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PXI-7030-6030E

The National Instruments PXI-7030/6030E is a 16-Bit Multifunction I/O Board with a sample rate of 100 kS/s, two analog outputs, ±10 V output range, and is powered by an

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    Description

    The National Instruments PXI-7030/6030E Multifunction I/O Board, part number 777837-02, is a 16-bit data acquisition card from the RT Series, capable of sampling at a rate of 100 kS/s with an input range of ±0.1 to ±10 V and an output range of ±10 V. It features two analog outputs and two 24-bit counters/timers for versatile measurement and timing tasks.

    The board is equipped with an AMD 486DX5 32-bit processor with a clock speed of 133 MHz and a CPU bus speed of 33 MHz. It also includes 32 MB of EDO RAM, 16 KB of write-back on-chip cache, and 256 KB of write-back L2 cache, along with a floating-point unit to enhance computational capabilities.

    With compact dimensions of 16 cm by 10 cm, this board manages power efficiently, consuming a typical 3.5 A at +5 VDC. Its advanced features and robust design make it ideal for a wide range of data acquisition and control applications.

    Specification Detail
    Part Number 777837-02
    Bit Resolution 16-Bit
    Series RT Series
    Sample Rate 100 kS/s
    Analog Outputs 2
    Input Range ±0.1 to ±10 V
    Output Range ±10 V
    Counters/Timers Two 24-bit
    Processor AMD 486DX5 32-bit
    Processor Clock Speed 133 MHz
    CPU Bus Speed 33 MHz
    RAM 32 MB EDO
    On-Chip Cache 16 KB write-back
    L2 Cache 256 KB write-back
    Floating-Point Unit Yes
    Dimensions 16 cm x 10 cm
    Power Consumption 3.5 A (typical) at

    Question 1: What are the computational features and power specifications of the National Instruments PXI-7030/6030E Multifunction I/O Board with part number 777837-02?
    Answer 1: The maximum sampling rate of the National Instruments PXI-7030/6030E Multifunction I/O Board is 100 kS/s (kilosamples per second).

    Question 2: Given the specifications provided, what is the maximum sampling rate of the National Instruments PXI-7030/6030E Multifunction I/O Board?
    Answer 2: The National Instruments PXI-7030/6030E Multifunction I/O Board, part number 777837-02, boasts computational features including an AMD 486DX5 32-bit processor running at 133 MHz, with a CPU bus speed of 33 MHz, 32 MB of EDO RAM, 16 KB of write-back on-chip cache, 256 KB of write-back L2 cache, and an integrated floating-point unit, while its power specifications include a typical

    Question 3: Given its specifications and processing hardware, what types of data acquisition and control applications is the National Instruments PXI-7030/6030E Multifunction I/O Board most suitable for?
    Answer 3: The National Instruments PXI-7030/6030E Multifunction I/O Board is a 16-bit RT Series data acquisition card with a sampling rate of 100 kS/s, input and output ranges of ±0.1 to ±10 V and ±10 V respectively, and includes two analog outputs and two 24-bit counters/timers; it is powered by an AMD 486DX5 32-bit processor with a 133 MHz clock speed and a 33 MHz CPU bus

    Question 4: What are the key specifications and capabilities of the National Instruments PXI-7030/6030E Multifunction I/O Board, including its processor type, memory capacity, and sampling rate?
    Answer 4: The National Instruments PXI-7030/6030E Multifunction I/O Board, with part number 777837-02, has a sampling rate of 100 kS/s and an input voltage range of ±0.1 to ±10 V, and it contains an AMD 486DX5 32-bit processor.

    Question 5: What is the sampling rate and input voltage range of the National Instruments PXI-7030/6030E Multifunction I/O Board with part number 777837-02, and what type of processor does it contain?
    Answer 5: The National Instruments PXI-7030/6030E Multifunction I/O Board, with its high-speed 16-bit data acquisition capabilities, dual analog outputs, counters/timers, and robust processing hardware, is most suitable for complex data acquisition and control applications that require precise timing, rapid signal processing, and multitasking, such as automated testing equipment, real-time data analysis, and advanced industrial automation systems.