Experimental Physics S6 PA

Practical work and application of analog and digital electronics in connection with EU HLPH507.

Use measuring devices and techniques in the field of electronics and measurement.

Implement simple circuits in analog electronics.

Analyze and synthesize data for use.

Interpret experimental data to consider their modeling and/or simulation, then validate the model by comparing its predictions with experimental results and assessing its validity limits (error calculations, etc.).

Use simulation software critically.

Implement digital electronics assemblies using programmable development boards.

Learn about the project approach (teamwork and independent work) by identifying the different stages of an experimental approach to analog and/or digital electronics.

HLPH507 (5th semester course in Physics and Applications, Year 3)

The fundamentals of Physics L1 and L2.

Key mathematical tools useful in physics.

Recommended prerequisites: Proficiency in word processing and data processing tools.

100% CC

Analog Electronics:

Filtering

Study of Diodes

Characteristics and amplification with a transistor,

Study of the Perfect Operational Amplifier: Simple Circuits

Special functions: flip-flop oscillators

Project

Digital electronics:

Introduction to the development of programmable logic circuits,

Design of a comparator

Design of a 4-bit word adder

Creation of an electronic die.

Project

Practical work: 54 hours