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153941C-01L

The PXIe-2544 is a terminated 8×1 multiplexer switch module with a max frequency of 6.6 GHz, solid-state relays, and SMA connectors, featuring boundless relay life and quick switching.

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    Description

    The 778572-44 is a part of the PXI Switches category, specifically the PXIe-2544 model. This device is a Terminated 8×1 Multiplexer Switch Module, designed to handle applications requiring high-frequency signal switching up to 6.6 GHz. It utilizes solid-state relays for switching and features front-mounted SMA connectors for easy integration into your setup.

    The module is designed with 50 Ω termination on both channel and COM lines, ensuring signal integrity and reducing reflection in high-frequency applications. Among its key features are boundless relay life, which significantly reduces maintenance needs and downtime, and quick exchanging time, enhancing test throughput. Additionally, it comes equipped with onboard memory for storing switch connections and an integrated hardware scanning and triggering engine, offering advanced control and automation capabilities for complex test setups.

    Specification Detail
    Part Number 778572-44
    Category PXI Switches
    Model PXIe-2544
    Type Terminated 8×1 Multiplexer Switch Module
    Maximum Frequency 6.6 GHz
    Relay Type Solid-state
    Connector Type Front-mounted SMA
    Termination 50 Ω on channel and COM lines
    Features Boundless relay life, Quick exchanging time, Onboard memory for switch connections, Integrated hardware scanning and triggering engine

    Question 1: What is the max frequency of the PXIe-2544?
    Answer 1: 6.6 GHz

    Question 2: What type of relays does the PXIe-2544 use?
    Answer 2: Solid-state relays

    Question 3: What type of connectors does the PXIe-2544 feature?
    Answer 3: Front-mounted SMA connectors

    Question 4: Does the PXIe-2544 have termination?
    Answer 4: Yes, 50 Ω on channel and COM lines

    Question 5: What is a key feature of the PXIe-2544’s relays?
    Answer 5: Boundless relay life