1/f noise in electrical components caused by the positive thermal feedback in self-generating syste

H. Seppa, T. Korkolainen, T. Ryhanen
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Abstract

The positive thermal feedback in a self-generating system is shown to convert thermally induced white noise into 1/f noise. According to this model the slope of the low frequency noise spectrum is very close to unity since the real component evacuates its heat into the three-dimensional space. The theory predicts that the 1/f noise exceeds white noise below the frequency characterizing both the geometric structure of the component and the thermal properties of the surroundings. Consequently, the uncertainty of the measurement is inversely proportional to the physical size of the component or the standard.
1/f自生系统中由热正反馈引起的电气元件噪声
自生系统中的正热反馈可以将热诱导的白噪声转化为1/f噪声。根据该模型,由于实际分量将其热量散发到三维空间中,低频噪声谱的斜率非常接近于一。该理论预测,1/f噪声超过白噪声低于表征元件的几何结构和周围环境的热性能的频率。因此,测量的不确定度与组件或标准的物理尺寸成反比。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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