY 20 × 30 1900 0.82 LLS2C471MELY 390 22 × 25 1840 0.79 LLS2Z391MELZ 470 22 × 30 1860 0.82 LLS2C471MELZ 20 × 35 1910 0.87 LLS2Z471MELY 25 × 25 1860 0.82 LLS2C471MELA 470 22 × 30 1910 0.87 LLS2Z471MELZ 20 × 35 2140 0.89 LLS2C561MELY 25 × 25 2080 0.87 LLS2Z471MELA 560 22 × 30 2150 0.89 LLS2C561MELZ 20 × 40 2150 0.95 LLS2Z561MELY 25 × 25 2150 0.89 LLS2C561MELA 560 22 × 35 2250 0.95 LLS2Z561MELZ 20 × 40 2350 0.98 LLS2C681MELY 25 × 25 2150 0.95 LLS2Z561MELA 22 × 35 2350 0.98 LLS2C681MELZ 22 × 35 2480 1.04 LLS2Z681MELZ 25 × 30 2330 0.98 LLS2C681MELA 680 25 × 30 2500 1.04 LLS2Z681MELA 30 × 25 2330 0.98 LLS2C681MELB 30 × 25 2460 1.04 LLS2Z681MELB 22 × 40 2680 1.08 LLS2C821MELZ 22 × 40 2860 1.15 LLS2Z821MELZ 820 25 × 30 2650 1.08 LLS2C821MELA 820 25 × 35 2750 1.15 LLS2Z821MELA 30 × 25 2640 1.08 LLS2C821MELB 30 × 25 2690 1.15 LLS2Z821MELB 22 × 45 3020 1.20 LLS2C102MELZ 22 × 50 3100 1.27 LLS2Z102MELZ 1000 25 × 35 3000 1.20 LLS2C102MELA 1000 25 × 40 3060 1.27 LLS2Z102MELA 30 × 30 2960 1.20 LLS2C102MELB 30 × 30 3100 1.27 LLS2Z102MELB 25 × 40 3430 1.31 LLS2C122MELA 25 × 45 3630 1.39 LLS2Z122MELA 1200 30 × 30 3410 1.31 LLS2C122MELB 1200 30 × 35 3550 1.39 LLS2Z122MELB 35 × 25 3400 1.31 LLS2C122MELC 35 × 30 3490 1.39 LLS2Z122MELC 25 × 50 3960 1.46 LLS2C152MELA 30 × 40 4100 1.55 LLS2Z152MELB 1500 30 × 35 3960 1.46 LLS2C152MELB 1500 35 × 35 4020 1.55 LLS2Z152MELC 35 × 30 3940 1.46 LLS2C152MELC 30 × 45 4550 1.70 LLS2Z182MELB 30 × 40 4310 1.60 LLS2C182MELB 1800 35 × 35 4540 1.70 LLS2Z182MELC 35 × 35 4280 1.60 LLS2C182MELC 2200 35 × 40 4830 1.88 LLS2Z222MELC 30 × 50 4960 1.77 LLS2C222MELB 2700 35 × 50 5300 2.09 LLS2Z272MELC 35 × 40 4960 1.77 LLS2C222MELC 2700 35 × 45 5570 1.97 LLS2C272MELC 200V (2D) 250V (2E) Cap. Size Rated ripple Leakage Cap. Size LeakageCurrent Code Rated ripple Current 220 20 × 25 1190 0.62 LLS2D221MELY 180 20 × 25 1200 0.63 LLS2E181MELY 20 × 25 1390 0.69 LLS2D271MELY 20 × 25 1260 0.70 LLS2E221MELY 270 22 × 22025 1370 0.69 LLS2D271MELZ 22 × 25 1240 0.70 LLS2E221MELZ 20 × 30 1560 0.77 LLS2D331MELY 20 × 30 1420 0.77 LLS2E271MELY 330 22 × 27025 1510 0.77 LLS2D331MELZ 22 × 25 1500 0.77 LLS2E271MELZ 20 × 35 1740 0.83 LLS2D391MELY 20 × 35 1680 0.86 LLS2E331MELY 390 22 × 30 1730 0.83 LLS2D391MELZ 330 22 × 30 1660 0.86 LLS2E331MELZ 25 × 25 1710 0.83 LLS2D391MELA 25 × 25 1610 0.86 LLS2E331MELA 20 × 35 2030 0.91 LLS2D471MELY 20 × 40 1920 0.93 LLS2E391MELY 470 22 × 30 1970 0.91 LLS2D471MELZ 390 22 × 35 1880 0.93 LLS2E391MELZ 25 × 25 1950 0.91 LLS2D471MELA 25 × 30 1880 0.93 LLS2E391MELA 20 × 40 2180 1.00 LLS2D561MELY 22 × 35 2150 1.02 LLS2E471MELZ 22 × 35 2180 1.00 LLS2D561MELZ 470 25 × 35 2150 1.02 LLS2E471MELA 560 25 × 30 2150 1.00 LLS2D561MELA 30 × 25 2040 1.02 LLS2E471MELB 30 × 25 2150 1.00 LLS2D561MELB 22 × 40 2480 1.12 LLS2E561MELZ 22 × 40 2480 1.10 LLS2D681MELZ 560 25 × 35 2350 1.12 LLS2E561MELA 680 25 × 30 2480 1.10 LLS2D681MELA 30 × 25 2350 1.12 LLS2E561MELB 30 × 25 2480 1.10 LLS2D681MELB 25 × 40 2670 1.23 LLS2E681MELA 22 × 45 2810 1.21 LLS2D821MELZ 30 × 30 2710 1.23 LLS2E681MELB 820 25 × 35 2790 1.21 LLS2D821MELA 25 × 45 3010 1.35 