Simulation Model of Power Line Noise with Multipath Considerations

This paper presents a comprehensive simulation model for power line noise characterization. The model implements both single-path and multipath noise scenarios, leveraging the latest research in power line noise analysis. Key implementation aspects include: a noise source distance calculation module using Euclidean distance algorithms, frequency response modeling through transfer function computations, and environmental interaction simulations via impedance matching techniques. The model architecture employs MATLAB/Simulink components for parameter configuration, with core functions handling time-domain signal generation and frequency-domain analysis using FFT algorithms. By utilizing this model, researchers can gain deeper insights into power line noise generation and propagation mechanisms, enabling the development of more scientific and reliable noise suppression and control methodologies. The simulation framework includes configurable parameters for varying line conditions and environmental factors, allowing for customizable scenario testing.