The main R & D activities of the group are related to radiofrequency (RF) and microwave technologies. Specifically, they focus on the linear and non-linear model and the experimental characterization of active devices and microwave circuits, the design of hybrid and monolithic microwave circuits, and the design of RF circuits for radio communications.
High Frequency Devices Group (GDAF)
Lines of Research
Linear / nonlinear modeling, and experimental characterization of active semiconductor devices and MIC circuits.
Design of MIC circuits, hybrid and monolithic, for communications applications.
Large signal (vector calibrated) measurements in RF and microwave.
Design of RF circuits for radio communications.
Application of signal and electronic technology to marine systems, image processing, computer vision, remote sensing.
Tecnologías de distribución multimedia
Redes de comunicaciones 5G
Análisis de datos
Keywords: semiconductors, microwaves, amplifiers, RF sub-systems, MIC design, nonlinear characterization, nonlinear modelling, marine technology, image processing, computer vision, remote sensing.
- Ecodraga project: Eco-friendly dredging… Funded by Feder Innterconecta. We participated in this project.
- Life Demowave project: the main objective of the project LifeDemoWave is the demonstration of the feasibility of the use of wave power for electric generation in order to reduce greenhouse gases emissions.
- E-Corydora project: This projects aims to develop an integral dredging system able to work under a sustainable dredging concept.
- LitterDrone project: Development and Exploitation of Innovative Tools for Remote Marine Litter Control and Management through UAV’s.
Kind of Collaboration
|Cardiff University||Research collaboration|
|Aveiro University||Research collaboration|
|Agencia Espacial Europea (ESA)||Research collaboration|
|Universidad de Cantabria||Research collaboration|
|Universidad de Las Palmas de Gran Canaria||Research collaboration|
|Universidad Politécnica de Madrid||Research collaboration|