LLS2E821MELA 30 × 30 2800 1.21 LLS2D821MELB 820 30 × 35 2980 1.35 LLS2E821MELB 22 × 50 3280 1.34 LLS2D102MELZ 35 × 30 2960 1.35 LLS2E821MELC 1000 25 × 40 3280 1.34 LLS2D102MELA 30 × 40 3560 1.50 LLS2E102MELB × 100030 35 3150 1.34 LLS2D102MELB 35 × 35 3480 1.50 LLS2E102MELC 30 × 35 3610 1.46 LLS2D122MELB 30 × 45 3990 1.64 LLS2E122MELB 1200 × 120035 30 3570 1.46 LLS2D122MELC 35 × 35 3840 1.64 LLS2E122MELC 30 × 45 4130 1.64 LLS2D152MELB 1500 35 × 40 4330 1.83 LLS2E152MELC 1500 35 × 35 4060 1.64 LLS2D152MELC 1800 35 × 50 4540 2.01 LLS2E182MELC 30 × 50 4600 1.80 LLS2D182MELB 1800 Rated ripple current (mArms) at 85°C 120Hz35 × 40 4590 1.80 LLS2D182MELC 2200 35 × 45 5250 1.98 LLS2D222MELC, 350V (2V) 400V (2G) Cap. Size Rated ripple Leakage Cap. Size LeakageCurrent Code Rated ripple Current Code (µF) φD × L(mm) (mA) (mA) (µF) φD × L(mm) (mA) (mA) 20 × 30 0960 0.61 LLS2V121MELY 68 20 × 25 0750 0.49 LLS2G680MELY 22 × 25 1040 0.61 LLS2V121MELZ 20 × 30 0820 0.54 LLS2G820MELY 20 × 30 1100 0.68 LLS2V151MELY 22 × 25 0840 0.54 LLS2G820MELZ 150 22 × 30 1200 0.68 LLS2V151MELZ 20 × 30 0950 0.60 LLS2G101MELY 25 × 25 1220 0.68 LLS2V151MELA 22 × 25 0950 0.60 LLS2G101MELZ 20 × 35 1240 0.75 LLS2V181MELY 20 × 35 1070 0.65 LLS2G121MELY 180 22 × 30 1340 0.75 LLS2V181MELZ 120 22 × 30 1090 0.65 LLS2G121MELZ 25 × 25 1370 0.75 LLS2V181MELA 25 × 25 1130 0.65 LLS2G121MELA 22 × 35 1470 0.83 LLS2V221MELZ 20 × 40 1220 0.73 LLS2G151MELY 220 25 × 30 1530 0.83 LLS2V221MELA 150 22 × 35 1240 0.73 LLS2G151MELZ 30 × 25 1540 0.83 LLS2V221MELB 25 × 30 1270 0.73 LLS2G151MELA 22 × 40 1700 0.92 LLS2V271MELZ 22 × 40 1410 0.80 LLS2G181MELZ 270 25 × 35 1730 0.92 LLS2V271MELA 180 25 × 30 1440 0.80 LLS2G181MELA 30 × 25 1800 0.92 LLS2V271MELB 30 × 25 1520 0.80 LLS2G181MELB 22 × 45 1870 1.01 LLS2V331MELZ 22 × 45 1580 0.88 LLS2G221MELZ 330 25 × 35 1970 1.01 LLS2V331MELA 220 25 × 35 1640 0.88 LLS2G221MELA 30 × 30 2030 1.01 LLS2V331MELB 30 × 30 1660 0.88 LLS2G221MELB 25 × 40 2140 1.10 LLS2V391MELA 25 × 40 1790 0.98 LLS2G271MELA 390 30 × 35 2230 1.10 LLS2V391MELB 30 × 30 1820 0.98 LLS2G271MELB 35 × 30 2300 1.10 LLS2V391MELC 25 × 45 2000 1.08 LLS2G331MELA 25 × 50 2550 1.21 LLS2V471MELA 330 30 × 35 2050 1.08 LLS2G331MELB 470 30 × 35 2530 1.21 LLS2V471MELB 35 × 30 2050 1.08 LLS2G331MELC 35 × 30 2550 1.21 LLS2V471MELC 30 × 40 2260 1.18 LLS2G391MELB 30 × 40 2730 1.32 LLS2V561MELB 35 × 35 2280 1.18 LLS2G391MELC 35 × 35 2750 1.32 LLS2V561MELC 30 × 45 2510 1.30 LLS2G471MELB 30 × 50 3150 1.46 LLS2V681MELB 35 × 35 2510 1.30 LLS2G471MELC 35 × 40 3150 1.46 LLS2V681MELC 30 × 50 2850 1.41 LLS2G561MELB 820 35 × 45 3470 1.60 LLS2V821MELC 35 × 40 2850 1.41 LLS2G561MELC 1000 35 × 50 3600 1.77 LLS2V102MELC 680 35 × 50 3100 1.56 LLS2G681MELC 450V (2W) Cap. Size Rated ripple LeakageCurrent Code (µF) φD × L(mm) (mA) (mA) 56 20 × 25 0610 0.47 LLS2W560MELY 20 × 30 0710 0.52 LLS2W680MELY 22 × 25 0710 0.52 LLS2W680MELZ 20 × 35 0800 0.57 LLS2W820MELY 22 × 25 0860 0.57 LLS2W820MELZ 20 × 35 0880 0.63 LLS2W101MELY 100 22 × 30 0950 0.63 LLS2W101MELZ 25 × 25 0970 0.63 LLS2W101MELA 20 × 40 0990 0.69 LLS2W121MELY 22 × 35 1070 0.69 