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首页> 外文期刊>Journal of Semiconductors >Mathematical modeling of nanoscale MOS capacitance in the presence of depletion and energy quantization in a poly-silicon gate
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Mathematical modeling of nanoscale MOS capacitance in the presence of depletion and energy quantization in a poly-silicon gate

机译:多晶硅栅中存在耗尽和能量量化的纳米级MOS电容的数学模型

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摘要

A model has been developed to study the effect of depletion and energy quantization at the polysilicon/oxide interface on the behavior of a nanometer scale n-MOSFET. A model of inversion charge density, including the inversion layer quantization using the variation approach in the substrate, has also been produced. Using the exact calculations of the polygate potential under the depletion and quantization conditions, a C–V model has been developed.All the results have been compared with the numerical models reported in existing literature and they show good agreement.
机译:已经开发了一个模型来研究多晶硅/氧化物界面上的耗尽和能量量化对纳米级n-MOSFET行为的影响。还产生了反演电荷密度的模型,包括使用衬底中的变化方法进行的反演层量化。通过在耗尽和定量条件下精确计算聚栅极电位,开发了一个C–V模型。所有结果均与现有文献报道的数值模型进行了比较,显示出很好的一致性。

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