Abstract
Although reflective bistable twisted nematic (RBTN) displays have potential
in low-power-consumption applications, to achieve the optimum conditions for
both bistable states simultaneously remains a challenge. We use a geometrical
method based on the Poincaré sphere representation to obtain the optimum
conditions that can simultaneously satisfy both bistable states for a RBTN
structure. With this method, the optimum conditions can be obtained analytically
and the operation modes can be clearly visualized and better understood.
© 1999 Optical Society of America
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