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The evolution of portable communications applications has been facilitated largely by the development of reflective LCD technology. Offering a unique insight into state-of-the art display technologies, Reflective Liquid Crystal Displays covers the basic operations principles, exemplary device structures and fundamental material properties of device components.Display engineers, scientists and technicians active in the field will welcome this unique resource, as will developers of a wide range of systems and applications. Graduate students and researchers will appreciate the introduction and technical insight into this exciting technology.Featuring: Direct-view, projection and micro (virtual projection) reflective displays in the context of multi-media projectors, mobile internet and personal entertainment displays; Optimisation of critical display attributes: fast responsetime, low voltage operation and wide angle viewing; Description of the basic properties of liquid crystal materials and their incorporation into configurations for transmissive and reflective applications; Examination of the various operation modes enabling the reader to select the appropriate display type to meet a variety of needs; Overview and comparison of the complete range of reflective display technologies, and reflective LCD effects.
TAILLE DU FICHIER: 1,27 MB
DATE DE PUBLICATION: 2001-Jan-01
AUTEUR: Deng-Ke Yang
Optical design of color reflective liquid crystal displays Optical design of color reflective liquid crystal displays Zhu, Xiling; Wu, Sheng; Jing, Hai 2000-05-12 00:00:00 We present a design scheme for new type of color reflective Liquid Crystal Displays. In our scheme, the ambient light is collimated by micro-pyramid structure and high reflectivity can be obtained by using Optic Interference ...
Broadband reflective polarizers for liquid crystal displays (LCDs) are designed. The working principle is based on giant form birefringence generated by engineering the materials of the subwavelength gratings. The optical performances of the proposed polarizers are investigated by the finite difference time domain (FDTD) method. The proposed polarizers show an ultra-thin profile, high ...