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On the possibility of getting traceable time and frequency measurements via GNSS receivers

机译:通过GNSS接收器获得可追踪时间和频率测量的可能性

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The realization of Coordinated Universal Time, one of the tasks of the International Bureau of Weights and Measures, relies on a network of international time links which currently is organized in a star-like scheme that links all contributing laboratories. GPS signal reception is the technique most widely employed by the laboratories. The PTB currently plays a unique role in the process due to its function as the central pivot in the time transfer between the participating laboratories. We discuss how the PTB meets its obligations to the international timekeeping community as well as to its users in Germany. In its role as an National Metrology Institute (NMI), PTB is entrusted with the realization and dissemination of legal time in Germany. The services were offered to the public support measurements and timing applications traceable to the national and international standards to be made in calibration laboratories and in many industrial sectors. We thus discuss the meaning and definition of traceability, how different GNSS systems can be used to establish traceability and their performance in doing so.
机译:实现协调世界时期,国际权重和措施的任务之一,依赖于国际时间链接网络,目前正在以明星的计划组织,这些计划将所有贡献的实验室联系在一起。 GPS信号接收是实验室最广泛使用的技术。由于其功能作为参与实验室之间的时间转移的中央枢轴,PTB目前在该过程中发挥着独特作用。我们讨论PTB如何履行对国际计时社区以及其在德国的用户的义务。在其作为国家计量研究所(NMI)的作用中,PTB委托了德国法制的实现和传播。该服务提供给公众支持测量和适应于校准实验室和许多工业领域的国家和国际标准的时间申请。因此,我们讨论了可追溯性的意义和定义,如何使用不同的GNSS系统来建立可追溯性及其表现。

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