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High voltage transistor degradation in NVM pump application

机译:NVM泵应用中的高压晶体管性能下降

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Aim of this work is to investigate the degradation of n-MOS transistor when stressed at high fields, typical operating condition when used as a pump in non-volatile memory (NVM) application. It is possible to understand where the main degradation occurs studying the degradation in different structures as a function of the stress field. Besides, the impact of different isolation processes is considered, pointing out what is the most critical issue for the degradation. Simulations of the conduction mechanism allow the fitting of the transfer characteristics of virgin transistor, while the stressed one can be described only assuming the localization of oxide positive and negative trapped charge whose amount depends on the field configuration.
机译:这项工作的目的是研究在高电场下承受应力时n-MOS晶体管的退化,这是在非易失性存储器(NVM)应用中用作泵时的典型工作条件。通过研究不同结构中的应力场随应力场的变化,可以了解发生主要退化的位置。此外,考虑了不同隔离过程的影响,指出了降级最关键的问题。传导机制的仿真可以拟合原始晶体管的传输特性,而受应力的晶体管只能假设氧化物正负电荷的局域性(其量取决于场配置)来描述。

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