先进技术超可靠雷达(URR)

D.E. Lingle, D. P. Mikszan, D. Mukai
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引用次数: 1

摘要

介绍了超可靠雷达系统、子系统、软件体系结构、可靠性和可维护性设计。还讨论了目前URR方案的目标,该方案计划于1990财年初完成。按照最初的设想,URR计划是开发下一代雷达技术,该技术将在现有雷达系统的可靠性上有一个数量级的改进。由于现有系统的平均故障间隔时间(MTBF)约为40小时,因此将URR可靠性目标设定为系统串行MTBF的400小时。URR项目开发了适用于先进战术战斗机和F-15/F-16/B-1B升级的技术,通过集成先进接收机/稳定本地振荡器(STALO)技术、固态相控阵有源孔径技术和超高速集成电路通用信号处理器技术。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Advanced technology ultrareliable radar (URR)
The authors describe the URR (ultrareliable radar) system, subsystems, software architecture, and reliability and maintainability design. Objectives of the current URR program, which is scheduled to be completed in early FY '90, are also discussed. As originally conceived, the URR program was to develop next-generation radar technology that would exhibit an order of magnitude improvement in reliability over existing radar systems. Since existing systems were exhibiting a mean time between failures (MTBF) of approximately 40 hours, the URR reliability goal was established at 400 hours for a system serial MTBF. The URR program has developed technology applicable to the advanced tactical fighter and F-15/F-16/B-1B updates by integrating advanced receiver/STALO (stable local oscillator) technology with solid-state phased-array active aperture technology and very-high-speed integrated circuit common signal processor technology.<>
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