摘要
在自行研制的电极对放电靶运动速度效应探测器的基础上,通过改变电极运动速度和电极极性,进行了多次重复实验。在分析实验数据的基础上,探讨了峰值放电电流参数、上升时间和上升速率与电极极性的关系。结果表明,在充电电压为±3 kv或±4 kv时,正极放电电流峰值电压明显高于负极放电电流峰值电压。负极放电电流脉冲的上升速度明显小于正极放电电流脉冲的上升速度。本文的工作有助于促进非接触式静电放电测试标准的研究。
On the basis of the self-developed electrode-to-discharge target movement velocity effect detector,repeated experiments are carried out by changing the electrode movement velocity and electrode polarity.Based on the analysis of experimental data,the relationship between peak discharge current parameters,rise time and rise rate and electrode polarity are discussed.The results showthat when the charging voltage is plus or minus 3 kv or plus or minus 4 kv,the peak voltage of the positive discharge current is significantly higher than the peak voltage of the negative discharge current.The rising speed of the negative discharge current pulse is significantly slower than that of the positive discharge current pulse.The work in this paper helps to promote the research of non-contact electrostatic discharge testing standards.
作者
梁梦玉
阮方明
尹蓝
翟立东
刘峰
LIANG Mengyu;RUAN Fangming;YIN Lan;ZHAI Lidong;LIU Feng(College of big data and information engineering,Guizhou University,Guiyang 550025;College big data and computer science,Guizhou Normal University,Guiyang 550025,China)
出处
《智能计算机与应用》
2020年第7期67-70,共4页
Intelligent Computer and Applications
基金
贵州省静电与电磁防护创新人才队伍建设项目(黔政发〔2016〕5653号)
刘尚和院士静电防护研究基金(boimtlshjd2016104)
关键词
静电放电
电极极性
电极运动速度
电流峰值
上升时间
electrostatic discharge
electrode polarity
electrode movement speed
current peak value
rise time
