Abstract
We investigated the relationship between the viewing-angle optical properties; the colored shift with the change of viewing angles, the design parameters of the compensation films and the phase retardation of the bend alignment liquid crystal cell in a new single-cell-gap transflective OCB-LCD and clarified that a bright transflective LCD with a fast response time, less colored shift and a wide viewing angle in both transmissive and reflective parts can be realized by optimizing the above design parameters of the LCD and off voltage.
