1.
Figure 5.36 shows the relationship between sampling clock jitter and SNR previously presented.
图5.36显示了采样时钟抖动和信噪比之间的关系。
2.
Research on the Clock Jitter Effects on the Performance of GPS Tracking
采样时钟抖动对GPS信号跟踪性能影响研究
3.
The ADC aperture jitter must be minimal, and the sampling clock generated from a low phase-noise quartz crystal oscillator.
ADC的孔径抖动必需尽可能的小，而且要使用低相位噪声的石英晶体振荡器作为采样时钟发生器。
4.
The sampling clock generator must also have adequate spectral purity.
时钟发生电路固有的抖动应该足够小。
5.
Design of Low-Clock Jitter VCO with Strong Ability of Rejecting Power Supply Noise
高抗电源噪声的低时钟抖动VCO设计
6.
It artificially softens the borders of shadows; when the Samples is set very low, you can expect poor results, so Dither is better used with medium Samples values.
这样可以逼真地锐化阴影的边界；当采样值很低时，效果很差，所以抖动和中度采样值一起使用。
7.
Analysis and Design of Low-Jitter Clock Driver for Wideband ADC
宽带ADC低抖动时钟驱动电路的分析与设计
8.
Design of SDH/SONET Tributary Clock Jitter Attenuation Digital Phase Lock Loop
SDH/SONET支路时钟抖动衰减数字锁相环设计
9.
Research on Intermediate Frequency Sampling System and Dither Technique in HF Radar;
高频地波雷达中频采样系统及抖动技术的研究
10.
Design and Application of Broadband High-Dynamic Digital Intermediate Frequency System Sampling Clock Based on AD9516
基于AD9516的宽带高动态数字中频系统采样时钟设计与应用
11.
Timing Recovery in COFDM System;
COFDM传输系统的采样时钟同步
12.
"Pulse front edge jitter (firing-time jitter, pulse starting-time jitter)"
脉冲前沿抖动(点火时间抖动、脉冲起始时间抖动)
13.
Analysis of clock jitter error in digital-to-analog converter based on Linear Frequency Modulated Signal
基于线性调频信号的数模转换器时钟抖动误差分析
14.
Error analysis on numerical double integration in acceleration measurement with clock jitter
时钟抖动下加速度测量值的数值双积分误差(英文)
15.
The effects of sampling jitters on DBF synthesis
DBF合成中高速数据采样的抖动对波束形成的影响
16.
Design of High Accuracy Synchronous Sampling Clock in Digital Substations
数字化变电站中高精度同步采样时钟的设计
17.
pronounce with a trill, of the phoneme .
发音素r时用抖动发出。
18.
Dither– Applies a sampling over the borders of the shadows, quite the same way anti-aliasing is applied by the OSA button on the borders of an object.
抖动－在阴影边界应用采样，相同地，通过OSA按钮在物体边界应用反走样。