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A new electro-optic sampling method is proposed by modulating multiple wavelengths simultaneously to overcome the ambiguity in single-shot pulse application and enhance the signal-to-noise ratio.
High power fibre sources have reached several kilowatts of output power. Besides power, control, efficiency, manufacturability, and reliability are important attractions. We will discuss these unique properties and their exploitation.
Fiber-optic-based electro-optic polarization rotators are used to modulate multiple wavelengths simultaneously to facilitate single-shot pulse characterization and enhanced signal-to-noise ratios with electro-magnetic interference and radiation hardness. Multiple wavelengths create independent samples for averaging.
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