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首页> 外文期刊>Microwave and optical technology letters >FDTD ANALYSIS OF PULSE PROPAGATION ON MICROSTRIP LINE AND AN EXPONENTIALLY PARALLEL PLATE ANTENNA PRODUCED BY PHOTOCONDUCTIVE SWITCHES APPLIED BIAS VOLTAGE
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FDTD ANALYSIS OF PULSE PROPAGATION ON MICROSTRIP LINE AND AN EXPONENTIALLY PARALLEL PLATE ANTENNA PRODUCED BY PHOTOCONDUCTIVE SWITCHES APPLIED BIAS VOLTAGE

机译：偏压施加光导开关在微带线上脉冲传播和指数平行平板天线的FDTD分析

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摘要

The d'Alembents formula with one free end was used to understand the pulse produced by photoconductive semiconductor switch (PCSS) and propagating in microstrip-line at the bias voltage. A total reflection border was given for keep the steady electric field in order that the propagation of pulse in the microstrip line could be analyzed by finite time difference domain method. The reflection parameter of this border was computed. The border and a simple model of photoconductive switches were used to analyze the process of pulse transmitting in the microstrip line. The electric field distributions at the different time were given. The experiment result has proven that there is excellent agreement between the simulated and measured version of pulse output. An exponentially parallel plate antenna loaded with dielectric using PCSS was designed and analyzed.
机译：使用具有一个自由端的d'Alembents公式了解光导半导体开关（PCSS）产生的脉冲，并在偏置电压下在微带线中传播。为了保持稳定的电场，给出了全反射边界，以便可以通过有限时差域方法分析微带线中的脉冲传播。计算该边界的反射参数。使用边界和光电导开关的简单模型来分析微带线中脉冲传输的过程。给出了不同时间的电场分布。实验结果证明，模拟和测量的脉冲输出版本之间具有极好的一致性。设计并分析了使用PCSS加载电介质的指数平行平板天线。

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