LLS2W121MELZ 25 × 30 1090 0.69 LLS2W121MELA 30 × 25 1120 0.69 LLS2W121MELB 22 × 40 1180 0.77 LLS2W151MELZ 150 25 × 30 1250 0.77 LLS2W151MELA 30 × 25 1290 0.77 LLS2W151MELB 22 × 45 1320 0.85 LLS2W181MELZ 180 25 × 35 1400 0.85 LLS2W181MELA 30 × 30 1450 0.85 LLS2W181MELB 25 × 40 1590 0.94 LLS2W221MELA 220 30 × 30 1640 0.94 LLS2W221MELB 35 × 25 1590 0.94 LLS2W221MELC 30 × 35 1890 1.04 LLS2W271MELB 35 × 30 1900 1.04 LLS2W271MELC 30 × 40 2120 1.15 LLS2W331MELB 35 × 35 2150 1.15 LLS2W331MELC 30 × 45 2350 1.25 LLS2W391MELB 35 × 40 2380 1.25 LLS2W391MELC 470 35 × 45 2680 1.37 LLS2W471MELC 560 35 × 50 2880 1.50 LLS2W561MELC Rated ripple current (mArms) at 85°C 120Hz CAT.8100Z]
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BX High Temperature Range, For +150°C Useseries BX
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HE Miniature Sized, Low Impedance,High Reliability Approved by Reliability Center for ElectronicComponent, Japan-Certification No. RCJ-03-23Cseries HE Long Life HD
HE Miniature Sized, Low Impedance,High Reliability Approved by Reliability Center for ElectronicComponent, Japan-Certification No. RCJ-03-23Cseries Low impedance and high reliability withstanding 4000 hours to 10000 hours. Compliant to the RoHS directive (2002/95/EC). HE Long Life HD Specifications
HV High Ripple Low Impedance Approved by Reliability Center for ElectronicComponent, Japan-Certification No. RCJ-03-23Cseries HV
ALUMINUM ELECTROLYTIC CAPACITORS HV High Ripple Low Impedance Approved by Reliability Center for ElectronicComponent, Japan-Certification No. RCJ-03-23Cseries Lower impedance at high frequency range. Smaller case size and high ripple current. Compliant to the RoHS directive (2002/95/EC). HD Smaller
MW 5mmL, For General Audio Equipmentseries MW
ALUMINUM ELECTROLYTIC CAPACITORS MW 5mmL, For General Audio Equipmentseries Acoustic series, with 5mm height. Compliant to the RoHS directive (2002/95/EC). SW Smaller MW Specifications Item Performance Characteristics Category Temperature Range –40 to +85°C Rated Voltage Range 4 to 50V Rated Capacit
ALUMINUM ELECTROLYTIC CAPACITORS HN Ultra Low Impedance, Component, Japan-Certification No. RCJ-03-23CFor PC motherboardseries
ALUMINUM ELECTROLYTIC CAPACITORS Approved by Reliability Center for Electronic HN Ultra Low Impedance, Component, Japan-Certification No. RCJ-03-23CFor PC motherboardseries Lower impedance than HM series. Compliant to the RoHS directive (2002/95/EC). HZ Low LowImpedance HN Impedance HM Specification
KG Lug / Snap-in Terminal Type,For Audio Equipmentseries
KG Lug / Snap-in Terminal Type,For Audio Equipmentseries Disigned for high grade audio equipment, giving priority to high fidelity sound quality. The variation expansion of the KG series. TYPE-1: The low profile high tone quality grade of the new development Super Through electrolyte adoption. TYPE-
HC Low Impedance Approved by Reliability Center for ElectronicComponent, Japan-Certification No. RCJ-03-23Cseries
