Martínez-Llinàs, Jade; Colet, Pere
Optics Express 23 (19), 24785-24799 (2015)
We model two non-identical delay-line optoelectronic oscillators mutually coupled through delayed cross-feedback. The system can generate multi-stable nanosecond periodic square-wave solutions which arise through a Hopf instability. We show that for suitable ratios between self and cross delay times, the two oscillators generate square waves with different amplitude but synchronized in-phase, out-of-phase or with a dephasing of a quarter of the period. We also show that the synchronization is robust to small mismatches in the delay times.
DOI | 10.1364/OE.23.024785 |
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Fitxers | oe-23-19-24785.pdf (2760147 Bytes) |
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