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用于毛细管快放电装置中的新型高压无感电阻 被引量:1

New High Voltage Non-inductance Resistor and Its Application in Capillary Fast Discharge Facility
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摘要 为解决常用高压无感电阻中存在的小电感和高电位梯度难于同时满足的矛盾,提出和分析了一种在圆柱形绝缘支架上开槽的新型绝缘结构及其原理,介绍了所制作的高压无感电阻在高压大电流毛细管快放电装置中作高压测量、波头、吸能电阻的应用。新型绝缘结构能通过增加开槽深度来增加高压无感电阻相邻匝间的沿面放电距离,但不会增大相邻匝间的间距,故可有效提高高压无感电阻的电位梯度而不会增加电阻的残余电感,它特别适用于以空气作介质的高压无感电阻或纵向空间受限制的场所。 A new insulation structure by making slots on the surface of an insulating rod is proposed for high voltage non-inductance resistor to increase the surface discharge distance between two adjacent circles, and thus effectively enhance resistor's potential gradient with smaller inductance. This paper introduces the principle of insulation structure and its application to waveform-front energy absorbing and measurement resistors in a high voltage capillary fast discharge facility. Test results indicate that the new insulation structure is especially suitable for the high voltage non-inductance resistors used in air dielectric or limited length space.
出处 《高电压技术》 EI CAS CSCD 北大核心 2005年第10期41-43,共3页 High Voltage Engineering
基金 韩国教育部基础科学研究基金资助项目(BSRI942439) 韩国科学工程基金资助项目(93102000222)
关键词 高压无感电阻 新型绝缘结构 毛细管快放电装置 高电位梯度 小电感 high voltage non-inductance resistor new insulation structure capillary fast discharge setup higher potential gradient smaller inductance
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