The liquid crystal lenses system, which could be electrically controlled easily for autostereoscopic 2D/3D switchable
display was proposed. The High-Resistance liquid crystal (HRLC) lens utilized less controlled electrodes and coated a
high-resistance layer between the controlled-electrodes was proposed and was used in this paper. Compare with the
traditional LC lens, the HR-LC Lens could provide smooth electric-potential distribution within the LC layer under
driving status. Hence, the proposed HR-LC Lens had less circuit complexity, low driving voltage, and good optical
performance also could be obtained. In addition, combining with the proposed driving method called dual-directional
overdriving method, the above method could reduce the switching time by applying large voltage onto cell.
Consequently, the total switching time could be further reduced to around 2second. It is believed that the LC lens system
has high potential in the future.
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