1. Introduction to Power Electronics.
1.1. Fundamentals on Power Electronics.
1.2. Typical applications.
2. Basic electric concepts.
2.1. Passive components: resistor, inductor, capacitor.
2.2. Average and rms of periodic signals.
2.3. Fourier series of a periodic non-sinusoidal signal.
2.4. Average and rms using Fourier series.
2.5. Active, reactive and apparent power.
2.6. Measuring the quality of a signal: ripple factor, power factor, harmonic distortion.
3. CA-CC conversion: rectifiers.
3.1. Diodes
3.2. Basic circuits with diodes.
3.3. Non-controlled mono-phase rectifier.
3.3.1. Resistor load.
3.3.2. Capacitor filter.
3.3.3. Inductor-capacitor filter.
3.4. Controlled mono-phase rectifier.
3.4.1. Resistor load.
3.4.2. Highly inductive load.
3.4.3. Free-wheeling diode.
3.5. Controlled three-phase rectifier.
3.5.1. Resistor load.
3.5.2. Highly inductive load.
4. CC-CA conversion: inverters.
4.1. Introduction and basic concepts.
4.2. MOSFET and IGBT.
4.3. Single phase, full bridge.
4.3.1. Square wave.
4.3.2. Phase shift control.
4.3.3. Sinusoidal PWM.
4.4. Three phase inverters.
4.4.1. Square wave.
4.4.2. Sinusoidal PWM.
5. CC-CC conversion.
5.1. Introduction to power supplies.
5.2. Analysis of dc-dc converters.
5.3. Topologies without galvanic isolation.
5.4. Topologies with galvanic isolation.
