充电电缆放电事件模型和性能测量

Q4 Engineering
Yu-nan Han, Wentao Li, D. Pommerenke, Lin Dai, Shiliang Xu
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引用次数: 1

摘要

首先,根据IEC 61340-4-5标准测量电缆在地板上旋转摩擦充电的电压,测量第6类以太网电缆电压。其次,在测量电缆电压波形的基础上,推导了电缆电压等效RC电路模型,得到了描述电缆电压的指数函数,其时间常数τ由电缆对地电阻R和容量C决定。第三,测量了带电电缆在金属靶上放电时的电流、瞬态电场和磁场。最后,将电流波形与MIL-STD-461FCS115传导磁化率、大电缆注入和脉冲激励进行了比较。结果表明,CDE电流波形相似,但电流更大。因此,需要采用CDE保护方法,并且需要改进EMC测试标准以涵盖CDE测量。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Charged Cable Discharge Events Model and Performance Measurement
Firstly,cable voltage charging by rotating and rubbing on floor was measured referred to standard of IEC 61340-4-5,and category 6ethernet cable voltage was measured.Secondly,based on measurement of the cable voltage waveform,the cable voltage equivalent RC circuit model was deduced,and exponential function can be obtained to describe the cable voltage,the time constantτis determined by the cable resistance R and capacity C to the ground.Thirdly,the current,transient electric field and magnetic field was measured while the charged cable discharging on the metal target.At last,the current waveform was compared with MIL-STD-461FCS115 conducted susceptibility,bulk cable injection and impulse excitation.The results show that the CDE current waveform is similar,but current is higher.Therefore,the CDE protection method is required and the EMC testing standard needed to be improved to cover CDE measurement.
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来源期刊
电波科学学报
电波科学学报 Engineering-Electrical and Electronic Engineering
CiteScore
1.10
自引率
0.00%
发文量
4825
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