A759MS Series

Manufacturer: KEMET

Catalog

CAP ALUMINUM POLYMER 470UF 25VDC 20%( 10 X 12MM) RADIAL 5MM 0.02 OHM 2.8A 2000H 125°C BAG

Part	Package / Case	Ripple Current	Voltage - Rated	Applications	Operating Temperature (Max)	Operating Temperature (Min)	Height - Seated (Max)	Lifetime	ESR (Equivalent Series Resistance)	Type	Capacitance	Mounting Type	Lead Spacing	Size / Dimension Diameter	Tolerance
KEMET A759MS477M1EAAE020	Can Radial	4.844 A 242.2 mA	25 VAC	General Purpose	125 °C	-55 °C	0.512 in	2000 Hrs	20 mOhm	Polymer	470 µF	Through Hole	0.197 in	0.394 in	20 %
KEMET A759MS477M1CAAE015	Can Radial	5.363 A 268.15 mA	16 V	General Purpose	125 °C	-55 °C	0.512 in	2000 Hrs	15 mOhm	Polymer	470 µF	Through Hole	0.197 in	0.394 in	20 %
KEMET A759MS156M2CAAE094	Can Radial	1.58 A 79 mA	160 V	General Purpose	125 °C	-55 °C	0.512 in	2000 Hrs	94 mOhm	Polymer	15 µF	Through Hole	0.197 in	0.394 in	20 %
KEMET A759MS108M1AAAE012	Can Radial	7.093 A 354.65 mA	10 V	General Purpose	125 °C	-55 °C	0.512 in	2000 Hrs	12 mOhm	Polymer	1000 µF	Through Hole	0.197 in	0.394 in	20 %
KEMET A759MS228M0JAAE013	Can Radial	7.785 A 389.25 mA	6.3 V	General Purpose	125 °C	-55 °C	0.512 in	2000 Hrs	13 mOhm	Polymer	2200 ĄF	Through Hole	0.197 in	0.394 in	20 %
KEMET A759MS567M1CAAE015	Can Radial	6.055 A 302.75 mA	16 V	General Purpose	125 °C	-55 °C	0.512 in	2000 Hrs	15 mOhm	Polymer	560 µF	Through Hole	0.197 in	0.394 in	20 %
KEMET A759MS685M2EAAE482	Can Radial	39 mA 780 mA	250 V	General Purpose	125 °C	-55 °C	0.512 in	2000 Hrs	482 mOhm	Polymer	6.8 µF	Through Hole	0.197 in	0.394 in	20 %
KEMET A759MS186M2CAAE090	Can Radial	1.944 A 97.2 mA	160 V	General Purpose	125 °C	-55 °C	0.512 in	2000 Hrs	90 mOhm	Polymer	18 µF	Through Hole	0.197 in	0.394 in	20 %
KEMET A759MS826M1JAAE050	Can Radial	2.5 A 125 mA	63 V	General Purpose	125 °C	-55 °C	0.512 in	2000 Hrs	50 mOhm	Polymer	82 µF	Through Hole	0.197 in	0.394 in	20 %
KEMET A759MS337M1EAAE022	Can Radial	4.429 A 221.45 mA	25 VAC	General Purpose	125 °C	-55 °C	0.512 in	2000 Hrs	22 mOhm	Polymer	330 µF	Through Hole	0.197 in	0.394 in	20 %