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Numerical Langevine-like method for modelling the noise currents in semiconductors

机译:模拟半导体噪声电流的数值兰格文式方法

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This paper presents a numerical method for determining the spectral density of noise current in semiconductor structures. Based on P. Handel's theory we have considered a wide range of sources of 1/ f noise caused both by generation-recombination (g-r) and scattering processes. In addition to the shot g-r noise caused by different mechanism, the diffusion noise and temperature fluctuations are also included. Moreover, we have found in HgCdTe nBn long wavelength detectors the place where the noise current is mainly generated.
机译:本文提出了一种确定半导体结构中噪声电流频谱密度的数值方法。根据P. Handel的理论,我们已经考虑了由产生重组(g-r)和散射过程所引起的各种各样的1 / f噪声源。除了由不同机制引起的散粒g-r噪声外,还包括扩散噪声和温度波动。此外,我们在HgCdTe nBn长波长探测器中发现了主要产生噪声电流的地方。

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