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