Simulation of MTI High-Pass Filter Using Simulink

A simulation program for an MTI high-pass filter has been developed using Simulink tools. The program accepts Gaussian colored noise as the input signal and enables comprehensive time-domain and frequency-domain analysis of the output signal. Through this simulation, users can evaluate the filter's performance and effectiveness across different application scenarios. The implementation allows parameter adjustments to optimize output signal quality using Simulink's block-based configuration and real-time tuning capabilities. The program employs key signal processing blocks including Noise Generators for colored noise synthesis, Filter Design blocks for MTI implementation, and Spectrum Analyzers for frequency response evaluation. Furthermore, researchers can investigate the filter's characteristics through parametric studies and explore alternative filter design methodologies using Simulink's modular architecture. This simulation provides an effective platform for in-depth understanding of high-pass filter operational principles and their practical applications in signal processing systems.