Susceptibility of PC to electromagnetic interference

Piotrowski
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Abstract

In this paper a generic susceptibility model of a Personal Computer (PC) was derived using generic coupling characteristics. Coupling of interference through cables, enclosure, apertures, and directly to a circuit board were considered. Using experimental upset data for digital semiconductor components electric field intensities were calculated for an unshielded PC board and a typical PC. The obtained results show the envelope of electric field intensities at which a PC is susceptible with the minimum and maximum margins. A typical PC can be upset with an electric field strength of 48V/m, whereas an unshielded PC board requires about 9V/m. A typical PC is most susceptible at frequency ranges 3–500MHz and 700–1500MHz.
PC机对电磁干扰的敏感性
利用通用耦合特性,建立了个人计算机的通用磁化率模型。考虑了通过电缆、外壳、孔径和直接到电路板的耦合干扰。利用数字半导体器件的实验扰动数据,计算了非屏蔽PC板和典型PC板的电场强度。所得结果显示了PC在电场强度范围内的最小裕度和最大裕度。典型的PC可以被48V/m的电场强度扰乱,而未屏蔽的PC板需要大约9V/m的电场强度。典型的PC在3-500MHz和700-1500MHz频率范围内最易受影响。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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