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Evidence for Spatial Distribution of Traps in MOS Systems after Fowler Nordheim Stress

机译:Fowler Nordheim应力后MOS系统中陷阱的空间分布证据

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摘要

The static C-V characteristics allows to separate interface traps and slow traps in MOS systems after high field injection stress. A procedure is developed to deduce the spatial distribution of rechargeable traps in the gate dielectric. The method is based on charge conservation and voltage boundary conditions at the interfaces.
机译:静态C-V特性允许在高场注入应力后在MOS系统中分离界面陷阱和慢陷阱。开发了一种程序来推断栅极电介质中可再充电陷阱的空间分布。该方法基于界面处的电荷守恒和电压边界条件。

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