Three-Level SVPWM Simulation Models with Implementation Analysis
Two three-level Space Vector Pulse Width Modulation (SVPWM) simulation models with detailed implementation code and supporting technical literature
FIR Filter Simulation Model
This is an FIR filter simulation model that provides a foundational framework for advanced simulation studies, featuring customizable parameters and test data configurations.
Simulation Model of BPSK over Rayleigh Fading Channel
Simulink-based simulation model for BPSK modulation over Rayleigh fading channels. This model demonstrates the performance degradation of BPSK caused by Rayleigh fading effects and enables comparative analysis between Rayleigh and AWGN channel performances. The implementation includes BFSK_Rayleigh simulation for comprehensive modulation scheme comparison using MATLAB's communication blocksets and fading channel components.
MATLAB Implementation of Rayleigh Channel Simulation Model for Mobile Communications
MATLAB program for simulating Rayleigh channel model in mobile communication systems with comprehensive parameter configuration and analysis capabilities
Isolated DC-DC Buck Converter Simulation Model
Isolated DC-DC buck converter simulation model utilizing full-bridge topology with phase-shift control algorithm. Ideal for high-power applications requiring electrical isolation in voltage conversion systems. Code implementation includes PWM signal generation, switching logic, and transformer modeling techniques.
Synchronous Motor Closed-Loop Speed Regulation SIMULINK Simulation Model
MATLAB-verified SIMULINK simulation model for synchronous motor closed-loop speed regulation with enhanced control algorithm implementation details
SVPWM-Driven Direct Torque Control Simulation Model
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.
Simulation Model of PID Control in Control Systems
This simulation model for PID control in control systems is developed using Simulink, designed to help students understand and apply PID control principles through visual implementation and parameter tuning.
Direct-Drive Wind Turbine Generator Simulation Model
A Simulink-based simulation model of a direct-drive wind turbine generator developed in MATLAB environment, featuring modular component design and dynamic system analysis capabilities.
Simulink Simulation Model for Dual Closed-Loop Control of DC Motor
Implementation of Simulink-based dual closed-loop control system simulation for DC motors with detailed code structure and parameter configuration