Abstract
In this paper, we report the unconventional characteristics of Memristor in Wien oscillators. Generalized mathematical models are developed to analyze four members of the Wien family using Memristors. Sustained oscillation is reported for all types though oscillating resistance and time dependent poles are present. We have also proposed an analytical model to estimate the desired amplitude of oscillation before the oscillation starts. These Memristor-based oscillation results, presented for the first time, are in good agreement with simulation results.
► Analytical models are developed to analyze the Memristor-based Wien family. ► Sustained oscillation with oscillating resistance and poles are introduced. ► These electronic circuits are good examples of the LTV parametric oscillator system. ► Mathematical models and circuit simulations are presented to validate the concept.