C0805H Series

Manufacturer: KEMET

Catalog

CAP CER 470PF 100V C0G/NP0 0805

Part	Voltage - Rated	Size / Dimension [x]	Size / Dimension [x]	Size / Dimension [y]	Size / Dimension [y]	Thickness (Max) [Max]	Thickness (Max) [Max]	Operating Temperature [Min]	Operating Temperature [Max]	Mounting Type	Applications	Features	Temperature Coefficient	Package / Case	Tolerance	Capacitance
KEMET C0805H471J1GAC7800	100 V	2 mm	0.079 in	0.049 in	1.25 mm	0.035 in	0.88 mm	-55 °C	200 °C	MLCC Surface Mount	Downhole	High Temperature Low ESL	C0G NP0	0805	5 %	470 pF
KEMET C0805H471J3GAC7800	25 VDC	2 mm	0.079 in	0.049 in	1.25 mm	0.035 in	0.88 mm	-55 °C	200 °C	MLCC Surface Mount	Downhole	High Temperature Low ESL	C0G NP0	0805	5 %	470 pF
KEMET C0805H220J5GACTU	50 VDC	2 mm	0.079 in	0.049 in	1.25 mm	0.035 in	0.88 mm	-55 °C	200 °C	MLCC Surface Mount	Downhole	High Temperature Low ESL	C0G NP0	0805	5 %	22 pF
KEMET C0805H153J3GACTU	25 VDC	2 mm	0.079 in	0.049 in	1.25 mm	0.035 in	0.88 mm	-55 °C	200 °C	MLCC Surface Mount	Downhole	High Temperature Low ESL	C0G NP0	0805	5 %	15000 pF
KEMET C0805H222J1GAFT050	100 V	2 mm	0.079 in	0.049 in	1.25 mm			-55 °C	200 °C	MLCC Surface Mount	Downhole	High Temperature Low ESL	C0G NP0	0805	5 %	2200 pF
KEMET C0805H180J5GACT500	50 VDC	2 mm	0.079 in	0.049 in	1.25 mm	0.035 in	0.88 mm	-55 °C	200 °C	MLCC Surface Mount	Downhole	High Temperature Low ESL	C0G NP0	0805	5 %	18 pF
KEMET C0805H222J1GACT500	100 V	2 mm	0.079 in	0.049 in	1.25 mm	0.035 in	0.88 mm	-55 °C	200 °C	MLCC Surface Mount	Downhole	High Temperature Low ESL	C0G NP0	0805	5 %	2200 pF
KEMET C0805H150J5GALT500	50 VDC	2 mm	0.079 in	0.049 in	1.25 mm	0.035 in	0.88 mm	-55 °C	200 °C	MLCC Surface Mount	Downhole	High Temperature Low ESL	C0G NP0	0805	5 %	15 pF
KEMET C0805H102J1GAC7800	100 V	2 mm	0.079 in	0.049 in	1.25 mm	0.039 in	1 mm	-55 °C	200 °C	MLCC Surface Mount	Downhole	High Temperature Low ESL	C0G NP0	0805	5 %	0.001 µF
KEMET C0805H680J3GAC7800	25 VDC	2 mm	0.079 in	0.049 in	1.25 mm	0.035 in	0.88 mm	-55 °C	200 °C	MLCC Surface Mount	Downhole	High Temperature Low ESL	C0G NP0	0805	5 %	68 pF