Cornell Dubilier FCA Acrylic Surface Mount Film Capacitors Product Data Sheet

Type FCA acrylic surface mount film capacitors are non-inductive stacked metallized film capacitors which feature large capacitance values in standard surface mount case sizes


Cornell Dubilier FCA Acrylic Surface Mount Film Capacitors Product Data Sheet - cover page
Brand
CDE
Category
Other Electronics
Document type
Product Leaflet
Language
English
Pages
5
File format
PDF
File size
217 KB
Published
05 June, 2012
Updated
01 October, 2023
MD5 checksum
A76D4681257F90274BEC2EE0E7B159F7

About this manual

The FCA series are non‑inductive, stacked metallized film capacitors offered in standard surface‑mount case sizes. They feature low ESR, no piezoelectric effect, and are non‑polarized, making them suitable for high‑frequency filtering and decoupling.

Typical applications include audio coupling, PLL circuits, and filtering in switching power supplies, where the FCA capacitors achieve comparable ripple reduction to much larger tantalum parts while maintaining low distortion and stable performance over temperature.

What's inside

  • Highlights
  • Specifications
  • Typical Applications
  • Temperature Characteristics
  • Frequency Characteristics
  • Outline Drawing
  • Design Kits

Specifications

Capacitance Range0.10 µF to 1.0 pF
Rated Voltage16 Vdc (1 µF in 1206 case, 10 Vdc)
Dissipation Factor0.015 @ 1 kHz and +20 °C
Operating Temperature Range‑40 °C to +85 °C
Dielectric Strength175 % of rated voltage for 5 s
RoHS ComplianceComplies with EU Directive 2002/95/EC

Frequently asked questions

What is the capacitance range of FCA capacitors?

The FCA capacitors cover a range from 0.10 µF to 1.0 pF.

What is the rated voltage for the 1 µF FCA capacitor in a 1206 case?

It is rated at 16 Vdc (with a typical 10 Vdc rating).

Are FCA capacitors RoHS compliant?

Yes, they comply with the EU Directive 2002/95/EC.

What are common applications for FCA capacitors?

They are used as coupling capacitors in audio, in PLL circuits, and for filtering in switching power supplies.

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