Double-Frequency Jitter Provoked by Nonlinear Phase Detection in Master-Slave Networks

J.R.C. Piqueira, A.Z. Caligares, and L.H.A. Monteiro (Brazil)


double-frequency jitter, clock signal, master-slave, net work, phase-locked loop, synchronization.


Nonlinear phase-detectors produce double-frequency jit ter in OWMS (One-Way Master-Slave) chain network for clock distribution systems. This work studies the case of a master-slave architecture with the slave nodes composed of phase-locked loops (PLL) with nonlinear phase detectors. This network is modeled and simulated in order to compare the results with ITU-T standards.

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