In this work, microwave frequency measurement (MFM) is reviewed since the early stages
using fully analog implementations, including its evolution to analog/digital implementations …

A novel low profile mechanical tuning technique is introduced in this paper to change the
center frequency of substrate integrated waveguide (SIW) based reconfigurable bandpass …

An overview of state-of-the-art frequency tunable technologies in the realization of tunable
radio frequency (RF) and microwave tunable circuits is presented with focus on filter …

In today's communication systems the demand for tunable filters with high performance and
with independent control of the filter parameters have been growing. In this paper an …

A varactor and FMR-tuned wideband band-pass filter (BPF) module with versatile frequency
tunability has been devised and realized on RT/Duroid substrate. By connecting four …

We firstly propose the concept of a frequency and bandwidth fine-tuning method using an
RF MEMS-based suspended tunable band-stop resonator. We experimentally show the …

The rapid development of radar, communication and weapons guidance systems generates
an urgent need for microwave receivers to detect possible threats at the earliest stage of a …

We firstly propose the concept of a frequency agile electromagnetic decoupling MEMS-
based device. We experimentally show the feasibility of such an apparatus, and further work …

Les composants micro-ondes et millimétriques accordables constituent des éléments
importants rencontrés dans les systèmes de radiocommunications et radars. En effet, ils …

The ever increasing use of wireless devices has caused a need for devices that can operate
over a range of frequencies and conditions. This can be accomplished by using tunable …