Stable 120-mW green output tunable over 2 THz by a second-harmonic generation process in a KTP crystal at room temperature

We report on 120-mW directly measured cw power at 532 nm from a tunable alpha -distributed-feedback laser diode near 1.064 microm frequency doubled in a KTP crystal operating room temperature inside a ring cavity. Our experimental setup allows us to scan frequencies up to 2 THz in the green-light do...

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Published inOptics letters Vol. 25; no. 18; p. 1367
Main Authors Hadjar, Y, Ducos, F, Acef, O
Format Journal Article
LanguageEnglish
Published United States 15.09.2000
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Abstract We report on 120-mW directly measured cw power at 532 nm from a tunable alpha -distributed-feedback laser diode near 1.064 microm frequency doubled in a KTP crystal operating room temperature inside a ring cavity. Our experimental setup allows us to scan frequencies up to 2 THz in the green-light domain and thus is extremely useful for iodine spectroscopy. We show good agreement between experimental results and theoretical predictions for the second-harmonic generation process.
AbstractList We report on 120-mW directly measured cw power at 532 nm from a tunable alpha -distributed-feedback laser diode near 1.064 microm frequency doubled in a KTP crystal operating room temperature inside a ring cavity. Our experimental setup allows us to scan frequencies up to 2 THz in the green-light domain and thus is extremely useful for iodine spectroscopy. We show good agreement between experimental results and theoretical predictions for the second-harmonic generation process.
Author Hadjar, Y
Ducos, F
Acef, O
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crossref_primary_10_1016_j_optcom_2013_08_020
crossref_primary_10_1088_0957_0233_13_6_313
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Snippet We report on 120-mW directly measured cw power at 532 nm from a tunable alpha -distributed-feedback laser diode near 1.064 microm frequency doubled in a KTP...
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Title Stable 120-mW green output tunable over 2 THz by a second-harmonic generation process in a KTP crystal at room temperature
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