Tuning Fiber Bragg Grating with in-Fiber Light
Kevin P. Chen, Lucas Cashdollar
Abstract
Kevin P. Chen, Lucas Cashdollar
Abstract
The spectrum responses of fiber Bragg gratings controlled by in-fiber light were demonstrated. Fiber Bragg gratings coated with carbon films were heated with in-fiber high-power 910-nm diode laser light leaked through fiber cladding for resonance wavelength tuning, spectrum stretching, and compression.
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The spectrum responses of fiber Bragg gratings controlled by in-fiber light were demonstrated. Fiber Bragg gratings coated with carbon films were heated with in-fiber high-power 910-nm diode laser light leaked through fiber cladding for resonance wavelength tuning, spectrum stretching, and compression.
Key concepts: Fiber Bragg grating, Materials science, PHOSFOS, Long-period fiber grating, Plastic optical fiber, Optics, Dispersion-shifted fiber, Fiber optic sensor