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Electrical Analysis and Design on Superconductor Magnet High Power AC/DC Converter

机译:超导磁体大功率交直流变换器的电气分析与设计

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Electrical devices (thyristor and fuse) is a key element of superconductor magnet high power AC/DC converter and their performance are the reliable guarantee for the converter. In this paper, the worst current surge that is the most important factor of electrical device selection confirmed by the short circuit fault of converter, First. Secondly, the steady and transient junction temperature are simulated of three kinds of thyristors by MATLAB and PSCAD based on the rated condition and short circuit fault condition to determine the thyristor type and parallel number. Then, the fuse type is selected to match the selected thyristor by overcurrent and overvoltage analysis. Lastly, both of the reliability of the selected thyristor and fuse are verified by surge current I
机译:电气设备(晶闸管和熔断器)是超导磁体大功率AC / DC转换器的关键元件,其性能是转换器的可靠保证。本文中,最严重的电流浪涌是转换器短路故障确定的电气设备选择的最重要因素,首先。其次,根据额定条件和短路故障条件,利用MATLAB和PSCAD对三种晶闸管的稳态和瞬态结温进行了仿真,确定了晶闸管的类型和并联数。然后,通过过电流和过电压分析,选择保险丝类型以匹配所选晶闸管。最后,所选择的晶闸管和保险丝的可靠性都由浪涌电流I验证。

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