In this video, we will provide an overview of the main 12-V automotive battery rail transients that are handled by the power stage design.

This video shows how to handle power sequencing with different load switching solutions, such as integrated load switches and discrete MOSFETs.

This video shows how to handle power muxing (ORing) with different load switching solutions, such as integrated load switches and discrete MOSFETs.

This video shows how to handle voltage supervision with different load switching solutions, such as integrated load switches and discrete MOSFETs.

This video shows how to handle load discharge timing with different load switching solutions, such as integrated load switches and discrete MOSFETs.

This video shows how to handle inrush current with different load switching solutions, such as integrated load switches and discrete MOSFETs.

This video provides an overview of the all-in-one circuit protection solution, eFuse, and the various features the device can offer your designs.

Learn about two TI Design reference designs created to show how GaN power stages, C2000 MCUs, and current sense amplifiers can be used together to achieve high-

Learn about the benefits of using current sense amplifiers for in-line current sensing.

Watch this video to understand how eFuses can provide protection for 24-V and 48-V industrial solutions while complying with EMC immunity standards.

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

Learn more about switch-mode power converter compensation

This video summarizes the key information from the ISO 7637 standards & solutions series.

This video covers: Automotive Transient Protection, Negative transients, and reverse current protectionInrush control using TI solutions

This video covers: Automotive Transient standards structure, purpose and goals

Learn how to simplify your stepper motor drive solution from Ryan Kehr, application manager for Motor Drivers.

In this tutorial video we will discuss the last step of the design process, UVLO, which describes the threshold of OVLO and PGD.