Time domain reflectometry in the micrometer range
1987
Résumé
The subpicosecond OTDR has been investigated as a diagnostic tool for the fiber optics components and integrated waveguide devices. The mode-locked dye laser at 1.3 μm was excited by Nd-YAG compressed pulses. 300 fsec pulses have been generated at the rate of 82 MHz. Using correlation detection a spatial resolution of ~60 μm in air and ~20 μm in GaAs was achieved
Détails
Titre
Time domain reflectometry in the micrometer range
Auteur(s)
Novak, R. P. ; Gilgen, H. H. ; Salathe, R. P. ; Zysset, B. ; Beaud, P. ; Weber, H. P.
Publié dans
Proceedings of the Fourth European Conference on Integrated Optics: ECIO 87
Présenté à
Glasgow, UK
Date
1987
Editeur
Scottish Electron. Technol. Group
Mots-clés (libres)
Note
Berne Univ., Switzerland
3039225
subpicosecond optical time domain reflectometry
Nd:YAG laser compressed pulses
fiber optics components
integrated waveguide devices
mode-locked dye laser
correlation detection
spatial resolution
1.3 micron
300 fs
LiNbO3
LiNbO3:Ti
LiTaO3
YAl5O12:Nd
3039225
subpicosecond optical time domain reflectometry
Nd:YAG laser compressed pulses
fiber optics components
integrated waveguide devices
mode-locked dye laser
correlation detection
spatial resolution
1.3 micron
300 fs
LiNbO3
LiNbO3:Ti
LiTaO3
YAl5O12:Nd
Laboratoires
LOA
Le document apparaît dans
Production scientifique et compétences > STI - Faculté des sciences et techniques de l'ingénieur > STI Archives > LOA - Laboratoire d'optique appliquée Prof. Salathé
Travail hors EPFL
Papiers de conférence
Publié
Travail hors EPFL
Papiers de conférence
Publié
Date de création de la notice
2009-01-20