General method for ensuring the electromagnetic compatibility of radio-electronic equipment located on the top platforms of towers or masts, when adding new radio-electronic equipment using metamaterial screens

M. A. Buzova, A. V. Shlyakhov
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Abstract

When placing a newly introduced antenna-feeder device (AFD) on the upper platforms of towers or masts, the electromagnetic situation at the facility as a whole changes significantly. At the same time, traditional means of ensuring the electromagnetic compatibility (EMC) of radio electronic equipment (REE) may not be enough. Therefore, an urgent task is to develop methods for providing EMC of REE of such systems. The aim of the article is to develop and numerically implement a methodology for providing EMC of REE located on the upper platforms of towers or masts, when adding a new REE using electromagnetic shields based on a metamaterial. The numerically obtained results of optimizing the placement of the newly introduced AFD and the metamaterial screen on the upper platform of a typical tower showed the effectiveness and efficiency of the proposed technique. The proposed method for providing EMC of REE can be used to select the optimal location of the newly introduced AFD on the upper platforms of towers or masts in terms of providing EMC of REE.
使用超材料屏增加新的无线电电子设备时,确保位于塔或桅杆顶平台上的无线电电子设备电磁兼容性的一般方法
当在塔或桅杆的上层平台上放置新引入的天线馈线装置(AFD)时,整个设施的电磁情况会发生重大变化。同时,传统的无线电电子设备(REE)电磁兼容性(EMC)保证手段可能不够。因此,研究提供此类系统REE电磁兼容的方法是当务之急。本文的目的是开发和数值实现一种方法,当使用基于超材料的电磁屏蔽添加新的REE时,提供位于塔或桅杆上部平台的REE的EMC。数值计算结果表明,新引入的AFD和超材料筛网在典型塔架上平台上的优化布置是有效的。所提出的电磁兼容性提供方法可用于在提供电磁兼容性方面选择新引入的AFD在塔或桅杆上部平台上的最佳位置。
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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