Watch: 100W 50ohm Flange Resistor with ±5% Tolerance for High Power RF Applications Showcase

Resistor
December 02, 2025
Category Connection: Resistores de RF
Brief: See the journey from feature description to real application in this concise overview. Watch as we showcase the 100W 50ohm Flange Resistor, demonstrating its construction, mounting details, and performance in high-power RF applications for industrial and telecommunications use.
Related Product Features:
  • Designed for high-power RF applications with a 100W power rating and 50ohm resistance.
  • Features a ±5% resistance tolerance ensuring consistent performance in demanding conditions.
  • Operates across a wide frequency range from 0 to 2GHz with a low standing wave ratio of 1.2 to 1.3.
  • Built to withstand harsh environments with an operating temperature range from -55°C to +165°C.
  • Offers robust construction with terminal strength tested at 10N for 5 seconds without loosening.
  • Available in various configurations including single or dual terminals to suit application needs.
  • Provides reliable insulation resistance of ≥1GΩ and withstand voltage of 500V per mm substrate thickness.
  • Ensures long-term stability with load life testing showing ΔR ≤ ±5% over 96 hours.
Las preguntas:
  • What is the power rating and resistance range available for these flange resistors?
    These RF flange resistors are available in power ratings from 100W up to 1000W, with resistance values ranging from 10ohm to 50ohm to accommodate various high-power applications.
  • How does the flange resistor perform in extreme environmental conditions?
    The resistor operates reliably from -55°C to +165°C, passes temperature shock tests, and maintains performance through vibration, moisture, and low-temperature exposure with minimal resistance change.
  • What terminal configurations are available for mounting the flange resistor?
    The flange resistors can be configured with either single or dual terminals, providing flexibility for different mounting and connection requirements in your RF system design.