This paper presents a generalized nonlinear (Markov)

analysis technique for evaluation of the statistical

performance of uniformly sampled digital phase-locked

loops (DPLL). Recently proposed synchronization

algorithms use more discrete time signal processing due

to the advances in integrated circuit fabrication (i.e., gate

arrays and ROMs).-This paper　presents　a　generalized　nonlinear　(Markov)

analysis　technique for evaluation of the statistical

performance of uniformly sampled digital phase-locked

loops (DPLL).　Recently　proposed　synchronization

algorithms use more discrete time signal processing due

to the advances in integrated circuit fabrication (i.e., gate

arrays and ROMs).