Sensorless Control Of Electric Machine Drive Systems Hands On Regulator Design For Smooth Efficient Electric Drives Practical Insights From Real World Industry Workflows
✔️ Sensorless drive control and regulator design, 1 copy pack
This English-language textbook explains sensorless control and regulator design for electric drive systems. It’s a handy resource for engineers, researchers, and students involved in developing or tuning electric machine drives used in manufacturing, robotics, and automation. The book covers vector control, reference-frame theory, parameter identification, and d-q-n modeling, with exercises drawn from real industry projects. A new chapter on sensorless AC machine control and MATLAB codes hosted on an FTP site accompany more than 300 figures for clear visuals.
✅ 424 pages; English; 1st edition; Release Date: 18-01-2011
✅ New chapter on sensorless control of AC machines
✅ MATLAB codes accessible via FTP site and Wiley Booksupport
✅ Exercises drawn from real industry experience; detailed illustrations
💡 What is sensorless drive control for electric machines, and when is it practical?
Sensorless drive control estimates rotor position and speed from electrical signals and machine models, eliminating the need for mechanical position sensors in many applications.
- It enables cost and maintenance savings while maintaining precise current and speed control - It pairs with vector control and d-q-n modeling to handle AC machines across speed ranges - It is commonly used in industrial drives, robotics, and automated systems where reliability matters ✝️