A ONE-WEEK TRAINING IN ELECTROMAGNETIC COMPATIBILITY OF INTEGRATED CIRCUITS
Formation
À Toulouse
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Description
-
Typologie
Formation
-
Niveau
Niveau avancé
-
Lieu
Toulouse
-
Heures de classe
35h
-
Durée
5 Jours
The five-day course is focused on electromagnetic compatibility of integrated circuits.
A set of basic concepts is proposed as an introduction, covering specific units, parasitic impedance of interconnects, origin of noise, noise margins, time/frequency conversion
and adaptations.
The second focus concerns parasitic emission, how to design low emission circuits and how to measure the IC emission using standard IEC 61967 methods.
A third topic concerns susceptibility, with focus on measurement methods (IEC 62132) and hardware/software techniques to improve immunity to interference.
The fourth part is related to modeling approaches for predicting EMC (IEC 62433), based on standards such as IBIS, ICEM and
ICIM.
The fifth part deals with EMC guidelines for improved emission and immunity to interference. Finally, roadmaps and future
challenges are briefly reviewed. Illustrations of these concepts are made using IC-EMC (www.ic-emc.org), a freeware including
unique features and tools for efficient EMC simulations of integrated circuits.
Afternoons are dedicated to practical sessions including an access to the EMC laboratory of INSA Toulouse, for hands-on experiments of IC emission characterization (according to IEC
61967) and IC immunity characterization (IEC 62 132).
Les sites et dates disponibles
Lieu
Date de début
Date de début
Les Avis
Les matières
- Parasitic impedance of interconnects
- Origin of noise
- Noise margins
- Time/frequency conversion
- Adaptations
- IEC 61967 methods
- IEC 62132
- IBIS
- ICEM
- ICIM
Professeurs
Alexandre BOYER
Maitre de Conférences
Etienne SICARD
Professeur des Universités
Le programme
A set of basic concepts is proposed as an introduction, covering specific units, parasitic impedance of interconnects, origin of noise, noise margins, time/frequency conversion
and adaptations.
The second focus concerns parasitic emission, how to design low emission circuits and how to measure the IC emission using standard IEC 61967 methods.
A third topic concerns susceptibility, with focus on measurement methods (IEC 62132) and hardware/software techniques to improve immunity to interference.
The fourth part is related to modeling approaches for predicting EMC (IEC 62433), based on standards such as IBIS, ICEM and
ICIM.
The fifth part deals with EMC guidelines for improved emission and immunity to interference. Finally, roadmaps and future
challenges are briefly reviewed. Illustrations of these concepts are made using IC-EMC (www.ic-emc.org), a freeware including
unique features and tools for efficient EMC simulations of integrated circuits.
Afternoons are dedicated to practical sessions including an access to the EMC laboratory of INSA Toulouse, for hands-on experiments of IC emission characterization (according to IEC
61967) and IC immunity characterization (IEC 62 132).
Informations complémentaires
Avez-vous besoin d'un coach de formation?
Il vous aidera à comparer différents cours et à trouver la solution la plus abordable.
A ONE-WEEK TRAINING IN ELECTROMAGNETIC COMPATIBILITY OF INTEGRATED CIRCUITS