摘要
未来测控设备将向着多目标、高速率、平台多样性发展。数字阵列体制由于其独特的优势,逐步应用于测控领域。但是数字天线阵面功耗、体积、重量、电磁兼容、数据传输等瓶颈限制了其应用。文章给出了一种基于微波光子阵列的数字多波束测控系统构架,将有效提高测控系统的灵活性、平台适应性、重构扩展性、电磁兼容性,为我国未来海陆空天一体化测控系统提供了有效的技术途径。
The future development of measurement and control equipment will be towards the trend of multiple targets, high data rate and platform diversity. Digital array systems because of its unique advantages, will be gradually applied in the field of me-asurement and control system. But the size, weight, power consumption, electromagnetic compatibility of the digital array an-tenna limits its application. The framework of the digital multi-beam measurement and control system based on the microwave photonic array is presented in this paper. It will effectively enhance the system flexibility, platform adaptability, reconfiguration scalability and electromagnetic compatibility. It will also provide an effective way for our country to fulfill the sea air and space integration measurement and control system in the future.
出处
《信息通信》
2016年第5期49-51,共3页
Information & Communications
