Power Divider/Combiner

50 Ohm Models

75 Ohm Models

  • Reactive:  fan-in/fan-out with isolated combiner ports
  • Resistive:  star configuration acts as RF hub
  • 50 Ohm Reactive Divider/Combiner (High Power)

    50 Ohm Reactive Divider/Combiner (High Power) (10)

    High power reactive divider/combiner with N female connectors50 Ohm Reactive Divider/Combiner (High Power)

    JFW's line of 50 Ohm high power reactive power divider/combiner models are listed in the table below.  Use our application note to help determine which divider/combiner type is best for your application.  For your specific application, please contact JFW or use our Inquiry Form.
    Reactive Divider/Combiner Characteristics:
    • Functions as splitter to fan-out a RF signal with minimum loss
    • Functions as combiner to fan-in RF signals with minimum loss
    • Lower insertion loss than resistive type divider/combiner
    • Has isolation between combiner ports (typically 20 dB)
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  • 50 Ohm Reactive Divider/Combiner (Low Power)

    50 Ohm Reactive Divider/Combiner (Low Power) (44)

    50 Ohm 4way Power divider/combiner with SMA female RF connectors50 Ohm Reactive Divider/Combiner (Low Power)

    With a wide variety of reactive power divider/combiner models, JFW has a solution to fit your specific RF signal splitting/combining application.  Use our application note to help determine which divider/combiner type is best for your application.  For your specific application, please contact JFW or use our Inquiry Form.

    Reactive Design Characteristics:

    • Functions as divider to fan-out a RF signal with minimum loss
    • Functions as combiner to fan-in RF signals with minimum loss
    • Lower insertion loss than resistive type divider/combiner
    • Has isolation between combiner ports (typically 20 dB)

    2-Way Models

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    3-Way Models

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    4-Way Models

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    8-Way Models

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  • 50 Ohm Resistive Divider/Combiner (High Power)

    50 Ohm Resistive Divider/Combiner (High Power) (7)

    High power resistive power divider/combiner with 50 Ohm N female connectors50 Ohm Resistive Divider/Combiner (High Power)

    JFW’s line of 50 Ohm high power resistive power divider/combiner models are listed in the table below.  Use our application note to help determine which divider/combiner type is best for your application.  For your specific application, please contact JFW or use our Inquiry Form.
    Resistive Divider/Combiner Characteristics:
    • Symmetrical layout using star configuration
    • Functions as a RF hub with equal loss for all paths
    • Can be used to connect multiple radios for testing in closed network
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  • 50 Ohm Resistive Divider/Combiner (Low Power)

    50 Ohm Resistive Divider/Combiner (Low Power) (30)

    JFW model 50PD-871 resistive 8-way power divider/combiner with SMA female50 Ohm Resistive Divider/Combiner (Low Power)

    JFW's line of 50 Ohm resistive power divider/combiner models are listed in the table below.  Use our application note to help determine which divider/combiner type is best for your application.  For your specific application, please contact JFW or use our Inquiry Form.
    Resistive Divider/Combiner Characteristics:
    • Symmetrical layout using star configuration
    • Functions as a RF hub with equal loss for all paths
    • Can be used to connect multiple radios for testing in closed network
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  • 75 Ohm Reactive Divider/Combiner

    75 Ohm Reactive Divider/Combiner (3)

    4-way reactive power divider/combiner with 75 Ohm F female connectors75 Ohm Reactive Divider/Combiner

    JFW's line of 75 Ohm reactive power divider/combiner models are listed in the table below. With a wide variety of power divider/combiner models, JFW has solutions to fit your specific RF signal splitting/combining application. Use our application note to help determine which divider/combiner type is best for your application or contact our engineering team for a recommendation.

    Reactive Divider/Combiner Characteristics:

    • Functions as splitter to fan-out a RF signal with minimum loss
    • Functions as combiner to fan-in RF signals with minimum loss
    • Lower insertion loss than resistive type divider/combiner
    • Models with DC blocked ports available upon request
    • Has isolation between combiner ports (typically 20 dB)
    For your specific application, please contact JFW or use our Inquiry Form. [lt id="26"]
  • 75 Ohm Resistive Divider/Combiner

    75 Ohm Resistive Divider/Combiner (11)

    4-way resistive power divider/combiner with 75 Ohm BNC female75 Ohm Resistive Divider/Combiner

    JFW's line of 75 Ohm resistive power divider/combiner models are listed in the table below. With a wide variety of power divider/combiner models, JFW has a solution to fit your RF splitting/combining application. Use our application note to help determine which divider/combiner type is best for your application or contact our engineering team for a recommendation.

    Resistive Divider/Combiner Characteristics:

    • Symmetrical layout using star configuration
    • Functions as a RF hub with equal loss for all paths
    • Can be used to connect multiple cable modems in closed network
    • Higher insertion loss than reactive models with Wilkinson design
    • Physically smaller than reactive models with Wilkinson design
    Click the column headers to sort. For your specific application, please contact JFW or use our Inquiry Form. [lt id="58"]
  • Power Divider/Combiner Assemblies

    Power Divider/Combiner Assemblies (5)

    Power divider combiner assemblyPower Divider/Combiner Assemblies

    Power divider/combiner assemblies are typically used with custom RF test equipment. If you have a specific application for a power divider/combiner assembly, please email us a block diagram of your requirement. JFW does not change NREs for new models. Configuration Options:
    • Rack mount chassis for 19", 23" or 24" racks
    • RF Connectors:  BNC, SMA, TNC, N, 7/16 ect.
    • RF connectors can be front facing, rear facing or mix
    • Combine multiple types of dividers into a single chassis
    For your specific application, please contact JFW for assistance or use our Inquiry Form. [lt id="63"]