2010European Microwave Integrated Circuits ConferenceRequires access

Distributed modeling of layout parasitics effects in CMOS power devices

Doris A. Chan, M. Feng

Open publisher page 1 citations

Abstract

The effects of distributed power device model optimization and extraction techniques are incorporated to predict the f T , f max , transducer power gain and output power in 130 nm CMOS. Small signal and large signal of BSEVI-RF model, ICF-D1 model, and measured power device results are compared for model verification.

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What this paper is about

The effects of distributed power device model optimization and extraction techniques are incorporated to predict the f T , f max , transducer power gain and output power in 130 nm CMOS. Small signal and large signal of BSEVI-RF model, ICF-D1 model, and measured power device results are compared for model verification.

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Available abstract

The effects of distributed power device model optimization and extraction techniques are incorporated to predict the f T , f max , transducer power gain and output power in 130 nm CMOS. Small signal and large signal of BSEVI-RF model, ICF-D1 model, and measured power device results are compared for model verification.

Key concepts: Parasitic extraction, CMOS, Power (physics), Electronic engineering, Transducer, Semiconductor device modeling, SIGNAL (programming language), Small-signal model

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