Ronny Rosner
Abstract
A unidirectional optical heterodyne system, employing separate transmitter and local oscillator lasers, has been placed in operation over a 2.6-km atmospheric path. A description of the system design and a comparison of the theoretical performance with measured signal outputs are presented.
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A unidirectional optical heterodyne system, employing separate transmitter and local oscillator lasers, has been placed in operation over a 2.6-km atmospheric path. A description of the system design and a comparison of the theoretical performance with measured signal outputs are presented.
Key concepts: Local oscillator, Heterodyne (poetry), Transmitter, Heterodyne detection, SIGNAL (programming language), Superheterodyne receiver, Path (computing), Optical path