We present a novel tunable highly-coherent tunable source of IR radiation, based on difference-frequency generation inside a miniature Ti:sapphire ring laser cavity by means of periodically-poled LiNbO3. Single mode operation of the Ti:sapphire laser is provided by injection locking from an external-cavity diode laser and a tunable-laser-injected fiber amplifier provides the signal radiation for the mixing. Such a source can be used in spectroscopic set-ups for high sensitivity molecular sensing. Additional features are provided by properly altering key properties of the 1-D photonic crystal.
Functional periodically poled-crystals for powerful intracavity CW difference-frequency-generation of widely tunable high spectral purity IR radiation
De Natale P;Galli I;Giusfredi G;Mazzotti D;Cancio P
2008
Abstract
We present a novel tunable highly-coherent tunable source of IR radiation, based on difference-frequency generation inside a miniature Ti:sapphire ring laser cavity by means of periodically-poled LiNbO3. Single mode operation of the Ti:sapphire laser is provided by injection locking from an external-cavity diode laser and a tunable-laser-injected fiber amplifier provides the signal radiation for the mixing. Such a source can be used in spectroscopic set-ups for high sensitivity molecular sensing. Additional features are provided by properly altering key properties of the 1-D photonic crystal.File in questo prodotto:
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Descrizione: Functional periodically-poled crystals for powerful intracavity CW difference-frequency-generation of widely tunable, high spectral purity IR radiation
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