Pulse-width-modulated (PWM) converters | TI.com Training Series

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This module reviews steady state analysis, ripple analysis, source of loss, discontinuous conduction mode, boundary conduction mode & valley switching, design energy storage, design operating frequency, a lab for exploring buck converter operation and a lab for measuring efficiency.

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5Thermal management in power converters (6)

This module introduces thermal management in power converters.

16:02

5.1 Conduction, convection and radiation

12:50

5.2 Thermal circuit modeling

16:25

5.3 Thermal dynamics

22:02

5.4 Heat sinks and isolation

18:14

5.5 Thermal aspects of PCBs and vias

16:44

5.6 Lab: Thermal runaway and simulation

10Small-signal modeling of PWM converters (4)

This module will introduce small-signal modeling of pulse width modulation (PWM) converters.

09:28

10.1 Challenges in modeling switch-mode converters

12:46

10.2 Averaged models

15:01

10.3 Linearized models

03:56

10.4 Lab: Measuring loop gain of power converters

12Electromagnetic interference in power converters (6)

This module introduces electromagnetic interference (EMI) in power converters.

13:28

12.1 Introduction to EMI filters

14:55

12.2 Parasitic effects in EMI filters

19:54

12.3 Damping in EMI filtering

19:41

12.4 Common-mode filtering

13:40

12.5 Measuring conducted EMI

02:36

12.6 Lab: Electromagnetic interference (EMI) and filtering

14Project: CCM PWM project (1)

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.

01:03:29

14.1 Project: Building a PWM power converter

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