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Analysis of Fin width and temperature dependence of flicker noise for bulk-FinFET

机译:体FinFET的Fin宽度和闪烁噪声的温度依赖性分析

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In this paper, detailed analysis of Fin width and temperature dependence of flicker noise for bulk-FinFET are described. The FinFET with narrow fin width such as below 30 nm is attractive for scaled CMOS because of double gate structure. Additionally, the flicker noise of FinFET decreases and the temperature dependence of the noise become smaller as the fin width becomes narrower. According to our measurements and simulation analysis, these are because the vertical electrical field from channel to gate electrode has relaxed with narrowing of fin width. The FinFET with narrow fin width is attractive for not only digital but also RF / analog circuits design because of good cut-off characteristics and lower flicker noise.
机译:在本文中,详细描述了体FinFET的Fin宽度和闪烁噪声的温度依赖性。由于双栅结构,鳍宽度较窄(例如小于30 nm)的FinFET对于按比例缩放CMOS具有吸引力。另外,随着鳍片宽度变窄,FinFET的闪烁噪声减小,并且噪声的温度依赖性变小。根据我们的测量和仿真分析,这是因为从沟道到栅电极的垂直电场随着鳍宽度的变窄而松弛。由于良好的截止特性和较低的闪烁噪声,具有窄鳍宽度的FinFET不仅对数字而且对RF /模拟电路设计都具有吸引力。

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