Smaller High Voltage. High Temperature to 100. Type numbering system 3 T. Pressure relief vent ±1 2 N 3 T.

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1 AMINM EECROYIC CAACIORS Screw erminal ype, 10 C Standard N series oad life of,000 hours (,000 hours for 10~0V,00V) application of rated ripple current at +10 C. Extended voltage range from 10V up to 00V. Extended range up to φ size. Compliant to the RoHS directive (011//E). N Specifications Item Category emperature Range Rated Voltage Range Rated Capacitance Range Capacitance olerance angent of loss angle () (MAX) Smaller High Voltage N High emperature NR erformance Characteristics 40 to +10 C (10 to 100V), to +10 C (10 to 00V) 10 to 00V 0 to 00µF ±0% at 10Hz, 0 C After minutes application of rated voltage, leakage current is not more than CV (µa) or ma, whichever is smaller. (at 0 C) [C:Rated Capacitance, V:Voltage(V)] Measurement frequency:10hz, emperature:0 C φd V to 0 0 to to to to to to Stability at ow emperature Rated voltage(v) Impedance ratio Z C/Z+0 C Z/Z0(MAX.) Z 40 C/Z+0 C 10 to to 00 8 Measurement frequency : 10Hz Endurance he specifications listed at right shall be met when the capacitors are restored to 0 C after D.C. bias plus rated ripple current is applied for 000 hours (000 hours for 10 to 0V/00V) at 10 C, the peak voltage shall not exceed the rated voltage. Capacitance change eakage current Within ±0% of the initial capacitance value 00% or less than the initial specified value ess than or equal to the initial specified value Shelf ife After storing the capacitors under no load at 10 C for hours and then performing voltage treatment based on JIS C clause 4.1 at 0 C, they shall meet the requirements listed at right. Capacitance change eakage current Within ±0% of the initial capacitance value 00% or less than the initial specified value ess than or equal to the initial specified value Marking Drawing φ Screw terminal type Bottom plate 10 Sleeve 1±0. +MAX. 1.±1 Hexagenal headed bolt () ±1 rinted with white color letter on black sleeve. +MAX. Dimension table in next page ±1 + ressure relief vent 10. 4±1 ype numbering system Voltage 0V or less (Example : 0V 00µF) 1 Voltage 0V or more (Example : 40V µf) 1 N N 4 E 4 W Configuration Cr (III) lating (RoHS compliant) SE M S E 9 M S E G lease refer to page 0 for schematic of dimensions. lease contact to us if VCless products are required. Mounting bracket Configuration (φ) Capacitance tolerance (±0%) less -leg brackets Rated capacitance (00µF) N No brackets Rated voltage (0V) (φ1 to φ100) Series name less -leg brackets ype B -leg brackets N No brackets Mounting bracket Case dia. code (φ) φd less -leg brackets Configuration BN No brackets Capacitance tolerance (±0%) C Rated capacitance (µf) 1 F (φ1 to φ90). G less -leg brackets Rated voltage (40V). H BB -leg brackets Series name ype less -leg brackets 90 J BN No brackets 100 K (φ100) BN No brackets CA.8100C

2 S AMINM EECROYIC CAACIORS N series Screw terminal type for φ 1 and larger Bottom plate Hexagenal headed bolt Sleeve 10 ressure relief vent W ±1 D +MAX. h H ±1 B ± A ± + MAX. ±1 S B -leg brackets for φ90 capacitors have different hole shapes from the ordinary ones as illustrated below. A ± ressure relief vent 0 Dimension of terminal pitch (W) and length (R) and Nominal dia.of bolt (mm) φd W R 10 α 4 Nominal.of bolt M8 of mounting bracket (mm) -egs -egs eg Shape Symbol φd A S H h V (1A) 1V (1C) N1AMSE N1CMSE N1A4MSE N1C4MSE N1A8MSE N1C8MSE N1A104MSE N1C104MSE N1A14MSE N1C14MSE N1A4MSE 0.1 N1C4MSE N1A4MSE N1C4MSE N1A44MSE N1C44MSE N1A84MSE N1C84MSE N1A10MSE N1C10MSE N1A1MSE N1C1MSE current at 10 C 10Hz CA.8100C

