0.68mFD

Product Code Image Data Sheet Attributes
X668 0.68 10 250 round film capacitor for power supply and power current

Data Sheet: X668
  • Application: Power Supply, Pulse Current
  • Capacitance (µF): 0.68
  • Case: Tape Wrap and Epoxy Fill
  • Dielectric Material: Polyester – Metallized
  • Operating Temperature: -40 °C to +85 °C
  • Termination: Solid Wire
  • Tolerance: ±10%
  • Voltage Rating - DC: 250V
  • Dimension inches: 0.984" H x 0.374" D
  • Dimension mm: 25.0mm x 9.5mm
  • Construction: non-inductive wound metallized polyester film
  • IPeak: 2.7
  • Lifecycle @ Rated Temp & Voltage: 30,000 hrs
X668 0.68 10 400 round film capacitor for power supply and power current

Data Sheet: X668
  • Application: Power Supply, Pulse Current
  • Capacitance (µF): 0.68
  • Case: Tape Wrap and Epoxy Fill
  • Dielectric Material: Polyester – Metallized
  • Operating Temperature: -40 °C to +85 °C
  • Termination: Solid Wire
  • Tolerance: ±10%
  • Voltage Rating - DC: 400V
  • Dimension inches: 1.260" H x 0.512" D
  • Dimension mm: 32.0mm x 13.0mm
  • Construction: non-inductive wound metallized polyester film
  • IPeak: 2.7
  • Lifecycle @ Rated Temp & Voltage: 30,000 hrs
X668 0.68 10 630 round film capacitor for power supply and power current

Data Sheet: X668
  • Application: Power Supply, Pulse Current
  • Capacitance (µF): 0.68
  • Case: Tape Wrap and Epoxy Fill
  • Dielectric Material: Polyester – Metallized
  • Operating Temperature: -40 °C to +85 °C
  • Termination: Solid Wire
  • Tolerance: ±10%
  • Voltage Rating - DC: 630V
  • Dimension inches: 1.260" H x 0.669" D
  • Dimension mm: 32.0mm x 17.0mm
  • Construction: non-inductive wound metallized polyester film
  • IPeak: 4.1
  • Lifecycle @ Rated Temp & Voltage: 30,000 hrs
X668 0.68 20 100 round film capacitor for power supply and power current

Data Sheet: X668
  • Application: Power Supply, Pulse Current
  • Capacitance (µF): 0.68
  • Case: Tape Wrap and Epoxy Fill
  • Dielectric Material: Polyester – Metallized
  • Operating Temperature: -40 °C to +85 °C
  • Termination: Solid Wire
  • Tolerance: ±20%
  • Voltage Rating - DC: 100V
  • Dimension inches: 0.748" H x 0.315" D
  • Dimension mm: 19.0mm x 8.0mm
  • Construction: non-inductive wound metallized polyester film
  • IPeak: 2
  • Lifecycle @ Rated Temp & Voltage: 30,000 hrs
X668 0.68 20 250 round film capacitor for power supply and power current

Data Sheet: X668
  • Application: Power Supply, Pulse Current
  • Capacitance (µF): 0.68
  • Case: Tape Wrap and Epoxy Fill
  • Dielectric Material: Polyester – Metallized
  • Operating Temperature: -40 °C to +85 °C
  • Termination: Solid Wire
  • Tolerance: ±20%
  • Voltage Rating - DC: 250V
  • Dimension inches: 0.984" H x 0.374" D
  • Dimension mm: 25.0mm x 9.5mm
  • Construction: non-inductive wound metallized polyester film
  • IPeak: 2.7
  • Lifecycle @ Rated Temp & Voltage: 30,000 hrs
X668 0.68 20 400 round film capacitor for power supply and power current

Data Sheet: X668
  • Application: Power Supply, Pulse Current
  • Capacitance (µF): 0.68
  • Case: Tape Wrap and Epoxy Fill
  • Dielectric Material: Polyester – Metallized
  • Operating Temperature: -40 °C to +85 °C
  • Termination: Solid Wire
  • Tolerance: ±20%
  • Voltage Rating - DC: 400V
  • Dimension inches: 1.260" H x 0.512" D
  • Dimension mm: 32.0mm x 13.0mm
  • Construction: non-inductive wound metallized polyester film
  • IPeak: 2.7
  • Lifecycle @ Rated Temp & Voltage: 30,000 hrs
X668 0.68 20 630 round film capacitor for power supply and power current

Data Sheet: X668
  • Application: Power Supply, Pulse Current
  • Capacitance (µF): 0.68
  • Case: Tape Wrap and Epoxy Fill
  • Dielectric Material: Polyester – Metallized
  • Operating Temperature: -40 °C to +85 °C
  • Termination: Solid Wire
  • Tolerance: ±20%
  • Voltage Rating - DC: 630V
  • Dimension inches: 1.260" H x 0.669" D
  • Dimension mm: 32.0mm x 17.0mm
  • Construction: non-inductive wound metallized polyester film
  • IPeak: 4.1
  • Lifecycle @ Rated Temp & Voltage: 30,000 hrs
X668 0.68 5 100 round film capacitor for power supply and power current

