Autonomous and nonautonomous Chua's circuits are of special significance in the study of
chaotic system modeling, chaos-based science and engineering applications. Since …

We study the dynamics and characterize the bifurcation structure of a phase-locked loop
(PLL) device modeled by a third-order autonomous differential equation with sinusoidal …

Synchronization phenomenon appears in several natural systems being associated with
physical, chemical and biological processes. In brief, synchronization may be understood as …

Abstract The Phase-Locked Loops, conceived in the 1930's by Henri de Bellescize, and
used in a large scale on TV sets and integrated services digital telecommunication networks …

The dynamics of a third order phase locked loop (PLL) with a resonant low pass filter (LPF)
has been studied numerically in the parameter space of the system. The range of stable …

One-way master-slave (OWMS) chain networks are widely used in clock distribution systems
due to their reliability and low cost. As the network nodes are phase-locked loops (PLLs) …

Phase-locked loops (PLLs) are devices able to recover time signals in several engineering
applications. The literature regarding their dynamical behavior is vast, specifically …

Since the mid 1980s the Atomic Force Microscope is one the most powerful tools to perform
surface investigation, and since 1995 Non-Contact AFM achieved true atomic resolution …

The double-frequency jitter is one of the main problems in clock distribution networks. In
previous works, some analytical and numerical aspects of this phenomenon were studied …

The pull-in range, known also as the acquisition or capture range, is an important
characteristics of synchronization circuits such as eg phase-, frequency-and delay-locked …