Ressources Pédagogiques >> Fonction et Intégration Photonique
Responsable :

Henri Benisty
  

Equipe Pédagogique :
Guang-Hua Duan
Béatrice Dagens
Alfredo De Rossi
Daniel Dolfi

Licence d'usage :  Cadre Privé
Fonction et Intégration Photonique
Fiche descriptive de cours :
This page corresponds to the 2017 content.
(Courses of H Benisty from week 1 + Courses of B. Dagens 1-6 + Course of A De Rossi (ongoing)

Composition Partie Pédagogique :

(2slides per page --> 41 pages) Basics of electron and semiconductors Basics of waveguiding Basics of coupling

Laser diode QW, SCH, DFB, VCSEL, and QD lasers

version 1 page/1 slide (ca. 200 p)
Modulators (2012 version), Emerging trends
Photodetectors (2012 version), Emerging trends


Fichier 2 Mo et 70 slides, 2 par page
Fichier 2,5 Mo...

Deux slides par page
Deux slides par page
Deux slides par page

This paper describes the parametric exploration of a SCH MQW laser diode. Only Figs 1,2,3,6 8 are to be understood well. Questions on this paper are related to the courses of H Benisty and B Dagens.
This article describes a device with 4 selectable light sources combined in a single output, and uses the SAG technique to get the different sources...
All-optical signal processing at 10GHz using a photonic crystal molecule (APL, 2013)


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************** La suite est l'ancien contenu 2016 (Former 2016 content archived below) **************************

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Insertion losses of a PhC Waveguide
Microwave device based on a highly dispersive PhC structure and a multiwavelength source
Electro-optical deflection at NTT
Electro-optical deflection ... in 2007



Paper on InP Photonic Integrated Circuits (PIC) of 2007
Paper on Silicon Photonic Transmitters (2011)
Paper on Tunable_lasers_Ring_resonators (2009)
Intégration avec taper
Bends in SoI system and their losses

How MQW lasers are modified to suit eg speed requirements...
Oclaro company paper on integrated laser and SOA
Paper on new InP on silicon integrated lasers with Si rings to get selectivity. III-V Lab work partly, with CEA LETI


    © Institut d'Optique 2017 - Réalisé par Winch Communication