Application of new time receivers in GLONASS

A. Bandura, P. Bogdanov, M. German
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引用次数: 0

Abstract

One of the ways to improve GLONASS performance is to increase the accuracy of GLONASS Time generation and its synchronization to Russian national time scale UTC(SU). This approach is planned to be realized by, first of all, increasing the accuracy of time scale comparisons between the Main and Reserved Central Synchronizers (CS) which are the basis for GLONASS Time generation and State Time and Frequency Reference (STFR) which is the basis for UTC(SU) generation as well as by increasing the accuracy of mutual comparisons between the Main and Reserved CSs. The paper presents the preliminary results of estimating the accuracy of CS-STFR time scale comparisons with using a new dual-frequency Time Transfer Unit TTU-1 developed at Russian Institute of Radionavigation and Time (RIRT) installed at both CSs and STFR and a new time receiver GTR-51 installed at STRF.
新型时间接收机在GLONASS系统中的应用
提高格洛纳斯系统的时间生成精度及其与俄罗斯国家时标UTC(SU)的同步是提高格洛纳斯系统性能的途径之一。该方法计划通过以下方式实现:首先,提高作为GLONASS时间生成基础的主和保留中央同步器(CS)与作为UTC(SU)生成基础的状态时间和频率参考(STFR)之间时间尺度比较的精度,以及提高主和保留中央同步器之间相互比较的精度。本文介绍了使用安装在CSs和STFR的俄罗斯无线电导航和时间研究所(RIRT)开发的新型双频时间传输单元TTU-1和安装在STRF的新型时间接收器GTR-51对CS-STFR时标精度的初步估计结果。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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