2007SID Symposium Digest of Technical PapersRequires access

P‐73: A Novel LCD Backlight Unit using a Light‐guide Plate with High Fill‐factor Microlens Array and a Conical Microlens Array Sheet

Joo‐Hyung Lee, Jun‐Bo Yoon, Joon-Yong Choi, Sang‐Min Bae

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Abstract

Abstract In this paper, we have proposed a novel LCD backlight unit (BLU) composed of a light‐guide plate (LGP) mounting high fill‐factor microlens array and an optical sheet of conical microlens array with a slanted angle of 54.5°. The proposed BLU shows 13.6% improvement in the total luminance compared with the conventional BLU and the viewing angle of 108° (−42° ∼ 66°). We also have fabricated Ni‐stamper with the microlens array pattern for injection molding, one of the cost‐efficient methods for mass production.

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What this paper is about

Abstract In this paper, we have proposed a novel LCD backlight unit (BLU) composed of a light‐guide plate (LGP) mounting high fill‐factor microlens array and an optical sheet of conical microlens array with a slanted angle of 54.5°. The proposed BLU shows 13.6% improvement in the total luminance compared with the conventional BLU and the viewing angle of 108° (−42° ∼ 66°). We also have fabricated Ni‐stamper with the microlens array pattern for injection molding, one of the cost‐efficient methods for mass production.

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Available abstract

Abstract In this paper, we have proposed a novel LCD backlight unit (BLU) composed of a light‐guide plate (LGP) mounting high fill‐factor microlens array and an optical sheet of conical microlens array with a slanted angle of 54.5°. The proposed BLU shows 13.6% improvement in the total luminance compared with the conventional BLU and the viewing angle of 108° (−42° ∼ 66°). We also have fabricated Ni‐stamper with the microlens array pattern for injection molding, one of the cost‐efficient methods for mass production.

Key concepts: Microlens, Backlight, Optics, Materials science, Light guide, Luminance, Conical surface, Liquid-crystal display

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