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新方法萃取65奈米P型金氧半電晶體的有效電性長度及源極汲極寄生電阻
Thesis

新方法萃取65奈米P型金氧半電晶體的有效電性長度及源極汲極寄生電阻

陳彥妤
Masters, National Tsing Hua University
2005

Abstract

有效長度寄生電阻速度飽和擴散電流漏電流 effective channel lengthseries resistancevelocity saturationdiffusion currentgate leakage current
A new, more accurate and more reasonable method of determining the MOSFETs effective channel length and source-drain series resistance is presented in this thesis. This method improves shit-and-ratio method and develops a more accurate calculation system. Comparing the extracted values from the Suciu-Johnston method, De La Moneda method, shift-and-ratio method, gate leakage method, and our new method, we prove that our method is the most accurate and reasonable one. Besides, we use this newly developed method to observe the co-implant source/drain effect in a 65nm pMOSFET.

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