Get Started, Go Deep with the Motor Development Kit (MDK)
22 Apr 2021 - 22 Apr 2021
online
Motor-driven systems are a foundational element of industrial facilities and processes. Motor drives increase the need for better efficiency, smaller size, and higher intelligence – which is a daunting design challenge. ON Semiconductor and Xilinx’s Motor Development Kit (MDK) jump-starts your design with quick start-up out of the box and powerful resources and tools to implement your application-specific functions and AI.
This webinar will introduce the MDK and walk through the design journey, showing the features that enable robust motor control and monitoring. Our partner, Xilinx, will join us to discuss control, algorithm, and programming.
Key takeaways
- What is the motor development kit, and how it can speed your design process.
- How to use the built-in GUI tools to test motor drive power electronics from ON Semiconductor.
- How Xilinx FPGAs enable intelligent motor control for safety and reliability.
Date & time
April 21, 2021, 5 PM - 6 PM CEST
Speakers
Ali Husain
Senior Manager for Strategy and Corporate Marketing, ON Semiconductor
Ali Husain is Senior Manager for Strategy and Corporate Marketing, focusing on power electronics. He has previously worked in Technical Marketing at Fairchild Semiconductor and International Rectifier in various roles for nine years. Ali has a Bachelor of Electrical Engineering and a Bachelor of Economics from the University of Pennsylvania and a Ph.D. in Electrical Engineering from the California Institute of Technology.
Michael Zapke
Industrial Marketing Lead, Xilinx
Michael Zapke has 30 years of experience in R&D and Marketing roles, including Project Manager for large-scale ASIC and FPGA designs, Head of Systems Engineering for Telecom infrastructure equipment, and several Platform Management and Technology Management responsibilities. In 2013, Michael joined Xilinx. He shapes innovation for industrial applications on FPGAs and SoCs at Xilinx in close cooperation with industry-leading development teams, research institutes, and customers. His main work areas are Industrial Networking, embedded control for industrial applications, and Functional Safety.