Three PWM-Based Buck Converter Closed-Loop Models in Simulink
Three functional Buck converter closed-loop models with PWM control implemented in Simulink, featuring stability analysis, efficiency optimization, and parameter tuning capabilities.
Professional MATLAB source code with comprehensive documentation and examples
Three functional Buck converter closed-loop models with PWM control implemented in Simulink, featuring stability analysis, efficiency optimization, and parameter tuning capabilities.
QPSK simulation using Simulink with parameter modification capabilities for Bit Error Rate (BER) calculation, demonstrating modulation/demodulation techniques and communication system performance analysis
Project Name: work111, Size: 9KB, Completion Date: Wed Aug 17 16:30:23 2005. A SIMULINK-based fuzzy control system simulation program demonstrating fuzzy logic implementation and system behavior analysis.
DPSK modulation Simulink block diagram illustrating the implementation of differential phase-shift keying using MATLAB's Simulink environment
Implementation of co-simulation between OptiSystem and Simulink, featuring system integration methodologies and cross-platform data exchange protocols
Simulink code implementation using MATLAB Function block to generate a single-path Rayleigh channel with classical Doppler spectrum, featuring a mobile velocity of 120 km/h, including theoretical description of Doppler classical spectrum
Six-DOF simulation modeling and Simulink model development, generating aircraft controller code from the model, deploying to DSP development board, and completing design objectives
Designing fractional-order differential modules using filter theory based on Oustaloup's algorithm, and solving fractional-order nonlinear differential equations through SIMULINK simulations with implementation insights
Implementation of Simulink Space Vector Modulation (SVM) module for induction motor control, featuring parameter tuning and performance analysis
MATLAB implementation of fuzzy adaptive control for three-tank water system, featuring adaptive fuzzy PID controlled input/output parameter curves, membership function plots for all input/output variables, and fuzzy control rule table with algorithm
This example demonstrates the following key functionalities: 1. GUI interface layout and visual effects implementation using MATLAB's guide or app designer 2. Methods for configuring Simulink module counts using toggle buttons and push buttons with c
Simulink model of a DC-DC boost converter implementing closed-loop control using a PI controller, designed for educational purposes with detailed component analysis and control algorithm implementation.
This guide demonstrates how to implement and simulate LCL low-pass filters using MATLAB M-functions and Simulink block diagrams, including parameter design, transfer function implementation, and performance analysis.
Program Directory Appendix I. MATLAB Program: busmod.m file - Vehicle suspension system model establishment Appendix II. MATLAB Program: PID.m file - Suspension system root locus plot and PID controller design Appendix III. MATLAB Program: bode.m fil
A comprehensive Simulink simulation of unipolar PWM control method designed for power electronics beginners, featuring straightforward implementation with an integrated analog filter. This educational model demonstrates fundamental concepts through p
File specifications: 1) mychirpmdl.mdl implements a chirp signal pulse train using Simulink tool. Parameter configurations can be referenced from MATLAB help documentation. 2) mychirp.m is a MATLAB source file implementing chirp signal pulse train wi
Simulink System Simulation: 10kV bus short-circuit capacity of 10MVA connected through a 10/0.4kV transformer rated at 100kVA with 5% short-circuit impedance. The system supplies an RL load of 50kVA with 0.9 power factor. Power electronic devices gen
MATLAB (.m) files and Simulink simulation diagrams for Tracking Differentiator, Extended State Observer, and Nonlinear Error Feedback Law in second-order ADRC algorithm implementation
MATLAB program for online automatic tuning of fuzzy algorithm PID controller parameters with adaptive optimization capabilities
MATLAB implementation of fuzzy logic control for inverted pendulum systems, featuring practical applications and code demonstrations