alexa Hysteresis of synchronous-asynchronous regimes in a system of two coupled oscillators
Engineering

Engineering

Journal of Electrical & Electronic Systems

Author(s): M Poliashenko, S R McKay, C W Smith

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Nonisochronism of one oscillator in a system of two coupled nonlinear oscillators leads to an overlap of synchronous and asynchronous regimes. In some cases, two-frequency oscillations may completely destroy synchronization. We derive conditions for the emergence of these competitive two-frequency oscillations and for the destruction of the synchronous regime, which occurs due to the merging of stable and unstable fixed points in phase space. Analysis is done by reducing the averaged coupled oscillator equations to the general nonlinear pendulum equation. Boundaries of each regime derived in this way are in good agreement with those obtained numerically.

This article was published in PHYSICAL REVIEW A covering atomic, molecular, and optical physics and quantum information and referenced in Journal of Electrical & Electronic Systems

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