1995•Electronics LettersRequires access

CMOS process independent propagation delay macromodelling

Philip M. Hallam, Peter J. Mather, M. Brouwer

Open publisher page 3 citations

Abstract

An accurate CMOS process independent propagation delay macromodel is presented for inverter and multiple input NAND and NOR gates. A new nonsymmetrical input dependent delay model is shown to improve delay estimation accuracy. CMOS process independence is achieved without the application of recurrent data fitting techniques.

About this research paper

What this paper is about

An accurate CMOS process independent propagation delay macromodel is presented for inverter and multiple input NAND and NOR gates. A new nonsymmetrical input dependent delay model is shown to improve delay estimation accuracy. CMOS process independence is achieved without the application of recurrent data fitting techniques.

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Available abstract

An accurate CMOS process independent propagation delay macromodel is presented for inverter and multiple input NAND and NOR gates. A new nonsymmetrical input dependent delay model is shown to improve delay estimation accuracy. CMOS process independence is achieved without the application of recurrent data fitting techniques.

Key concepts: Propagation delay, Delay calculation, CMOS, Inverter, Electronic engineering, NAND gate, Process (computing), Elmore delay

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