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787283-01

The PXIe-6569 (part number 787283-01) is a FlexRIO Digital Instrument with 32 LVDS input/output channels, 8 single-ended channels, and a KU060 FPGA.

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    Description

    The part number 787283-01 represents a high-quality component in the category of PXI Digital Instruments. Specifically, this part corresponds to the model PXIe-6569, which is a cutting-edge piece of technology designed for sophisticated digital signal processing tasks.

    The PXIe-6569 is described as a FlexRIO Digital instrument that is equipped with 32 input and 32 output LVDS channels, alongside 8 single-ended channels. This configuration ensures a high level of flexibility and performance for a wide range of applications. The device is powered by an FPGA model KU060, which provides robust processing capabilities to handle complex computations and signal processing tasks efficiently.

    This particular model is well-suited for professionals seeking advanced digital instrumentation solutions within the PXI platform, offering both high density and high-speed digital I/O options. Its comprehensive feature set makes it an ideal choice for a multitude of applications, ranging from automated test equipment to high-speed data acquisition systems.

    Specification Detail
    Part Number 787283-01
    Category PXI Digital Instruments
    Model PXIe-6569
    Description PXIe-6569 FlexRIO Digital (32-in/32-out LVDS, 8 SE, KU060)
    Input Channels 32 LVDS
    Output Channels 32 LVDS
    Single-Ended Channels 8
    FPGA Model KU060

    Question 1: What is the part number for the PXIe-6569?
    Answer 1: Part number is 787283-01.

    Question 2: How many LVDS I/O channels does the PXIe-6569 have?
    Answer 2: It has 32 LVDS input/output channels.

    Question 3: Does the PXIe-6569 include single-ended channels?
    Answer 3: Yes, it includes 8 single-ended channels.

    Question 4: What type of FPGA is in the PXIe-6569?
    Answer 4: It’s equipped with a KU060 FPGA.

    Question 5: Is the PXIe-6569 suited for high-speed data acquisition?
    Answer 5: Yes, ideal for high-speed data acquisition.