Validation of the BSIM4 irregular LOD SPICE model by characterization of various irregular LOD test structures

Bob Peddenpohl, Max Otrokov, Jeremy Wells
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引用次数: 2

Abstract

Stress from FET Isolation regions affects the electrical behavior of transistors in modern technologies. Characterization and modeling of stress effects have primarily been done for transistor layouts that have rectangular (regular) shaped source and drains. However, circuits may include transistor layouts that have non-rectangular (irregular) shaped source and drains. This paper presents test structures to evaluate the effects caused by isolation stress on irregular source/drain transistor layouts, and shows that the standard way of calculating the effective distances for modeling stress effects is also reasonable for irregular source/drain transistor layouts.
通过对各种不规则LOD测试结构的表征,验证BSIM4不规则LOD SPICE模型
在现代技术中,来自场效应管隔离区的应力影响着晶体管的电学行为。应力效应的表征和建模主要是为具有矩形(规则)形状源极和漏极的晶体管布局完成的。然而,电路可能包括具有非矩形(不规则)形状源极和漏极的晶体管布局。本文提出了一种测试结构来评估隔离应力对不规则源漏晶体管布局的影响,并表明计算模拟应力效应的有效距离的标准方法对于不规则源漏晶体管布局也是合理的。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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