Abstract :
The claims in the comment of Popken (see ibid., vol.45, no.1, p.19-20, 1997) are wrong. We point out that the discrepancy of the cycle slip rates obtained in our paper and that of Meyr, Popken and Mueller (see ibid., vol.COM-34, no.5, p.436-45, 1986) is not due to a misconception in our paper, but rather to a different modeling of the loop noise. In order to obtain cycle slip rates by means of Fokker-Planck techniques, Meyr et al. were forced to use an oversimplified model, yielding essentially flat loop noise. In our paper, cycle slip rates were obtained by means of level crossing techniques, while preserving the smooth narrowband nature of the loop noise
Keywords :
jitter; noise; synchronisation; Fokker-Planck techniques; cycle slip rates; cycle slips; flat loop noise; level crossing techniques; loop noise modeling; phase jitter; smooth narrowband loop noise; synchronizers; Bandwidth; Equations; Frequency synchronization; Helium; Jitter; Mathematical model; Narrowband; Noise level; Phase noise; Repeaters;