MS21Light sources: properties & performances, integration, reliability

Niveau : Perfectionnement
Publics :

Senior technicians or engineers wishing to deepen the different issues related to light sources and their integration in an embed lighting system.

Pré-requis :

Fundamentals of photometry and optics for lighting, basic knowledge on light sources, basic knowledge on photometric measurements

Langue de la formation : Anglais
Capacité maximum : 20
Prix : 1720 € -
Durée : 3,5 days
En partenariat avec
ESTACA
Objectifs

• Being able to select the light sources according to technical specifications of the lighting systems under constraints.

Voir les sessions
Light sources: properties & performances, integration, reliability
Thèmes abordés

Scope statement for lighting
• analysing a scope statement for lighting and translating it in terms of light sources and their configuration
Choosing a light source
• Different technologies of light sources
• Light sources meeting the requirements of a scope statement
Implementing a light source
• Thermal effects and consequences on the performances
• Reliability and life span
• Communication/modulation
• Collimation technics and implementation

Le programme

Scope statement for lighting systems
• Analysis of a scope statement for lighting systems
• Translating a lighting scope statement in terms of light sources and their photometric configuration
Choosing a light source
• Description and comparison of the main lighting sources technologies
• Choosing light sources that meet the requirements of a scope statement
• Case study
Implementing a light source
• Thermal effects and consequences on the performances
• Reliability and life span
• Using light sources for communication and modulation
• Collimation technics and implementation
Lab work
• Laser diodes
• Characterization
• Properties (Coherence, Spectrum, Divergence, Directivity etc)
• Speckle
• Limitations (noise, thermal effects etc)
• Communication by LED : Li-fi network
• Communication, modulation
• Collimation and flux capitation
• Detectors and noise

Méthodologie

Courses and tutorials
Lab work

Pas de session planifiée pour le moment

Responsable(s) pédagogique(s) :
  • Gaëlle Lucas-Leclin - Associate Professor at Institut d'Optique

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