Clock Jitter Effects on Sampling: A Tutorial Clock Jitter is probably the most obscure specification in data converters. It basically describes the timing errors in the sampling operation due to clock disturbances. In fact, the clock applied to the data converter determines the timing of the sample...
Clock Jitter Effects on Sampling: A Tutorial (1) Clock Jitter is probably the most obscure specification in data converters. It basically describes the timing errors in the sampling operation due to clock disturbances. In fact, the clock applied to the data converter determines the timing of the...
Clock Jitter Analysis - A Tutorial Why clock jitter is important? • "jitter" describes timing errors within a system. In a communications system, the accumulation of jitter will eventually lead to data errors. • No directly clock jitter requirement in MIPI or USB. (because it has been ...
The article explains the effects and phase lock loop (PLL) of clock jitter. It mentions that clock jitter is a parameter that affects system performance and can degrade superior component specifications. Moreover, it cites the two components of clock jitter such as the random jitter and ...
(SNR), the system designer needs to take into account the error introduced by jitter on the sampling clock signal or convert-start signal that controls the sample-and-hold (S&H) switch in the ADC. Jitter on the signal controlling the S&H switch becomes a more dom...
Jitter—Understanding its Make Up The most important steps in achieving the performance specified for a high-speed serial-communications interface include understanding jitter, finding its causes, and eliminating some of its effects. This article is not a tutorial on the to...
Jitter—Understanding its Make Up The most important steps in achieving the performance specified for a high-speed serial-communications interface include understanding jitter, finding its causes, and eliminating some of its effects. This article is not a tutorial on...
Coherent detection of a received EM signal using universal frequency translation (UFT) is described herein. The received EM signal is sampled according to a sub-harmonic LO signal, where the LO signal is in frequency and phase coherence with the received EM signal. The coherent receiver includes...
Workshop on Microelectronics and Electron DevicesT. M. Hollis, "Invited talk: Early estimation of on-chip clock jitter accumulationa brief tutorial," in Microelectronics And Electron Devices (WMED), 2014 IEEE Workshop On. IEEE, 2014, pp. 1-1....
The purpose of this manual is to help the clock system designer understand the impact of noise on clock performance and understand the trade-offs that can be made for a given application. Chapter 2 provides a fundamental introduction to phase noise and jitter and is intended to be a ...