电子器件噪声高斯性和线性的定量分析方法

Abstract

Abstract:

A quantitative analysis method of noise's linearity and Gaussianity in electronic devices is deduced on the basis of the higher order statistics (HOS) theory, from which a parameter named the quadratic sum of the bicoherence is brought forward. Through the analysis of four types of noise signals, non-linear non-Gaussian noise, linear non-Gaussian noise, non-linear Gaussian noise, and linear Gaussian noise, a quantitative criterion for appraising the linearity and the Gaussianity of noise signals is presented. By applying this method to the analysis of real noise signals in electronic devices, it is proved that real noise signals could be clearly classified into the above-mentioned four types of noise. This work provides a theoretical basis and quantitative criterion for the analysis of noise's nonconventional characteristic in electronic devices.

Key words: semiconductor device noise, Gaussianity, linearity, time series analysis, higher order statistics

CLC Number:

TN386.1

LI Wei-hua;ZHUANG Yi-qi;DU Lei;BAO Jun-lin;MA Zhong-fa. Quantitative analysis of noise's linearity and Gaussianity in electronic devices[J].J4, 2009, 36(6): 1059-1062+1091.

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Quantitative analysis of noise's linearity and Gaussianity in electronic devices

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