Explore MATLAB source code curated for "无刷直流电机" with clean implementations, documentation, and examples.
High-accuracy simulation of brushless DC motor with custom-built inverter and motor models, featuring standard square wave output phase current. Implementation includes PI controller tuning for speed and current regulation loops.
MATLAB simulation model for brushless DC motor employing dual-loop control strategy with detailed implementation approach
A practical brushless DC motor model with dual-loop control system implementation, demonstrating excellent performance and reliability in industrial applications, featuring code-level implementation insights for speed and current regulation.
This guide provides a comprehensive overview of implementing closed-loop control for brushless DC motors in MATLAB, featuring detailed explanations of each module, fundamental motor control principles, and practical application examples with code implementation insights.
Implementation of dual-loop control for brushless DC motor using MATLAB, representing BLDC through mathematical modeling with three-phase inverter circuit as drive system. Speed regulation employs PID control algorithm, while current loop controls switching signals (PWM waves) for the three-phase inverter.
Implementation of compound control combining compensation fuzzy neural network and PID for brushless DC motors, achieving superior control performance through adaptive learning and stability optimization
This is a Simulink-based simulation model for brushless DC motors that delivers excellent simulation performance with precise implementation of motor dynamics and control systems.
This program demonstrates the simulation methodology for brushless DC motors, illustrating key implementation steps and performance analysis techniques.
Simulink source code for brushless DC motor control, featuring practical implementation with Hall sensor decoding, PWM modulation, and three-phase inverter control algorithms
Simulink simulation implementation of fuzzy PID control for brushless DC motors, including algorithm integration and performance analysis