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Design and implementation of a laboratory scale three-phase thyristor controlled reactor

机译:实验室规模的三相晶闸管控制电抗器的设计与实现

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This paper presents design, implementation and analysis of a laboratory scale three-phase thyristor controlled reactor (TCR). The performance of the TCR is demonstrated through many case studies for different connections of the TCR branches. A detailed harmonic analysis is carried out to understand the harmonic behaviour of the setup. The fundamental reactance characteristics of the TCR is also obtained experimentally and compared with ideal characteristics. A simulation model is developed using `MATLAB' to verify the oscilloscope captured-waveforms. This setup is found to be a good learning resource for introducing variable reactance nature of a TCR.
机译:本文介绍了实验室规模的三相晶闸管控制电抗器(TCR)的设计,实现和分析。通过针对TCR分支的不同连接的许多案例研究证明了TCR的性能。进行了详细的谐波分析,以了解设置的谐波行为。还可以通过实验获得TCR的基本电抗特性,并将其与理想特性进行比较。使用“ MATLAB”开发了一个仿真模型,以验证示波器捕获的波形。发现此设置是用于引入TCR的可变电抗性质的良好学习资源。

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