PWM-Controlled Asynchronous Generator Modeling and Simulation
MATLAB/Simulink modeling and simulation of a PWM-controlled asynchronous generator demonstrating control algorithm implementation and performance analysis
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
Three-Phase Inverter with PWM Control Implementation
MATLAB-based three-phase inverter system with fully functional PWM control capabilities. The implementation includes core inverter algorithms and modulation techniques that allow users to customize parameters according to specific application requirements.
Induction Machine PWM Control Using PI and ANFIS Controllers
Implementation of induction machine control using PWM technique enhanced with PI and ANFIS controllers for improved performance and robustness.
Multilevel Inverter Simulation with MATLAB Implementation
Simulation and Analysis of Multilevel Inverters with MATLAB Code Implementation Details
SEPIC Buck-Boost Converter Closed-Loop Control with Implementation Insights
Closed-loop control implementation for SEPIC buck-boost converters, featuring PWM modulation, feedback networks, and compensation design with code-level considerations for stability and dynamic response.
MATLAB Implementation of Hysteresis Comparator Inverter with Code Description
MATLAB code implementation of a hysteresis comparator inverter with detailed control strategy explanation
MATLAB Code Implementation of Three-Level Inverter
MATLAB Implementation of Three-Level Inverter with Simulation Code and Control Strategy Explanations
Current Hysteresis Comparison Method
Current Hysteresis Comparison Method for Motor Drive and Power Electronics Control
Fundamental Buck Converter Circuit in Power Electronics
Basic Buck Converter Circuit - A Core DC-DC Conversion Topology with PWM Control Implementation