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Element-Theory Based Grading of Electromagnetic Environment Complexity

机译:基于元素理论的电磁环境复杂度分级

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摘要

To solve the precise quantification of electromagnetic compatibility (EMC) performance of complex systems and the priority of system-level EMC design, an EMC classification method for complex systems based on unascertained measure theory is presented. Those five indexes, including interference threshold, sensitive threshold, spectrum occupancy rate, coupling influence degree and influenced degree which are easy to be obtained in practical engineering design, are selected as evaluation indices. Finally, credible degree recognition criterion is adapted to define EMC level, which provide certain method guidance for equipment priority in system-level EMC design.
机译:为了解决复杂系统电磁兼容性(EMC)性能的精确量化问题和系统级EMC设计的优先问题,提出了一种基于不确定度量理论的复杂系统EMC分类方法。选择在实际工程设计中容易获得的干扰阈值,敏感阈值,频谱占用率,耦合影响程度和影响程度这五个指标作为评价指标。最后,采用可信度识别准则定义EMC等级,为系统级EMC设计中的设备优先级提供一定的方法指导。

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