AI Article Synopsis
- The study presents a time-delay to intensity mapping technique using second-order optical integrators that enables control over the intensity modulation of waveforms.
- This method operates passively and linearly, allowing for linear intensity adjustments by varying the time-delay between two optical pulses.
- The authors demonstrate the potential of this process for creating flexible and reconfigurable optical arbitrary waveforms through experimental validation.
Article Abstract
We propose and validate experimentally a time-delay to intensity mapping process based on second-order optical integrators. This mapping provides dynamic control of the intensity modulation profile of a waveform based on a purely passive and linear process. In particular, we can realize linear intensity control by tuning the time-delay between two optical pulses launched into a second-order optical integrator. We suggest and experimentally prove the use of this mapping process for reconfigurable optical arbitrary waveform generation.
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| http://dx.doi.org/10.1364/OE.23.016209 | DOI Listing |
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