Vector Control of PMSM Based on PI Regulator
Building a simulation model for interior permanent magnet synchronous motor (PMSM) vector control system, including system simulation model construction and parameter configuration modules
Doubly-Fed Converter Simulation Model Implementation
MATLAB-based doubly-fed converter simulation model utilizing SVPWM (Space Vector Pulse Width Modulation) drive module with integrated control algorithm implementation
Complete Digital Phase-Locked Loop Simulation Model in MATLAB using Top-Down Modeling Approach
A comprehensive digital phase-locked loop (PLL) simulation model developed in MATLAB environment using top-down modeling methodology, with simulation execution performed through SIMULINK to analyze system behavior and performance characteristics.
Simulation Model of Induction Motor Vector Control System
Developing a detailed simulation model for induction motor vector control system using MATLAB/Simulink with comprehensive parameter configuration and control strategy implementation.
MATLAB Implementation of Three-Level Modulation
Simulation Model of Three-Level SVPWM Inverter with Code Implementation Details
PWM Control Simulation Model for Three-Phase Inverter-Fed Induction Motors
MATLAB/Simulink simulation model for PWM control of induction motors powered by three-phase inverters, featuring implementation of SPWM/SVPWM algorithms and inverter control logic
Simulink Simulation Model for MSK Signal Modulation
Simulink simulation model for MSK signal modulation, featuring comprehensive digital communication implementation and performance analysis
Simplified Three-Phase Phase-Locked Loop Simulation Model Implementation
Developing simplified three-phase PLL simulation models using MATLAB components by retaining only essential operations (e.g., abc-dqz transformation computing only Vq), removing frequency feedback and auto-tuning modules. Constructs single-phase PLL computational models with simplified architecture while preserving necessary PI controllers. Validates dynamic/static performance for 45-65Hz input frequency variations. Simulates and analyzes locking behavior under three-phase inputs containing harmonics, imbalances, and DC offsets.
Electric Vehicle Tire Slip Angle Simulink Simulation Model
Electric Vehicle Tire Slip Angle Simulink Simulation Model with inputs including front wheel steering angle, vehicle yaw rate, longitudinal velocity, and lateral velocity. The model implements dynamic calculations to simulate tire behavior under various driving conditions.
Solar Photovoltaic Maximum Power Point Tracking Control
MATLAB/Simulink Simulation Model for Solar Photovoltaic Maximum Power Point Tracking Using Perturb and Observe Algorithm