A Fault-tolerant Synchronizing Clock Circuit for TMR Computing System

TMR计算系统中的容错 锁相 同步 时钟电路

GPS Synchronizing Sidereal Clock

GPS 同步恒星 钟

Design of a Circuit Synchronizing the Byte Clock with the Parallel Data in the Deserializer

接收器中并行数据与字节 时钟 同步的电路设计

The Precision Synchronizing Clock System Based on GPS

基于GPS技术的分布式授时 同步 时钟

Based on the digital phase-locked loop technique a fault-tolerant synchronizing clock circuit for TMR computing system has been developed .

以数字锁相技术为基础。研制出用于TMR计算系统的容错 同步 时钟电路。

An example is synchronizing the system time to a Network Time Protocol ( NTP ) server and then synchronizing the hardware clock to the system time .

使系统时间与NetworkTimeProtocol（NTP）服务器 同步然后让硬件 时钟和系统时间同步就是一个这样的例子。

The circuit of clock synchronizing picks up information of clock synchronization . It provides synchronous signal with fixed phase for the trigger system of BES ⅲ off-line analyzing system and luminosity detection system .

时钟 同步 信号提取插件是从束团信号中提取 时钟同步信息，为北京谱仪触发系统，离线分析系统，亮度检测系统等提供与束团相位固定的同步信号。

The NTP protocol is used for synchronizing the time ( the clock ) between computers .

NTP协议用于 同步多台计算机的时间（ 时钟）。

The hardware structure of GPS synchronizing clock and its working principles are presented . Its applications of time synchronization and SOE in a typical substation automation system are introduced .

讨论了一种基于GPS全球定位系统的 校时 方式，论述了 工作于该方式下的 同步 时钟的硬件结构和工作原理，并对其在变电站自动化中的授时和SOE记录方面的应用加以介绍。

GPS synchronizing clock for power system

电力系统GPS 同步 时钟