Analog Electronics (Upgrade)

This course introduces the basics of modern electronics, from physical phenomena to the design of logic gates. The embedded systems student must be aware of the physical limitations of analog electronics when implementing digital functions. The course is illustrated by the history of electronics in terms of research and industrial costs: why was the transistor invented and what are its applications?

Fundamental laws of electronics (ohm, nodes, meshes), mathematics (limited development, exponential calculus)

4 parts are proposed: 1) The electron: Introduction to semiconductors 2) The bipolar transistor Modeling physical phenomena: why and how? Mathematical and physical approaches 3) Basic assemblies Circuit design using a small-signal approach 4) The MOS transistor and digital circuits Digital circuit design