研究可编程逻辑控制器与微机之间的实时通信技术-英文翻译.rar
研究可编程逻辑控制器与微机之间的实时通信技术-英文翻译,absfractwhenplc(programmable logic controller) and microcomputer communicate inreal-time system,the techniqueofreal-time communication betweenplcand microcomput...
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Absfract
When PLC (Programmable Logic Controller) and microcomputer communicate in real-time system, the technique of real-time communication between PLC and microcomputer will he used in many areas. This paper research technique and solve the real-time communication problem between PLC and microcomputer. The usage of OMRON PLC and CH program language, and use the example of real-time communication between PLC and microcomputer in control protecting system of microwave transmitter to illuminate the basic means and technique in real-time system design and communicationsoftware design, including the core technique of real-time Communication. The practical using proves the validity and the value of this technology.
摘要
当PLC（可编程逻辑控制器）和微机通信在实时系统中，实时通信技术将应用于PLC与微机的许多领域。本文研究方法，解决了PLC与微机之间的实时通信问题。OMRON PLC 和C + +程序语言的使用， PLC与微机控制的实时通讯的范例。控制保护微波的发射器系统来实现基本手段和实时通信系统的设计和软件设计，包括实时通信的核心技术。该实际使用证明这种技术的有效性和价值。
When PLC (Programmable Logic Controller) and microcomputer communicate in real-time system, the technique of real-time communication between PLC and microcomputer will he used in many areas. This paper research technique and solve the real-time communication problem between PLC and microcomputer. The usage of OMRON PLC and CH program language, and use the example of real-time communication between PLC and microcomputer in control protecting system of microwave transmitter to illuminate the basic means and technique in real-time system design and communicationsoftware design, including the core technique of real-time Communication. The practical using proves the validity and the value of this technology.
摘要
当PLC（可编程逻辑控制器）和微机通信在实时系统中，实时通信技术将应用于PLC与微机的许多领域。本文研究方法，解决了PLC与微机之间的实时通信问题。OMRON PLC 和C + +程序语言的使用， PLC与微机控制的实时通讯的范例。控制保护微波的发射器系统来实现基本手段和实时通信系统的设计和软件设计，包括实时通信的核心技术。该实际使用证明这种技术的有效性和价值。
