VMIC VMIVME 6015 VMEbus Serial Interface Board
The VMIC VMIVME 6015 is a VMEbus serial interface board designed for reliable asynchronous serial communication in industrial control, data acquisition, and test applications. Identified by part number 332-006015-000P, this board provides multiple serial channels for connecting to a variety of serial devices including terminals, modems, sensors, and other serial peripherals.
Built to the VMEbus standard, the VMIVME 6015 offers seamless integration into existing VME chassis. Its robust construction and flexible configuration options make it a dependable solution for demanding industrial and defense environments.
Key Features
Multiple Serial Channels: Provides connectivity for multiple serial devices.
Asynchronous Communication: Supports standard asynchronous serial protocols.
Programmable Baud Rates: Configurable data rates for diverse devices.
VMEbus Compatibility: Standard VME form factor for easy integration.
Industrial Grade: Designed for reliable operation in harsh environments.
Technical Specifications
The VMIVME 6015 provides multiple asynchronous serial channels with programmable baud rates. Each channel supports standard character formats with software-configurable parameters. The board includes RS-232 or RS-422 interface options and supports VMEbus interrupt generation.
Applications
Industrial Control: Serial communication with field devices.
Data Acquisition: Connecting serial sensors and data loggers.
Test Systems: Interfacing with serial test instruments.
Defense Systems: Rugged serial communication.
Integration and Configuration
Integration is straightforward with standard VMEbus connectors. Configuration is performed via software, with flexible serial parameter settings.
Benefits
Reliability: Robust design for demanding applications.
Flexibility: Configurable serial parameters.
Compatibility: Standard VME interface.
Connectivity: Multiple channels for diverse devices.
Conclusion
The VMIC VMIVME 6015 serial interface board provides a reliable, flexible solution for serial communication in VMEbus-based systems.
