| 1. | Gps synchronous clock redundancy system and the application in power system
同步时间冗余系统及其在电力系统中的应用 |
| 2. | Synchronous clock operation
同步时钟作业 |
| 3. | 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 |
| 4. | 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。 |
| 5. | Since it uses only packet inter - arrival times for estimation , itp does not require synchronous clocks between the sender and receiver
并且, itp算法通过测量数据包到达接收方时间的差值得到网络的可用带宽,因此,不需要发送方和接收方之间时钟的同步。 |
| 6. | The role and application prospects of synchronous clock system of digital network in guangdong power system are briefly described , and some proposals for its construction and planning are presented as well
简述了数字同步时钟系统在广东省电力系统的作用与应用前景，并对广东省电力数字同步时钟系统的建设与规划提出了若干建议。 |
