Frequency doubling conversion efficiencies for deep space optical communications

Details Frequency doubling conversion efficiencies for deep space optical communications Frequency doubling conversion efficiencies for deep space optical communications

Nov 1987

adsabs.harvard.edu/cgi-bin/nph-data_query?bibcode=1987tdar.nasa..112r&link_type=abstract

In its The Telecommunications and Data Acquisition Report p 112-123 (SEE N88-12679 04-32)

Physics

Deep Space Network, Frequency Multipliers, Optical Communication, Phase Matching, Signal Processing, Data Links, Harmonic Generations, Space Communication, Transmitters, Yag Lasers

Scientific paper

The theory of optical frequency doubling conversion efficiency is analyzed for the small signal input case along with the strong signal depleted input case. Angle phase matching and beam focus spot size are discussed and design trades are described which maximize conversion efficiency. Experimental conversion efficiencies from the literature, which are less than theoretical results at higher input intensities due to saturation, reconversion, and higher order processes, are applied to a case study of an optical communications link from Saturn. Double pass conversion efficiencies as high as 45 percent are expected. It is believed that even higher conversion efficiencies can be obtained using multipass conversion.

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