If you want to know more about the topics mentioned on this webinar you can download the book "Introduction to Microcontroller Programming for Power Electronics Control Applications" here.

Electric motors are present everywhere in our lives and have a huge potential to reduce energy consumption, enabling a greener future. 

In this webinar, gain insight on how to define a motor control scheme and the key parameters to consider for each subsystem implementation. 

• Politecnico di Milano summarizes how to export the control theory of digital signal processing to electrical drives using the rapid prototyping approach and how to put this into practice.
• Texas Instruments engineers discusses and showcases an example on how to achieve a precise motor control in real-time operation for robotics applications, meeting excellent moving capabilities and precision. 
• Würth Elektronik engineers shares how to have correct operation in a motor drive system through the use of suitable electronics, such as filters to reduce electromagnetic interference, overvoltage and ringing events.

AGENDA

1. How to export the control theory of digital signal processing to electrical drives
   1. Motion control systems
   2. Control of electrical drives
   3. How can you move from motor control theory to practise? Where implement the control logic?
2. How to achieve a precise motor control in real-time operation for robotics applications
   1. Introduction
   2. Motor control architecture and functions
   3. C200 real-time MCU and Brushless DC driver to spin a motor
3. How to design for correct operation in a motor drive system 
   1. DC brushless 
   2. Source of interference
   3. Components for filtering
   4. More than filter

SPEAKERS

• Giovanni Campanella - Systems Manager at Texas Instruments
• Antonio Faggio - Field Apps Engineer at Texas Instruments 
• Mattia Rossi - Ph.D. Student at Politecnico di Milano and Tampere University 
• Angelo Strati - Field Apps Engineer at Würth Elektronik