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PXI-6651

The National Instruments PXI-6651 is a Slave Synchronization Module with part numbers 778725-01 and 188268D-03, offering a 10 MHz reference clock input, a CLKIN frequency range of 1 MHz to

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    Description

    The National Instruments PXI-6651 PXI Timing and Control Module, with part numbers 778725-01 and 188268D-03, is a Slave Synchronization Module that accepts a 10 MHz reference clock input and supports a CLKIN frequency range of 1 MHz to 105 MHz. Its connectivity options include SMB male front panel connectors, PFI <0..1> connectors, and one CLKIN connector, all with a nominal input impedance of 50 ohms.

    This module is designed to be used in a single 3U CompactPXI slot, typically installed in slot 2 of a PXI Chassis, and features one Access LED and one Active LED on the front panel for easy status monitoring. It can be programmed using various environments such as LabWindows/CVI, LabVIEW, and Visual C/C++, offering flexibility for different development preferences.

    The installation process is streamlined with injector/ejector handles, and the module is fully software configurable, ensuring automatic resource allocation for efficient system integration. The PXI-6651 operates within a temperature range of 0 to 55 °C, making it suitable for a variety of industrial environments.

    Question 1: What types of connector ports are available on the National Instruments PXI-6651 PXI Timing and Control Module, and what are its nominal input impedance values?
    Answer 1: The injector/ejector handles on the National Instruments PXI-6651 PXI Timing and Control Module facilitate the installation process by ensuring easy insertion and secure fixation of the module into the PXI Chassis slot.

    Question 2: What frequency range does the CLKIN connector support on the National Instruments PXI-6651 PXI Timing and Control Module, and what development environments can be used to program it?
    Answer 2: The National Instruments PXI-6651 PXI Timing and Control Module can be programmed using LabWindows/CVI, LabVIEW, and Visual C/C++, and it operates within a temperature range of 0 to 55 °C.

    Question 3: What is the role of the injector/ejector handles in the installation process of the National Instruments PXI-6651 PXI Timing and Control Module?
    Answer 3: The CLKIN connector on the National Instruments PXI-6651 PXI Timing and Control Module supports a frequency range of 1 MHz to 105 MHz, and the module can be programmed using development environments such as LabWindows/CVI, LabVIEW, and Visual C/C++.

    Question 4: What range of CLKIN frequencies does the National Instruments PXI-6651 PXI Timing and Control Module support, and which programming environments can be used to program it?
    Answer 4: The National Instruments PXI-6651 PXI Timing and Control Module supports a CLKIN frequency range of 1 MHz to 105 MHz and can be programmed using LabWindows/CVI, LabVIEW, and Visual C/C++.

    Question 5: What types of programming environments can be used to program the National Instruments PXI-6651 PXI Timing and Control Module, and what is its operational temperature range?
    Answer 5: The National Instruments PXI-6651 PXI Timing and Control Module features SMB male front panel connectors, PFI <0..1> connectors, and one CLKIN connector, all of which have a nominal input impedance of 50 ohms.

    Attribute Specifications
    Manufacturer National Instruments
    Product Name PXI-6651 PXI Timing and Control Module
    Part Numbers 778725-01, 188268D-03
    Type Slave Synchronization Module
    Reference Clock Input 10 MHz
    CLKIN Frequency Range 1 MHz to 105 MHz
    Connectors SMB male front panel connectors, PFI <0..1> Connectors, one CLKIN Connector
    Input Impedance 50 ohms nominal
    PXI Slot Requirement One 3U CompactPXI slot
    Front Panel Indicators One Access LED, One Active LED
    Programming Environments LabWindows/CVI, LabVIEW, Visual C/C++
    Installation Features injector/ejector handles, typically installed in slot 2 of PXI Chassis
    Software Configuration Fully software configurable, automatic resource allocation
    Operating Temperature Range 0 to 55 °C