基于SAW振荡器和高速DAC的宽带、低噪声、低杂散敏捷直接频率合成

J. Lesage, Adrien Capaine, Jean-François Penn, G. Jestin
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引用次数: 1

摘要

本文证明了采用低相位噪声本振和高速DAC的直接数字合成器可以同时达到高纯度和高敏捷性的合成。使用倍频OCSO(烤箱控制SAW振荡器)为DAC提供时钟,并在任何感兴趣的微波频段上转换DAC的输出频率。在高频波段的实验中,我们获得了400 MHz带宽的上转换直接频率合成,显示出高的无杂散动态范围(SFDR)和低相位噪声水平。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Wideband, low noise and low spurious agile direct frequency synthesis based on combination of SAW oscillator and high speed DAC
In this article is demonstrated that direct digital synthesizer using low phase noise local oscillator and high speed DAC allows reaching simultaneously high purity and high agility synthesis. A multiplied-frequency OCSO (Oven Controlled SAW Oscillator) is used to provide the clock to the DAC and also to up-convert the output frequency DAC in any microwave frequency band of interest. Within our experiments operating in high-frequency band, we obtain a 400 MHz bandwidth up-converted direct frequency synthesis, showing a high Spurious Free Dynamic Range (SFDR) and a low phase noise level.
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