IEEE Educational Videos on Power Electronics

LLC Resonant Converter Analysis Method: Frequency Domain and Time Domain

2022-10-28T07:48:16-07:00

In this video, two important analysis methods for LLC resonant converter, frequency domain and time domain analysis methods, are discussed. The detailed derivation process for two analysis methods are presented. It helps people understand how to perform two different analysis methods and what are the differences between these two methods. Most importantly, recommendations for using of these two methods.

Layout Priorities- Layout and Parasitics in Power Converters

2022-09-06T08:14:35-07:00

This video considers where parasitics are most likely to cause problems in a power converter and how to prioritize layout to minimize those parasitics.

Commonality aspects of switched capacitor converters (SCC) and switched capacitor filters (SCF)

2022-03-18T15:12:01-07:00

The operation of both switched capacitor converters (SCF) and switched capacitor filters (SCF) are shown to be dependent on the internal resistance, Re, of the switched capacitor circuit. In this presentation, the expression for the Re value is derived in an intuitive way and used to explain its pivotal importance in the SCC and SRF operations.

Switching Loop Layout- Layout and Parasitics in Power Converters

2022-09-24T02:48:35-07:00

This video reviews the importance of layout for the switching loops of a power converter, different layout options, and the advantages and disadvantages of each.

High Frequency Effects In Transformer Windings – (Part 1 – Losses)

2024-09-18T05:13:19-07:00

The video explores core losses and copper losses in high frequency transformers. Factors that influence skin effect, proximity effect, and fringing effect are presented along with optimum winding thickness selection for push-pull applications are discussed towards the end of the video.

High Frequency Effects In Transformer Windings – (Part 2 – Techniques Used For Minimizing Losses)

2024-09-18T05:28:31-07:00

The video provides insight on how losses in high frequency transformers can be minimized through various approaches. These include an in-depth discussion on the role of Litz wire in high frequency magnetic applications, followed by the effect of interleaving. A brief overview of the fringing effect is presented towards the end of the video.