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A Numerical Model for Solving Two Dimensional Poisson-Schrodinger Equation in Depletion All Around Operation of the SOI Four Gate Transistor

机译:SOI四门晶体管围绕运行耗尽二维泊松 - Schrodinger方程的数值模型

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摘要

A numerical model is developed for solving two dimensional Poisson-Schrodinger equation in depletion-all-around (DAA) operation of n-channel four gate transistor (G~4FET) by finite element method using COMSOL with MATLAB. The results from this model can be used to calculate ballistic drain current by mode-space approach. Potential distribution, conduction band profile, eigen energy profile and wave function distribution are observed.
机译:通过使用MATLAB的有限元方法,开发了一种用于解决N沟道四栅极晶体管(G〜4FET)的耗尽全面(DAA)操作中的二维泊松 - Schrodinger方程的数值模型。该模型的结果可用于通过模式空间方法计算弹性漏极电流。观察到电位分布,传导轴突,尖端能量分布和波函数分布。

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