Control system design for new electronic cooler of HIRFL-CSRm-猫眼课题宝

HIRFL-CSRm新型电子冷却器控制系统设计

DOI：

10.1007/s41605-018-0061-3

发表时间：

2018-06

期刊：

Radiation Detection Technology and Methods

影响因子：

0.6

通讯作者：

中科院分区：

文献类型：

作者：

Jianjun Su;Yunjie Li;Jianchuan Zhang;Yanyu Wang

引言在本文中，我们详细介绍了中国兰州重离子研究装置（HIRFL-CSRm）冷却储存主环的精确且可用的电子冷却器控制系统的架构、设计和测试，并展示了其使用结果。目的控制系统必须以高精度管理设备，以满足各种物理要求，并确保数据采集和控制特性的准确性。方法和材料该系统的软件基于C++，是按照模型-视图-控制器架构模式开发的。硬件方面，采用I-7017R模块进行模数转换，采用I-7065D模块进行电子延时。对通信协议进行了分析、讨论和实现。结果随后在 HIRFL-CSRm 上使用 C 碳束对控制系统进行了测试。光束调谐过程中表现出的快速反应时间和高精度数据处理验证了所提出的控制系统的稳定性和可维护性。

IntroductionIn this paper, we detail the architecture, design, and testing of an accurate and usable electronic cooler control system for the cooling storage main ring at the Heavy Ion Research Facility, Lanzhou, China (HIRFL-CSRm), and present the results of its use.PurposeA control system must manage devices with a high degree of accuracy to satisfy various physical requirements, and to ensure the accuracy of the data acquisition and control characteristics.Methods and materialsThe software for the system, based on the C++, was developed following the model-view-controller architecture pattern. On the hardware side, an I-7017R module was adopted for analog-to-digital conversion and an I-7065D module for electronic delay. The communication protocol was analyzed, discussed, and implemented.ResultsThe control system was then tested with theCcarbon beam at HIRFL-CSRm. The fast reaction time and high-precision data processing exhibited during beam tuning verified the stability and maintainability of the proposed control system.