Enhanced Microwave Beam Synthesis for Phased Array Antennas in High Power Applications

Abstract

This paper presents advanced methodologies for enhancing microwave beam synthesis in phased array antennas used in high-power applications. The research focuses on optimizing key parameters such as array configuration, excitation amplitude, and phase control to achieve more precise and powerful beamforming. Novel beam synthesis algorithms are developed to increase the efficiency of energy delivery while minimizing beam distortions and power losses. The study also compares the performance of various array architectures in high-power scenarios, providing a comprehensive analysis of how phased arrays can be optimized for robust beam synthesis. The findings offer valuable guidelines for improving high-power microwave transmission methods