1. Electrical circuits
1.1 Electrical variables and units
1.2. Topological definitions
1.3. Kirchhoff's laws
1.4. Cicuit elements: resistor, inductor, capacitor and sources.
2. Analysis of DC circuits.
2.1. Parallel and series connections
2.2. Mesh method
2.3. Node method
2.5. Thévenin's theorem
2.3. Superposition principle.
3. Analysis of AC circuits.
3.1. Sinusoidal waves and phasors.
3.3. Circuit analysis in the frequency domain.
3.5. Power in AC circuits.
4. Analysis of three phase circuits.
4.1. Structure of a three phase system.
4.2. Phase and line magnitudes.
4.3. Single-phase equivalent circuit.
4.4. Three phase power and reactive compensation.
Laboratory sessions about current, voltage and power measurements in DC, AC circuits and three phase systems.