| 1. | The precision synchronizing clock system based on gps 技术的分布式授时同步时钟 |
| 2. | E clock system : 110 clocks all over the plant 母子钟:全厂110只同步时钟。 |
| 3. | A high precise gps glonass synchronization clock pll 同步时钟锁相环 |
| 4. | Satellite synchronised clock 卫星同步时钟 |
| 5. | Synchronous clock operation 同步时钟作业 |
| 6. | Study on application of synchronous clock ' s phasor measurements based on gps in power system 同步时钟的相量测量在电力系统中的应用研究 |
| 7. | Digital phase lock loop is used in this section to synchronize to an incoming serial data stream 数据接收解码模块中使用了数字锁相环技术从输入数据码流中提取出同步时钟信号。 |
| 8. | System clock provides several synchronism clocks for every sub - circuit . reset circuit assumes that digital circuits have an initial state and self start 系统时钟电路分出多个同步频率,以提供不同数字子电路的同步时钟。 |
| 9. | Finally the timing problems in high - speed circuit design were analyzed and the conditions of timing design in source synchronous clock system were derived 最后分析了高速电路设计中时序问题,给出了源同步时钟系统中时序设计应该满足的条件。 |
| 10. | In the last part of this paper , simulation is given to show the performances of the clock recovery methods . the results prove the good jitter performances of the methods 从仿真结果可以看出,同步时钟统计恢复法具有很好的抖动性能,可以作为gpon系统tdm接入的一种高效时钟恢复方案。 |