采用支路耦合器的毫瓦平衡放大器的设计与实现

K. H. Badr, H. El-Motaafy, E. El-Badawy, M. Bayoumy
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引用次数: 0

摘要

利用微带技术设计和实现了工作在3.5 GHz的MW平衡放大器。采用相对介电常数为2.2的二极管衬底,采用摩托罗拉MRF-9411, L封装的毫瓦晶体管。开发了一个网络计算机分析程序来评估放大器的性能,并将其结果与实现原理图的实际测量结果进行了比较。该放大器的功率增益为9 dB,输入和输出驻波比分别为1.65和1.35。这种放大器可用于卫星通信、电子支持测量(ESM)接收机和机载雷达。
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Design and implementation of MW balanced amplifier using branch-line couplers
The design and implementation of MW balanced amplifier operating at 3.5 GHz have been performed using microstrip technology. A duroid substrate of relative permittivity 2.2, and Motorola MRF-9411, L packaged MW transistors are used. A network computer analysis program has been developed to asses the amplifier performance, and its results are compared to the practical measurements of the implemented schematic. The amplifier provides a power gain of 9 dB with input and output VSWR of 1.65, and 1.35 respectively. Such an amplifier can be used in satellite communication, electronic support measure (ESM) receivers, and airborne radar.
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