Analysis of the breakdown of complete synchronization in two identical capacitively coupled van der Pol oscillators each containing a diode
Key Points
Complete synchronization degradation occurs when the coupling strength varies, highlighting the role of phase shifts.
In simulations, varying diode characteristics led to distinct oscillation phases, revealing critical influences on synchronization stability.
Observational analysis of coupled behaviors shows how changes among oscillators can disrupt their synchronized states over time.
Results imply the practical importance of understanding synchronization for developing more reliable electronic circuits, especially in communication systems.
Analyse de la rupture de la synchronisation complète dans deux oscillateurs de van der Pol identiques couplés capacitivement, chacun contenant une diode | Synapse