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。
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。
Active inductor shunt peaking technology and noise optimization are used in the design of a trans-impedance amplifier, which overcomes the problem of inadequate bandwidth caused by the large parasitical capacitor of the CMOS photodiode. 跨阻放大器设计采用了有源电感并联峰化和噪声优化技术,克服了CMOS光检测器大寄生电容造成的带宽不够的问题。
This preamplifier employs a structure of transimpedance which has the characteristic of feedback circuit, using RGC ( Regulated Cascode) configuration as its input stage and adopting a shunt peaking technique with the purpose of achieving a broad bandwidth. 该前置放大器采用具有反馈特性的跨阻放大器实现,采用了RGC(RegulatedCasacoe)电路作为输入级,同时在电路中引入电感并联补偿的技术,以拓展前置放大器的带宽。
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。