Experimental Study of Reversely Switched Dynistor Discharge Based on Gap Breakdown Load

Experimental Study of Reversely Switched Dynistor Discharge Based on Gap Breakdown Load

Breakdown characteristics of a gap breakdown load was investigated in this paper, and a reversely switched dynistor （RSD） discharge circuit was designed based on the load. Based on the characteristics of the load, the RSD discharge circuit was improved and optimized. The volume of the magnetic switc...

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Veröffentlicht in:Plasma science & technology 2011-02, Vol.13 (1), p.121-124
1. Verfasser: 尚超 梁琳 余岳辉 吴拥军 李海亮
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Sprache:eng
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击穿特性
放电电路
放电间隙
电源电压
电路开关
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creator 尚超 梁琳 余岳辉 吴拥军 李海亮
description Breakdown characteristics of a gap breakdown load was investigated in this paper, and a reversely switched dynistor （RSD） discharge circuit was designed based on the load. Based on the characteristics of the load, the RSD discharge circuit was improved and optimized. The volume of the magnetic switch was reduced. To protect the thyristor and RSD, a diode was anti- parallely connected with the thyristor, which reduced the time requirement when a power voltage was applied to RSD. Experimental results show the circuit designed in this paper can switch a high voltage and high current smoothly, and allows the power voltage to change in a wider range.
doi_str_mv 10.1088/1009-0630/13/1/24
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subjects 击穿特性
放电电路
放电间隙
电源电压
电路开关
title Experimental Study of Reversely Switched Dynistor Discharge Based on Gap Breakdown Load
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