Chapter 7: Input & Output Capacitor Selection

Chapter 8: Feedback Network Selection

Chapter 9: On-Time Resistor Selection

Chapter 10: Current Limit Selection

Chapter 11: Soft-start time selection

Chapter 12: Converter Layout

Chapter 13: Design Results 

This training highlights the value integrated load switches bring over discrete MOSFET solutions when trying to replace power MOSFETs in a schematic

Learn how to read and decipher switching parameters that appear on the MOSFET datasheet.

This training provides a review of an AC/DC power supply reference design with universal AC input and 25V/13.5A and 12V/1A outputs.

Wireless power is pretty simple.  It’s a transformer with an air core.  But then we begin the fun part. Let's walk through a tool we’ve developed to help you come up to speed quickly.  We call it Wireless Power 101. The first of a series of Wireless Power 101 videos that will walk you through concepts and resources from TI.com.

In this session of Wireless Power 101 we discuss the tools used for Foreign Object Detection, or FOD.  Both the receiver and transmitter have to address this issue, but this will focus on the receiver FOD. Part of a series of Wireless Power 101 videos that will walk you through concepts and resources from TI.com.

Wireless Power 101 lab session for receiver calibration for Foreign Object Detection, or FOD. In a previous video we introduced the tools required to do the calibration.  Part of a series of Wireless Power 101 videos that will walk you through concepts and resources from TI.com.

In this training, we examine different isolated power supply topologies for PLC I/O modules

Learn how simple the prototyping and manufacturing processes can be with an exposed-lead SOIC package.

Understand thermal impedance values on the MOSFET datasheet.

Learn the basics of a DC/DC SEPIC converter, its advantages compared to other DC/DC topologies, and how a SEPIC can help you in your Automotive display design.