Abstract An approach to determine an equivalent electrical circuit of a micro planar discharge on a microstrip printed circuit is reported. The micro discharge is used to realize a dynamic microwave switching circuit. This approach is based on the measurement of the discharge current and the transmission coefficient for a given frequency 2.45 GHz. Numerical methods like FEM can be used to study the effect of plasma parameters on the propagation of electromagnetic waves through a microstrip printed circuit. Plasma behaves as flexible elements that can change its electrical proprieties such as conductivity.

中文翻译：

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微带微等离子体的等效电路：电磁传播控制和数值模拟

摘要 报道了一种确定微带印刷电路上微平面放电等效电路的方法。利用微放电实现动态微波开关电路。这种方法基于对给定频率 2.45 GHz 的放电电流和传输系数的测量。FEM 等数值方法可用于研究等离子体参数对通过微带印刷电路的电磁波传播的影响。等离子体作为柔性元件，可以改变其电特性，例如电导率。