Dipartimento d'Ingegneria

Electronics - Elettronica

Electronic activity at DIEI can be gathered in 4 main fields:
 
Sensors, Circuits & Systems - This activity, mostly in the area of health monitoring, focuses on the design and test of CMOS Active Pixel Sensors integrated in VLSI sub-micrometer and vertical scale (3D-IC) technologies, on the development of a multi-channel analog front end for brain-computer interfaces (BCI), on a Lab-on-Chip (LoC) for viral infection diagnosis as well ason a real time dosimeter for Interventional Radiology.

Devices and technology - Activities are devoted to physical modeling and numerical analysis of semiconductor devices, to the study of thermal properties of micro electro mechanical systems and to the Silicon on Diamond (SoD) technology for radiation sensor and biomedical applications.

High Frequency - Activities in this branch are about RFID systems, RF Integrated circuits (RFIC), Front End design for telecommunication, telemetry and radiometers, System in Package (SiP) and interconnections. Most recently, specific attention has been devoted to solutions for Internet of Things (IoT) applications.

Green Electronics - Organic devices and low cost recyclable materials (mostly paper) are adopted here to develop circuits using inkjet printing as well as adhesive copper tape. Design approaches suitable for Wide Area Electronics (WAE) applications are being carried on, among them: chipless RFID tags, Harmonic RFID systems and Systems in Package on Paper (SiPoP).
 

ENIAC - IDEAS

In Projects ,
Scritto da Sabato, 08 Dicembre 2012 13:43
Interactive power Devices for Efficiency in Automotive with increased reliability and Safety

Strategic Objective:
A major challenge related to electronic devices in the automotive is the reliability of the power supply systems which must be capable to assure the functionality of the subsystems  in all operating conditions and while ageing. Whether for conventional vehicles or electrified ones, electronic packaging impacts on the overall complexity, efficiency, safety against crash and safety against fire. The main goal of the project is thus developing advanced packaging for power supply components and new generation memory systems having application on Electric and ICE propelled vehicles

Unit involvement:
The Unit of Perugia is involved in the IDEAS project about the full-wave analysis and characterization of interconnections and packaging

ENIAC - ENLIGHT

In Projects ,
Scritto da Giovedì, 06 Dicembre 2012 09:34
Energy efficiency and sustainability are major concerns in society today. The lighting industry is going through a radical transformation driven by rapid progress in LED lighting, semiconductor technology, and the need for sustainable and energy-efficient solutions.

Intelligent lighting:
The ENLIGHT project aims to exploit the full potential of LED lighting through breakthrough innovations in integrated lighting solutions beyond retrofit applications. This includes intelligent lighting systems. The goal is to reduce energy consumption by up to 40% compared with today’s LED systems.

Pagina 4 di 4

NOTA:

Questo sito utilizza i cookies, anche di terze parti, per le statistiche e per agevolare la navigazione nelle pagine del sito. Maggiori informazioni disponibili nell’informativa sulla privacy. Per saperne di piu'

Approvo