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Electronics and electromagnetism laboratory - UR2

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Electronics and electromagnetism laboratory - UR2

The research activities of L2E aim to provide a range of analysis methods and models to explain phenomena of electromagnetics wave propagation in complex environments, and innovative or disruptive electronic solutions to meet specific needs expressed in the domains of telecommunication, health, defense, aerospace and automotive industry.

In this page

Keywords

EDA, modeling, optimization, micro-nano electronic and opto-electronic components, design, electronics, circuits and systems, micro and nano-systems electromagnetics, instrumentation, nanotechnology, optics, lasers, remote sensing, electromagnetic compatibility (EMC).

Teams and research themes

Theme MINA : The micro and nanometric scale, is investigated in the MINA theme and deals with the performance's improvement of electronic, opto-electronic and mecatronic systems.

 

Theme P-SYS : The millimeter and sub-millimeter scale is investigated ine the P-SYS theme and deals with connected systems in the personal and human body environments.

 

Theme MEDRA : The centimetric and metric scale treated in the MEDRA theme, concerne the development and exploitation of electromagnetic (EM) models for ground observation and surveillance.

 

Transverse Theme ABILE : The transverse biomedical theme ABILE, fed by the three vertical themes, proposes to implement nex concepts and ad hoc solutions to add in the analysis, assist the practitioner and care of the patient.

Active projects

The L2E works, among others, on project following ones:

  • ANR International Kidpocket
  • Miniaturisation de l'électronique des instruments spatiaux
  • ANR International Cerise et Nanoantennes
  • ANR Verso Epod
  • Mission JUICE de l'ESA
  • ANR Mocca
  • ANR Astrid Prophete
  • ANR Astrid Prophete
  • SMART BAN
Main scientific results

Improving the state of the art in terms of the ON/OFF relation of opto controlled RF switches.

 

Generation of RF and UWB signals by photoconduction.

 

InP integrated high-speed electro-absorption modulator.

 

Contribution to enriching the database on complex liquid materials.

 

Design and prototyping of an adaptive antenna using an EMB (electromagnetic bandgap) material.

 

Method of correlation between table tests and EMC vehicle tests (partner: Renault).

 

Electromagnetic calculation (One-Step) in digital dosimetry.

 

Application of wavelets to HF radar.

 

Multispectral Scanning of works such as the Mona Lisa.

 

SiGe bipolar transistors and ultra-low noise amplifiers for applications in cryo-electrics.

Doctoral schools

ED 130 - EDITE : Computer Science, Telecommunications and Electronics of Paris

ED 391 - SMAER : Mechanics, Acoustics, Electronics, Paris

Scientific parternships
Local

CNAM-ESYCOM, ESIEE, Hôpital Pitié-Salpêtrière, MNHN-CRCC, PARIS VII-APC, Supélec-L2S, LGEP, INSP, LIP6, TELECOM-PARISTECH

National

IEMN (Lille), Institut Fresnel (Marseille), LEME (Orsay), ESIEE (Paris), IETR (Rennes), XLIM (Limoges)

International

Institut of Bio- and Nano Systems (Germany), Nanyang Technological University (Singapore), Université Libre de Bruxelles (Belgium), University of Arkansas (USA), Académie Chinoise des Sciences (Chine), Penn State University (USA)

Industrial parternships

Alcatel-Thales III-V Lab, IEEA, Maquet, Orange Labs, SAFRAN, Thales Aerospace, Thales Communication, Thales Research and Technology, UMS, VectraWave, ...

Patents

 

Main equipements

Experimentation resources:

Point characterization device for low and opto-low frequency applications

Point characterization device for millimetric and opto-millimetric applications

Characterization device in a cryogenic environment (77K, 4.2K)

SQUID RF HTC magnetometer

Femtosecond laser (780nm-1550nm)

THz laser (0.118mm)

Faraday cage

Electromagnetic simulation software: CST MICROWAVE  STUDIO, HFSS, FEKO, COMSOL, ICARE, CFDTD, FDTD, ADS

Computing software: MATLAB , MATHEMATICA

Circuit software: ADS, CADENCE, PSPICE

Main publications

 

Coordinates
Coordinates
Director
BENLARBI-DELAI Aziz
01 44 27 96 71
aziz.benlarbi_delai@upmc.fr
Physical address
Campus de Jussieu, Aile : 65-66, 2ème étage, Bureau : 204-D
4 place Jussieu 75252 Paris CEDEX 05

Laboratory e-mail
Web site
http://www.l2e.upmc.fr/
Postal address
Campus de Jussieu, Ailes 65-66, 1er et 2ème étages,
4 place Jussieu 75252 Paris CEDEX 05

Communication contact
KOKABI Hamid
01 44 27 64 57
hamid.kokabi@upmc.fr
Administrative contact
HAMEL-DELLENBACH Chloé
01 44 27 75 06
chloe.hamel@upmc.fr


Staff
Teachers - researchers :
21

Help staff :
4

Post-doctorate :
4

phD students :
21

Expanse :
800 m2



29/10/15