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TB-2630B

The NI TB-2630B is a front-mountable terminal block designed exclusively for the PXI-2530B Switch Module, offering multiple configuration options and shielding for use in high electrical noise environments.

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    Description

    The NI TB-2630B Terminal Block, with part numbers 151831-01L and 781687-01, is a versatile, front-mountable terminal block designed exclusively for the PXI-2530B Switch Module. It supports a variety of configurations such as independent, 1-wire multiplexer in multiple sizes, 4-wire and 2-wire multiplexers, ensuring adaptability for various testing scenarios.

    Incorporating shielding, the NI TB-2630B is ideally suited for environments with high electrical noise, while also meeting EMF compliance standards. Its connectivity is facilitated through ribbon cable headers, which provide a reliable and efficient means of signal connection. However, it is important to note that this terminal block is compatible only with the PXI-2530B module and cannot be used with the PXI-2530.

    Whether it’s for laboratory use or industrial applications, the NI TB-2630B Terminal Block is engineered to deliver dependable performance where rigorous signal routing is required.

    Specification Detail
    Product Name NI TB-2630B Terminal Block
    Part Numbers 151831-01L, 781687-01
    Type Front-Mountable Terminal Block
    Compatible Module PXI-2530B Switch Module
    Possible Configurations
    • Independent
    • 1-wire, 128 x 1 multiplexer
    • 1-wire, dual 64 x 1 multiplexer
    • 1-wire, quad 32 x 1 multiplexer
    • 1-wire, octal 16 x 1 multiplexer
    • 4-wire, dual 16 x 1 multiplexer
    • 4-wire, 32 x 1 multiplexer
    • 2-wire, 64 x 1 multiplexer
    • 2-wire, dual 32 x 1 multiplexer
    • 2-wire, quad 16 x 1 multiplexer
    Shielding Included
    Applications High electrical noise areas, EMF compliance
    Connectivity Ribbon cable headers
    Compatibility Only with PXI-2530B, not with PXI-2530

    Question 1: In what types of environments is the NI TB-2630B Terminal Block ideally suited due to its shielding and EMF compliance features?
    Answer 1: The NI TB-2630B Terminal Block is ideally suited for environments with high electrical noise due to its shielding and EMF compliance features.

    Question 2: What are the specific configurations supported by the NI TB-2630B Terminal Block when used with the PXI-2530B Switch Module, and in what type of environments is it ideally suited?
    Answer 2: The NI TB-2630B Terminal Block supports a variety of configurations, including independent, 1-wire multiplexer in multiple sizes, 4-wire and 2-wire multiplexers, to adapt to various testing scenarios.

    Question 3: What makes the NI TB-2630B Terminal Block uniquely suited for high electrical noise environments and with which specific module is it designed to be compatible?
    Answer 3: The NI TB-2630B Terminal Block supports various configurations including independent, 1-wire multiplexers in multiple sizes, as well as 4-wire and 2-wire multiplexers, making it extremely adaptable for diverse testing requirements; it is particularly suited for environments with high electrical noise due to its incorporated shielding, which helps in maintaining signal integrity and meeting EMF compliance standards.

    Question 4: What are some of the different configurations supported by the NI TB-2630B Terminal Block, and why is it particularly suited for environments with high electrical noise?
    Answer 4: The NI TB-2630B Terminal Block is uniquely suited for high electrical noise environments due to its incorporated shielding and EMF compliance, and it is designed to be exclusively compatible with the PXI-2530B Switch Module.

    Question 5: What configurations does the NI TB-2630B Terminal Block support for adapting to various testing scenarios?
    Answer 5: The NI TB-2630B Terminal Block supports configurations such as independent, 1-wire multiplexers in various sizes, as well as 4-wire and 2-wire multiplexers when used with the PXI-2530B Switch Module, and it is ideally suited for environments with high electrical noise due to its shielding, while also meeting EMF compliance standards.