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On the Pull-In Range of Phase-Locked Loops
IEEE Transactions on Communications, 1975The problem of determining the pull-in range of phaselocked loops is solved indirectly by evaluating the limit cycles of the loop in which the frequency error has a constant average. The analytical results derived here are in complete agreement with simulation results.
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On Stochastic Phase-Lock Loop Solutions
IEEE Transactions on Communications, 1976The solutions to stochastic first- and second-order phaselock loop differential equations are studied in the sense of the calculus of Ito and Stratonovich. The solutions are found to be both theoretically and experimentally invariant to the calculus used.
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Transient analysis of bang–bang phase locked loops
IET Circuits, Devices and Systems, 2009A Postula
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DCOffset Rejection in Phase-locked loops: A Novel Approach
IEEE Transactions on Industrial Electronics, 2016Josep M Guerrero +2 more
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Single-Phase Frequency-Locked Loops: A Comprehensive Review
IEEE Transactions on Power Electronics, 2019Josep M Guerrero +2 more
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IEEE Transactions on Circuits and Systems Part 2: Express Briefs, 2007
Kartikeya Mayaram +2 more
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Kartikeya Mayaram +2 more
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