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PXI-2544

The National Instruments PXI-2544 (Part Number: 778572-44) is a terminated 8×1 Multiplexer Switch Module with solid-state relays, designed for directing RF signals up to 6.6 GHz, featuring quick

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    Description

    The National Instruments PXI-2544 (Part Number: 778572-44) is a high-performance, terminated 8×1 Multiplexer Switch Module designed for use in RF signal routing up to 6.6 GHz. This module is equipped with solid-state relays for rapid switching and features front-mounted SMA connectors for straightforward integration into test setups.

    Each COM line and channel is terminated to maintain a 50 Ohm impedance, thereby minimizing signal reflections and preserving the integrity of the RF signals. The bandwidth specification of the module is dynamic and varies with frequency, indicating that while higher frequency signals can be routed, they may experience more degradation compared to those at lower frequencies.

    Users are advised to consult the module’s specifications for detailed information on insertion loss, VSWR (Voltage Standing Wave Ratio), and isolation to ensure compatibility with their specific application requirements. The NI PXI-2544 leverages the PXI platform’s inherent timing and synchronization capabilities to facilitate communication with other instruments within the chassis.

    With onboard memory for storing switch connections and an integrated hardware scanning and triggering engine, this module streamlines the process of sequence execution, thereby reducing software overhead and bus latency for faster and more repeatable test execution.

    Question 1: What are the specific application considerations one should review in the specifications of the National Instruments PXI-2544, such as insertion loss, VSWR, and isolation, to ensure it meets their needs?
    Answer 1: The onboard memory and integrated hardware scanning and triggering engine of the National Instruments PXI-2544 benefit sequence execution in RF signal testing by storing switch connections and automating the sequence of tests, which reduces software overhead and bus latency, leading to faster and more repeatable test execution.

    Question 2: What are the optimal frequency parameters and signal integrity considerations when integrating the National Instruments PXI-2544 multiplexer switch module into a test setup?
    Answer 2: The National Instruments PXI-2544, with Part Number 778572-44, offers benefits in RF signal routing applications up to 6.6 GHz such as rapid signal switching due to its solid-state relays, easy integration with front-mounted SMA connectors, and impedance matching with 50 Ohm termination to minimize signal reflections. Additionally, it provides timing and synchronization capabilities through the PXI platform, onboard memory for storing connections, and an integrated hardware scanning and triggering engine to streamline sequence execution and

    Question 3: What are the benefits and considerations of using the National Instruments PXI-2544, with Part Number 778572-44, in RF signal routing applications up to 6.6 GHz?
    Answer 3: The advantages of using the National Instruments PXI-2544 solid-state multiplexer switch module in RF signal routing applications up to 6.6 GHz include rapid switching due to solid-state relays, straightforward integration with front-mounted SMA connectors, impedance matching with 50 Ohm termination to minimize signal reflections, dynamic bandwidth capabilities, and enhanced test sequence execution facilitated by onboard memory and an integrated hardware scanning and triggering engine, all while leveraging the PXI platform’s timing and synchronization features for improved communication with other

    Question 4: Considering the features of the National Instruments PXI-2544, how is the module’s onboard memory and integrated hardware scanning and triggering engine beneficial for sequence execution in RF signal testing?
    Answer 4: When evaluating the National Instruments PXI-2544 for specific application needs, one should carefully review the module’s specifications on insertion loss, VSWR (Voltage Standing Wave Ratio), and isolation values to ensure that it is compatible with the performance requirements of their RF signal routing up to 6.6 GHz.

    Question 5: What are the advantages of using the National Instruments PXI-2544 solid-state multiplexer switch module in RF signal routing applications up to 6.6 GHz?
    Answer 5: When integrating the National Instruments PXI-2544 multiplexer switch module into a test setup, the optimal frequency parameters are up to 6.6 GHz, with signal integrity considerations including adhering to a 50 Ohm impedance to minimize signal reflections, and consulting the module’s specifications for insertion loss, VSWR (Voltage Standing Wave Ratio), and isolation to ensure compatibility with the specific application requirements.

    Attribute Description
    Part Number 778572-44
    Product Name National Instruments PXI-2544 PXI RF Multiplexer Switch Module
    Type Terminated 8×1 Multiplexer Switch Module
    Frequency Range Up to 6.6 GHz
    Relay Type Solid-state
    Switching Time Quick
    Connectors Front-mounted SMA
    Termination On each COM line and channel
    Impedance 50 Ohm terminations on channel and COM lines
    Bandwidth Specification Not absolute, varies with frequency
    Insertion Loss Refer to product specifications
    VSWR (Voltage Standing Wave Ratio) Refer to product specifications
    Isolation Refer to product specifications
    Platform Compatibility PXI
    Memory Onboard memory for storing switch connections
    Scanning and Triggering Engine Integrated hardware for advanced