Broadband power-equalization amplifier

P. Zhou, Xiaoqiang Xie, Jun Xie, Jiao Li, Qiuquan Lu
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Abstract

The paper presents a new method to design microwave gain equalizer with terminal open line resonators. By changing the electrical length of main transmission line in a certain range, the return loss is improved obviously while transmission parameter changes slightly. Comparing to use the traditional method of optimizing by simulation software, this method greatly reduces the simulation time, improves the design efficiency and precision. This paper designs one microwave gain equalizer and one broadband power-equalization amplifier with the method. The frequency is from 2 GHz to 6 GHz, the maximal output power of broadband power-equalization amplifier is 29.2 dBm at 6 GHz, the value of equalization is 10 dB, and the precision within 1.5 dB.
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宽带功率均衡放大器
提出了一种利用终端开路谐振器设计微波增益均衡器的新方法。在一定范围内改变主传输线的电气长度,在传输参数变化不大的情况下,回波损耗明显改善。与传统的仿真软件优化方法相比,该方法大大减少了仿真时间,提高了设计效率和精度。本文用该方法设计了一个微波增益均衡器和一个宽带功率均衡放大器。频率范围为2ghz ~ 6ghz, 6ghz时宽带功率均衡放大器的最大输出功率为29.2 dBm,均衡值为10 dB,精度在1.5 dB以内。
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