Supercapacitors (528 items)

Capacitance = 0.47F Voltage = 5.4V dc Mounting Type = Through Hole Minimum Operating Temperature = -40°C Maximum Operating Temperature = +85°C

Capacitance = 0.47F Voltage = 5.4V dc Mounting Type = Through Hole Minimum Operating Temperature = -40°C Maximum Operating Temperature = +85°C

Capacitance = 0.47F Voltage = 5V dc Mounting Type = Through Hole Minimum Operating Temperature = -40°C Maximum Operating Temperature = +85°C

Capacitance = 0.47F Voltage = 5V dc Mounting Type = Through Hole Minimum Operating Temperature = -40°C Maximum Operating Temperature = +85°C

Capacitance = 0.47F Voltage = 5V dc Mounting Type = Through Hole Minimum Operating Temperature = -40°C Maximum Operating Temperature = +85°C

Capacitance = 0.47F Voltage = 5V dc Mounting Type = Through Hole Minimum Operating Temperature = -40°C Maximum Operating Temperature = +85°C

Capacitance = 0.47F Voltage = 5V dc Mounting Type = Through Hole Minimum Operating Temperature = -40°C Maximum Operating Temperature = +85°C

Capacitance = 0.47F Voltage = 5V dc Mounting Type = Through Hole Minimum Operating Temperature = -40°C Maximum Operating Temperature = +85°C

Capacitance = 1.5F Voltage = 5.4V dc Mounting Type = Through Hole Minimum Operating Temperature = -40°C Maximum Operating Temperature = +85°C

Capacitance = 1.5F Voltage = 5.4V dc Mounting Type = Through Hole Minimum Operating Temperature = -40°C Maximum Operating Temperature = +85°C

Capacitance = 10F Voltage = 3V dc Mounting Type = Through Hole Minimum Operating Temperature = -40°C Maximum Operating Temperature = +85°C

Capacitance = 10F Voltage = 3V dc Mounting Type = Through Hole Minimum Operating Temperature = -40°C Maximum Operating Temperature = +85°C

Capacitance = 10F Voltage = 3V dc Mounting Type = Through Hole Minimum Operating Temperature = -40°C Maximum Operating Temperature = +85°C

Capacitance = 10F Voltage = 3V dc Mounting Type = Through Hole Minimum Operating Temperature = -40°C Maximum Operating Temperature = +85°C

Capacitors or Double Layer Capacitors have rapidly become recognized, not only as an excellent compromise between “;electronic”; or “;dielectric”; capacitors such as ceramic, tantalum, film and alu...