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Use of a high-power semiconductor laser with fiber-optic output in a control system for a space-based antenna

In this paper, we discuss the use of a high-power infrared semiconductor laser for power and data transfer via a wireless system for controlling a space-based reconfigurable reflector antenna. We present a theoretical description of the processes that occur during power transfer via an optical fiber. We provide a block diagram and component specification list for the experimental setup. We analyze the experimental results and reach a variety of conclusions. We examine restrictions on the use of fiber-optic circuits for power transfer.