Aller au menu Aller au contenu
Microelectronics, electromagnetism, photonics , microwave

> Events > Events-PhD_Defenses

PhD Defense of Matthieu BERTRAND

Published on November 3, 2017
A+Augmenter la taille du texteA-Réduire la taille du texteImprimer le documentEnvoyer cette page par mail cet article Facebook Twitter Linked In
PhD Defense November 9, 2017 | Access map
Defense of a doctoral thesis of Matthieu BERTRAND,,  for the University of  Grenoble Alpes , speciality  "NANO ELECTRONICS and NANO TECHNOLOGIES ", entitled:

Room Z307 (Bâtiment Z 1er étage) - Phelma/Minatec
3 rue parvis Louis Néel
38016 Grenoble cedex1

«Slow-wave substrate integrated waveguides for RF and millimeter-wave bands applications»



Thursday, November 9th,  2017 at 10:30

The last decades have seen the evolution of communication networks toward greater complexity and efficiency, being now able to carry significant data rates.
This evolution is the result of both scientific and technological breakthroughs. Thanks
to the wide bandwidths available at millimeter-wave frequencies, the future generations
will be able to supply for the increasing demand in multimedia services, especially
high-definition videos. The design of wireless systems which operate at high frequencies with acceptable efficiency, costs, and minimum size thus constitute a decisive challenge.In this context, this work focuses on the development of passive circuits such as filters,couplers and waveguides which address these issues. We developed a miniaturization technique for printed circuits technology, which in a first step is dedicated to frequencies below 20 GHz. This technique is based on a slow-wave concept, defined as the property of any structure which imposes lower velocities to the electromagnetic waves. A theoretical analysis, as well as design methods were established and confirmed by measurements.
Secondly, we proposed two distinct technological solutions for the integration of efficient waveguides at millimeter-wave frequencies. This work was achieved in collaboration with two other laboratories. A theoretical study, design of test features and measurements were performed. These results intend to constitute a basis for the future realization of miniaturized slow-wave circuits at millimeter-wave frequency bands.

Members of  jury :
  • Phillipe FERRARI : Supervisor
  • Emmanuel PISTONO : CoSupervisor
  • Darine KADDOUR : CoSupervisor
  • Stéphane BILA : Examiner
  • Anne-Laure FRANC: Examiner
  • Hervé AUBERT : Rapporteur
  • Maurizio BOZZI: Rapporteur

A+Augmenter la taille du texteA-Réduire la taille du texteImprimer le documentEnvoyer cette page par mail cet article Facebook Twitter Linked In


Thesis prepared in the laboratory : UMR 5130 - IMEP-LAHC  , supervised by Philippe FERRARI, Supervisor and Emmanuel PISTONO  CoSupervisor.

Date of update November 7, 2017

Grenoble site
Grenoble INP - Minatec : 3, Parvis Louis Néel - CS 50257 - 38016 Grenoble Cedex 1

Chambery site
Université Savoie Mont Blanc - Rue Lac de la Thuile, Bat. 21 - 73370 Le Bourget du Lac
République Française         Logo CNRS_2019        Logo Grenoble INP - UGA   Grenoble Alps University    Université Savoie Mont Blanc
Université Grenoble Alpes