The module must have the following general characteristics:

• Control software for the experiences that can be carried out with it.
• Data Acquisition System for real-time monitoring of the electrical variables of the experience.
• Ability to introduce faults.
• Include its installation and commissioning of the module.
• Include usage training.
• Alternating current: 220v

The module must contain experiences to address the following topics:

• Rectifiers: Power diode, V-I characteristic, types, Rectifier circuits, types, single-phase, three-phase, DC Filters and AC Filters.
• Controlled Rectifiers: Thyristor, V-I characteristic, snubber circuits, firing circuit, network synchronization circuit, types of thyristors, controlled rectifier circuits, types, single-phase, three-phase, semi-controlled and fully controlled, operation as power inverter, rectifier circuits with power factor improvements using auto commutated semiconductor switches such as GTO, IGBT, Power MOSFET.
• AC Voltage Controllers: Structure of the AC controller, type of AC voltage controller circuits, single-phase, semi-controlled three-phase and fully controlled, star and delta connection, with resistive load R and inductive resistive R-L.
• DC-DC converters: Power bipolar transistor, power MOSFET, Insulated Gate Bipolar Transistor (IGBT), characteristics, activation and protection circuits.
• Non-Isolated DC-DC converter circuits: voltage buck converter, voltage boost converter, buck-boost converter of inverted and non-inverted polarity voltage, Cúk and SEPIC converter. Isolated DC-DC converter circuits: Flyback and Forward Converter
• DC-AC Converters: Voltage Source Inverter Circuits (VSI), inverter structure, type, single phase half bridge and full bridge, ac voltage control methods, width modulation
• (PWM), Three-phase inverters, six-pulse operation, three-phase PWM, other techniques such as selective harmonic elimination and space vector modulation, L filter, LC and LCL output, Current Source Inverter Circuits (CSI), inverter structure, type, single-phase full bridge, operation with half-square current, operation with
• current pulse width modulation, three-phase current inverter, six-pulse operation and three-phase current PWM, filter C, CL and CLC output.