3 AMINM EECROYIC CAACIORS N series V (1E) V (1V) 4.9. N1EMSE N1V10MSE.. N1EMSE.1.1 N1V1MSE 8.. N1E4MSE.. N1VMSE N1E8MSE.4. N1VMSE N1E104MSE N1V4MSE N1E14MSE N1V8MSE N1E4MSE 0 1. N1V104MSE N1E4MSE N1V14MSE 0.4 N1E44MSE N1V4MSE N1E84MSE 0 1. N1V4MSE N1E10MSE 0.4 N1V44MSE 00. N1V84MSE 0V (1H) V (1J) N1H10MSE.8 N1J10MSE..9 N1H1MSE.9.91 N1J1MSE.. N1HMSE.9. N1JMSE.8 N1HMSE N1JMSE 0. 9 N1H4MSE 11. N1J4MSE N1H8MSE 0 1. N1J8MSE N1H104MSE N1J104MSE N1H14MSE N1J14MSE N1H4MSE 0. N1J4MSE N1H4MSE 0.1 N1J4MSE N1H44MSE 80V (1K) 100V (A). 1.8 N1K4MSE NAMSE.9.1 N1K8MSE NAMSE.4.8 N1K10MSE NA4MSE.4.8 N1K1MSE..4 NA8MSE N1KMSE..00 NA10MSE N1KMSE.8. NA1MSE N1K4MSE NAMSE N1K8MSE NAMSE N1K104MSE 1.0 NA4MSE 0 1. N1K14MSE NA8MSE N1K4MSE 0 0. NA104MSE NA14MSE current at 10 C 10Hz CA.8100C

4 AMINM EECROYIC CAACIORS N series 10V (C) 00V (D) NC10MSE ND10MSE NC1MSE. 1.4 ND1MSE. 1. NCMSE NDMSE NCMSE NDMSE.0 NC4MSE.1.90 ND4MSE.8.1 NC8MSE.0.49 ND8MSE.8.9 NC10MSE ND10MSE NC1MSE ND1MSE NCMSE 1.1 NDMSE 1.4 NCMSE 1. NDMSE 1. NC4MSE ND4MSE NC8MSE 0V (E) 0V (V) NE81MSE NV1MSEC 1.9 NE10MSE NV41MSEC NE1MSE NV81MSEF.. NEMSE. 1. NV10MSEF NEMSE 8..1 NV1MSEF.9. NE4MSE. NVMSEF.1.91 NE8MSE NVMSEG NE10MSE NVMSEG 1. NE1MSE NV9MSEG NEMSE NEMSE NV4MSEG NV4MSEH NVMSEG NVMSEH NV8MSEH NV8MSEH NV8MSEJ.4 NV10MSEJ NV1MSEJ 4.9 NV1MSEJ 4 NVMSEK current at 10 C 10Hz CA.8100C

5 AMINM EECROYIC CAACIORS N series 400V (G) 40V (W) NG1MSEC NW1MSEC NG1MSEC 0.4 NW1MSEC NG41MSEC NW41MSEF NG81MSEF NW81MSEF NG10MSEF.0.01 NW10MSEF 9.1. NG1MSEF 9..4 NW1MSEF NGMSEG NWMSEG NGMSEG NGMSEG NWMSEG NWMSEH NG9MSEG NG9MSEH NWMSEG NWMSEH NG4MSEG NG4MSEH NW9MSEG NW4MSEH NGMSEH NG8MSEH NG8MSEJ NWMSEH NWMSEJ NW8MSEJ NG8MSEJ 800. NW8MSEJ.9 NG10MSEJ.1 NW10MSEJ NG1MSEJ NW1MSEJ NG1MSEK NW1MSEJ 00V (H) NH1MSEF NH41MSEF NH81MSEF..1 NH10MSEF NH1MSEG NHMSEG NHMSEG NHMSEH NHMSEG NHMSEH NH9MSEH NH4MSEH NH4MSEJ NHMSEJ NH8MSEJ Frequency coefficient of rated ripple current NH8MSEJ NH10MSEJ current at 10 C 10Hz Frequency (Hz) 10 to 100V Coeff. 10 to 0V 0 to 00V k 1. 10k or more CA.8100C