EXV336M Series

Manufacturer: KEMET

Catalog

CAP ALUM 33UF 20% 50V SMD

Part	Impedance	Surface Mount Land Size [x]	Surface Mount Land Size [y]	Surface Mount Land Size [x]	Surface Mount Land Size [y]	Height - Seated (Max) [Max]	Height - Seated (Max) [Max]	Voltage - Rated	Tolerance	Package / Case	Size / Dimension [diameter]	Size / Dimension [diameter]	Mounting Type	ESR (Equivalent Series Resistance)	Applications	Polarization	Ripple Current @ Low Frequency	Capacitance	Operating Temperature [Min]	Operating Temperature [Max]	Lifetime @ Temp.	Ripple Current @ High Frequency	Ratings
KEMET EXV336M050A9MAA	500 mOhms	8.3 mm	8.3 mm	0.327 in	0.327 in	0.413 "	10.5 mm	50 VDC	20 %	Radial Can - SMD	0.315 in	8 mm	Surface Mount	500 mOhm	General Purpose	Polar	245 mA	33 ÁF	-55 C	105 ░C	5000 Hrs	350 mA
KEMET EXV336M010S9DAA	1 Ohms	0.209 in 5.3 mm	0.209 in 5.3 mm			0.222 in	5.65 mm	10 V	20 %	Radial Can - SMD	0.197 in	5 mm	Surface Mount	1 Ohm	Automotive	Polar	112 mA	33 ÁF	-55 C	105 ░C	3000 Hrs	160 mA	AEC-Q200
KEMET EXV336M016A9GAA	520 mOhms	6.6 mm	6.6 mm	0.26 in	0.26 in	0.222 in	5.65 mm	16 V	20 %	Radial Can - SMD	0.248 "	6.3 mm	Surface Mount	520 mOhm	General Purpose	Polar	168 mA	33 ÁF	-55 C	105 ░C	3000 Hrs	240 mA
KEMET EXV336M025A9GAA	520 mOhms	6.6 mm	6.6 mm	0.26 in	0.26 in	0.222 in	5.65 mm	25 VDC	20 %	Radial Can - SMD	0.248 "	6.3 mm	Surface Mount	520 mOhm	General Purpose	Polar	168 mA	33 ÁF	-55 C	105 ░C	3000 Hrs	240 mA
KEMET EXV336M016S9GAA	520 mOhms	6.6 mm	6.6 mm	0.26 in	0.26 in	0.222 in	5.65 mm	16 V	20 %	Radial Can - SMD	0.248 "	6.3 mm	Surface Mount	520 mOhm	Automotive	Polar	168 mA	33 ÁF	-55 C	105 ░C	3000 Hrs	240 mA	AEC-Q200
KEMET EXV336M6R3S9BAA	1.93 Ohms	4.3 mm	4.3 mm	0.169 in	0.169 "	0.222 in	5.65 mm	6.3 VDC	20 %	Radial Can - SMD	0.157 in	4 mm	Surface Mount	1.93 Ohm	Automotive	Polar	63 mA	33 ÁF	-55 C	105 ░C	3000 Hrs	90 mA	AEC-Q200
KEMET EXV336M010A9DAA	1 Ohms	0.209 in 5.3 mm	0.209 in 5.3 mm			0.222 in	5.65 mm	10 V	20 %	Radial Can - SMD	0.197 in	5 mm	Surface Mount	1 Ohm	General Purpose	Polar	112 mA	33 ÁF	-55 C	105 ░C	3000 Hrs	160 mA