Physical Modeling and Parameter Extraction Procedure for p-i-n Diodes with Lifetime Control
L. Lu, A.T. Bryant, Enrico Santi, J.L. Hudgins, Patrick Palmer
Abstract
L. Lu, A.T. Bryant, Enrico Santi, J.L. Hudgins, Patrick Palmer
Abstract
A physics-based model for diodes with lifetime control has been recently proposed. The model is an extension of a diode model that uses a Fourier series solution for the ambipolar diffusion equation in the drift region. In this paper a parameter extraction procedure for the diode with lifetime control is proposed. The procedure requires a forward characteristic and a reverse recovery measurement. The parameter extraction procedure is illustrated using finite element simulations. The physics-based model using the parameters so extracted shows excellent agreement with experimental results
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A physics-based model for diodes with lifetime control has been recently proposed. The model is an extension of a diode model that uses a Fourier series solution for the ambipolar diffusion equation in the drift region. In this paper a parameter extraction procedure for the diode with lifetime control is proposed. The procedure requires a forward characteristic and a reverse recovery measurement. The parameter extraction procedure is illustrated using finite element simulations. The physics-based model using the parameters so extracted shows excellent agreement with experimental results
Key concepts: Diode, Ambipolar diffusion, Fourier series, Extraction (chemistry), Diffusion, Estimation theory, Fourier transform, PIN diode