Elements of Electronics

Learning about analog and digital electronics.

For the analog portion, the course focuses on the study and practical application of the main electronic components: diodes, transistors, and operational amplifiers.

In the digital section, the fundamentals of sequential logic will be covered.

Apply fundamental concepts to analyze and solve problems (circuit configurations related to the applications of the components studied).

Use simulation software critically by comparing the results with theoretical models.

Apply fundamental concepts to solve problems in digital electronics.

Be able to use the main mathematical tools relevant to the study of these components. (Non-exhaustive examples: differential equations, concepts of complex numbers, plotting on a logarithmic scale.)

HAE102 Electronics (Freshman Year)

The Fundamentals of Physics in the First and Second Years of Undergraduate Study.

Key Mathematical Tools Useful in Physics

Recommended prerequisites*: Electricity

CCI

Filtering (First- and Second-Order) Frequency Analysis—Bode Plot

Diodes: Studies of the Junction Diode – Applications – Use in Nonlinear Operating Modes: Switching, Rectification

Transistors: Study of the Transistor (Characteristics) – Applications in Amplification

Perfect Operational Amplifier: Study of the Perfect OAM—Simple Circuits—Applications to Special Functions (Filtering, Flip-Flop Oscillators)

Digital Electronics: Truth Tables (Review) – Sequential Logic: Counters—Applications

CM: 6:00 p.m.

TD: 6:00 p.m.