Technical Specifications

1. Model: VMIVME-7614-132
2. Type: VMEbus Module
3. Functionality:
   • This module typically serves as an interface or controller within VMEbus-based systems.
   • It is used for real-time data acquisition, control, and communication in various industrial applications.
4. Power Requirements:
   • Voltage: Operates on standard VMEbus power supplies, usually 5V DC and 12V DC.
   • Power Consumption: Specific power consumption details are generally provided in the technical datasheet.
5. Physical Specifications:
   • Form Factor: Standard 6U VMEbus form factor
   • Dimensions: The physical dimensions conform to the VMEbus standard, usually 233.35 mm x 160 mm (6U x 160 mm).

Features

1. High-Speed Processing:
   • Capable of high-speed data processing to handle demanding real-time control and data acquisition tasks.
   • Suitable for applications requiring fast and reliable performance.
2. Flexible I/O Options:
   • Offers a range of I/O capabilities, which can be configured for different types of input and output operations.
   • Supports various types of sensors, actuators, and other peripheral devices.
3. Modular Design:
   • Designed to integrate easily into a VMEbus system.
   • Modular design allows for expansion and scalability of the control system.
4. Communication Interfaces:
   • Provides interfaces for communication with other system components and external devices.
   • Supports various communication protocols depending on configuration and application.
5. Real-Time Operation:
   • Ensures real-time data acquisition and control, which is critical for industrial automation and process control applications.

Applications

1. Industrial Automation:
   • Used in industrial automation systems for real-time control and data acquisition.
   • Suitable for applications in manufacturing, production, and process control.
2. Data Acquisition Systems:
   • Ideal for use in systems that require high-speed data acquisition and processing.
   • Commonly employed in research and testing environments.
3. Control Systems:
   • Applied in control systems where reliable and fast data processing is necessary.
   • Used in both standalone and distributed control architectures.
4. Embedded Systems:
   • Integrated into embedded systems for specialized control and monitoring tasks.
   • Useful in environments where space and performance constraints are critical.