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光纤通信在HIRFL-CSR控制系统中的应用
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2009-08-05
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介绍了采用光纤通信方式进行远距离重离子加速器偏转板设计的控制模块，在硬件部
分, 描述了该系统的硬件配置和工作原理； 在软件部分,分析了单片机的控制程序。该系统具有研制成本低且扩展好的特点,并具有软件功能强、操作使用简便等优点。满足了国家重大科学工程HIRFL-CSR 系统的控制要求。
关键词：光纤通信；加速器；偏转板；步进电机
Abstract: Design of control module for accelerator inside gun toroid and collector toroid remote based on FOC (Fiber Optics Communication) is introduced. The system hardware configuration and working principle are described, software design of control system of single-chip processor is also expatiated in this paper. The system is improved with its expansibility and the lower cost of development. The system is easy to operate and its software function is perfect. The requirements of control in the national great science engineering HIRFL-CSR are fulfilled.
Key Words: FOC; Accelerator; Inside Gun Toroid and Collector Toroid; stepping motor;
分, 描述了该系统的硬件配置和工作原理； 在软件部分,分析了单片机的控制程序。该系统具有研制成本低且扩展好的特点,并具有软件功能强、操作使用简便等优点。满足了国家重大科学工程HIRFL-CSR 系统的控制要求。
关键词：光纤通信；加速器；偏转板；步进电机
Abstract: Design of control module for accelerator inside gun toroid and collector toroid remote based on FOC (Fiber Optics Communication) is introduced. The system hardware configuration and working principle are described, software design of control system of single-chip processor is also expatiated in this paper. The system is improved with its expansibility and the lower cost of development. The system is easy to operate and its software function is perfect. The requirements of control in the national great science engineering HIRFL-CSR are fulfilled.
Key Words: FOC; Accelerator; Inside Gun Toroid and Collector Toroid; stepping motor;
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