This video shows how to spin a 3-phase BLDC motor in less than 10 minutes using the MCT8316ZTEVM Evaluation Module and MCT8316ZTEVM GUI.

High Voltage Gate Driver Design with Low Side Gate Driver, Half-bridge Gate Driver and Isolated Gate Driver.

This training covers linear resonant actuator (LRA) technology, including an introduction to haptics, types and benefits of LRAs and more.

Learn more about the importance of the lead angle parameter in brushless-DC motors.

This video is an introduction to Smart Gate Drive Technology.

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

Learn more about TI’s newest motor control technology for low-cost BLDC applications. InstaSPIN-BLDC is a sensorless control technique based on the premise that

Learn about the high performance parameters in a battery powered motor drive application.

This training series will provide you basic background on actuators and why an electrical system should be matched to an actuator.

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

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

Techniques for detecting the initial rotor position for sensorless brushless DC motors.

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

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.

In part 2 of How to Spin the DRV10x Family, we will demonstrate how to get a 3-phase BLDC motor spinning using the DRV109xEVM and EVM software.

This video measures and determines the essential motor parameters to get a 3 phase BLDC motor spinning when using the DRV10x family of devices.

This demo showcases one MCU performing real-time control on four independent BLDC motors.

Learn about the design challenges for the power stage in a low voltage BLDC motor drive and understand solutions enabling highly efficient and reliable systems.