A low‐noise tunable filter with high dynamic range and minimum power consumption is
presented and addressed with circuit details. It is based on an active solution simulating an …

This work deals on the design of a multisensorial anemometer able to provide an accurate
measurement of both wind speed and direction. The system is based on thermal …

We present a high dynamic range and high efficiency energy harvesting system. The
designed circuit is a dual band architecture able to capture the largest amount of EM …

The present work focuses its attention on the definition of a home automation system based
on power line communication. A low cost and non invasive system has been developed and …

In this work a Neural Network Approach (NNA) for the design of high-Q active inductors (AIs)
based active RF filters is presented. The proposed approach consists on the extraction of the …

In this paper a new approach for the design of class AB active inductors is proposed.
Several active solutions have been presented in the literature for replacing spiral inductors …

In this paper a new design scheme simulating a floating inductive behavior at RF frequency
is presented. The proposed floating active inductor shows a very high quality factor, high …

In this work a novel class AB tunable active filter with high linearity and high dynamic range
is presented. It is based on a tunable active inductor (TAI) in class AB configuration with a …

In this article an active tunable resonator with high Q factor is described, for the design of a
tunable low‐phase‐noise oscillator. The resonator is based on an active inductor with …

We present a wave digital approach (WDA) for the design of active filters based on high-Q
active inductors (AI). The first approach proposed in the paper makes use of scattering …