Implementation of DTFC Strategy Using Speed Sliding Mode Control for Induction Motor Drive


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Abstract


In this paper a dSPACE implementation of three phase squirrel-cage induction motor control using Direct Torque and Flux Control (DTFC) technique with speed sliding mode controller is presented. The sliding mode control technique utilizes a robust control law to model uncertain and disturbances while the system in sliding mode. The classical lookup table is replaced by a neural network selector providing switching state to the inverter. The rotor speed is estimated by a simple open loop estimator. A DSP experimental using TMS320F240 results are shown in this paper
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Keywords


dSPACE; DTFC; Sliding Control; Sensorless; Neural Network; Induction Motor (IM)

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References


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