VMIVME-3122

¥6,525.00

Parameters:

  • Processor Type: Specifies the type of processor integrated into the VMIVME-3122.

  • Memory Capacity: Indicates the amount of memory available for storing data and executing programs.

  • I/O Channels: Defines the number of input/output channels supported by the device.
    Specifications:

  • Compliance: Adheres to the VMEbus standard for versatile modular instrumentation systems.

  • Power Consumption: Defines the amount of power required by the VMIVME-3122 to operate efficiently.

  • Operating System Support: Lists the compatible operating systems supported by the device.

Category:

Description

Parameters:

  • Processor Type: Specifies the type of processor integrated into the VMIVME-3122.

  • Memory Capacity: Indicates the amount of memory available for storing data and executing programs.

  • I/O Channels: Defines the number of input/output channels supported by the device.
    Specifications:

  • Compliance: Adheres to the VMEbus standard for versatile modular instrumentation systems.

  • Power Consumption: Defines the amount of power required by the VMIVME-3122 to operate efficiently.

  • Operating System Support: Lists the compatible operating systems supported by the device.


  • Series:

  • Part of the VMIVME series, designed for high-performance data processing and control applications in industrial and research environments.
    Features:

  • Modular Design: Allows for easy integration and replacement within a VMEbus system.

  • High-Speed Data Processing: Enables efficient execution of complex algorithms and data manipulation tasks.

  • Versatile Connectivity: Supports a wide range of I/O channels for seamless integration into various test and measurement setups.
    Functions:

  • The VMIVME-3122 serves as a data processing and control board, providing high-speed computation and I/O capabilities in a VMEbus system.

  • Its modular design allows for easy integration and replacement, making it suitable for a wide range of data processing and control applications.

  • The device enhances system performance by enabling efficient data manipulation, algorithm execution, and connectivity, ensuring accurate and reliable results in industrial and research environments.

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