Abstract
This paper provides a comprehensive exploration of radar technologies, categorizing them by their unique technological attributes. It delves into phased array radar, known for its rapid directional control, interference resistance, multitasking capabilities, and adaptability. Then compares traditional phased array radar to digital phased array radar and discuss the future potential of phased array radar. Synthetic aperture radar is examined for its all-weather, all-day observation abilities in civilian and military applications, considering performance indicators like frequency, resolution, and repetition observation cycle. Lastly, quantum radar, utilizing quantum entanglement and superposition principles, is discussed for its potential in target detection, ranging, and enhanced system security. Although quantum radar technology is currently not mature and there are still many technical and application challenges, its unique advantages make it a technology with promising prospects. This evolving technology remains indispensable across numerous domains, from defense to agriculture.
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