ECJ-GVB Series

Manufacturer: Panasonic Electronic Components

Catalog

CAP CER 10UF 6.3V X5R 0805

Part	Mounting Type	Applications	Temperature Coefficient	Thickness (Max) [Max]	Thickness (Max) [Max]	Voltage - Rated	Operating Temperature [Min]	Operating Temperature [Max]	Tolerance	Size / Dimension [x]	Size / Dimension [y]	Size / Dimension [y]	Size / Dimension [x]	Capacitance	Package / Case
Panasonic Electronic Components ECJ-GVB0J106M	MLCC Surface Mount	General Purpose	X5R	0.037 in	0.95 mm	6.3 VDC	-55 C	85 °C	20 %	2 mm	1.25 mm	0.049 "	0.079 in	10 µF	0805
Panasonic Electronic Components ECJ-GVB1C225K	MLCC Surface Mount	General Purpose	X5R	0.037 in	0.95 mm	16 V	-55 C	85 °C	10 %	2 mm	1.25 mm	0.049 "	0.079 in	2.2 µF	0805
Panasonic Electronic Components ECJ-GVB1A475M	MLCC Surface Mount	General Purpose	X5R	0.037 in	0.95 mm	10 V	-55 C	85 °C	20 %	2 mm	1.25 mm	0.049 "	0.079 in	4.7 µF	0805
Panasonic Electronic Components ECJ-GVB1C475M	MLCC Surface Mount	General Purpose	X5R	0.037 in	0.95 mm	16 V	-55 C	85 °C	20 %	2 mm	1.25 mm	0.049 "	0.079 in	4.7 µF	0805
Panasonic Electronic Components ECJ-GVB1A106M	MLCC Surface Mount	General Purpose	X5R	0.037 in	0.95 mm	10 V	-55 C	85 °C	20 %	2 mm	1.25 mm	0.049 "	0.079 in	10 µF	0805
Panasonic Electronic Components ECJ-GVB1C105K	MLCC Surface Mount	General Purpose	X5R	0.037 in	0.95 mm	16 V	-55 C	85 °C	10 %	2 mm	1.25 mm	0.049 "	0.079 in	1 µF	0805
Panasonic Electronic Components ECJ-GVB0J475M	MLCC Surface Mount	General Purpose	X5R	0.037 in	0.95 mm	6.3 VDC	-55 C	85 °C	20 %	2 mm	1.25 mm	0.049 "	0.079 in	4.7 µF	0805
Panasonic Electronic Components ECJ-GVB0J475K	MLCC Surface Mount	General Purpose	X5R	0.037 in	0.95 mm	6.3 VDC	-55 C	85 °C	10 %	2 mm	1.25 mm	0.049 "	0.079 in	4.7 µF	0805
Panasonic Electronic Components ECJ-GVB1C225M	MLCC Surface Mount	General Purpose	X5R	0.037 in	0.95 mm	16 V	-55 C	85 °C	20 %	2 mm	1.25 mm	0.049 "	0.079 in	2.2 µF	0805
Panasonic Electronic Components ECJ-GVB1E225K	MLCC Surface Mount	General Purpose	X5R	0.037 in	0.95 mm	25 VDC	-55 C	85 °C	10 %	2 mm	1.25 mm	0.049 "	0.079 in	2.2 µF	0805