摘要本文对微波宽带均衡器进行了研究，根据其类型可分为微带型和同轴型，提出了较为合理的设计方法。其中微带型均衡器的设计方法为以电阻加载的微带谐振器枝节为基本结构组成电路拓扑结构，同轴型的采用同轴谐振腔和分段方式来设计，详细阐述了设计的具体步骤，介绍了如何用计算机优化方法对该电路模板进行优化设计，本论文对微波功率均衡器的设计方法进行了较为详细的研究，设计出了两款微波宽带功率均衡器，达到了在指定工作频带内具有满足要求的均衡量、驻波小等要求。平面式的微带功率均衡器具有体积小、重量轻、加工方便、易于与系统集成等优点，在小型化、高性能的电路中具有良好的应用前景。宽频带的同轴型功率均衡器实现了功率容量大、衰减可调范围大、调节自由度高等要求，在大功率行波管等具有复杂传输特性的电路中具有良好的实用价值。64807
通过本文的方法最终可以实现满足要求的宽带微波均衡器。利用此方法实现的均衡器，可以实现在8~16GHz的频率范围内提供大于10dB的均衡量，不仅可以很好的满足功率模块的指标要求，而且还可以应用于普通的行波管，以及固态功率放大电路。
毕业论文关键词 微波宽带均衡器，微带均衡器，同轴均衡器，行波管，放大器
毕业设计说明书（论文）外文摘要
Title Ku-band broadband equalizer design
Abstract
This paper studied the microwave broadband equalizer, according to its types can be pided into microstrip and coaxial type, puts forward the design method of more reasonable.The design method of microstrip equalizer to minor resistor loaded microstrip resonator is the basic structure composed of circuit topology, a coaxial type using the coaxial resonant cavity and the way to design, elaborates the concrete step of the design, this paper introduces how to use the computer optimization method to optimize the design of the circuit module, the design method in this thesis for microwave power equalizer are studied in detail, designed two broadband microwave power equalizer, reached in a designated frequency band has to meet requirements of the equilibrium quantity, small standing wave and other requirements.The planar microstrip power equalizer has the advantages of small volume, light weight, easy processing, and the advantages of system integration, and has good application prospect in the circuit miniaturization, high performance.The wideband coaxial power equalizer achieves high power capacity, adjustable attenuation range, adjust the degree-of-freedom higher requirements, has good practical value circuit with complex transmission characteristics in high power TWT etc. in.
Through this method we can meet the requirements of broadband microwave equalizer.Equalizer is implemented by this method, can provide a balanced weight greater than 10dB in the frequency range of 8~16GHz, not only can satisfy the request of the power module is a good index, but also can be applied to ordinary traveling wave tube, and solid state power amplifier circuit.
Keywords microwave power equalizer, microstrip equalizer, coaxial equalizer, TravelingWave Tube,amplifier
目 次
1 绪论2
1.1宽带均衡器的研究背景及意义 2
1.3本课题主要研究内容 4
2宽带均衡器的基本理论分析 5
2.1宽带均衡器的基本概念 5
2.2宽带均衡器的分类 7
2.3宽带均衡器的常见网络分析方法 9
2.3.1达林顿网络综合法 9
2.3.2实频数据法 10
2.3.2原型电路归纳法 15
2.4计算机优化设计方法 21 Ku波段宽带均衡器设计:http://www.youerw.com/tongxin/lunwen_72147.html