Abstract
The characteristics of a dual-input hybrid acousto-optic device are
investigated numerically and experimentally. The device, which operates as a
set-reset flip-flop, uses the well-known bistable acousto-optic device with
feedback to which two input beams are applied. The resulting flip-flop is
analyzed numerically by use of nonlinear dynamical and nonlinear
circuit-modeling techniques, and some of its properties are demonstrated
experimentally.
© 1997 Optical Society of America
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