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一、前言本文分为两部分。首先叙述一个C波段宽带集成参放的设计和调试。自从1964年Dejager指出:空闲单回路信号多回路(即使是双回路)的单管参放可以实现接近空闲和信号均为多回路(例如Matthaei等人的分析)时单管参放的最大带宽极限后,单管宽带参放才有了迅速突破和应用。其具体的设计计算方法,Cornors提出了信号为双回路时最大平滑增益响应的计算方法;Okajima等人指出了信号双回路时增益响应具有三峰(因而带宽较最
First, the preface This article is divided into two parts. First described a C-band broadband integrated parametric design and debugging. Since 1964 Dejager has pointed out that a single-pipe parametric operation of an idle single-loop signal in multiple circuits (even in dual circuits) achieves the maximum bandwidth limit of a single pipe in close proximity to idle and multiple signals (eg, analysis by Matthaei et al.) After the single-band broadband access only a rapid breakthrough and application. For its specific design and calculation method, Cornors proposed a calculation method for the maximum smoothing gain response when the signal is a double loop. Okajima et al. Pointed out that the gain response has three peaks when the signal double loop (thus the bandwidth is the most