AI Article Synopsis
- A liquid crystal lens array with a hexagonal structure was studied, utilizing convex-ring electrodes for a smooth and adjustable potential profile across the lens.
- The research showed that the convex-ring design allows for a broader variability in focal lengths, ranging from 2.5 cm to infinity, compared to flat electrodes.
- Key features include low driving voltage, a compact 30 μm cell gap, and the ability to electronically switch between 2D and 3D modes, demonstrating its effectiveness in capturing 3D images with a single sensor through integral imaging.
Article Abstract
A liquid crystal lens array with a hexagonal arrangement is investigated experimentally. The uniqueness of this study exists in the fact that using convex-ring electrode provides a smooth and controllable applied potential profile across the aperture to manage the phase profile. We observed considerable differences between flat electrode and convex-ring electrode; in particular the lens focal length is variable in a wider range from 2.5cm to infinity. This study presents several noteworthy characteristics such as low driving voltage; 30 μm cell gap and the lens is electrically switchable between 2D/3D modes. We demonstrate a hexagonal LC-lens array for capturing 3D images by using single sensor using integral imaging.
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| http://dx.doi.org/10.1364/OE.23.000971 | DOI Listing |
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