Variability modeling of RF characteristics for multi-finger MOSFETs using statistical methods

Hyuck-Sang Yim, J. Kang, I. Yun
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引用次数: 2

Abstract

In this paper, the AC circuit model of multi-finger MOSFET for RF application is investigated. Test structures varying with the gate width and the number of fingers are fabricated in 0.35-μm TSMC process. The s-parameters of test structures are measured from 50MHz to 10GHz. The equivalent circuit model is proposed by hybrids of BSIM3 and the parasitic components. The parasitic components are extracted by optimizing the parameters using the measured DC and RF characteristics. Based on the extracted circuit models, the extracted parameters are verified by the analysis of variance.
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基于统计方法的多指mosfet射频特性变异性建模
本文研究了用于射频应用的多指MOSFET的交流电路模型。采用0.35 μm TSMC工艺制备了随栅极宽度和指数变化的测试结构。测试结构的s参数在50MHz ~ 10GHz范围内测量。将BSIM3与寄生元件混合,提出了等效电路模型。利用测量的直流和射频特性优化参数,提取寄生成分。在提取电路模型的基础上,通过方差分析对提取的参数进行验证。
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