ALUMINUM ELECTROLYTIC CAPACITORS HC Low Impedance Approved by Reliability Center for ElectronicComponent, Japan-Certification No. RCJ-03-23Cseries Lower impedance than HD series. Compliant to the RoHS directive (2002/95/EC). Products which are scheduled to be discontinued. Not recommended for new de
GJ Snap-in Terminal Type, 105°C Low-Profile Sizedseries GU
ALUMINUM ELECTROLYTIC CAPACITORS GJ Snap-in Terminal Type, 105°C Low-Profile Sizedseries GU Low Profile Withstanding 3000 hours application of rated ripple current at 105°C. Ideally suited for flat design fo switching power supply. GJ Addition of 450V rated voltage. Compliant to the RoHS directive (
CY Miniature Sized, High Ripple Current, High Reliabilityseries CY
ALUMINUM ELECTROLYTIC CAPACITORS CY Miniature Sized, High Ripple Current, High Reliabilityseries High ripple current and Long Life product withstanding CS load life of 8000 to 10000 hours at +105°C. Suited for ballast application. Smaller Compliant to the RoHS directive (2002/95/EC). CY Specificatio
ALUMINUM ELECTROLYTIC CAPACITORS KL Low Leakage Currentseries
ALUMINUM ELECTROLYTIC CAPACITORS KL Low Leakage Currentseries Standard low leakage current series. Compliant to the RoHS directive (2002/95/EC). VR Low LeakageCurrent KL Specifications Item Performance Characteristics Category Temperature Range –40 to +85°C ( –40 to +105°C product also available upo
PJ Low Impedance, For Switching Power Supplies series
PJ Low Impedance, For Switching Power Supplies series Low impedance and high reliability withstanding 5000 hours load life at +105˚C (3000 / 2000 hours for smaller case sizes as specified below). Capacitance ranges available based on the numerical values in E12 series under JIS. Ideally suited for u
GL Snap-in Terminal Type, 105°C Ultra-Smaller-Sizedseries GL
ALUMINUM ELECTROLYTIC CAPACITORS GL Snap-in Terminal Type, 105°C Ultra-Smaller-Sizedseries One rank smaller case sized than GG series. Suited for equipment down sizing. GG Compliant to the RoHS directive (2002/95/EC). Smaller GL Specifications Item Performance Characteristics Category Temperature Ra
HU Series Snap-in Type 105℃
CapXon HU Series HU Series Snap-in Type 105℃ Features HP Long life HU ◆ Load life 3000 hours 105℃ ◆ ROHS compliant Specifications Item Performance Characteristics Operating Temperature Range -40 to +105℃ -25 to +105℃ Capacitance Range 560 to 47000uF 47 to 2700uF Rate voltage Range 16 to 100VDC 160 t
ALUMINUM ELECTROLYTIC CAPACITORS HM Low Impedance, For PC motherboardseries
ALUMINUM ELECTROLYTIC CAPACITORS HM Low Impedance, For PC motherboardseries Lower impedance than HD,HC series. Compliant to the RoHS directive (2002/95/EC). HN Low LowImpedance HM Impedance HD Specifications ltem Performance Characteristics Category Temperature Range –40 to +105˚C Rated Voltage Rang
ALUMINUM ELECTROLYTIC CAPACITORS FG High Grade Standard Type, For Audio Equipmentseries
ALUMINUM ELECTROLYTIC CAPACITORS FG High Grade Standard Type, For Audio Equipmentseries "Fine Gold" MUSE acoustic series suited for high grade audio equipment, using state of the art etching techniques. Rich sound in the bass register and clearer high end, most suited for AV equipment like DVD, MD.
