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Proceedings Paper

The Promise And Limitations Of 10.6u. Waveguide Laser Power Amplifiers
Author(s): Katherine D. Laakmann
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Paper Abstract

A study was performed to determine the performance of a wideband chirp-driven waveguide amplifier. Included in the study are the closed-form solutions of the rate equations with a chirped input, the calculation of the frequency errors generated by dispersion and the necessary waveform needed to overcome dispersion and thirdly the effects of a saturation and a nonuniform susceptibility profile across the aperture of the waveguide on the mode quality. The topics discussed in detail are: 1. The absence of saturation-induced power broadening of the amplifier bandwidth in fast chirped radar applications. 2. The excellent mode discrimination properties in waveguide devices, particularly when compared to the more conventional free-space device. 3. The mechanisms that cause degradation in performance of waveguide amplifiers in laser radar applications.

Paper Details

Date Published: 24 November 1975
PDF: 11 pages
Proc. SPIE 0069, Optical Design Problems in Laser Systems, (24 November 1975); doi: 10.1117/12.954550
Show Author Affiliations
Katherine D. Laakmann, Hughes Aircraft Company (United States)


Published in SPIE Proceedings Vol. 0069:
Optical Design Problems in Laser Systems
Walter R. Sooy, Editor(s)

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