Abstract
A new approach is made to the analysis of high-injection-level current How in a p-n junction diode with planar geometry. The analysis is concerned with the general case of an asymmetric diode, the impurity concentrations and widths on both sides being arbitrary. It is shown that with certain simplifying assumptions the following voltage-current relation is obtained : I ½ =.S( V–V0), where the coefficient S is given quantitatively as a function of the physical and geometrical parameters of the diode and V o is the equilibrium diffusion potential of the junction.

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