Influence of Deformation on CVC p-n-Junction in a Strong Microwave Field

Abstract

This paper investigates the current-voltage characteristics (CVC) strain of p-n-junction in a strong microwave (MW) field and shows that the deformation increases the current generated in the p-njunction. We analyze the current-voltage characteristics of p-n-junction in which three-dimensional space (I,U,ε) gives more complete information than the two-dimensional.

The Effect of the Variation of the Electric Field of the Uhf Waves on the CVC of the Asymmetric P-N-Junction

“…The total current passing through the diode consists of electron and hole currents [11,12] (6) This shows that the Frenkel mechanism also influences the volt-ampere characteristic of the pn junction.…”

The Effect of Light on the CVC of Strained p-n-Junction in a Strong Microwave Field

“…It is shown that the barrier height of p-n-junction in a strong microwave field, reducing the barrier illuminated p-n-junction, is proportional to the height of the initial barrier, if the latter is reduced by direct displacement. In [6] the current-voltage characteristic (CVC) of strained p-n-junction in a microwave field is investigated and it has been showed that the deformation increases the current generated in the p-n-junction.…”