Direct Torque Motor Control with SIMULINK Implementation
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Direct Torque Control (DTC) method enables precise motor control through sophisticated algorithm implementation. To thoroughly comprehend the operational principles, we can develop simulation programs using SIMULINK environment. The implementation involves creating m-code scripts that model motor dynamics including torque production, flux estimation, and switching table logic. Key functions typically incorporate hysteresis comparators for torque and flux control, voltage vector selection algorithms, and speed regulation modules. Through systematic simulation, engineers can analyze transient responses, evaluate control performance under varying load conditions, and optimize system parameters before hardware deployment. This approach facilitates comprehensive study of motor drive characteristics and enables performance enhancement through iterative algorithm refinement.
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