Introductory Course : propagation overview, antennas design

CNS PAR SATELLITE
Electronique Basique
réf. CNSH01
Code OACI 164
ENAC - SINA
FORMATION EN ANGLAIS
Introductory Course : propagation
overview, antennas design, micro-waves
circuits
The training deals with the theory of propagation, antennas, and microwave.
DURÉE
6.5 jours
or 7 days if exam and debriefing
PLACES OFFERTES
20
DATES ET LIEUX
ENAC Toulouse :
28 septembre 2015 au 6
octobre 2015
NO SESSION IN 2016, RECAST
IN PROGRESS.
CONDITIONS DE
PARTICIPATION
Objectifs
Apprehend the medium transport for the transmission of information in the context of Global
positioning with Satellite but also in any other application concerning by microwave
communication like surveillance, conventional Navigation, voice exchange in CNS/ATM.
Many examples will be given in the context of the GNSS (Global Navigation Satellite
System) , that represents the standard generic notions for satellite navigation systems,
providing autonomous geo-spatial positioning.
An Introduction to the design system tools in electromagnetism will be handled and set.
Participants concernés
Engineers and executives.
Frais pédagogiques :
Catégorie MS
2015 : 3665 €
2016 : 3780 €
Informations pratiques :
voir en fin de catalogue
CONTACT ADMINISTRATIF
ENAC
Contenu
[email protected]
1. Propagation ion apllied to CNS systems :
Bulletin d'inscription obligatoire :
voir en fin de catalogue
Propagation in free space.
Propagation in the presence of diffracting objects.
Propagation in the troposphere.
Propagation in the ionosphere.
Design tools, simulation and demos.
2. Antennas :
General.
Small antennas.
Arrays antennas.
Reflector antennas.
Antenna measurements.
Design tools, simulation and Demos.
3. Microwave circuits :
General.
Fundamental concepts in lines, cavities and filters.
Noise.
Linearity of an element.
Active elements.
Technologies used.
Design and simulation tools.
4. Presentation of Software/Tools in R.F Technics :
ADS (Advanced Design System) : oriented for object target dimension inferior or closed the
wave-length.
MUSICA (Multi-path Simulator for Civil Aviation) : oriented for Object Target dimension
superior to wave-length.
HFSS : High Frequency Structure System : oriented for object target dimension inferior to
wave-length.
For information only : 42 hours
RESPONSABLE(S) DU STAGE
Benoît ROTURIER [DSNA/DTI]
www.enac.fr
ENAC : [email protected]
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