Microcontroller Applications - Motor Control

Our microcontrollers, tools, and libraries can help you develop leading motor control designs with the option to use MATLAB for real-world debugging.

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About this course

The primary function of a motor is to rotate. However, various other factors must be taken into account depending on the application, including noise, vibration, low power consumption, and a safe yet robust start-up within a short time frame, among other challenges. Discover how our microcontrollers, tools, and libraries can support you in developing your next motor control design. If needed, you can also use MATLAB while still performing real-world debugging.

Curriculum13 min

  • Syllabus
  • Introduction 1 min
  • Motor Control System Design Trends and Challenges 2 min
  • MCU based solutions for a variety of applications 2 min
  • Design Ecosystem 3 min
  • Motor Control and Drive Applications 5 min
  • Motor Control
  • We ask for your feedback

About this course

The primary function of a motor is to rotate. However, various other factors must be taken into account depending on the application, including noise, vibration, low power consumption, and a safe yet robust start-up within a short time frame, among other challenges. Discover how our microcontrollers, tools, and libraries can support you in developing your next motor control design. If needed, you can also use MATLAB while still performing real-world debugging.

Curriculum13 min

  • Syllabus
  • Introduction 1 min
  • Motor Control System Design Trends and Challenges 2 min
  • MCU based solutions for a variety of applications 2 min
  • Design Ecosystem 3 min
  • Motor Control and Drive Applications 5 min
  • Motor Control
  • We ask for your feedback