Compact design of fractional order LC oscillator

This paper deals with the design and realization of fractional order LC oscillator by utilizing the concept of fractional-order calculus. To design this oscillatory system, capacitor and inductor of the conventional LC oscillator are replaced with the fractance devices (FDs) to achieve additional control over the phase and frequency of the generated waveform. In this work, a recently developed FD approximation technique has been used to improve the compactness of the system. Finally, PSpice simulation has been done to see the accuracy of the designed oscillator.