Benefits of sensorless stall detection in stepper motor drivers

Learn more about two new TI reference designs for brushless DC (BLDC) motors. Each TI design features new DRV5x Hall effect sensors, either the new DRV8307 or

Learn more about how decay mode supports precise current control.

This video explains what kind of circuit is used to drive a stepper motor.

Learn how micro steps are achieved by regulating motor current as well as the basic concepts of current regulation including how the motor coil works.

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

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

This video discusses common interfaces used on integrated stepper drivers and how to microstep with the different interfaces.

Introduces TI's next generation, high performance stepper motor controller DRV8711

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

This video is an introduction to Smart Gate Drive Technology.

This video describes full stepping, half-stepping and microstepping. We will also show what the current waveform looks like for each type.

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

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

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

Watch this webinar to learn about TI's stepper driver portfolio.