2009Unpublished venueRequires access

A numerical technique for parameters extraction of a p-n junction diode in the presence of parasitic resistance

R. Tobji, C. Merheb, S. Georges, G. Mitri

Open publisher page 1 citations

Abstract

This paper proposes a numerical technique to extract the diode parameters and reverse saturation current by using the forward I-V characteristic, series and parallel parasitic resistances will also be determined. Using the p-n junction I-V characteristics (simulated or acquired) and defining an arbitrary set of predetermined parameters, the exponential I-V characteristics has been set linear (linearized). Using a specific numerical technique programmed with Matlab over the linear representation allows the extraction of the p-n junction model parameters. To test the validity of this method, a Matlab code has been developed to extract the diode's parameters in order to be compared later with the diode real parameters.

About this research paper

What this paper is about

This paper proposes a numerical technique to extract the diode parameters and reverse saturation current by using the forward I-V characteristic, series and parallel parasitic resistances will also be determined. Using the p-n junction I-V characteristics (simulated or acquired) and defining an arbitrary set of predetermined parameters, the exponential I-V characteristics has been set linear (linearized). Using a specific numerical technique programmed with Matlab over the linear representation allows the extraction of the p-n junction model parameters. To test the validity of this method, a Matlab code has been developed to extract the diode's parameters in order to be compared later with the diode real parameters.

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Available abstract

This paper proposes a numerical technique to extract the diode parameters and reverse saturation current by using the forward I-V characteristic, series and parallel parasitic resistances will also be determined. Using the p-n junction I-V characteristics (simulated or acquired) and defining an arbitrary set of predetermined parameters, the exponential I-V characteristics has been set linear (linearized). Using a specific numerical technique programmed with Matlab over the linear representation allows the extraction of the p-n junction model parameters. To test the validity of this method, a Matlab code has been developed to extract the diode's parameters in order to be compared later with the diode real parameters.

Key concepts: Diode, MATLAB, Equivalent series resistance, Saturation current, Exponential function, Numerical analysis, Algorithm, Step recovery diode

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