最先进的时间链接校准与移动TWSTFT站

T. Feldmann, Arvind Balu, Cedric Molard, W. Schafer, Dirk Piester
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引用次数: 2

摘要

利用地球同步通信卫星进行卫星时频双向传输已成为比较远程时标的重要技术。为了实现国际原子时(TAI),需要定期校准作为网络一部分的链路上的信号延迟。为了尽量减少此类TWSTFT校准活动的工作量,TimeTech GmbH在拖车上组装了一个移动站。拖车包含常用的TWSTFT设备,包括双向调制解调器、上行/下行转换器、滤波器和放大器,以及监控系统、空调和天气传感器。可操纵天线安装在拖车的顶部。输入到TWSTFT设备所需的1 PPS和10 MHz信号通过主从配置的光链路和两个参考发生器从定时实验室内部传输。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
State-of-the-art time link calibration with a mobile TWSTFT station
Two-Way Satellite Time and Frequency Transfer (TWSTFT) using geostationary telecommunication satellites has become an important technique for comparing remote timescales. There is a need for periodic calibration of the signal delays along the links which are part of the network for the realization of the International Atomic Time (TAI). In order to minimize the efforts of such TWSTFT calibration campaigns, TimeTech GmbH has assembled a mobile station on a trailer. The trailer contains the usual TWSTFT equipment, including the two-way modem, the up/down converters, filters, and amplifiers, as well as monitoring systems, air conditioner, and weather sensors. The steerable antenna is mounted on top of the trailer. The 1 PPS and 10 MHz signals required as input to the TWSTFT equipment are transferred from inside the timing laboratory by an optical link and two reference generators in a master-slave configuration.
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