Category: Knowledge


  • Choosing an N-Type Coaxial Surge Protector

    Choosing an N-Type Coaxial Surge Protector

    Choose an N-type protector by its exact interface, impedance, RF band,…

  • Can an RF Splitter Be Used as a Combiner?

    Can an RF Splitter Be Used as a Combiner?

    Some passive reciprocal dividers support combining, but permissible power and behavior…

  • RF Divider Procurement Checklist

    RF Divider Procurement Checklist

    Specify port count, division ratio, full band, impedance, connectors, insertion-loss convention,…

  • Ambient Versus Case Temperature for RF Resistors

    Ambient Versus Case Temperature for RF Resistors

    Ambient temperature describes surrounding air; case temperature describes a defined point…

  • Why Connector Wear Can Change RF Match

    Why Connector Wear Can Change RF Match

    Wear can alter contact geometry, electrical connection and mechanical alignment. This…

  • RF Power Sensor Range and Attenuation

    RF Power Sensor Range and Attenuation

    Choose a power sensor and protective path that keep the sensor…

  • How Many Watts Remain After RF Attenuation?

    How Many Watts Remain After RF Attenuation?

    For an ideal matched path, output power equals input power multiplied…

  • RF Pulse Duty Cycle and Energy Calculations

    RF Pulse Duty Cycle and Energy Calculations

    For rectangular pulses, duty cycle is pulse duration times repetition rate.…

  • RF Attenuator Flatness Across Frequency Explained

    RF Attenuator Flatness Across Frequency Explained

    Attenuation flatness describes variation in loss across a frequency range. It…

  • Can You Switch a Rotary Attenuator with RF Power Applied?

    Can You Switch a Rotary Attenuator with RF Power Applied?

    Only switch under RF power when the manufacturer explicitly permits hot…