随机振动环境下锁相环系统相位噪声的稳定

Vipin Kumar, Jayasheela C S, S. R, M. R
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引用次数: 5

摘要

本文讨论了锁相环在随机振动环境下的相位噪声性能。实验在X波段进行。它基本上是通过以下方法实现的:隔振补偿技术、锁相环源晶片的净化策略,并对空间位置进行了分析,确定了晶片安装的重心。它有助于避免UUT(被测单元)在随机振动剖面的频谱外共振(PSD),从而避免在相位噪声性能测试中出现共振拾取。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Stabilization of phase noise of PLL system under random vibration environment
Phase noise performance of PLL during Random vibration environment is discussed in this article. Experimentation is carried out in X band frequency. It's basically achieved by following methodologies, via; vibration- isolator compensation technique, purification tactic of source Crystal Reference for PLL and also analyzed the spatial location to find out center of gravity for mounting of Crystal Reference. It helps to avoid UUT (unit under test) resonance out of frequency spectrum (PSD) of Random vibration profile which avoids resonance pickups during testing in Phase noise performance.
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