SVPWM-Driven Direct Torque Control Simulation Model
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Resource Overview
SVPWM-Driven Direct Torque Control Simulation Model, featuring implementation of space vector PWM for efficient torque and flux regulation in motor drives. The model is packaged in svpwmdtc.rar, containing MATLAB/Simulink files with configurable control parameters and modular block designs.
Detailed Documentation
This is a simulation model for Direct Torque Control (DTC) driven by Space Vector Pulse Width Modulation (SVPWM). The model implements SVPWM techniques to regulate torque and flux in motor control systems, utilizing hysteresis comparators for torque/flux error minimization and switching table logic for inverter control. Key components include Clarke/Park transformations for coordinate handling and PWM signal generation with voltage vector synthesis. The model can be accessed by downloading the svpwmdtc.rar archive, which contains Simulink files with adjustable sampling times, motor parameters, and real-time scope visualization for performance analysis.
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