Abstract
An all-optical optoelectronic oscillator is demonstrated in which a novel
Brillouin-selective sideband amplification technique is used to provide sufficient
gain for the oscillator to start and sustain electro-optic oscillation. Such
an oscillator can generate high-frequency, high-spectral-purity, tunable microwave
signals in both optical and electrical domains beyond 100 GHz.
© 1997 Optical Society of America
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