A novel approach to design low-power area-efficient rail-to-rail output single-stage class-AB
operational transconductance amplifiers (OTAs) with enhanced large-and small-signal …

A switched-capacitor bias that provides a constant G mC characteristic over process and
temperature variation is presented. The bias can be adapted for use with subthreshold …

An original low-voltage current-mode high-accuracy function synthesizer circuit will be
presented, allowing to implement a multitude of continuous mathematical functions. The …

A novel technique for designing square‐root domain (SRD) filters is introduced in this paper.
The concept of the proposed method is based on the substitution of the passive elements of …

An original realization of a CMOS Gaussian function generator is presented. The proposed
method is based on a new approximation function that is able to fourth-order match the …

The paper proposes new accurate exponential circuits, having a multitude of practical
applications in analog signal processing. The original method for obtaining the exponential …

This article shows how an unwanted limit cycle can be exhibited by a second-order CMOS
companding filter. The filter employs the quasi-quadratic law of the MOS transistor in strong …

A novel n-th order Follow the Leader Feedback (FLF) multifunction low-voltage filter
topology, realized by employing the concept of Square-Root Domain (SRD) filtering, is …

An original low-power low-voltage multifunctional structure with improved precision will be
presented, performing many important circuit functions: signal amplifying, voltage …

We present a novel approach to separating pitched signals from single-channel mixtures by
harmonic bandwidth companding. Recalling that in a short analysis window the harmonic …