Abstract
A combined fringe and in-plane switching (FIS) mode single-cell-gap
transflective display using blue-phase liquid crystal (BPLC) is proposed.
The structure makes use of the space above the pixel electrodes of this FIS
mode as reflective regions and the space between pixel electrodes as transmissive
regions. The structure which can be optimized to balance the optical phase
retardation between transmissive region and reflective region with simple
fabrication process exhibits relatively high optical efficiency and well matched
voltage of transmittance and reflectance curves.
© 2013 IEEE
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