Энергетический механизм взаимодействия импульсных электромагнитных излучений с радиоэлектронными системами в режиме обратимых отказов

Abstract

A model of the energy interaction of ultra-wideband pulsed electromagnetic radiation of natural and artificial origin with the radio electronic systems in the reversible failures mode is described. The analysis of the two main ways of the formation of false signals at the outputs of radio electronic systems that characterize reversible failures mode: interaction of pulsed electromagnetic radiation with the conductors of printed circuit boards and direct interaction of radiation with active semiconductor elements, which are components of radio electronic systems. The calculated topological scheme for the analysis of electromagnetic processes in branched radio-electronic systems is presented. The analysis of the practical applicability and realizability of numerical solutions for the calculated topology scheme was performed. The mechanism of interaction of pulsed electromagnetic field with the basic elements of radio electronic systems based on the energy characteristics of this interaction is considered. The results of the analysis of the energy mechanism of interaction are shown.