Cornell Dubilier Datasheets for Capacitors
Capacitors are electronic components used for storing charge and energy. In their simplest form, capacitors consist of two conducting plates separated by an insulating material called the dielectric.
Capacitors: Learn more
| Product Name | Notes |
|---|---|
| ADD CONTENT | |
| Axial Leaded | |
| Our high voltage (HV) film capacitors are constructed with metallized film and are available in round or oval aluminum cases with many terminal options. Their higher voltage ratings and rugged... | |
| For New Design: Yes Capacitance: 1,000 µF Voltage DC: 10V Tolerance: -20%/+20% Min Temp: -40°C Max Temp: 125°C Load Life: 3,000 @ 125°C Ripple Current: 770 mA @ 100 kHz,... | |
| For New Design: Yes Capacitance: 1,000 µF Voltage DC: 16V Tolerance: -20%/+20% Min Temp: -40°C Max Temp: 125°C Load Life: 5,000 @ 125°C Ripple Current: 920 mA @ 100 kHz,... | |
| For New Design: Yes Capacitance: 1,000 µF Voltage DC: 25V Tolerance: -20%/+20% Min Temp: -40°C Max Temp: 125°C Load Life: 5,000 @ 125°C Ripple Current: 1.25 A @ 100 kHz,... | |
| For New Design: Yes Capacitance: 100 µF Voltage DC: 25V Tolerance: -20%/+20% Min Temp: -40°C Max Temp: 125°C Load Life: 2,000 @ 125°C Ripple Current: 340 mA @ 100 kHz,... | |
| For New Design: Yes Capacitance: 2,200 µF Voltage DC: 10V Tolerance: -20%/+20% Min Temp: -40°C Max Temp: 125°C Load Life: 5,000 @ 125°C Ripple Current: 1.25 A @ 100 kHz,... | |
| For New Design: Yes Capacitance: 2,200 µF Voltage DC: 16V Tolerance: -20%/+20% Min Temp: -40°C Max Temp: 125°C Load Life: 5,000 @ 125°C Ripple Current: 1.38 A @ 100 kHz,... | |
| For New Design: Yes Capacitance: 2,200 µF Voltage DC: 25V Tolerance: -20%/+20% Min Temp: -40°C Max Temp: 125°C Load Life: 5,000 @ 125°C Ripple Current: 1.45 A @ 100 kHz,... | |
| For New Design: Yes Capacitance: 220 µF Voltage DC: 10V Tolerance: -20%/+20% Min Temp: -40°C Max Temp: 125°C Load Life: 2,000 @ 125°C Ripple Current: 340 mA @ 100 kHz,... | |
| For New Design: Yes Capacitance: 220 µF Voltage DC: 16V Tolerance: -20%/+20% Min Temp: -40°C Max Temp: 125°C Load Life: 2,000 @ 125°C Ripple Current: 340 mA @ 100 kHz,... | |
| For New Design: Yes Capacitance: 220 µF Voltage DC: 25V Tolerance: -20%/+20% Min Temp: -40°C Max Temp: 125°C Load Life: 3,000 @ 125°C Ripple Current: 500 mA @ 100 kHz,... | |
| For New Design: Yes Capacitance: 3,300 µF Voltage DC: 10V Tolerance: -20%/+20% Min Temp: -40°C Max Temp: 125°C Load Life: 5,000 @ 125°C Ripple Current: 1.38 A @ 100 kHz,... | |
| For New Design: Yes Capacitance: 3,300 µF Voltage DC: 16V Tolerance: -20%/+20% Min Temp: -40°C Max Temp: 125°C Load Life: 5,000 @ 125°C Ripple Current: 1.45 A @ 100 kHz,... | |
| For New Design: Yes Capacitance: 330 µF Voltage DC: 10V Tolerance: -20%/+20% Min Temp: -40°C Max Temp: 125°C Load Life: 3,000 @ 125°C Ripple Current: 500 mA @ 100 kHz,... | |
| For New Design: Yes Capacitance: 330 µF Voltage DC: 16V Tolerance: -20%/+20% Min Temp: -40°C Max Temp: 125°C Load Life: 3,000 @ 125°C Ripple Current: 500 mA @ 100 kHz,... | |
| For New Design: Yes Capacitance: 330 µF Voltage DC: 25V Tolerance: -20%/+20% Min Temp: -40°C Max Temp: 125°C Load Life: 3,000 @ 125°C Ripple Current: 630 mA @ 100 kHz,... | |
| For New Design: Yes Capacitance: 4,700 µF Voltage DC: 10V Tolerance: -20%/+20% Min Temp: -40°C Max Temp: 125°C Load Life: 5,000 @ 125°C Ripple Current: 1.45 A @ 100 kHz,... | |
| For New Design: Yes Capacitance: 4,700 µF Voltage DC: 16V Tolerance: -20%/+20% Min Temp: -40°C Max Temp: 125°C Load Life: 5,000 @ 125°C Ripple Current: 1.72 A @ 100 kHz,... | |
| For New Design: Yes Capacitance: 470 µF Voltage DC: 10V Tolerance: -20%/+20% Min Temp: -40°C Max Temp: 125°C Load Life: 3,000 @ 125°C Ripple Current: 630 mA @ 100 kHz,... | |
| For New Design: Yes Capacitance: 470 µF Voltage DC: 16V Tolerance: -20%/+20% Min Temp: -40°C Max Temp: 125°C Load Life: 3,000 @ 125°C Ripple Current: 770 mA @ 100 kHz,... | |
| For New Design: Yes Capacitance: 470 µF Voltage DC: 25V Tolerance: -20%/+20% Min Temp: -40°C Max Temp: 125°C Load Life: 3,000 @ 125°C Ripple Current: 770 mA @ 100 kHz,... |
| << Prev | Next >> |