Space Vector Control Model for Permanent Magnet Synchronous Linear Motors
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Resource Overview
Detailed Documentation
This is a space vector control model for permanent magnet synchronous linear motors. Space vector control is a method based on motor space vectors that enables efficient motor operation through advanced PWM modulation techniques. The model implements coordinate transformation algorithms (Clarke/Park transforms) and inverse transformations to achieve optimal flux and torque control. Suitable for various motor applications ranging from household appliances to industrial equipment, the code structure includes key functions for SVPWM generation, current regulation, and position/speed control loops. Through multiple simulation tests, we have verified the model's reliability and effectiveness. You can confidently download and implement this model, as it will enhance motor performance in your applications with its robust control architecture and well-documented parameter tuning methods.
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