摘要
研究了利用储能电容产生（脉宽为５０～３００ｎｓ）的高压窄脉冲的传输，讨论了火花隙和传输线上的脉冲耗能和畸变，结果表明旋转火花隙开关ＲＳＧＳ使单次脉冲能量可控并决定着脉冲特性。在传输过程中脉冲能量主要损耗在ＲＳＧＳ上。传输线长小于１０ｍ时。
This paper has experimentally and theoretically investigated on transmission of high-voltage narrow pulses(pulse width 50～300ns) which are produced by an energy-stored condenser Energy consumption and pulse deformation on spark gap and transmission line are discussed in detail The results show that RSGS not only makes it pollsible to control quantity of single pulse energy, but also mainly determines pulse characteristics, RSGS consumes main energy in transmission process Little energy is consumed and deformation of pulses can be omitted on this transmission line (length less than 10m)
出处
《高电压技术》
EI
CAS
CSCD
北大核心
1996年第2期3-5,共3页
High Voltage Engineering
基金
国家自然科学基金
关键词
高压窄脉冲
RSGS
传输线
high-voltage narrow pulse RSGS transmission line
