Free online coursePower Electronics

Conteúdo do Curso

• Video class: Lecture 1: Introduction to Power Electronics

  0h43m

• Exercise: What is the primary advantage of using a switched-mode power supply over a linear power supply in power electronics?

• Video class: Lecture 2: Analysis Methods and Rectifiers

  0h50m

• Exercise: What is one key advantage of using a switching power supply over a linear power supply?

• Video class: Lecture 3: Load Regulation

  0h46m

• Exercise: Which of the following statements about the behavior of diodes in a rectifier circuit with added AC-side inductance is true?

• Video class: Lecture 4: Power Factor

  0h52m

• Exercise: What is the primary function of a circuit breaker in a home electrical system when connected to a power source?

• Video class: Lecture 5: Intro to DC/DC, Part 1

  0h47m

• Exercise: What is the function of a boost converter in power electronics?

• Video class: Lecture 6: DC/DC, Part 2

  0h51m

• Exercise: In a buck-boost converter, what is the primary characteristic that differentiates it from a standard buck or boost converter?

• Video class: Lecture 7: DC/DC, Part 3

  0h50m

• Exercise: Which of the following statements is true when designing a buck-boost converter compared to buck or boost converters?

• Video class: Lecture 8: DC/DC, Part 4

  0h52m

• Exercise: In a DC-to-DC converter operating in discontinuous conduction mode (DCM), which factor primarily differentiates the current ripple when compared to continuous conduction mode (CCM)?

• Video class: Lecture 9: Magnetics, Part 1

  0h50m

• Exercise: What is the primary reason for including a gap in the magnetic core of an inductor?

• Video class: Lecture 10: Magnetics, Part 2

  0h50m

• Exercise: What is a key factor that differentiates an ideal transformer from a non-ideal one in terms of energy storage?

• Video class: Lecture 11: Magnetics, Part 3

  0h50m

• Exercise: In a multi-winding transformer, what is the primary characteristic of the 'T model' used to represent its electrical properties?

• Video class: Lecture 12: Magnetics, Part 4

  0h50m

• Exercise: What is the primary reason for considering the skin effect in high frequency currents within power electronics?

• Video class: Lecture 13: Isolated DC/DC Converters, Part 1

  0h51m

• Exercise: In the context of isolated power converters discussed, which advantage does the introduction of a transformer provide to a converter design?

• Video class: Lecture 14: Isolated DC/DC Converters, Part 2

  0h51m

• Exercise: In the context of isolated DC/DC converters, what is the primary advantage of using a full-bridge converter over a forward converter?

• Video class: Lecture 15: Switching Losses and Snubbers

  0h42m

• Exercise: What is a primary reason for utilizing snubbers in practical power electronics circuits involving switches like MOSFETs or IGBTs?

• Video class: Lecture 16: Thermal Modeling and Heat Sinking

  0h53m

• Exercise: In power electronics, what are the three fundamental methods of heat transfer used to dissipate heat from electronic components?

• Video class: Lecture 17: Inverters, Part 1

  0h51m

• Exercise: Which of the following components is predominantly associated with mitigating harmonic distortion when designing an inverter circuit?

• Video class: Lecture 18: Inverters, Part 2

  0h47m

• Exercise: In power electronics, what advantage is achieved by using half-wave symmetry in waveform synthesis for inverters?

• Video class: Lecture 19: Inverters, Part 3

  0h52m

• Exercise: What is one of the main benefits of using a neutral-point clamped (NPC) inverter in power electronics?

• Video class: Lecture 20: Switched-Mode Rectifiers

  0h51m

• Exercise: In a full bridge inverter, what is the primary function of the pair of back-to-back synchronous buck converters?