Explore MATLAB source code curated for "谐波检测" with clean implementations, documentation, and examples.
MATLAB simulation files for reactive current detection and harmonic detection using instantaneous reactive power theory, featuring algorithm implementation and power system analysis
The RELAX algorithm for harmonic detection, superior to FFT, enables effective estimation of amplitude, frequency, and phase with robust signal parameter identification capabilities.
Implementation of a three-phase uncontrolled rectifier bridge harmonic detection system using MATLAB SIMULINK, featuring signal processing algorithms and power electronics simulation techniques.
APF simulation model incorporating harmonic detection algorithms, harmonic suppression techniques, and low-pass filter design for power quality improvement
Simulation design of a deadbeat-based active power filter (APF) featuring harmonic detection, current tracking components, and SPWM modulation in the Z-domain.
Implementing harmonic detection through wavelet transform analysis of signals containing abrupt changes to precisely identify signal transition moments using multi-resolution analysis and modulus maxima detection.
Implementation of harmonic detection based on the ip-iq algorithm, including a fully parameterized Simulink simulation model that outputs waveform results with adjustable filter parameters and reference signal configurations.
This implementation focuses on harmonic detection through windowed interpolation algorithms, which effectively suppress spectral leakage and fence effects. The approach includes window function selection and interpolation techniques for accurate frequency estimation.
Simulation design of a three-level hysteresis active power filter (APF), including harmonic detection and current tracking components with Z-domain analysis