Fibre-Optic Communications - I

Catalogue des cours de Télécom SudParis

Code

PHY 7002

Niveau

PostGraduate (MSc)

Domaine

Physique

Langue d'enseignement

Anglais

Crédits ECTS

5

Heures programmées / Charge de travail

45 / 105

Responsable(s)

  • FRIGNAC Yann

Département

- Electronique et Physique

Equipe pédagogique

  • FRIGNAC Yann
  • ZOU Qin
  • RAMDANE Abderrahim
  • LEPERS Catherine

Objectif

Understand the propagation in dielectric waveguides or optical fiber
Learn Basics of opto-electronic devices and digital communication

Contenu

Electromagnetic Optics:
- Electromagnetic theory of light
- Dielectric Media
- Monochromatic electromagnetic waves
- Elementary electromagnetic waves
- Absorption and dispersion, the resonant medium
- Pulse propagation in dispersive media
Polarization and Crystal Optics:
- Polarization of light and matrix representation
- Optics of anisotropic media;
- Polarization devices
Guided-wave optics
- Planar dielectric waveguide
- Modal and waveguide dispersion in the planar waveguide
- Optical coupling in waveguides and applications
Optical fibers
- Introduction: geometrical-optics description
- Wave propagation
- Dispersion and pulse propagation in single mode fibers
- Light absorption, scattering and attenuation in optical fiber
- Bit-rate, dispersion, electrical and optical bandwidth
- Non-linear phenomena during propagation
Opto-electronic devices (Basics)
- laser diodes and photo-diodes
Digital Communication (Basics)
- Digital signal representation
- Power Spectral Density
- Modulation principle and codes
- Nyquist Criterium
- Match Filtering
- Approximated Bit Error Probability estimations

Prérequis

Physical waves propagation principles

Mots-clés

 

Evaluation

Written exam

Approches pédagogiques

 

Programme

Master of Science

Fiche mise à jour : 29/04/2014 10:42:43