Abstract

In this paper, we calculate the dispersion of the effective dielectric constant of the structure from the lattice of conductive squares located in a dielectric layer and connected by resistive jumpers based on the solution of the diffraction problem. Depending on the parameters of the jumpers , the dispersion of this structure was shown to be capable of varying from the relaxation type to one that corresponds to the structure of continuous resistive films. The jumpers were also shown to affect the nature of the dispersion in the long-wave part of the wave range most significantly in relation to the structure period.

中文翻译：

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基于带有导电跳线的导电平方的人工介电

摘要

在本文中，我们基于衍射问题的解决方案，通过位于电介质层中并由电阻跳线连接的导电方块的晶格来计算结构的有效介电常数的色散。取决于跳线的参数，该结构的色散显示出能够从松弛类型变化到与连续电阻膜结构相对应的类型。相对于结构周期，跳线还显示出对波范围的长波部分的色散特性的影响最大。