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A method for locating the position of oxide traps responsible for random telegraph signals in submicron MOSFETs

机译:在亚微米MOSFET中确定负责随机电报信号的氧化物陷阱的位置的方法

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Random telegraph signals (RTS) have been measured in the drain to source voltage of W/spl times/L=0.97/spl times/0.15 /spl mu/m/sup 2/ medium-doped drain (MDD) n-MOSFET's. The depth of the trapping center in the oxide is found from the gate voltage dependence of the emission and capture times. The difference in the drain voltage dependence of the capture and emission times between the forward and reverse modes is utilized to find the position of the trap in the channel with respect to the source.
机译:在漏极到源极的电压为W / spl倍/L=0.97/spl倍/0.15/spl mu / m / sup 2 /中等掺杂漏极(MDD)n-MOSFET时,已测量到随机电报信号(RTS)。根据发射和捕获时间的栅极电压依赖性,可以确定氧化物中俘获中心的深度。正向和反向模式之间捕获和发射时间的漏极电压相关性差异可用于确定阱中沟道相对于源极的位置。

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