Category: Power Dividers & Combiners

Practical power dividers & combiners guides with product links, examples and specification checks.


  • RF Divider Amplitude Balance Explained

    RF Divider Amplitude Balance Explained

    Amplitude balance is the difference between output levels of a divider.…

  • Two-Way Versus Four-Way RF Power Division

    Two-Way Versus Four-Way RF Power Division

    More equal outputs mean less power per branch before excess losses.…

  • Power Divider Bandwidth: Verify the Actual Model

    Power Divider Bandwidth: Verify the Actual Model

    Use the exact model’s documented operating band and performance limits. Conflicting…

  • Terminations in an RF Combining Setup

    Terminations in an RF Combining Setup

    Terminations may absorb imbalance or unwanted power in a combining network.…

  • Cascading RF Dividers: How to Budget Branch Loss

    Cascading RF Dividers: How to Budget Branch Loss

    Add the measured loss of every divider and cable along each…

  • RF Divider Input Match and Load Conditions

    RF Divider Input Match and Load Conditions

    A divider’s input match depends on its design and the loads…

  • Resistive Versus Wilkinson RF Dividers

    Resistive Versus Wilkinson RF Dividers

    Resistive and Wilkinson dividers use different networks, leading to different loss,…

  • Splitting a Signal Between Two Receivers

    Splitting a Signal Between Two Receivers

    A divider can feed two receivers from one source if each…

  • RF Power Divider Versus Directional Coupler

    RF Power Divider Versus Directional Coupler

    A divider distributes substantial signal power among outputs; a directional coupler…

  • Divider Connector Choice: SMA or N-Type

    Divider Connector Choice: SMA or N-Type

    Choose connectors to match the cable system and mechanical environment, then…