Electric motor drives
TRN-OP1120-TUTOR
Electric motor drives
This course is intended to teach various control strategies implemented in variable speed drives. Users grasp a deep understanding of concepts such as torque and speed linear control for brushed-DC motors, hysteresis self- and vector-current control for PMSM, indirect FOC for induction motors, and vector control for doubly fed induction motor. Additionally, switches-based converters are employed in the scheme instead of the commonly used averaged models.
Duration
Online: 4 days
Type
Electrical courses
Prerequisites
Basic notions in electrical engineering, TRN-OP1110-TUTOR: Fundamentals of electrical engineering course, TRN-OP1130-TUTOR: Power electronics course, TRN-OP1160-TUTOR: Electric machines
Content
Build your expertise
Our Electrical & Robotics Systems courses leverage OPAL-RT’s courseware as virtual laboratories, providing hands-on experience that enhances the understanding of each topic. Explore the content of this course and gain insight into what you’ll achieve.
01
Brushed-DC motor drive
02
Squirrel-cage induction motor drive
03
Permanent magnet synchronous motor drive
04
Doubly fed induction motor drive (DFIM)
Formats
Choose between our available formats
Online remote
Online remote sessions are conducted via videoconference, allowing great flexibility for attendees.
Enroll in a course today
We support students and professionals seeking to deepen their knowledge in Electrical and Robotics Engineering. We’ll pair you with a qualified instructor who will help elevate your skills to the next level.
FAQ
Find the answers to your questions
How do I register for a course?
To enroll in a course, fill out the course request form and specify the course you would like to take.
How much does this course cost?
Course pricing varies. Please fill out the course request form for more information.
Courses
Discover other courses
From foundational theory to hands-on lab work, our Electrical & Robotics Engineering courses help you apply your knowledge through interactive virtual test benches.
