Sensors

Information

Teacher coordinator	Abdelaziz Bensrhair
Teacher(s)	Richard Grisel
Language	French
Credits	4.5
Teaching	Lectures : 21h Exercises : 21h Practical work : 21h
Web site	https://moodle.insa-rouen.fr/course/enrol.php?id=173

understanding the working process of an acquisition chain
knowing the different components of an acquisition chain system
knowing the different types of sensors (thermal, optical, force,...)
learn to implement an acquisition chain system:
- information retrieval
- analog signal processing
- selecting a signal among several
- conversion of a signal in digital form
- coordination of the various operations
learn to implement an autonomous instrumented chain (with a processor of type micro-controller MIPS32 core)
- System definition
- program design
- choice of interfaces (buses, etc)
- distribution data in memory

1 - Notion, 2 - Concept, 3 - Application, I - fully, P - incomplete

The channel data acquisition, the analog-digital converter and Digital to Analog (ADC / DAC)
Overview of Sensors
The electronics associated with sensors: The Signal Conditioning and Amplifiers
To the digitization of information: Shannon's theorem, filters, sampler / Converters
Temperature sensors, power, position and movement, optical
Overview of instrumentation systems micro controllers
Design and programming an autonomous system
Intelligent sensors (Programming Environment, Design and examples)
Tools and equipment used and Hands Tutorial
- LabVIEW of the National Instruments, a reference tool for the PC-based instrumentation and data acquisition
- MPLABXIDE, development environment for Microchips microprocessors
- Acquisition board USB NiDAQ from National Instruments
- Development board micro controller Explorer 16/32 from Microchip