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Development and performance of fully fluorine-doped single-mode fibers
By: Iino, A.; Ogai, M.; Kinoshita, E.; Nakamura, S.; Koguchi, M.; Tamura, J.; Matsubara, K.;
1988 / IEEE
Description
This item was taken from the IEEE Periodical ' Development and performance of fully fluorine-doped single-mode fibers ' Fluorine doping has been used to obtain vapor-phase-axial-deposited (VAD) single-mode fibers with a loss less than 0.20 dB/km at 1.55 mu m. A nonshifted design in which fluorine dopant was added mainly to the cladding and only slightly to the pure silica core part was fabricated with high yield. A similar approach has been successfully applied to dispersion-shifted fibers with a dual-shape-core index profile with encouraging results for reducing the transmission loss down to 0.20 dB/km.<
Related Topics
Vapour-phase-axial-deposited Fibres
Single-mode Fibers
Vad
Cladding
Dispersion-shifted Fibers
Dual-shape-core Index Profile
Transmission Loss
1.55 Micron
Propagation Losses
Doping
Silicon Compounds
Rayleigh Scattering
Loss Measurement
Wavelength Measurement
Aging
Performance Loss
Histograms
Sio/sub 2/ Core
Optical Workshop Techniques
Optical Testing
Optical Fibres
Vapour Deposition
Photonics And Electrooptics
Communication, Networking And Broadcast Technologies
Engineering
F Doping
