A new double-cell gap transflective OCB-LCD with an in-cell compensation film in the reflective part was designed to improve response time and viewing-angle performance of transflective displays. We verified that wide viewing angle exceeding ±80° (CR>10:l), a high contrast ratio over 1000:1 and comparatively high luminance (normalized transmittance and reflectance > 0.65) could be achieved in both reflective and transmissive parts by optimizing design parameters of the LCD, even if the on voltage is lowered to 3 V.
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机译：设计具有反射部分中的电池内补偿膜的新型双电池间隙透射反射OCB-LCD，以改善逆向显示的响应时间和视角性能。通过优化设计，我们验证了超过±80°（Cr> 10：1），高对比度（Cr> 10：1），高对比度（Cr> 10：1），高对比度（归一化透射率和反射率> 0.65），可以在反射和透射部件中实现LCD的参数，即使接通电压降至3 V.
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