Technologie BAW-SMR (synthèse des filtres pour une application spatiale et étude de l'accordabilité des filtres pour la téléphonie mobile avec la technologie CMOS 65nm)

Dans l optique de développer de nouveaux système RF les plus intégrés possibles, les technologies above-IC compatibles avec les technologies silicium ouvrent des perspectives prometteuses sur un plan économique pour l industrie du semi-conducteur. En effet, a contrario des résonateurs SAW et céramiques, les résonateurs à ondes acoustiques de volume (BAW) peuvent être fabriqués en utilisant des matériaux compatible CMOS VLSI pour des performances électriques comparables, voir supérieures dans certains cas en termes de fréquence et de puissance. Les travaux de cette thèse ont connus deux grandes partie ; la première a été focalisée sur le développement d une nouvelle topologie de filtre BAW accordable pour des applications de quatrième génération de téléphone mobile (4G). La seconde partie a été orientée vers une étude de faisabilité d un filtre BAW-SMR autour d une fréquence de travail à 7GHz pour une application spatiale.AbstractBORDEAUX1-Bib.electronique (335229901) / SudocSudocFranceF

A reconfigurable acoustic telemetry transmitter employing crystal-less temperature-independent frequency reference for oil drilling applications

Ph.DDOCTOR OF PHILOSOPH

RECONFIGURABLE AND WIDEBAND SAW RESONATOR-BASED FILTERS & CMOS BANDPASS FILTERS FOR WIRELESS COMMUNICATION SYSTEM

Ph.DDOCTOR OF PHILOSOPH

Solid State Circuits Technologies

The evolution of solid-state circuit technology has a long history within a relatively short period of time. This technology has lead to the modern information society that connects us and tools, a large market, and many types of products and applications. The solid-state circuit technology continuously evolves via breakthroughs and improvements every year. This book is devoted to review and present novel approaches for some of the main issues involved in this exciting and vigorous technology. The book is composed of 22 chapters, written by authors coming from 30 different institutions located in 12 different countries throughout the Americas, Asia and Europe. Thus, reflecting the wide international contribution to the book. The broad range of subjects presented in the book offers a general overview of the main issues in modern solid-state circuit technology. Furthermore, the book offers an in depth analysis on specific subjects for specialists. We believe the book is of great scientific and educational value for many readers. I am profoundly indebted to the support provided by all of those involved in the work. First and foremost I would like to acknowledge and thank the authors who worked hard and generously agreed to share their results and knowledge. Second I would like to express my gratitude to the Intech team that invited me to edit the book and give me their full support and a fruitful experience while working together to combine this book

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The rapid evolution of electronic devices since the beginning of the nanoelectronics era has brought about exceptional computational power in an ever shrinking system footprint. This has enabled among others the wealth of nomadic battery powered wireless systems (smart phones, mp3 players, GPS, …) that society currently enjoys. Emerging integration technologies enabling even smaller volumes and the associated increased functional density may bring about a new revolution in systems targeting wearable healthcare, wellness, lifestyle and industrial monitoring applications