Description
Motorola MVME172-263/260
Technical Specifications:
- Brand: Motorola
- Model: MVME172-263/260
- Processor: High-performance microprocessor architecture
- Memory: Supports high-capacity DRAM and battery-backed SRAM
- Bus Interface: Standard VMEbus interface
- I/O Interfaces: Multiple serial interfaces (RS-232/422), Ethernet interface, and optional SCSI interface
Functional Features:
- High Reliability: Designed for mission-critical applications with strong anti-interference capabilities and long-term stable operation characteristics.
- Rich Peripherals: Equipped with multiple communication interfaces for seamless integration with external industrial equipment and networks.
- Real-Time Response: Optimized hardware architecture ensures deterministic real-time control performance.
Application Scenarios:
Widely applied in industrial automation control systems, process control, semiconductor manufacturing equipment, telecommunications infrastructure, and aerospace ground support equipment.
Performance Parameters:
- Features high-speed data processing capabilities and low-latency I/O response.
- Supports complex real-time operating systems such as VxWorks and pSOS.
Material Composition:
Manufactured using premium industrial-grade electronic components and high-reliability printed circuit boards (PCBs), with surfaces treated with conformal coating for protection.
Structural Characteristics:
Adopts a standard 6U VMEbus single-board computer form factor, equipped with standard high-density VME P1/P2 connectors, a rugged front panel, and precision guide rails.
Working Principle:
Executes real-time control algorithms via the core microprocessor, communicates with onboard peripherals through the internal local bus, and performs high-speed data exchange and interrupt management with the system backplane via the VME interface.
Installation Requirements:
Must be inserted into a standard chassis backplane slot supporting the VME bus, ensuring connectors are perfectly aligned and securely locked, while guaranteeing sufficient forced-air cooling conditions within the chassis.
Usage Precautions:
Always implement Electrostatic Discharge (ESD) precautions before handling. Never insert or remove the module while the system is powered on. Regularly check the status of the onboard battery to prevent data loss.
