This paper strives to achieve a comprehensive review of chaos in analog circuits and
lumped electronic networks. Readers will be guided from the beginning of the investigations …

The realization of integrated devices determines unavoidable imperfections which are linked
to the manufacturing process, thus making them imperfect systems. Imperfection is not …

A new category of fractional-order filters, realized without employing a fractional-order
Laplacian operator is introduced in this work. This can be achieved through the utilization of …

In recent years, there are numerous studies on chaotic systems with special equilibrium
curves having various shapes such as circle, butterfly, heart and apple. This paper describes …

In CMOS integrated circuit (IC) design, operational amplifiers are one of the most useful
active devices to enhance applications in analog signal processing, signal conditioning and …

In this study, a novel 7D hyperchaotic model is constructed from the 6D Lorenz model via the
nonlinear feedback control technique. The proposed model has an only unstable origin …

Low-power devices used in Internet-of-things networks have been short of security due to
the high power consumption of random number generators. This paper presents a low …

An electronic implementation of a novel chaotic oscillator with quintic nonlinearity is
proposed herein. Dynamical behaviors of the system are investigated using well‐known …

The sizes of the metal-oxide-semiconductor (MOS) transistors in an operational amplifier
must guarantee strong direct current operating point (DCOP) conditions. This paper shows …

Fractional-order chaotic oscillators (FOCOs) have shown more complexity than integer-order
chaotic ones. However, the majority of electronic implementations were performed using …