This project will discuss building a pulse-width modulated power converter as a project to implement a lot of the things learned from this curriculum.

Bring engineering concepts to life with curriculum, coursework and labs empowered by different educational solutions.

This lecture will discuss proportional integral derivative (PID) and other compensators that are frequently used for power converters.

This lecture introduces periodic steady state in a switching power converter.

This lecture will discuss the basics of KiCad, which is a schematic capture and layout tool.

This lecture will discuss PCB layout.

This lecture will discuss putting the finishing touches on a board before we send it out for fabrication.

This lecture will discuss continually building on the schematic by adding a customer component.

This lecture will discuss parasitic inductance that comes from the layout of power converters and what it does to the power converter system.

This lecture will discuss electromagnetic filters and how the parasitics affect them when we use real-life components and layout.

This lecture will discuss parasitic capacitance, the problems it can cause and how to mitigate it.

This lecture will discuss the basics of power MOSFETs.

Explore the features of the TI-RSLK MAX, a simple to use solderless robotics kit that provides hands-on learning opportunities for first year engineers.

This lecture will discuss how to measure conducted electromagnetic interference (EMI).

This lecture will discuss Maxwell’s equations.

This lecture will discuss magnetics circuits.

This lecture will discuss linearizing the average model.