C0805F Series

Manufacturer: KEMET

Catalog

SMD MULTILAYER CERAMIC CAPACITOR, FO-CAP, F SERIES, 0.047 F, 10%, X7R, 50 V, 0805 [2012 METRIC] ROHS COMPLIANT: YES

Part	Size / Dimension [x]	Size / Dimension [y]	Size / Dimension [y]	Size / Dimension [x]	Package / Case	Applications	Tolerance	Operating Temperature [Min]	Operating Temperature [Max]	Features	Mounting Type	Voltage - Rated	Temperature Coefficient	Thickness (Max) [Max]	Thickness (Max) [Max]	Ratings	Capacitance
KEMET C0805F473K5RACTU	2 mm	1.25 mm	0.049 "	0.079 in	0805	General Purpose	10 %	-55 C	125 °C	Open Mode	MLCC Surface Mount	50 VDC	X7R	1 mm	0.039 in
KEMET C0805F104K3RACAUTO	2 mm	1.25 mm	0.049 "	0.079 in	0805	Automotive	10 %	-55 C	125 °C	Open Mode	MLCC Surface Mount	25 VDC	X7R	1.4 mm	0.055 in	AEC-Q200	100000 pF
KEMET C0805F472K5RACAUTO	2 mm	1.25 mm	0.049 "	0.079 in	0805	Automotive	10 %	-55 C	125 °C	Open Mode	MLCC Surface Mount	50 VDC	X7R	1 mm	0.039 in	AEC-Q200	0.0047 µF
KEMET C0805F123K5RAC7800	2 mm	1.25 mm	0.049 "	0.079 in	0805	General Purpose	10 %	-55 C	125 °C	Open Mode	MLCC Surface Mount	50 VDC	X7R	1 mm	0.039 in		0.012 µF
KEMET C0805F474M3RACAUTO	2 mm	1.25 mm	0.049 "	0.079 in	0805	Automotive	20 %	-55 C	125 °C	Open Mode	MLCC Surface Mount	25 VDC	X7R	1.4 mm	0.055 in	AEC-Q200	0.47 µF
KEMET C0805F683K5RACAUTO	2 mm	1.25 mm	0.049 "	0.079 in	0805	Automotive	10 %	-55 C	125 °C	Open Mode	MLCC Surface Mount	50 VDC	X7R	1.4 mm	0.055 in	AEC-Q200	0.068 µF
KEMET C0805F472K1RACAUTO	2 mm	1.25 mm	0.049 "	0.079 in	0805	Automotive	10 %	-55 C	125 °C	Open Mode	MLCC Surface Mount	100 V	X7R	1 mm	0.039 in	AEC-Q200	0.0047 µF
KEMET C0805F104K5RACAUTO	2 mm	1.25 mm	0.049 "	0.079 in	0805	Automotive	10 %	-55 C	125 °C	Open Mode	MLCC Surface Mount	50 VDC	X7R	1.4 mm	0.055 in	AEC-Q200	100000 pF
KEMET C0805F683K5RACTU	2 mm	1.25 mm	0.049 "	0.079 in	0805	General Purpose	10 %	-55 C	125 °C	Open Mode	MLCC Surface Mount	50 VDC	X7R	1.4 mm	0.055 in		0.068 µF
KEMET C0805F472K5RAC7800	2 mm	1.25 mm	0.049 "	0.079 in	0805	General Purpose	10 %	-55 C	125 °C	Open Mode	MLCC Surface Mount	50 VDC	X7R	1 mm	0.039 in		0.0047 µF