Coaxial switch

Coaxial switch

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  • Miniaturized SP6T Coaxial switch

    Miniaturized SP6T Coaxial switch

    The core advantage of miniaturized single pole six throw coaxial switch is small size. For this product, we miniature the weight to 120g. The weight of the corresponding common SP6T coaxial switch is 260g. The small size can ensure our product to be used in specific environment. And it also has good parameter index, such as low VSWR, low Insert loss and high isolation. Welcome to contact and for more detail.

  • N connector high power SPNT RF switch

    N connector high power SPNT RF switch

    N connector switch

    5V/12V/24V/28V power supply
    Position indication function optional
    D Type 9/15pin connector or PIN connector
    Standard or TTL electrical level drive

     

  • 67GHz SPDT coaxial switch series

    67GHz SPDT coaxial switch series

    SPDT is short for Single Pole Double Throw. The single pole double throw switch consists of a moving end and a fixed end. The moving end is the so-called “POLE”, which should be connected to the incoming line of the power supply, that is, the incoming end, and generally the end connected to the switch handle; The other two ends are the two ends of the power output, namely the so-called fixed end, which are connected to the electrical equipment. Its function is to control the power supply to output in two different directions, that is to say, it can be used to control two devices, or it can also control the same device to change the operating direction.

    67GHz is the highest frequency that we can produce now.

    SPDT coaxial switch is a coaxial switch with SPDT structure. You can choose detail as our product select chart to choose the switch needed in your RF/microwave system.

  • USB SPNT coaxial switch series

    USB SPNT coaxial switch series

    Coaxial switches are widely used in RF/microwave systems, such as time multiplexer, time division channel selection, pulse modulation, transceiver switch, beam adjustment, etc. The indicators of the switch are relatively simple. The insert loss is as small as possible, the isolation is as large is as possible, and the VSWR is as small as possible. The frequency band and power meet the system requirements.