2001Journal of the Society for Information DisplayRequires access

Low‐leakage off‐angle in E‐polarizers

Pavel Lazarev, Michael Paukshto

Open publisher page 14 citations

Abstract

Abstract— New thin‐film polarizers have been developed for use in optical applications. The polarization technology is based upon liquid‐crystalline material built from dichroic dyes that can be deposited on virtually any substrate. Theoretical calculations and experimental results on viewing‐angle characterization of conventional O‐type polarizers and new E‐type polarizers are presented. At large viewing angles, the E‐type polarizers demonstrate lower light leakage, higher contrast ratio, and higher efficiency. Spectral performance depends on the composition of the dye mixture that is used to produce the polarizer coating. The new polarizers exhibit enhanced viewing angle and more design flexibility, providing new opportunities for the liquid‐crystal‐display industry.

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What this paper is about

Abstract— New thin‐film polarizers have been developed for use in optical applications. The polarization technology is based upon liquid‐crystalline material built from dichroic dyes that can be deposited on virtually any substrate. Theoretical calculations and experimental results on viewing‐angle characterization of conventional O‐type polarizers and new E‐type polarizers are presented. At large viewing angles, the E‐type polarizers demonstrate lower light leakage, higher contrast ratio, and higher efficiency. Spectral performance depends on the composition of the dye mixture that is used to produce the polarizer coating. The new polarizers exhibit enhanced viewing angle and more design flexibility, providing new opportunities for the liquid‐crystal‐display industry.

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Available abstract

Abstract— New thin‐film polarizers have been developed for use in optical applications. The polarization technology is based upon liquid‐crystalline material built from dichroic dyes that can be deposited on virtually any substrate. Theoretical calculations and experimental results on viewing‐angle characterization of conventional O‐type polarizers and new E‐type polarizers are presented. At large viewing angles, the E‐type polarizers demonstrate lower light leakage, higher contrast ratio, and higher efficiency. Spectral performance depends on the composition of the dye mixture that is used to produce the polarizer coating. The new polarizers exhibit enhanced viewing angle and more design flexibility, providing new opportunities for the liquid‐crystal‐display industry.

Key concepts: Polarizer, Materials science, Viewing angle, Optics, Polarization (electrochemistry), Dichroic glass, Liquid-crystal display, Leakage (economics)

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