effect of variation of the non-ideality coefficient on the electrical properties of the p-n-junction in a strong microwave field

In this work, the effect of variation of the non-ideality coefficient of the p-n-junction volt-ampere (i-v) characteristic located in the strong microwave field on the differential resistance, diffusion capacitance and differential conductance is studied. here, it is shown that the p-n junction i-v characteristics increases with the value of the non-ideality coefficient, whether the differential resistance is in a strong microwave field or a weak microwave field. diffusion capacitance and differential conductance are shown to decrease with increasing value of non-ideality coefficient.