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高速放大器
相关语句
  high-speed amplifier
     A high-speed amplifier topology with low-pass filter network and its optimization design methodology based on the theory of gain bandwidth restricting condition and the characteristic analysis for low-pass network are proposed in this paper.
     提出了一种具有低通网络的高速放大器拓扑,基于增益带宽约束条件和低通网络的特性的研究对高速放大器进行了优化设计.
短句来源
  high speed amplifier
     Realization of CMOS High Speed Amplifier Using Frequency Controlled Feedback Loop
     利用频率控制反馈环实现CMOS高速放大器
短句来源
     The bandwidth extension technique was applied in the implementation of a cascaded high speed amplifier using 0.18 μm CMOS process whose 3 dB bandwidth is up to 10 GHz.
     仿真结果表明,使用0.18μmCMOS工艺设计的级连高速放大器,其3dB带宽可达10GHz以上.
短句来源
  “高速放大器”译为未确定词的双语例句
     Some factors in CMOS process which limit the bandwidth of amplifier were analyzed, and thus a technique for enhancing the bandwidth of gigahertz broadband amplifier by using frequency controlled loop was presented.
     分析了CMOS器件中限制放大器带宽的因素,并由此提出一种频率控制反馈方式来实现高速放大器,可将放大器的3dB带宽扩展至10GHz以上.
短句来源
  相似匹配句对
     A FAST DEFLECTING AMPLIFIER
     高速偏转放大器
短句来源
     The GaAs D-mode MESFETs and the operational amplifier differential input circuits have been successfully fabricated with excellent performances, good uniformity and high yield.
     高速运算放大器差分输入电路.
短句来源
     Brain Mave Amplifier
     脑波放大器
短句来源
     High-speed Filtration Equipment
     高速过滤装置
短句来源
     High speed optical modulators
     高速光调制器
短句来源
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  high-speed amplifier
Figure 14 shows the output of a high-speed amplifier being probed with a Tektronix P61131 10 pF, 103 scope probe, using proper high-speed grounding.
      
General layout and supply bypassing play major roles in the performance of any high-speed amplifier, including CFB amplifiers.
      
Obviously, while feed-forward is a valuable tool for the high-speed amplifier designer, it poses special problems in application.
      
  high speed amplifier
Design of a New High Speed Amplifier Circuit for the Analog Subsystems
      
Layout is a primary contributor to the performance of any high speed amplifier.
      


Some factors in CMOS process which limit the bandwidth of amplifier were analyzed, and thus a technique for enhancing the bandwidth of gigahertz broadband amplifier by using frequency controlled loop was presented. A feasible methodology combined with a lumped circuit inductor model was used to analyze the principle of frequency controlled loop widening bandwidth. The bandwidth extension technique was applied in the implementation of a cascaded high speed amplifier using 0.18 μm CMOS process whose 3 dB bandwidth...

Some factors in CMOS process which limit the bandwidth of amplifier were analyzed, and thus a technique for enhancing the bandwidth of gigahertz broadband amplifier by using frequency controlled loop was presented. A feasible methodology combined with a lumped circuit inductor model was used to analyze the principle of frequency controlled loop widening bandwidth. The bandwidth extension technique was applied in the implementation of a cascaded high speed amplifier using 0.18 μm CMOS process whose 3 dB bandwidth is up to 10 GHz.

分析了CMOS器件中限制放大器带宽的因素,并由此提出一种频率控制反馈方式来实现高速放大器,可将放大器的3dB带宽扩展至10GHz以上.采用低通网络分析法和零极点分析法对该方式扩展带宽的机制进行了分析,分析过程中引入了螺旋电感的集总电路模型.仿真结果表明,使用0.18μmCMOS工艺设计的级连高速放大器,其3dB带宽可达10GHz以上.

A high-speed amplifier topology with low-pass filter network and its optimization design methodology based on the theory of gain bandwidth restricting condition and the characteristic analysis for low-pass network are proposed in this paper. Furthermore, the effects such as frequency-dependent distributed parameters of coplanar transmission line, the load resistance and the width of n channel MOSFET on gain bandwidth of the amplifier have been investigated by means of the 0.18μm device model provided by SMIC...

A high-speed amplifier topology with low-pass filter network and its optimization design methodology based on the theory of gain bandwidth restricting condition and the characteristic analysis for low-pass network are proposed in this paper. Furthermore, the effects such as frequency-dependent distributed parameters of coplanar transmission line, the load resistance and the width of n channel MOSFET on gain bandwidth of the amplifier have been investigated by means of the 0.18μm device model provided by SMIC and the model of coplanar transmission line. It provides some useful design theory and design rules for the optimization design of high-speed amplifier.

提出了一种具有低通网络的高速放大器拓扑,基于增益带宽约束条件和低通网络的特性的研究对高速放大器进行了优化设计.此外,基于中芯国际集成电路公司提供的0.18μm器件模型、共面线的分布参数模型,文中分别研究了共面线的频变分布参数、负载电阻以及n沟道MOSFET的栅宽对放大器增益、带宽的影响,为高速限幅放大器的优化设计提供了理论指导和设计依据.

 
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