Level of education
two years of postsecondary education
ECTS
9 credits
Training structure
Faculty of Science
Hours per week
75h
Description
The objective of this course unit is to enable students to acquire the fundamental concepts of analog electronics.
Objectives
Reminders and additional information on electrokinetics.
Ideal Operational Amplifier and Its Linear Applications
Static characteristics of diodes and bipolar transistors.
Computer tools for electrokinetics
Teaching hours
- Analog Electronics - CMLecture33 hours
- Analog Electronics - Practical WorkPractical Work42 hours
Mandatory prerequisites
Electrokinetics (L1)
Syllabus
- Electrokinetics
Steady-state circuit, Steady-state power
Transient circuits, Laplace transform
Linear circuits and forced sinusoidal power, Cissoidal transform.
Bode diagram
2. Operational amplifier
Ideal model (nullator norator)
Linear functions with AOP: Adder, subtractor, integrator, differentiator, filters.
3. Voltage regulation/stabilization
Bipolar diodes and transistors: static characteristics for rectification, regulation, and stabilization applications for DC power supplies.
Implementation of an LM117 integrated regulator
4. Computer tools for electrokinetics
Computer tools for symbolic and/or numerical solution of linear circuits.