Motorola MVME166-13A

Product Introduction:
The MVME166-13A (or MVME16613A) is a wide-temperature embedded computing board designed specifically for extreme environments. Building upon the standard MVME166 architecture, it enhances environmental adaptability, making it a reliable choice for aerospace and field operations.

Category:

Description

Motorola MVME166-13A

Technical Specifications:

  • Brand: Motorola
  • Model: MVME166-13A / MVME16613A
  • Operating Temperature: -40°C to +85°C
  • Processor: High-performance 68040 architecture

Functional Features:

  • Full-Temperature-Range Stable Operation: Processors and memory maintain stable timing in extreme cold or hot environments without frequency throttling or crashes.
  • Strong Anti-Interference: Special shielding and filtering designs target strong electromagnetic interference in field or airborne environments.
  • High Reliability Assurance: Applicable to mission-critical tasks like flight control and navigation where no failures are tolerated.

Application Scenarios:
Military radar data processing, aerospace flight control systems, and unattended field monitoring stations.

Performance Parameters:
Maintains 100% nominal performance output across the -40°C to +85°C range.

Material Composition:
Utilizes high and low-temperature resistant special solder mask layers and wide-temperature integrated circuits, with PCBs receiving special moisture and salt-spray treatments.

Structural Characteristics:
Compact design supporting conduction cooling or forced-air cooling installation.

Working Principle:
Through hardware-level temperature compensation and watchdog mechanisms, it monitors its own health status in real time, ensuring continuous output of precise control and navigation data in harsh environments.

Installation Requirements:
If using conduction cooling, ensure the bottom surface of the module fits tightly against the chassis heat dissipation surface, applying thermal grease.

Precautions for Use:
Allow appropriate preheating time when starting up in extremely cold environments; avoid powering on in environments exceeding the -40°C to +85°C range.