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The Design of Digital Sub-array Synchronization for Phased Array Radar

机译:相控阵雷达数字子阵同步设计

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Digital sub-array synchronization is a key problem in phased array radar design. The sampling rate of ADC and DAC is a decisive index to determine the difficulty of synchronization. This paper discusses the synchronization between multi-chip ADC with 1Ghz sampling rate and DAC converter with 2.5ghz sampling rate. The key to synchronization is how to meet the timing deviation requirements of jesd204b-1 protocol for the SYSREF signal arriving at each converter. In this paper, an innovative feedback mode is adopted to adjust the signal timing sequence actively to achieve the effect of accurate synchronization, and then the design and implementation of phase array radar digital sub-array stage synchronization under high sampling rate is realized.
机译:数字子阵列同步是相控阵雷达设计中的一个关键问题。 ADC和DAC的采样率是确定同步难度的决定性指标。本文讨论了具有2.5GHz采样率的1GHz采样率和DAC转换器的多芯片ADC之间的同步。同步的关键是如何满足在每个转换器到达的SysRef信号的JESD204B-1协议的定时偏差要求。本文采用了一种创新的反馈模式来激活调整信号时序序列,以实现精确同步的效果,然后实现了在高采样率下的相位阵列雷达数字子阵列同步的设计和实现。

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