Category: RF Connectors & Signal Paths

Practical rf connectors & signal paths guides with product links, examples and specification checks.


  • RF Connector Power Handling: More Than Connector Size

    RF Connector Power Handling: More Than Connector Size

    Power handling depends on frequency, voltage, current, mismatch and thermal conditions…

  • SMA and N-Type RF Connectors: How to Choose

    SMA and N-Type RF Connectors: How to Choose

    Choose a connector family from equipment compatibility, frequency requirements and mechanical…

  • Why an Open RF Port Reflects Signals

    Why an Open RF Port Reflects Signals

    An ideal open termination reflects the incident wave rather than absorbing…

  • RF Connector Gender: What to Check

    RF Connector Gender: What to Check

    Check the manufacturer’s interface definition and mating geometry, including center contacts…

  • Protective Caps for RF Connectors

    Protective Caps for RF Connectors

    Protective caps help keep stored connector interfaces clean and reduce accidental…

  • 50-Ohm and 75-Ohm Connectors: Mechanical Fit Is Not Enough

    50-Ohm and 75-Ohm Connectors: Mechanical Fit Is Not Enough

    Connectors and cables must match the intended system impedance. Some interfaces…

  • How to Label an RF Test Cable Assembly

    How to Label an RF Test Cable Assembly

    Label the assembly with an identifier and retain its interfaces, impedance,…

  • How RF Adapters Affect a Measurement Path

    How RF Adapters Affect a Measurement Path

    Adapters add a transition with its own loss, reflection and frequency…

  • Troubleshooting a Poor RF Connection

    Troubleshooting a Poor RF Connection

    Check compatibility, mechanical condition, cable strain and calibration before changing the…

  • Why RF Cable Length Affects Phase

    Why RF Cable Length Affects Phase

    An RF cable delays the signal, so electrical phase depends on…