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Modeling of Charge and Quantum Capacitance in Low Effective Mass III-V FinFETs

机译:低有效质量III-V FinFET中的电荷和量子电容建模

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摘要

In this paper, we present a compact model for semiconductor charge and quantum capacitance in III-V channel FETs. With III-V being viewed as the most promising candidate for future technology node, a compact model is needed for their circuit simulation. The model presented in this paper addresses this need and is completely explicit and computationally efficient which makes it highly suitable for SPICE implementation. The proposed model is verified against the numerical solution of coupled Schrödinger-Poisson equation for FinFET with various channel thickness and effective mass.
机译:在本文中,我们为III-V沟道FET中的半导体电荷和量子电容提供了一个紧凑模型。由于III-V被视为未来技术节点的最有希望的候选者,因此对其电路仿真需要一个紧凑的模型。本文中提出的模型满足了这一需求,并且模型非常明确且计算效率高,因此非常适合SPICE实施。针对具有不同沟道厚度和有效质量的FinFET的耦合Schrödinger-Poisson方程的数值解进行了验证。

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