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Nonlinearity analysis in CMOS triode transconductor at low and high frequency

机译:低频率和高频CMOS三极管跨电片导体的非线性分析

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In this paper nonlinearity of triode transconductor (TC) based on Taylor series at low frequency and Volterra series at high frequency are presented. Unfortunately, Taylor series does not predict the frequency-dependent linearity degradation due to parasitic capacitors. Frequency dependence nonlinearity analysis in this structure gives more intuition about distortion mechanism that necessary for properly design linearized TCs at high frequency. In this paper, we present a frequency-dependent harmonic-distortion and intermoulation-distiortion analytical method applied to triode cascode TC. Analytical results are compared with simulation results and the effects of circuit parameters and frequency on linearity of triode cascade TCs are formulated.
机译:在本文的本文中,介绍了基于泰勒串的三极管跨导体(TC),在低频和高频下的Volterra系列中。不幸的是,泰勒系列没有预测由于寄生电容器引起的频率依赖性线性劣化。该结构中的频率依赖性非线性分析提供了对高频设计线性化TCS所必需的失真机制的更多直觉。在本文中,我们介绍了应用于三极管共级TC的频率依赖性谐波失真和频振反应分析方法。将分析结果与仿真结果进行比较,配制了电路参数和频率对三极管级联TC的线性的影响。

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