svensl
Full Member level 1
JITTER QUESTION
I was modeling jitter as a random variation of the clock edges. So I randomly delay or advance a jitter free clock to obtain my non-ideal clock.
Now, since I have no experience with real life clocks I was wondering about the following:
Can it happen that one edge of a clock can be delayed by a certain amount, and the next consecutive edge advanced by a certain about such that they will overlap and the jittered clock will miss an edge?
Are there high frequency clocks that have missing edges due to jitter??
Thanks
I was modeling jitter as a random variation of the clock edges. So I randomly delay or advance a jitter free clock to obtain my non-ideal clock.
Now, since I have no experience with real life clocks I was wondering about the following:
Can it happen that one edge of a clock can be delayed by a certain amount, and the next consecutive edge advanced by a certain about such that they will overlap and the jittered clock will miss an edge?
Are there high frequency clocks that have missing edges due to jitter??
Thanks