Demonstration of high-fidelity dynamic optical arbitrary waveform generation
Optics express, 2010•opg.optica.org
We experimentally demonstrate a dynamic line-by-line optical arbitrary waveform generation
technique capable of generating continuous and bandwidth scalable high-fidelity waveforms
without update rate limitations. Two quadrature modulators are used to create up to three
spectral slices that are coherently combined by a passband-shaped multiplexer into a single
contiguous spectrum to form complex optical waveforms with up to 30 GHz of bandwidth and
6 ns record lengths.
technique capable of generating continuous and bandwidth scalable high-fidelity waveforms
without update rate limitations. Two quadrature modulators are used to create up to three
spectral slices that are coherently combined by a passband-shaped multiplexer into a single
contiguous spectrum to form complex optical waveforms with up to 30 GHz of bandwidth and
6 ns record lengths.
We experimentally demonstrate a dynamic line-by-line optical arbitrary waveform generation technique capable of generating continuous and bandwidth scalable high-fidelity waveforms without update rate limitations. Two quadrature modulators are used to create up to three spectral slices that are coherently combined by a passband-shaped multiplexer into a single contiguous spectrum to form complex optical waveforms with up to 30 GHz of bandwidth and 6 ns record lengths.
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