-40%
NEW TDK 0054 Capacitor, HV. Dual 500pF 5KV DC, Ceramic Transmitter Antenna Trap
NEW TDK 0054 Capacitor, HV. Dual 500pF 5KV DC, Ceramic Transmitter Antenna Trap
NEW TDK 0054 Capacitor, HV. Dual 500pF 5KV DC, Ceramic Transmitter Antenna Trap

NEW TDK 0054 Capacitor, HV. Dual 500pF 5KV DC, Ceramic Transmitter Antenna Trap

$ 17.42

  • Brand: TDK
  • Capacitance Rating: 500 pF
  • Capacitor Construction: Ceramic High Voltage
  • Country/Region of Manufacture: United States
  • Item Diameter: 1"
  • Item Height: 2.25"
  • Item Length: 2.250"
  • Item Width: 2 1/4"
  • MPN: TDK 0054
  • Material: Ceramic
  • Maximum Operating Voltage: 15,000 VDC
  • Model: TDK 0054
  • Mounting Style: Chassis, Panel or Stand Alone Mount
  • Seller Notes: “Factory New Bulk Packaged - New Old Stock”
  • Shape: Cylinder
  • Termination Style: Solder Studs
  • Type: Ceramic Transmitter Door Knob
  • UPC: Does Not apply
  • gtin13: Does Not apply

Description

TDK 0054 Capacitor, High Voltage Ceramic Transmitting Doorknob Capacitor TDK's ultra high voltage ceramic capacitors have over 40 years of development and sales history. They are used in various devices such as switches in distribution networks, antenna traps, circuit breakers in substations, and medical and industrial x-ray imaging devices. Due to the use of paraelectric ceramics, they realize stable voltage characteristics, thereby achieving high reliability. Dual Ultra High Voltage Class 1 Ceramic Capacitors 2 X 500pF 15KV (15,000) DC. On metal bracket with two Capacitors as pictured. Dimensions: 2-1/4" long x 2-1/4" high x 1" wide. New Old Stock - Proudly Made in USA - Rare Note: Discounts provided for purchases of 2, 3, or 4 with "Make Offer" option limited to bulk purchases. Applications Antenna Traps High-voltage surge, gas circuit breaker in electric power transmitter, 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