Sauerwald Mark.Effect of Aperture Time Jitter in a Sampled Data System.National Semiconductor application a Note AD-03. 1994M. Sauerwald, "Effects of aperture time and jitter in a sampled data system," National Semiconductor Corporation, 1994, Application Note AD-03....
X MCLK jitter: The DAC code and, hence, IDAC change every clock time period Ts. If the IDAC time period randomly changes, then the average integrated value keeps changing, as shown in Figure 13. So, any error in the sampling clock time period in the form of jitter would affect the ...
SHA aperture jitter generally is less than 50 ps rms and less than 5 ps rms in high-speed devices. Figure 3-18 shows the effects of total sampling clock jitter on the signal- to-noise ratio of a sampled data system. The total rms jitter will be composed of a number of components, ...
Averaging time (500 ns trigger period and 107 averages performed) 5.7 s (5 s signal time) Trigger: RMS jitter ≤ 0.8 ps Maximum trigger rate 25 MHz Rearm time4 25 ns Trigger utilization ≥ 99% Pre-trigger range 0… 4.5 µs in 5 ns increments ...
Interestingly, the extremes average out more and more as the sample data increases. Thus, TDEV becomes a highly averaged value. And if the noise in the clock is occurring rarely, the degree (or magnitude) of this rarely occurring error starts diminishing over longer periods of measurement. An...
The estimate of the interarrival jitter (J) is computed continuously as each RTP data packet is received from the N th synchronization source and sampled whenever a report is issued. The last sender report time stamp (LSR) field provides the NTPT received in the most recent RTCP SR packet ...
RFC 1889 RTP January 1996 o A dynamic estimate of the average compound RTCP packet size is calculated, including all those received and sent, to automatically adapt to changes in the amount of control information carried. This algorithm may be used for sessions in which all participants are ...
Counting forbidden patterns in irregularly sampled time series. I. the effects of under-sampling, random depletion, and timing jitter. Chaos 26, 123103, doi:10.1063/1.4968551 (2016). Article PubMed ADS Google Scholar Sakellariou, K., McCullough, M., Stemler, T. & Small, M. Counting ...
Generally, we hope the initial offset in the first period of each flow will repeat in the following periods like TTE; however, because preemption is inevitable and unpredictable, the delay and jitter of the preempted parts will be out of control. Therefore, we propose flow-based deterministic ...
'Program Execution Time' refers to the duration taken by a program to run from the moment it receives inputs to the point where it produces outputs. It includes measures such as Worst-case Execution Time (WCET), Best-case Execution Time (BCET), and Average-case Execution Time. ...