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Contents:
  1. Fluoride fiber fabrication
  2. Fluoride glass - Wikipedia
  3. Fluoride Glass Fiber Optics
  4. Fluoride Fibers for Visible Fiber Lasers

Unable to display preview. Download preview PDF. Skip to main content. Advertisement Hide. Fluoride Glass Optical Fibers in France. Authors Authors and affiliations H. This process is experimental and the keywords may be updated as the learning algorithm improves. This is a preview of subscription content, log in to check access.

Shibata S. CrossRef Google Scholar. Poignant H. Tran D. Fluoride glasses were seen to be potentially excellent hosts for RE doping as early as , when these hosts were being viewed as solid-state laser materials. His data is reproduced in Fig.

However, the emission spectra and bandwidths shown in Fig. The gain bandwidth refers to the bandwidth of the actual gain that can be expected in a high-gain amplifier. The data in Table Figure Note the variation in shape and linewidth for the various host glasses.

Thorlabs MIR Optical Fiber Manufacturing

Spirit et al. A nm pump laser was used, and the length of the Er-doped fiber was 5 m. Using this fiber amplifier they were able to achieve a gain of 18 dB from to nm.

This range compares favorably with the nm range from an Er-doped, Al co-doped silica fiber. The only advantage to the fluoride host is that the gain spectrum is flatter than it is for silica hosts.

Fluoride fiber fabrication

Table While the results of Spirit et al. Furthermore, silica has much more favorable physical properties than fluoride glass, and, therefore, recent research on fluoride fiber amplifiers has turned from nm to the important, shorter- wavelength telecom band at nm where EDFAs do not operate.

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Ainslie et al. The gain bandwidth for a m-long fiber longitudinally illuminated with a 1.

Fluoride glass - Wikipedia

This bandwidth is compatible with current telecom wavelengths. Not all RE-doped fluoride fibers have applications as amplifiers for telecommunications systems. A more efficient fiber laser was reported a year later by Brierly and France 5 when they used Er-doped fluorozirconate fibers. The Er-doped MM fiber, 75 cm in length, was pumped by Allen et al.

Fluoride Glass Fiber Optics

This range compares favorably with the nm range from an Er-doped, Al co-doped silica fiber. The only advantage to the fluoride host is that the gain spectrum is flatter than it is for silica hosts. Table While the results of Spirit et al. Furthermore, silica has much more favorable physical properties than fluoride glass, and, therefore, recent research on fluoride fiber amplifiers has turned from nm to the important, shorter- wavelength telecom band at nm where EDFAs do not operate.

Ainslie et al. The gain bandwidth for a m-long fiber longitudinally illuminated with a 1. This bandwidth is compatible with current telecom wavelengths. Not all RE-doped fluoride fibers have applications as amplifiers for telecommunications systems. A more efficient fiber laser was reported a year later by Brierly and France 5 when they used Er-doped fluorozirconate fibers.

The Er-doped MM fiber, 75 cm in length, was pumped by Allen et al. In their case they used a much more convenient nm laser diode to pump the fiber. Finally, a more efficient and powerful fluoride fiber laser was reported by Percival et al. Lasing action takes place from a transition in Ho.


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The Tm ions are pumped by diode laser light between and nm and then the energy is transferred to the Ho ions. The maximum cw output power was mW at 2. Sign In View Cart 0 Help. Gain Bandwidth, nm.

Fluoride Fibers for Visible Fiber Lasers

Miniscalco, "Erbium-doped glasses for Fiber Amplifiers at nm," J. Lightwave Tech. Poulain, M.