LI 宽带放大器设计 并联峰化(Shunt Peaking )技术 ‒ 放大器(接L后)的传递函数表示为 显然，传递函数H 1 (s)有一个零点和两个极点， 其3dB带宽用 1 表示。
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series-shunt peaking 串并联尖幅
shunt peaking method 分路升高法
shunt peaking technique 并联峰化技术
shunt peaking coil 并联高频补偿线圈
shunt peaking circuit 并联峰化电路
shunt peaking coi 并联高频补偿线圈
series shunt peaking 串并峰化
shunt peaking amplifier 并联补偿放大器
shunt peaking compensation 并联峰化补偿
To enlarge the bandwidth of high 2-bit selector, shunt peaking technology was used.
在高速2-bit数据选择器的设计中采用了并联峰化技术,以拓展其带宽。
参考来源 - 万兆以太网及SDH STM·2,447,543篇论文数据，部分数据来源于NoteExpress
The active inductor configuration is exploited to realize the shunt peaking technique in order to achieve a broader bandwidth.
设计中采用有源电感实现并联峰化技术，拓展带宽的同时不增加额外的版图面积。
The transient response of a shunt-peaked compensated video stage, with shunt resistance across the peaking coil, is analysed.
本文分析在并联补偿电感上加分路电阻的视频放大级的瞬态反应。
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