This lecture provides a survey of all the pieces that go into a power converter.

This video describes how to add a display to the TI-RSLK MAX.

This lecture introduces averaging and root mean square.

This lecture will discuss the first step in developing an LTI model for a power converter, and the first step is known as averaging.

This lecture will discuss how bipolar junction transistor (BJT) & insulated gate bipolar transistor (IGBT) work.

This lecture discusses boundary conduction mode and valley switching.

This lecture will discuss the very basics of capacitor physics and how it works.

This lecture will introduce the capacitor module by going over some of the uses cases for capacitors and the important specification for those application.

This lecture will discuss when and why you would like to use capacitors in parallel with each other.

This lecture will discuss capacitors that are arranged in series.

This lecture will discuss ceramic capacitors.

The lecture will discuss why modeling switch-mode power converters for the purpose of designing controllers is so difficult.

This lecture will discuss choke inductors, the characteristics that make an inductor a choke inductor and how they are used.

This lecture will discuss how to choose a gate driver.

This lecture will discuss the stability and the performance of a power converter when closed-loop control is applied.

This lecture will discuss common-mode interference and common-mode filtering.

This lecture will discuss different physical mechanisms by which heat escapes from power dissipating elements in a power converter.