Author_Institution :
Sch. of Opt., Univ. of Central Florida, Orlando, FL, USA
Abstract :
Using the NLC design philosophy, this paper introduces a novel optical scanning method called "multiplexed optical scanner technology" or "MOST\´ that has the fundamental capabilities to realize the desired scanner. Specifically, four types of multiplexed optical scanners (MOSs), namely, the polarization or P-MOS, the time or T-MOS, the wavelength or W-MOS, and the code or C-MOS are highlighted. In effect, independent exploitation of polarization, time, wavelength, and optical code switching is used to access 3-D phase perturbations stored in large area phase sensitive photothermal programmable NLC devices inorder to realize a high speed optical scanner
Keywords :
beam steering; laser beam applications; liquid crystal devices; multiplexing equipment; nematic liquid crystals; optical scanners; 3-D phase perturbations; NLC design; high speed optical scanner; large area phase sensitive photothermal programmable NLC devices; multiplexed optical scanner technology; optical code switching; optical scanning method; polarization switching; time switching; wavelength switching; Apertures; Costs; Glass; High speed optical techniques; Laser beams; Optical design; Optical devices; Optical films; Optical refraction; Optical sensors;