Field-Oriented Control
Develop field-oriented control algorithms using simulation
Develop field-oriented control algorithms using simulation
Design and implement motor control algorithms
Field-oriented control provides maximum torque per amp or field weakening control for various motor types, including inductance machines, permanent magnet synchronous machines (PMSMs), and brushless DC (BLDC) motors.
The block diagram below shows a field-oriented control architecture that includes the following components:
Block diagram of field-oriented control.
Motor control engineers designining a field-oriented control perform the following tasks:
Field-oriented control design using Simulink® lets you use multirate simulation to design, tune, and verify control algorithms and detect and correct errors across the complete operating range of the motor before hardware testing. Using simulation with Simulink, you can reduce the amount of prototype testing and verify the robustness of control algorithms to fault conditions that are not practical to test on hardware. You can:
Go from basic tasks to more advanced maneuvers by walking through interactive examples and tutorials.
The MathWorks community for students, researchers, and engineers using Simulink to apply power electronics control to Electric Vehicles, Renewable Energy, Battery Systems, Power Conversion, and Motor Control.
30-Day Free Trial
Get started