MATLAB Implementation of Coherent Pulse Train

In this implementation, we provide a detailed explanation of how coherent pulse trains benefit radar system studies. A coherent pulse train represents a specialized radar signal processing technique where parameters can be adjusted to accommodate various radar application scenarios, offering significant flexibility. When studying radar systems, mastering the principles and application methods of coherent pulse trains opens up broader research possibilities. The MATLAB implementation allows users to customize key parameters including pulse repetition frequency (PRF), pulse width, carrier frequency, and phase coherence settings through a structured parameter configuration interface. The code generates coherent pulses using phase-continuous waveform synthesis techniques, typically involving complex exponential functions with controlled phase increments between pulses. This implementation demonstrates practical signal generation using MATLAB's waveform generation capabilities, incorporating functions like phased.RectangularWaveform for pulse definition and phase coherence maintenance through mathematical operations on complex envelopes. By enabling parameter customization for different experimental requirements, this coherent pulse train implementation serves as an indispensable component for comprehensive radar education and research.