High-precision laser master oscillators for optical timing distribution systems in future light sources

An ultra-stable timing and synchronization system for linac-driven FELs has been designed providing 10 fs precision over distances of several kilometers. Mode-locked fiber lasers serve as master oscillators. The optical pulse train is distributed through length-stabilized fiber links. The layout of the optical synchronization system and its phase noise properties are described. A prototype system has been tested in an accelerator environment and has achieved the required stability.

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Fiber lasers, Light sources, Distribution systems, High-precision, Master oscillators, Optical pulse train, Optical synchronization, Phase-noise properties, Prototype system, Timing and synchronization, Phase noise

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http://hdl.handle.net/11693/27254

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Scholarly Publications - Electrical and Electronics Engineering
Scholarly Publications - Physics
Scholarly Publications - UNAM

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High-precision laser master oscillators for optical timing distribution systems in future light sources

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