Innovations in Microwave Phased Array Antenna Beamforming for High Power Transmissions
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Abstract
This paper discusses recent innovations in beamforming techniques for microwave phased array antennas designed for high-power transmissions. The study addresses the challenges of maintaining beam precision and power efficiency in high-power environments by introducing new algorithms and design modifications. Key contributions include enhanced methods for real-time beam steering, power optimization, and minimizing interference, which are critical for high-power microwave systems. Through a combination of theoretical analysis and experimental validation, the paper demonstrates the improved performance of these innovative beamforming techniques in reducing sidelobe levels, increasing beam agility, and maintaining high-power throughput.
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