SY capacitor FFC3SY 850-55.8——Professional solution for high voltage pulse capacitor

Date:2026-5-15 Share to:

SY capacitor FFC3SY 850-55.8——Professional solution for high voltage pulse capacitor

User pain points

In high-voltage pulse applications, such as lasers, radars, pulse power supplies, electromagnetic compatibility testing, etc., engineers need capacitors that can release large amounts of energy in a very short time.Ordinary capacitors cannot withstand such high pulse currents and will quickly fail or degrade in performance.At the same time, high-voltage safety is also an important consideration, and products with sufficient pressure margin and safe design need to be selected.

Product Solutions

SY capacitor FFC3SY 850-55.8 is a professional capacitor specially designed for high voltage pulse applications.With a rated voltage of 850V and a capacity of 55.8μF, it uses high-quality thin film dielectric and special technology to withstand high-amplitude pulse currents, making it an ideal choice for high-voltage pulse circuits.

Selling Points and Value

High voltage pulse capability: 850V high withstand voltage, specially designed for high voltage pulse applications, with excellent pulse discharge performance.

Large energy storage: 55.8μF capacity, capable of storing and releasing sufficient pulse energy.

Fast discharge characteristics: Low ESR and ESL, achieving ns-level fast discharge response.

High Reliability: Special process ensures long life under pulse load, stability and reliability.

Safety Design: Comply with high-voltage safety standards and equipped with complete safety protection design.

Application scenarios

  • Laser pulse capacitor
  • Radar transmitter
  • Pulse power supply
  • Electromagnetic compatibility testing equipment
  • High voltage dust removal power supply
  • Medical pulse equipment

SY capacitor FFC3SY 850-55.8 – a professional choice for high-voltage pulse discharge, precise energy release and reliable operation.

Copyright:https://www.shgopi.com Please indicate the source when reprinting