VMIC ASSY 11993R2 VMEbus Module
The VMIC ASSY 11993R2 is a high-quality VMEbus module designed for industrial control, data acquisition, and test applications. This module is part of VMIC's extensive product line, known for its reliability, robust construction, and long-term availability. It is engineered to meet the demanding requirements of factory automation, defense systems, and scientific research, providing a dependable platform for VME-based system integration.
Built to the VMEbus standard, the ASSY 11993R2 plugs into any standard VME chassis, providing seamless integration with a wide range of VME modules and processors. Its rugged design ensures reliable operation in harsh environments, including extended temperature ranges and high vibration. The module's architecture supports standard VMEbus addressing and interrupt mechanisms, enabling flexible configuration for diverse application requirements.
Key Features
VMEbus Compatibility: Standard VME form factor for seamless system integration with A24/D16 or A32/D32 addressing support.
Robust Construction: Built to withstand harsh industrial environments with extended temperature operation.
High Reliability: Designed for long-term operation in mission-critical applications with minimal downtime.
Industrial Grade: Suitable for extended temperature and vibration environments commonly found in factory automation and defense systems.
VMIC Quality: Manufactured to VMIC's high standards for quality and performance, ensuring consistent operation.
Flexible Configuration: Supports standard VMEbus interrupt and addressing schemes for versatile system integration.
Technical Specifications
The ASSY 11993R2 conforms to VMEbus mechanical and electrical specifications as defined by the VME64 standard. It includes standard VME connectors (P1/J1 and P2/J2) and supports VMEbus addressing and interrupt mechanisms. Specific electrical and functional details depend on the board's intended application variant, but all variants feature high-quality components and robust PCB construction with multiple layers for signal integrity.
Power is derived from the VME backplane (+5V, +12V, -12V), with comprehensive protection against overvoltage and reverse polarity. The module includes diagnostic features such as LED indicators for power and fault status, as well as software-accessible status registers for system monitoring.
Applications
Industrial Control: Integration into VME-based control systems for factory automation and process control.
Defense Systems: Rugged computing and control for military and aerospace applications.
Data Acquisition: High-reliability data collection from sensors and field devices.
Test and Measurement: VME-based automated test equipment and instrumentation.
Integration and Configuration
Integrating the ASSY 11993R2 into a VME system is straightforward. The module plugs directly into any standard VME backplane and is automatically recognized by the system. Configuration is performed via onboard jumpers or software registers, allowing selection of base address, interrupt level, and other operational parameters. Comprehensive documentation is provided to assist system integrators with installation, configuration, and troubleshooting.
The module's compatibility with industry-standard VME software and drivers ensures rapid application development and deployment. For systems requiring multiple I/O modules, the ASSY 11993R2 can be installed alongside other VMIC modules for scalable system expansion.
Benefits
Reliability: Proven VMIC quality and rugged construction ensure long-term dependable operation.
Compatibility: Standard VME interface for easy integration into existing VME-based systems.
Longevity: Designed for long-term system availability with extended lifecycle support.
Performance: Meets demanding industrial requirements with robust electrical and mechanical specifications.
Conclusion
The VMIC ASSY 11993R2 VMEbus module provides a reliable, high-quality solution for industrial control, data acquisition, and test systems. Its robust construction, VMEbus compatibility, and long-term availability make it a valuable component for engineers building dependable VME-based systems in demanding environments.
