Principes des capteurs et Interfaces de communication
Description
Numéro de trimestre
Prérequis
Syllabus
Composition du cours
Notation
Ressources
Cours magistraux, TDs et séances de TPs avec
étude de cas
Outils de simulation : LTspice, , STM32Cube IDE
Résultats de l'apprentissage couverts par le cours
Description des compétences acquises à la fin du cours
C1.2- Enrich models describing phenomena involving several scales or couplings, analyze the sensitivity of a model to its parameters;
C4.1- Define criteria for choosing solutions taking into account all the parameters identified and taking into account the sustainability of solutions in time;
C9- Think and act as an ethical, responsible and honest engineer, taking into account environmental, social and societal dimensions
Skills may be assessed optionally:
C1.1- Analyze the global behaviour of a complex
system (multi-agent, multi-scale, etc.), with its scientific, economic, human,
etc., including the identification of factors influencing its behaviour, and
the analysis of interactions between components;
C1.4- Prototyper (for example by simulation), realize and validate a system or
part of a complex system;
C2.4- Propose a global approach to meet a need for knowledge, integrating
state-of-the-art analysis, hypotheses, models, experience (real or digital),
interpretation, conclusion;
Support de cours, bibliographie
1- Wilson, J.S. Sensor Technology Handbook; Elsevier: Amsterdam, The Netherlands, 2004;
2- Das A. Signal Conditioning: An Introduction to Continuous Wave, Communication and Signal Processing, Springer Verlag, Berlin - Heidelberg, 2012;
3- R. V. de Plassche CMOS Integrated Analog-to-Digital and Digital-to-Analog Converters New York; Springer, 2003;
4- Louis E. Frenzel. Handbook of serial communications interfaces: a comprehensive compendium of serial digital input/output (I/O) standards. Newnes, an imprint of Elsevier, 2016;