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Solen PB 80µF 400V 5%

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Solen PB 80µF 400V 5%

The FAST CAPACITOR ™ concept is mainly obtained by decreasing the film width from the standard round tubular winding type configuration to a shorter FAST tubular “square aspect ratio” round winding type which decrease the winding resistivity and also increase the contact area. The exceptional Solen line of metallized polypropylene capacitors features a high purity, polypropylene film dielectric. They exhibit outstanding high frequency characteristics, low dielectric absorption factor, high current capacity, and unrivalled handling of fast high current pulses.
Fastcap.pdf

$29.91

Technical Data

  • Tolerance: ±5 %
  • Dielectric Constant: 2.1 εr, non-polar dielectric.
  • Dielectric Absorption Factor: ≤ .05 % @ 20 °C.
  • Equivalent Series Resistance: Extremely low.
  • Self Inductance: ≤ 12 nH with 6 mm leads.
  • Dissipation Factor: Extremely low.
  • Insulation Resistance: ≥ 100,000 MΩ @ 20 °C.
  • Temperature Coefficient: -200 × 10-6 / °C.
  • Temperature Range: -55 °C to +85 °C.
  • Test Voltage: 1.5 × Vr for 5 sec.
  • Rated Voltage: 400Vdc/250Vac
  • Dielectric Thickness: 5 μm
  • Metal Layers Thickness: 0.04 μm
  • Metal Layers Conductivity: 1 - 2 Ω / cm2

General Information

  • Type: Metallized Film Capacitor.
  • Dielectric: Polypropylene Film.
  • Electrodes: Aluminum Metallized, Vacuum Deposited.
  • Construction: Round Tubular "Square Aspect Ratio" Type, Axial Leads.
  • Winding: Bifilar Extended Metallized Film.
  • Contact: Non-Inductive, Zinc Thermally Sprayed Extended Film.
  • Coating: Black Plastic Tape Wrapped, Grey Epoxy Resin Sealed.
  • Leads: Tinned Plated Oxygen Free Pure Copper.

Features

  • Special Tubular "Square Aspect Ratio" Type Construction.
  • High Conductivity Metallization.
  • Soldered Lead Termination.
  • High Current Capacity.
  • High Frequency and Temperature Stability.
  • Excellent Long Term Electrical and Mechanical Reliability.
  • No Short Term and / or Long Term Signal Aberration.
  • Unrivaled Handling of Fast High Current Pulse.

Electrical Performance

  • Very Low Dielectric Absorption Factor.
  • Very Low Equivalent Series Resistance.
  • Very Low Inductance.
  • Very High Resonant Frequency.
  • Ultra Linear Impedance Characteristics.
  • Very Low Dissipation Factor.
  • Very High Insulation Resistance.

 

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