Explore MATLAB source code curated for "APF" with clean implementations, documentation, and examples.
MATLAB Simulink simulation of a three-level active power filter (APF) implementing instantaneous reactive power algorithm and phase-locked loop (PLL) with SPWM-controlled IGBT switching, featuring stable performance and successful product realization.
Simulink-based APF simulation program featuring practical harmonic elimination algorithms and voltage control implementation for power electronics design
Implementation of Active Power Filter (APF) using MATLAB Simulink modules with successful testing validation
Active Power Filter (APF) - One of the subsystem diagrams in MATLAB/Simulink simulation implementing the DQ0 control algorithm for harmonic suppression.
MATLAB simulation of Active Power Filter (APF) implementing DC voltage control strategy and Ip-Iq harmonic detection approach, including detailed implementation of control algorithms and power electronics components modeling
Simulation design of a deadbeat-based active power filter (APF) featuring harmonic detection, current tracking components, and SPWM modulation in the Z-domain.
Simulation design of a three-level active power filter (APF) using LCL filter, including harmonic detection, current tracking loop, SPWM modulation, and discrete domain analysis. The implementation covers computational algorithms for harmonic extraction, current control strategies, PWM signal generation techniques, and discrete system verification methods.
This graduation project focuses on an active power filter (APF) simulation using triangular carrier wave modulation, providing valuable reference for APF and PWM rectifier design with detailed harmonic control implementation insights.
A self-developed MATLAB (2006a) simulation program for three-phase active power filters featuring advanced control system with superior filtering performance, ideal for APF research and reference applications. Includes detailed code implementation with harmonic detection algorithms, PWM control techniques, and compensation current generation modules.
A high-quality MATLAB-based simulation model for Active Power Filter (APF) experiments, directly compatible with MATLAB 2010A environment, featuring implementable control algorithms and parameter-adjustable compensation logic.