Abstract | In this paper, we present and discuss some circuit experiments that verify our previous claims, which were based on numerical simulations of mathematical models, that chaos can be used to broaden the capture range of the common phase-locked loop circuit.
This project, now known by the name ''Chaos in Electronic Circuits,'' was originally tasked as a two...
We report the experimental realization of a simple threshold controller, which clips chaotic dynamic...
In this paper base-mechanisms of chaos generation in circuits are investigated, underlining that it ...
This research project investigates synchronization of two identical simple chaotic circuits. There h...
During recent years it has been shown that hidden oscillations, whose basin of attraction does not o...
A simple and inexpensive mechanical instrument for the demonstration of chaos and phase locking phen...
Control algorithms that exploit chaotic behavior can vastly improve the performance of many practi...
[[abstract]]The chaotic behaviour of phase-locked loops (PLL) in tracking a received signal whose fr...
Control algorithms which exploit the unique properties of chaos can vastly improve the design and ...
Through system modeling with electronic circuits, two circuits were constructed that exhibit chaos o...
The input frequency limit of the conventional zero-crossing digital phase-locked loop (ZCDPLL) is d...
We report the experimental verification of thresholding as a versatile tool for efficient and flexib...
Abstract — In this study, a simple chaotic circuit using two coupled RC circuits are proposed. We ha...
The performance of clock recovery phase-locked loop (PLL) can be severely degraded by unwanted spuri...
The existence of chaos in the phase locked loop (PLL) under single tone continuous wave (CW) interfe...
This project, now known by the name ''Chaos in Electronic Circuits,'' was originally tasked as a two...
We report the experimental realization of a simple threshold controller, which clips chaotic dynamic...
In this paper base-mechanisms of chaos generation in circuits are investigated, underlining that it ...
This research project investigates synchronization of two identical simple chaotic circuits. There h...
During recent years it has been shown that hidden oscillations, whose basin of attraction does not o...
A simple and inexpensive mechanical instrument for the demonstration of chaos and phase locking phen...
Control algorithms that exploit chaotic behavior can vastly improve the performance of many practi...
[[abstract]]The chaotic behaviour of phase-locked loops (PLL) in tracking a received signal whose fr...
Control algorithms which exploit the unique properties of chaos can vastly improve the design and ...
Through system modeling with electronic circuits, two circuits were constructed that exhibit chaos o...
The input frequency limit of the conventional zero-crossing digital phase-locked loop (ZCDPLL) is d...
We report the experimental verification of thresholding as a versatile tool for efficient and flexib...
Abstract — In this study, a simple chaotic circuit using two coupled RC circuits are proposed. We ha...
The performance of clock recovery phase-locked loop (PLL) can be severely degraded by unwanted spuri...
The existence of chaos in the phase locked loop (PLL) under single tone continuous wave (CW) interfe...
This project, now known by the name ''Chaos in Electronic Circuits,'' was originally tasked as a two...
We report the experimental realization of a simple threshold controller, which clips chaotic dynamic...
In this paper base-mechanisms of chaos generation in circuits are investigated, underlining that it ...
DOI
Add to ORKG