Fractional-order systems and controls utilize concepts from fractional calculus for modelling,
control designs, and practical applications. However, it can be challenging to transform …

This work explicitly states the design flows of the fractional-order analog filters used by
researchers throughout the literature. Two main flows are studied: the FPAA implementation …

Nowadays, a huge amount of research is done on introducing and implementing new
fractional-order chaotic systems. In the majority of cases, the implementation is done using …

This paper presents complete design guidelines for a typical fractional-order Colpitts
oscillator (FOCO) with a non-ideal op-amp. These guidelines include effects of op-amp non …

Many research groups are starting to pay serious attention to the problem of fractional-order
circuits. In this paper, a new approach to designing fractional order low-pass filter (FOLPF) is …

Fractional-order circuits are finding applications in control systems, signal processing, and
other allied fields. As a result, realizing fractional-order elements or fractance devices is an …

This paper investigates a new implementation of a passive fractional‐order capacitor (FOC)
based on a single‐component fractional‐order inductor (FOI). The significance of this …

In this paper, an active implementation of a differential voltage current conveyor (DVCC)
based on a low-pass filter operating in the fractional order domain is presented. The transfer …

Silicon neurons are bioinspired circuits with the capability to reproduce the modulation
through pulse-frequency observed in real neurons. They are of particular interest in closed …

This study implements a Differential Voltage Current Conveyor (DVCC)-based fractional
order Butterworth lowpass filter based on the Carlson approximation and two fractance …