电子设计工程
電子設計工程
전자설계공정
ELECTRONIC DESIGN ENGINEERING
2011年
15期
186-188,192
,共4页
浪涌试验%放电间隙%高压回路%控制回路%电源电路
浪湧試驗%放電間隙%高壓迴路%控製迴路%電源電路
랑용시험%방전간극%고압회로%공제회로%전원전로
surge experiment%spark gap%high tension circuit%control circuit%power circuit
采用电工技术与电子技术相结合的方法,设计制作了一台10/700微秒浪涌电压发生器。设计中未采用通过改变球隙间距调整放电电压峰值的常规方法,而是利用采样、控制和电子点火方法,诱使放电间隙按照预先设定的峰值电压放电导通,解决了较低电压等级下放,电间隙不易精确调整的技术难题。10/700微秒浪涌电压发生器专门用于通信设备及线路的浪涌抗冲击试验。
採用電工技術與電子技術相結閤的方法,設計製作瞭一檯10/700微秒浪湧電壓髮生器。設計中未採用通過改變毬隙間距調整放電電壓峰值的常規方法,而是利用採樣、控製和電子點火方法,誘使放電間隙按照預先設定的峰值電壓放電導通,解決瞭較低電壓等級下放,電間隙不易精確調整的技術難題。10/700微秒浪湧電壓髮生器專門用于通信設備及線路的浪湧抗遲擊試驗。
채용전공기술여전자기술상결합적방법,설계제작료일태10/700미초랑용전압발생기。설계중미채용통과개변구극간거조정방전전압봉치적상규방법,이시이용채양、공제화전자점화방법,유사방전간극안조예선설정적봉치전압방전도통,해결료교저전압등급하방,전간극불역정학조정적기술난제。10/700미초랑용전압발생기전문용우통신설비급선로적랑용항충격시험。
Uses the method which the electrician technology and the electronic technology unify,the design has manufactured a 10/700 microsecond high voltage shock-wave generator.In the design has not used through the change sphere gap span adjustment discharge voltage peak value conventional method,but is the use sampling,the control and the electron ignition method.This method lures the spark gap according to the peak voltage electric discharge breakover which establishes in advance.Under the low voltage class,it has solved the spark gap not easy fine adjustment.10/700 microsecond high voltage shock-wave generator＇s use is tests the communication facility and line＇s surge anti-impact properties specially.
