It consists of a polarizing splitter, a polarizing combiner, a Faraday rotator and a half-wave plate.
器件由偏振分离器、偏振组合器、法拉弟旋转器及半波片组成。
The wave propagation characteristics of the splitter are numerically simulated by the finite difference beam propagation method and experimentally investigated.
首先用有限差分光束传播法模拟了器件的光波传播特性，然后进行了初步的实验验证。
This paper describes the design theory and key technique's method of power splitter which can transmit highpower wave, and simulated design by HFSS software.
阐述了一种可以承受大功率传输的功率分配器的设计理论和关键技术的方法，并且举例实现了该功分器用微波软件HFSS的仿真设计。
This paper describes the design theory and key technique's method of power splitter which can transmit highpower wave, and simulated design by HFSS software.
阐述了一种可以承受大功率传输的功率分配器的设计理论和关键技术的方法，并且举例实现了该功分器用微波软件HFSS的仿真设计。
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