FORCE COMPUTERS SYS68K/CPU-21A计算机控制板

FORCE COMPUTERS SYS68K/CPU-21A计算机控制板

1.产 品 资 料 介 绍：

核心技术特性

• 处理器与架构：搭载 Motorola 68020 或 68030 工业级 CPU，基于 VMEbus 标准设计，支持多模块互联，适配复杂系统的协同工作需求。
• 存储与接口：支持 DRAM、EPROM/Flash 等多种存储扩展，满足程序运行与数据缓存需求；配备串口、并口及可扩展外设接口，方便连接各类外部设备。
• 系统兼容性：兼容 VxWorks、UNIX、OS-9 等主流实时操作系统，可根据应用场景灵活适配，保障实时任务的高效调度。
• 可靠性设计：采用工业级元器件与结构设计，能适应高低温、振动等恶劣环境，支持长时间稳定运行，满足关键任务的连续性要求。

主要应用领域

• 工业自动化：作为 DCS（分布式控制系统）、PLC（可编程逻辑控制器）的核心处理板，负责生产过程的实时监控、数据处理与控制指令执行，确保生产线精准高效运行。
• 电力与能源：应用于电厂机组监控、数据采集及控制保护系统，同时支撑电网自动化中的调度与保护功能，保障电力系统稳定运行。
• 交通运输：集成于铁路信号与调度系统，提供嵌入式控制支持；也可用于航空航天地面监控与飞行控制系统，助力交通与航天领域的安全操作。
• 通信与网络：作为电信交换机、数据路由器的嵌入式控制单元，处理网络协议与数据传输调度，保障通信网络的高效稳定。
• 医疗与科研：用于医疗影像处理设备、自动化实验仪器，以及科研实验室的数据采集与实时分析，满足精密设备对处理能力的要求。
• 国防与军工：作为导弹、雷达、火控系统的实时控制核心，同时适配战术通信与指挥控制系统，提供高可靠的嵌入式计算支持。

产品优势

• 强实时性：基于工业级处理器与实时操作系统，确保对控制指令和数据的快速响应，满足高精度控制需求。
• 高扩展性：遵循 VMEbus 标准，支持多模块互联与外设扩展，可灵活构建复杂系统。
• 环境适应性：工业级设计使其能在恶劣环境下长期稳定运行，适合关键任务场景。

FORCE COMPUTERS SYS68K/CPU-21A计算机控制板 英文资料：

The FORCE COMPUTERS SYS68K/CPU-21A computer control board is a VMEbus single board computer based on the Motorola 68020/68030 processor architecture. It is designed for industrial, scientific research, and military scenarios that require high reliability and real-time performance, and can serve as the core control unit to support critical task operations.

Core technical characteristics

Processor and Architecture: Equipped with Motorola 68020 or 68030 industrial grade CPUs, designed based on the VMEbus standard, supporting multi module interconnection and adapting to the collaborative work requirements of complex systems.

Storage and Interface: Supports various storage extensions such as DRAM, EPROM/Flash, etc., to meet the needs of program operation and data caching; Equipped with serial port, parallel port, and expandable peripheral interfaces, it is convenient to connect various external devices.

System compatibility: Compatible with mainstream real-time operating systems such as VxWorks, UNIX, OS-9, etc., it can be flexibly adapted according to application scenarios to ensure efficient scheduling of real-time tasks.

Reliability design: Adopting industrial grade components and structural design, it can adapt to harsh environments such as high and low temperatures, vibration, etc., support long-term stable operation, and meet the continuity requirements of critical tasks.

Main application areas

Industrial Automation: As the core processing board of DCS (Distributed Control System) and PLC (Programmable Logic Controller), it is responsible for real-time monitoring, data processing, and control instruction execution of the production process, ensuring precise and efficient operation of the production line.

Electricity and Energy: Applied to power plant unit monitoring, data acquisition, and control protection systems, while supporting dispatch and protection functions in power grid automation to ensure stable operation of the power system.

Transportation: Integrated into railway signal and dispatch systems, providing embedded control support; It can also be used in aerospace ground monitoring and flight control systems to assist in safe operations in the fields of transportation and aerospace.

Communication and Network: As an embedded control unit for telecommunications switches and data routers, it handles network protocols and data transmission scheduling to ensure efficient and stable communication networks.

Medical and scientific research: used for data acquisition and real-time analysis in medical image processing equipment, automated experimental instruments, and scientific research laboratories, meeting the processing capacity requirements of precision equipment.

National Defense and Military Industry: As the real-time control core of missiles, radars, and fire control systems, it also adapts to tactical communication and command control systems, providing highly reliable embedded computing support.

Product advantages

Strong real-time performance: Based on industrial grade processors and real-time operating systems, it ensures fast response to control instructions and data, meeting high-precision control requirements.

High scalability: Following the VMEbus standard, it supports multi module interconnection and peripheral expansion, and can flexibly build complex systems.

Environmental adaptability: Industrial grade design enables it to operate stably in harsh environments for a long time, suitable for critical task scenarios.

FORCE COMPUTERS SYS68K/CPU-21A计算机控制板  产      品      展      示      

 产品视频

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The content is from Ruichang Mingsheng Automation Equipment Co., LTD

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