1:22 motivation 14:55 Jitter Definitions: What is Jitter? 31:30 Characterizing and Classifying Jitter 48:30 Example: Jitter in Ring Oscillator 58:54 From Jitter to Excess Phase 1:07:19 Phase Noise and Its Relationship to Jitter 1:19:45 Phase Noise Profiles 1:25:42 Jitter Measurements and Intentional Jitter 1:31:55 Summary 1:33:03 References
DJ peak to peak is not equal to the difference between means of two Gaussians UR-UL right? We can calculate DJ delta delta is difference between means of gaussian UR-UL. Please clear this point.
1:22 motivation
14:55 Jitter Definitions: What is Jitter?
31:30 Characterizing and Classifying Jitter
48:30 Example: Jitter in Ring Oscillator
58:54 From Jitter to Excess Phase
1:07:19 Phase Noise and Its Relationship to Jitter
1:19:45 Phase Noise Profiles
1:25:42 Jitter Measurements and Intentional Jitter
1:31:55 Summary
1:33:03 References
This is great. Just ironic how there is a lot of audio noise in the background :)
its jitter
thank you for sharing, great article.
Thanks for sharing this.
I was wondering how can I get access to the PDF of slides ?
PDF of the slides are available at the following link: www.eecg.utoronto.ca/~ali/papers/1-ESSCIRC2019-Tutorial-Ali-Sheikholeslami.pdf
Enjoy!
1:03:30 Does anyone know the substitution of -phi(tk) = -phi(kT0) ?
DJ peak to peak is not equal to the difference between means of two Gaussians UR-UL right?
We can calculate DJ delta delta is difference between means of gaussian UR-UL.
Please clear this point.
mamnun. az avale lahje fahmidam ke hamzaban hastim. baese eftekhare