Journal of Applied Physics
In this paper, the physics that determines the performance limits of a diffractive optical element based on a liquid-crystal(LC) optical phased array(OPA) is investigated by numerical modeling. The influence of the fringing electric fields, the LC material properties, and the voltage optimization process is discussed. General design issues related to the LCOPA configuration, the diffraction angle, and the diffraction efficiency are discussed. A design for a wide-angle LCOPA is proposed for high-efficiency laser beam steering. This work provides fundamental understanding for a light beam deflected by a diffractiveliquid-crystal device.
Wang, Xinghua; Wang, Bin; Bos, Philip J.; McManamon, Paul F.; Pouch, John J.; Miranda, Felix A.; and Anderson, James E. (2005). Modeling and Design of an Optimized Liquid-Crystal Optical Phased Array. Journal of Applied Physics 98(7). doi: 10.1063/1.2071450 Retrieved from https://digitalcommons.kent.edu/cpippubs/122