Ultra-High-Voltage Metal Fitting Terminal Capacito

By TDK Corporation 59

Ultra-High-Voltage Metal Fitting Terminal Capacito

TDK's UHV and FHV series high-voltage ceramic capacitors feature low dissipation and excellent voltage-capacitance characteristics using patented strontium titanate (SrTiO3) for dielectric material. They are epoxy-encapsulated to meet requirements of high-voltage applications. The TSF, H, and GA series are applicable to Gas Insulated Switchgear. TDK's FD series are molded from resins that provide outstanding insulation and moisture resistance, these capacitors are ideal for high-voltage power circuits in electrical power transmission and receiving devices.

UHV/FHV

Features
  • Small size
  • Low dissipation factor
  • Excellent voltage-capacitance characteristics
  • Screw terminals for easy mounting
  • FHV series: High-capacitance and low-temperature characteristics of capacitance
Applications
  • High-voltage power supplies
  • Laser equipment

TSF, H, GA Series

Features
  • Small size
  • Strong in the impulse voltage
  • Low dissipation factor
  • Excellent voltage-capacitance characteristics
  • High-capacitance and low-temperature characteristics of capacitance
Applications
  • High-voltage surge absorber, gas circuit breaker in electric power transmitter and receiver devices, lightening arresters
  • Improve the voltage distribution of high-voltage bushings and more
  • Also for voltage distribution elements for the high-voltage measuring devices
  • For impedance adjustment of a transformers and high-voltage AC circuits
  • It is possible to use it in the SF6 gas

FD Series

Features
  • They are compact in size and exhibit excellent low-loss, low-distortion characteristics
  • Capacitance values are largely unaffected by variations in applied voltage
  • Internal screw thread design simplifies mounting requirements
Applications
  • High-voltage surge absorbers, gas circuit breakers in electrical power transmission and receiving devices, and lightning arresters
  • Voltage distribution elements in high-voltage measuring devices
  • Impedance matching in transformers and high-voltage AC circuits

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