This work presents a novel methodology to adjust the inductance of real coils (electronically)
and to cancel out serial losses (up to tens or even hundreds of Ohms in practice) …

Parasitic effects lower the self-resonant frequency of a coil and therefore limit its usable
frequency range. In this paper a method is presented to substantially expand the usable …

Electronically tunable synthesis of immittances viz., inductor (L) and FDNR (D), using the
voltage tunable current conveyor transadmittance amplifier (VTCCTA) block is presented …

This work contributes to two fields of research at millimeter wavelengths: waveguide
impedance tuners and Schottky diodes. Three novel impedance tuning devices for …

This paper describes for the first time an analytical algorithm for calculating the inductance of
planar multi-wire coils with arbitrary number of parallel wires and layers. The special …

Miniature inductors, consisting of thin-wire solenoidal or toroidal coils wound on a high-
permeability soft ferrite core, find wide application in the filtering of noise or electromagnetic …

Resonating inductive sensors are increasingly popular for numerous measurement
techniques, not least in non-destructive testing, due to the increased sensitivity obtained at …

This article describes a method to model the impedance of a Haddad-type resistor over a
frequency interval ranging from 10 to 200 MHz, hereafter defined as low frequency–radio …

Inductive coupling of two parallel resonant circuits is still one of the most important structures
in the practical bandpass filters. The frequency response of these structures has two …

Purpose–Aims to present a simple circuit for the realization of electronically tunable ideal
grounded inductor, which consists of two current controlled conveyors along with a …