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。
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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