制造方面的突破随后为更远距离的光纤信号传输铺平了道路。
Manufacturing breakthroughs then opened the way for moving signals over far greater distances.
论文提出了一个以远距离传输的标准时间信号为参考来锁定本地晶体振荡器的锁相控制系统的实现方案。
In this paper, a solution of a control system, which USES the standard time signal as the system reference to lock the local VCXO, is proposed.
该方案解决了高能物理实验中，大量高密度高速信号在不同系统间远距离传输过程中保持较好完整性的问题。
In high energy physics experiments, the scheme can ensure integrality of high-density and high-speed signals that are transmitted among different systems in long transmission.
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