Simulation and Analysis of Deception and Noise Jamming Effectiveness in the Operating Environments of Aircraft ASEA Radar Systems

AESA radar used in aircraft operates in various modes to efficiently and quickly detect and track targets approaching the aircraft at high speed. To prepare for electronic warfare attacks, different radar signals, central frequencies, and multiple PRFs were used for each operating mode. In this study, we designed a jammer for noise and deception jamming in an aircraft AESA radar operational environment and analyzed its effectiveness in target approach scenarios. For this purpose, an AESA radar was designed to set the beam width and received signal strength. As the aircraft approached, the operating modes of NAST, AAST, and ACM were set, and the radar and jamming signals for each mode were generated and analyzed.