Improving Beam Control in High Power Microwave Systems Through Phased Array Antenna Design

This paper explores methods to enhance beam control in high-power microwave (HPM) systems by leveraging advanced phased array antenna design techniques. Phased arrays offer significant advantages in beam steering, accuracy, and efficiency, which are critical for high-power applications where precise control of the electromagnetic radiation pattern is necessary. The study investigates various design optimizations, such as element spacing, phase shifting, and array geometries, to improve overall system performance. Results from simulations and real-world tests demonstrate improved beam directionality, reduced sidelobe levels, and greater power efficiency. This work provides insights for engineers aiming to improve beam control and optimize performance in HPM systems.