CS Miniature Sized, High Ripple Current, High Reliabilityseries
ALUMINUM ELECTROLYTIC CAPACITORS CS Miniature Sized, High Ripple Current, High Reliabilityseries CA High ripple current and Long Life product withstanding load life of 8000 to 10000 hours at +105°C. Smaller Suited for ballast application. Compliant to the RoHS directive (2002/95/EC). CS Smaller CY S
DB.GB Bi-Polarized, For Speaker Networkseries
ALUMINUM ELECTROLYTIC CAPACITORS DB.GB Bi-Polarized, For Speaker Networkseries Bi-polarized series. Designed specifically for crossover networks in Hi-Fi sound systems. Compliant to the RoHS directive (2002/95/EC). Specifications Performance Characteristics DB series GB series Radial Lead Type Categ
ALUMINUM ELECTROLYTIC CAPACITORS AK Snap-in Terminal Type, 105°C Permissible Abnormal Voltageseries
ALUMINUM ELECTROLYTIC CAPACITORS AK Snap-in Terminal Type, 105°C Permissible Abnormal Voltageseries Withstanding 2000 hours application of rated ripple current at 105°C. Extended voltage range at 200V, 400V and 420V. Improved safety features for abnormally excessive voltage. Ideally suited for the e
GN Snap-in Terminal Type, 105°C Smaller-Sizedseries GN
GN Snap-in Terminal Type, 105°C Smaller-Sizedseries Withstanding 3000 hours application of rated ripple current at 105°C. One rank smaller case sized than GU series. GU Addition of 500V rated voltage. Smaller Compliant to the RoHS directive (2002/95/EC). GN Smaller Specifications GG Item Performance
MF 5mmL, Low Impedanceseries MF LowImpedance MT
ALUMINUM ELECTROLYTIC CAPACITORS MF 5mmL, Low Impedanceseries Low impedance over wide temperature range of –55 to +105°C, with 5mm height. Suited for DC-DC converters where smaller case size and lower impedance are required. Compliant to the RoHS directive (2002/95/EC). MF LowImpedance MT Specificat
GJ Snap-in Terminal Type, 105°C Low-Profile Sized(15mmL)(15) series
ALUMINUM ELECTROLYTIC CAPACITORS GJ Snap-in Terminal Type, 105°C Low-Profile Sized(15mmL)(15) series Withstanding 2000 hours application of rated ripple current at 105°C. Smaller than low-profile GJ series. Ideally suited for flat design of switching power supply. GJ Compliant to the RoHS directive
ALUMINUM ELECTROLYTIC CAPACITORS JB Memory Back-Up Useseries
ALUMINUM ELECTROLYTIC CAPACITORS JB Memory Back-Up Useseries Developed for memory back-up, with load life of 1000 hours at +85°C. Superior to electric double layer type capacitors in the following characteristics:: •Better voltage maintenance. •Speedier charge-up available due to low impedance featu
KZ Premium Grade Type, For Audio Equipment series KZ High Grade FG
ALUMINUM ELECTROLYTIC CAPACITORS KZ Premium Grade Type, For Audio Equipment series Premium grade “nichicon MUSE” acoustic series. Ideally suited for first class audio equipment where qualitative and quantitative comfortableness is required. Compliant to the RoHS directive (2002/95/EC). KZ High Grade
ALUMINUM ELECTROLYTIC CAPACITORS KT For General Audio Equipment,Wide Temperature Range.series
ALUMINUM ELECTROLYTIC CAPACITORS KT For General Audio Equipment,Wide Temperature Range.series 105°C standard for audio equipment. Compliant to the RoHS directive (2002/95/EC). KT High Sound Quality VZ Specifications Item Performance Characteristics Category Temperature Range –55 to +105°C Rated Volt
FW Standard, For Audio Equipmentseries
ALUMINUM ELECTROLYTIC CAPACITORS FW Standard, For Audio Equipmentseries Compliant to the RoHS directive (2002/95/EC). KW High Sound Quality FG High Grade FW Specifications Item Performance Characteristics Category Temperature Range –40 to +85°C Rated Voltage Range 6.3 to 100V Rated Capacitance Range