Join us in this webinar in cooperation with farnell and learn how to build this robot with the TI Robotic System Learning Kit.

This video will compare and contrast AC induction motors to Brushless DC motors

1. Electric motor control system overview 2. Motor types 3. Brushed -DC motor 4. Brushless -DC motor 5. Stepper motor 6. Comparison

1.Smart Gate Drive technology 2.Smart tune -Automatic decay mode for stepper motors 3.BLDC Motor Commutation 4.Integrated current sensing technology

1.Overview 2.InstaSPIN™ motor control solution 3.DesignDRIVE software for industrial drives and motor control

Automatic, smooth and efficient. Meet smart tuning technology and let our stepper motor drivers do the tuning for you.

This video will explain how a brushless DC (BLDC) motor is commutated using trapezoidal commutation, the benefits and disadvantages of this method, and more.

An overview of the fundamental electronics for driving DC brushed motors in automotive applications.

This video introduces the TI automotive multi-channel brushed DC motor driver family (DRV89XX-Q1), which can drive multiple HVAC damper servo-motors.

This section explains what an H-bridge is, how it is made, the common parts and how to drive a brushed-DC motor with an H-Bridge, Coast and Brake.

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.

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 introduce the basic construction and mechanics of a stepper motor driver and review how this compares to a brushed or brushless motor driver.

This video explains what a brushless-DC motor is, how it is constructed and what kind of circuit is required to spin it.