Single-Phase Dual-Loop PWM Rectifier Implementation
MATLAB implementation of a single-phase dual-loop PWM rectifier with proper parameter configuration producing excellent waveforms, though the steady-state settling time requires optimization
Explore MATLAB source code curated for "波形" with clean implementations, documentation, and examples.
MATLAB implementation of a single-phase dual-loop PWM rectifier with proper parameter configuration producing excellent waveforms, though the steady-state settling time requires optimization
MATLAB spectrum plotting program supporting multiple waveform types and their frequency domain analysis
Analysis of Three-Phase and Excitation Current Waveforms in Synchronous Generator during No-Load Operation and Two-Phase Short-Circuit Scenarios
Mathematical Model of SPWM Voltage Source Inverter Capable of Direct Waveform Generation
MATLAB-based scrambling and descrambling simulation system enabling time-domain and frequency-domain waveform analysis of signals before and after scrambling/descrambling processes. Includes implementation details of scrambling algorithms and visualization techniques for understanding digital signal scrambling concepts.
Implement speech signal decomposition with various wavelets in MATLAB, extract multi-level high/low frequency coefficients, visualize coefficient waveforms, and perform signal reconstruction.
This MATLAB-based virtual signal generator source code enables generation of arbitrary waveforms including sine, square, triangular waves, and white noise with configurable frequency, amplitude, and duration parameters.
This program enables you to generate colored noise through a Butterworth filter implementation, with capabilities to visualize noise waveforms and compute corresponding power spectra. The code demonstrates practical filter design and signal processing techniques for noise analysis.
Implementation of FM modulation and demodulation for music signals with waveform and spectrum analysis
Analyze waveform frequency spectra using the Spectrum Scope in DSP Builder, requiring correct parameter configurations and proper module integration for accurate spectral analysis