Abstract
As compact sources of light pulses, Q-switched semiconductor lasers are suitable for many applications, including, in particular, telecommunications. We investigate here the dynamics of a micropillar semiconductor laser with an internal saturable absorber subject to delayed optical feedback [1]. Both theoretically and experimentally, this device has been shown to produce pulse-like periodic solutions, also referred to as temporal external cavity solitons [1,2].
© 2017 IEEE
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