Motor Control Using Fuzzy Logic in Simulink
A Simulink model implementing fuzzy control for motor systems, providing a reference implementation for precise motor output regulation
MATLAB Code Implementation for SVPWM Simulation
SVPWM Simulation Tool - Highly Effective for Motor Drive and Frequency Converter Simulations with Implementation Details
PID Control for Electric Motors with MATLAB Implementation
MATLAB-based PID control implementation for electric motors - download and run in MATLAB environment with detailed code explanation
Simulink Model of Motor Driven by SVPWM Inverter in Sensorless Mode
Simulink model of a motor driven by an SVPWM inverter operating in sensorless control mode, featuring implementation of space vector PWM algorithm and flux observer techniques
Successful Vector Control MDL Model
This is a successfully implemented vector control MDL model designed for MATLAB, compatible with various motor types including PMSM and induction motors. Originally developed in lower MATLAB versions, it guarantees successful execution across different MATLAB releases. The model features modular implementation with configurable parameters for motor adaptation.
Direct Torque Control Simulation for Electric Motors
Performing detailed direct torque control simulation for electric motors using MATLAB with comprehensive parameter analysis and control strategy evaluation
Motor S-Curve Acceleration and Deceleration with MATLAB Implementation
MATLAB program for achieving smooth S-curve acceleration and deceleration in motor control systems, featuring algorithm explanations and key function descriptions for effective motion profiling