Métrologie et CapteursAcquisition (GSI)

Introduction to metrology (terminology, units, characteristics, calibration, uncertainties, ...) Introduction to sensors (physical principle, characteristics, conditioning, ...) Study of disturbance problems (coupling mode, sources, lines/rays, ...) EMC = Electromagnetic compatibility (standards, measurements, certifications, ...)

METROLOGY: Measurement uncertainties, vocabulary, standards, physical size measurements: True value, error, uncertainty, unity, standards, size of influence, repeatability, reproducibility, accuracy, accuracy, fidelity, precision, resolution, class, estimation, distribution, interval of trust, standard deviation, ...

CAPTORS: Introduction to the characteristics of sensors and their areas of use (range of measurement, accuracy, reliability, accuracy, type of output, ...)

Part 1: principle of some physical size conversions to electrical size Conditioner/pre-conditioner

Part 2: CAPTORS AND PACKAGING OF SIGNALS case study INSTRUMENTING COMPONENTS Instrumentation amp, transmitter 4-20mA, isolation amp, cutting amp, serial transmission standards

Part 3: BRUIT AND PERTURBATIONS Origins of disturbances Perturbation transmission – coupling mode Remedies – Solutions (blading, filters, wiring rules, ...)

Part 4: CEM = ELECTROMAGNETIC COMPATIBILITY Types of Disturbance, Standards, Certification Bodies, Disturbance Measurement Methods, Solutions - Remedy

continuous control

Sensors in industrial instrumentation - Georges Asch, Dunod.

"Electromagnetic compatibility", Alain CHAROY