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基于FPGA的多片ADC同步设计与实现

Design and Implementation of Multi-chip ADC Synchronization Based on FPGA

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本文通过利用模数转换器的测试模式可实现对多片ADC高速采集系统的同步设计.该设计方案,可保证相控阵雷达多通道的相位一致性,确保方位和俯仰角度测量的准确性.通过外部模拟信号源对该系统进行功能测试,并通过Matlab对测试结果进行分析,确定通道间的相位关系,对该设计方案的功能性及稳定性进行了验证.
In this paper,the synchronous design of multi-chip ADC high-speed acquisition system can be realized by using the test mode of analog-to-digital converter.The design can ensure the phase consistency between multiple channels in phased array radar,and ensure the accuracy of azimuth and pitch Angle measurement.The system was tested by external analog signal source,and the test results were analyzed by MATLAB to determine the phase rela-tionship between channels,and verified the functionality and stability of the design.

analog-to-digital convertermultichip synchronizationFPGAsum and differential angle measurement

张彤、张金凤、孟爱权、雷刚

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西安电子工程研究所 西安 710100

模数转换器 多片同步 FPGA 和差测角

2024

火控雷达技术
西安电子工程研究所

火控雷达技术

影响因子:0.234
ISSN:1008-8652
年,卷(期):2024.53(1)
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