Fiber Laser Components on OFS, Specialty Photonics Division


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	Fiber Laser Components
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		Power Combiners Multimode (3) Multimode Power Combiners couple 7 or 19 multimode high-power sources into cladding pumped fiber.




		Power Combiners Single-Mode (5) Single-mode Power Combiners couple 6 or 18 multimode high-power sources and 1 single mode signal source for combined power output or for use with a cladding pumped fiber.




		Power Combiners Polarization-Maintaining (4) Polarization-Maintaining Power Combiners couple 6 multimode high-power sources and 1 polarization-maintaining (PM) source for combined power output or for use with a PM cladding pumped fiber.




		Erbium-Ytterbium 130 µm Cladding Pumped Fibers The single-mode core of this fiber is co-doped with erbium and ytterbium. It is then surrounded by a silica cladding and covered with a low-index protective coating. The resulting double clad fiber is used for single mode fiber lasers and amplifiers operating in the 1540 to 1565 nm range. The fiber enables fiber lasers and amplifiers with good beam profile characteristics, high wall plug efficiencies, compact footprints, superior reliability, and maintenance-free operation. It also accommodates high energies during pulsed operation and at high repetition rates.




		Ytterbium 130 µm Cladding Pumped Fibers The single-mode core of this fiber is doped with ytterbium. It is then surrounded by a silica cladding and covered with a low-index protective coating. The resulting double clad fiber is used for single-mode fiber lasers and amplifiers operating in the 1040 to 1200 nm range. The fiber enables fiber lasers and amplifiers with good beam profile characteristics, high wall plug efficiencies, compact footprints, superior reliability, and maintenance-free operation. It also accommodates high energies during pulsed operation and at high repetition rates.




		Polarization-Maintaining Erbium-Ytterbium 125 µm Cladding Pumped Fibers The single-mode core of this polarization-maintaining fiber is co-doped with both erbium and ytterbium. It is then surrounded by a silica cladding and covered with a low-index protective coating. The resulting double-clad fiber is used for single-mode fiber lasers and amplifiers operating in the 1540 to 1565 nm range. The fiber enables fiber lasers and amplifiers with good beam profile characteristics, high wall plug efficiencies, compact footprints, superior reliability, and maintenance-free operation. It also accommodates high energies during pulsed operation and at high repetition rates.




		Polarization-Maintaining Ytterbium 125 or 200 µm Cladding Pumped Fibers (2) The single-mode core of this polarization-maintaining fiber is doped with ytterbium. It is then surrounded by a silica cladding and covered with a low-index protective coating. The resulting double-clad fiber is used for single-mode fiber lasers and amplifiers operating in the 1040 to 1200 nm range. The fiber enables fiber lasers and amplifiers with good beam profile characteristics, high wall plug efficiencies, compact footprints, superior reliability, and maintenance-free operation. It also accommodates high energies during pulsed operation and at high repetition rates.




		FemtoComp Dispersion Compensation Modules A FemtoComp Module is a fully fiber-based device for dispersion management in femtosecond lasers and amplifiers working at a wavelength around 1 µm. FemtoComp has an anomalous dispersion in the 1 µm wavelength region and can therefore compensate the normal dispersion in standard fibers. FemtoComp is based on a solid silica-based fiber, which supports guidance of a higher order mode (HOM) with anomalous dispersion. Long period fiber grating (LPG) based mode converters in both ends of the fiber convert between the fundamental mode (LP01) and the higher order mode. The mode converters are pigtailed with standard single mode fiber (ClearLite® 980 14) for 1 µm applications.