XFEL定时系统的研制

A. Hidvégi, Patrick Gesler, K. Rehlich, C. Bohm
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引用次数: 4

摘要

欧洲的XFEL项目需要一个高速、高质量的时钟和触发器分配系统。主时钟频率为1.3 GHz,需要分布在几公里的距离上。在每个目的地需要导出几个时钟频率,并且需要对触发器进行解码。在整个系统中,所有时钟和触发器都必须是相位稳定的。但是,光纤电缆和电子集成电路等每一个部件都随着温度的变化而漂移。对这些更改进行监视和补偿。抖动必须保持在5ps (RMS)以下。到目前为止,已经制造了三个原型。一个用于测试系统关键概念的评估板和一个功能齐全的高级夹层卡(AMC),其第二版已经设计和制造。本文将描述定时系统的关键概念,同时更多地关注板和固件开发的最新版本。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Development of the XFEL timing system
The European XFEL project requires a high-speed and high-quality clock and trigger distribution system. The main clock frequency is 1.3 GHz and needs to be distributed over several kilometers of distance. At each destination several clock frequencies needs to be derived and triggers needs to be decoded. All clocks and triggers must be phase stable throughout the entire system. However, every component, such as fiber cables and electronic ICs, are drifting with temperature changes. These changes are monitored and compensated. Jitter must be kept below 5 ps (RMS). Three prototypes have been created so far. An evaluation board to test the key concept of the system and a fully functional Advanced Mezzanine Card (AMC), of which a second revision have been designed and manufactured. This paper will describe key concept of the timing system while focus a little bit more on the latest revision of the boards and firmware development.
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