Investigation to suppress hot carrier effect in pocket-implanted nMOSFET by full band Monte Carlo simulation

T. Tanaka, S. Yamaguchi, K. Sukegawa, H. Goto
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Abstract

We have clarified two dimensional hot carrier (HC) properties of pocket implanted nMOSFETs by full band Monte Carlo device simulation, and we have shown that the HC generation can be suppressed, keeping better V/sub th/ roll-off, without deterioration of driving capability by properly choosing the pocket implant tilt angle. We have also confirmed this by measurements of gate and substrate currents and device lifetime of sub-quarter micron nMOSFETs.
全带蒙特卡罗模拟抑制口袋植入nMOSFET热载子效应的研究
我们通过全波段蒙特卡罗器件模拟阐明了口袋植入的nmosfet的二维热载流子(HC)特性,并证明通过适当选择口袋植入的倾斜角度可以抑制HC的产生,保持更好的V/sub /滚转,而不会降低驱动性能。我们还通过测量栅极和衬底电流以及亚四分之一微米nmosfet的器件寿命证实了这一点。
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