This video details the considerations for selecting a motor driver. Learn how to narrow down options for a motor driver based on motor type, voltage, and more.

This video discusses overcurrent, undervoltage, thermal shutdown and other protection features.

This video will explain RMS and Peak Current.

Learn key considerations for PCB layout guidelines of motor driver circuits.

In this video, we will provide a simple description of brushed, stepper, and brushless-DC motors and common uses for each one.

This video provides an overview of TI Precision Labs and the Motor Drivers curriculum.

This video will discuss motor driver diagnostic features such as open load detection and off-line diagnostics.

Understand the basics of brushed-DC motor drivers from construction to mechanical commutation.

How to replace relays with MOSFETS in your H-bridge circuit and use integrated circuit motor drivers to reduce automotive body motor design time and complexity.

This video is an introduction to TI's smart gate drive technology and its three key benefits: reduced system cost, ease of use and reliable protection.

Experience the benefits TI body motor controller designs can bring to automobiles.

How to replace relays with MOSFETS in your H-bridge circuit and use integrated circuit motor drivers to reduce automotive body motor design time and complexity.

This video gives an overview of Engine Control Units (ECUs) in 12-V and 24-V Internal Combustion Engines and TI motor driver solutions to drive engine loads.

Learn what current sensing is used for in brushed DC motors, how to implement a motor driver with integrated current sensing and how it works.