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External Cavity Amplifier Targets Printing, Imaging and Telecom

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Targeting low coherence optical coherence tomography, large-scale printing and telecom applications, researchers at the University of Central Florida's Center for Research and Education in Optics and Lasers have developed a flexible multilayer, diamond-shaped external cavity amplifier. The device uses a radio frequency signal to mode lock the output. The diamond shape and associated small apertures reduce astigmatism associated with diode lasers. It offers 17-nm tunability around 850 nm from a CW diode laser and generates powers of 400 mW in 5.6-ps pulses. When the amplifier is used in...Read full article

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    Published: March 1998
    Basic ScienceCommunicationsResearch & TechnologyTech Pulse

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