Data Sheet: X668
  • Application: Power Supply, Pulse Current
  • Capacitance (µF): 0.68
  • Case: Tape Wrap and Epoxy Fill
  • Dielectric Material: Polyester – Metallized
  • Operating Temperature: -40 °C to +85 °C
  • Termination: Solid Wire
  • Tolerance: ±5%
  • Voltage Rating - DC: 100V
  • Dimension inches: 0.748" H x 0.315" D
  • Dimension mm: 19.0mm x 8.0mm
  • Construction: non-inductive wound metallized polyester film
  • IPeak: 2
  • Lifecycle @ Rated Temp & Voltage: 30,000 hrs
X668 0.68 5 250 round film capacitor for power supply and power current

Data Sheet: X668
  • Application: Power Supply, Pulse Current
  • Capacitance (µF): 0.68
  • Case: Tape Wrap and Epoxy Fill
  • Dielectric Material: Polyester – Metallized
  • Operating Temperature: -40 °C to +85 °C
  • Termination: Solid Wire
  • Tolerance: ±5%
  • Voltage Rating - DC: 250V
  • Dimension inches: 0.984" H x 0.374" D
  • Dimension mm: 25.0mm x 9.5mm
  • Construction: non-inductive wound metallized polyester film
  • IPeak: 2.7
  • Lifecycle @ Rated Temp & Voltage: 30,000 hrs
X668 0.68 5 400 round film capacitor for power supply and power current

Data Sheet: X668
  • Application: Power Supply, Pulse Current
  • Capacitance (µF): 0.68
  • Case: Tape Wrap and Epoxy Fill
  • Dielectric Material: Polyester – Metallized
  • Operating Temperature: -40 °C to +85 °C
  • Termination: Solid Wire
  • Tolerance: ±5%
  • Voltage Rating - DC: 400V
  • Dimension inches: 1.260" H x 0.512" D
  • Dimension mm: 32.0mm x 13.0mm
  • Construction: non-inductive wound metallized polyester film
  • IPeak: 2.7
  • Lifecycle @ Rated Temp & Voltage: 30,000 hrs
X668 0.68 5 630 round film capacitor for power supply and power current

Data Sheet: X668
  • Application: Power Supply, Pulse Current
  • Capacitance (µF): 0.68
  • Case: Tape Wrap and Epoxy Fill
  • Dielectric Material: Polyester – Metallized
  • Operating Temperature: -40 °C to +85 °C
  • Termination: Solid Wire
  • Tolerance: ±5%
  • Voltage Rating - DC: 630V
  • Dimension inches: 1.260" H x 0.669" D
  • Dimension mm: 32.0mm x 17.0mm
  • Construction: non-inductive wound metallized polyester film
  • IPeak: 4.1
  • Lifecycle @ Rated Temp & Voltage: 30,000 hrs
X675 0.68 10 2000 round film capacitor for power supply and power current

Data Sheet: X675
  • Application: Power Supply, Pulse Current
  • Capacitance (µF): 0.68
  • Case: Tape Wrap and Epoxy Fill
  • Dielectric Material: Polyester – Metallized
  • Operating Temperature: -55 °C to +65 °C
  • Termination: Solid Wire
  • Tolerance: ±10%
  • Voltage Rating - DC: 2000V
  • Lifecycle @ Rated Temp & Voltage: 30,000 hrs
  • Dimension inches: 1.914" H x 1.500" D
  • Dimension mm: 48.6mm x 38.1mm
  • Voltage Rating - AC:
  • Construction: non-inductive wound metallized polyester film
  • IPeak: 23.1
X675 0.68 20 2000 round film capacitor for power supply and power current

Data Sheet: X675
  • Application: Power Supply, Pulse Current
  • Capacitance (µF): 0.68
  • Case: Tape Wrap and Epoxy Fill
  • Dielectric Material: Polyester – Metallized
  • Operating Temperature: -55 °C to +65 °C
  • Termination: Solid Wire
  • Tolerance: ±20%
  • Voltage Rating - DC: 2000V
  • Lifecycle @ Rated Temp & Voltage: 30,000 hrs
  • Dimension inches: 1.914" H x 1.500" D
  • Dimension mm: 48.6mm x 38.1mm
  • Voltage Rating - AC:
  • Construction: non-inductive wound metallized polyester film
  • IPeak: 23.1
X675 0.68 5 2000 round film capacitor for power supply and power current

Data Sheet: X675
  • Application: Power Supply, Pulse Current
  • Capacitance (µF): 0.68
  • Case: Tape Wrap and Epoxy Fill
  • Dielectric Material: Polyester – Metallized
  • Operating Temperature: -55 °C to +65 °C
  • Termination: Solid Wire
  • Tolerance: ±5%
  • Voltage Rating - DC: 2000V
  • Lifecycle @ Rated Temp & Voltage: 30,000 hrs
  • Dimension inches: 1.914" H x 1.500" D
  • Dimension mm: 48.6mm x 38.1mm
  • Voltage Rating - AC:
  • Construction: non-inductive wound metallized polyester film
  • IPeak: 23.1

Showing 301–314 of 314 results

×

Inquire About

Product Inquiry
Name
Name
First Name
Last Name