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Immunity Model Study on Irradiation Effect of Electrostatic Electromagnetic Pulses

机译:静电电磁脉冲辐照效果的免疫模型研究

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the energy coupling mechanism of transmission line under external electromagnetic field was researched, and mathematical model was established. According to IEC61000-4-2 standard, Electrostatic discharge immunity test was done; electric field strength around the coupling plates was also measured. The experimental results indicated that the thresholds of electrostatic discharge which made EUT damaged were different, and the HCP mode was more harmful to EUT. Magnitude of induction voltage cased by HCP was greater than the value cased by VCP, while the strength of radiative field was almost equal in the two modes. The analysis of mathematical model is accordant with the experimental result. As a result, the model is valid and is considered a promising approach to study the immunity of electronic system against ESD EMP coupling effect.
机译:研究了外部电磁场下传输线的能量耦合机理,建立了数学模型。根据IEC61000-4-2标准,完成静电放电免疫试验;还测量了联轴器板周围的电场强度。实验结果表明,使EUT受损的静电放电阈值不同,HCP模式对EUT更有害。通过HCP壳体的感应电压的大小大于VCP套筒的值,而辐射场的强度在两种模式下几乎相等。数学模型分析与实验结果一致。结果,该模型是有效的,并且被认为是研究电子系统免受ESD EMP耦合效果的抗扰度的有希望的方法。

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