1.
Design of a Spread‐Spectrum Clock Generator for DisplayPort Standard;
一种用于DisplayPort标准的扩频时钟发生器设计
2.
Research of spread-spectrum clock generator system parameters based on DP standard
基于DP标准的扩频时钟发生器系统参数研究
3.
Circuit design of spread-spectrum clock generator based on DP standard
基于DP标准发射端扩频时钟发生器电路设计
4.
Decrease electron-magnetic radiation by using spread-spectrum-clock generation technique
采用扩展频谱时钟技术降低电磁辐射
5.
The Realization of Division and Multichannel Output of High-Frequency Clock Using the FPGA;
用FPGA实现高频时钟的分频和多路输出
6.
frequency master control instrument for synchronous clocks or time switches
频率主控仪表,用于同步时钟或时开关
7.
A Complex Multi-frequency Synthesis Technology Applied to Electromagnetic Detecting Source
电磁探测场源的复杂多频点时钟设计
8.
Adding linear temporal logic with clocks to Object-Z
用带时钟变量的线性时态逻辑扩充Object-Z
9.
Analysis on the Output Sequences of Clock Control Generator and Application in Spread Spectrum Communication;
钟控生成器输出序列的特性分析及其在扩频通信中的应用
10.
Research and Improvements on Spread-Spectrum-Based Audio Watermarking in Time Domain
基于扩频技术的时域音频水印的研究与改进
11.
Research on the Slotted ALOHA System Based on Spread Spectrum Technology;
基于扩频技术的时隙ALOHA系统的研究
12.
Studies on High Speed Time Spreading OCDM System and It s Applications;
高速时域扩频OCDM系统及其应用研究
13.
that the rate of a clock moving through space will decrease as its speed increases;
在空间移动的时钟钟摆频率会随着运动速度的增加而减慢；
14.
For very high frequency clocks, a surface acoustic wave (SAW) oscillator is preferable.
对于非常高的频率时钟，用声表面波振荡器更好。
15.
TIME: The scanner will halt on a signal it encounters, and will hold five seconds.
时间：扫描将停在发现的一个信号频率上5秒钟。
16.
The clock used should be free from significant phase or frequency jitter.
应用的时钟应没有重大的周期或频率的跳动。
17.
Study on the Analysis Theories and Algorithms of the Time and Frequency Characterization for Atomic Clocks of Navigation Satellites;
导航卫星原子钟时频特性分析理论与方法研究
18.
Research and Implementation of a DLL Based High Frequency Clock Generator;
基于DLL的高频时钟产生电路的研究与实现