A 2-D Threshold-Voltage Model for Small MOSFET with Quantum-Mechanical Effects
Y. P. Li J. P. Xu, Y.P. Li, P.T. Lai, W.B. Chen, S.G. Xu
Abstract
Y. P. Li J. P. Xu, Y.P. Li, P.T. Lai, W.B. Chen, S.G. Xu
Abstract
A threshold condition different from the classical one is proposed for MOSFET with quantum effects. Furthermore, an accurate 1-D threshold-voltage model including polysilicon-depletion effects and a 2-D quantum-modified threshold-voltage model for small MOSFET are built. The simulated results exhibit good agreement with measurement data.
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A threshold condition different from the classical one is proposed for MOSFET with quantum effects. Furthermore, an accurate 1-D threshold-voltage model including polysilicon-depletion effects and a 2-D quantum-modified threshold-voltage model for small MOSFET are built. The simulated results exhibit good agreement with measurement data.
Key concepts: Threshold voltage, MOSFET, Voltage, Quantum, Physics, Threshold model, Materials science, Optoelectronics