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ERSO short-channel IGFET model for CMOS LDD devices from long to deep-submicron channel lengths

机译:从长到深亚微米通道长度的CMOS LDD器件的ERSO短通道IGFET模型

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摘要

ESIM is developed based upon physical-oriented model for deep submicron LDD CMOS technology. The effects of bias-dependent series resistance and nonuniform channel profile and the geometry dependence of MOSFET are well specifically built into ESIM equation. The 1-st derivatives of ESIM I-V curves are always continuous for all bias regions. Therefore, ESIM can be applied to sub- mu m mixed-mode circuit simulation.
机译:ESIM是基于面向物理的模型开发的,用于深亚微米LDD CMOS技术。随偏置而定的串联电阻和非均匀沟道轮廓的影响以及MOSFET的几何形状的依赖关系都专门构建在ESIM方程中。对于所有偏置区域,ESIM I-V曲线的一阶导数始终是连续的。因此,ESIM可以应用于混合模式电路仿真。

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