首页> 外文会议>IEEE International Conference on Innovations in Information , Embedded and Communication Systems >Design and execution of automation system for charging of capacitor bank coils for Table Top Tokamak using LabVIEW & PXI at IPR, Gujarat, India
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Design and execution of automation system for charging of capacitor bank coils for Table Top Tokamak using LabVIEW & PXI at IPR, Gujarat, India

机译:在印度古吉拉特邦IPR使用LabVIEW和PXI为Top Tokamak电容器组线圈充电的自动化系统的设计和执行

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The main aim of Tokamak Operation is to produce plasma and confine it the rafter. The charge discharge of the various coil assemblies plays a major role in the process. Manual control of charging of capacitor bank system has been major bottleneck and has been area of causing concerns because of the various safety and various control issues. The area of work identified has not been worked upon extensively by researchers globally in past. This research work describes modification of existing manual control into an automatic GUI based computer control system. A basic proto type system is being setup and tested with functions for remote access/operation have been important works. Data acquisition device has been modeled and simulated as necessary prior to physical implementation using LabVIEW as software and PXI as hardware interface. The proposed system has sufficient speed of response, performance characteristics along with necessary scalability.
机译:托卡马克行动的主要目的是产生等离子体并将其限制在after子中。各种线圈组件的电荷放电在该过程中起主要作用。由于各种安全性和各种控制问题,手动控制电容器组系统的充电一直是主要的瓶颈,并且已经引起人们的关注。过去,全球研究人员尚未广泛地确定所确定的工作领域。这项研究工作描述了将现有手动控制修改为基于GUI的自动计算机控制系统的过程。正在建立基本的原型系统并通过远程访问/操作功能进行测试是重要的工作。在物理实现之前,已使用LabVIEW作为软件并以PXI作为硬件接口对数据采集设备进行了建模和仿真。所提出的系统具有足够的响应速度,性能特征以及必要的可扩展性。

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