| The relaxation semiconductor is defined as one in which the dielectric relaxation time (;Electrical characteristics of both diodes were found to have interesting effects: negative capacitance, negative resistance, space charge limited current, and bistable switching with long term memory. During the C-V measurement of a disordered Si/c-Si heterojunction diode, for the first time, a constant negative capacitance of 1520pF was observed from ;An inductive part of the heterojunction diode was derived theoretically using the relaxation theory and Shockley theory. The inductance was either constant if ;It was proposed that conductivity modulation, by carrier injection in a thin relaxation semiconductor, causes an inductive behavior, and the relaxation would be more pronounced by the carrier screening of impurities. The novel heterojunction diode may replace a physical inductor in microelectronics. |
