P‐96: Microlens Array by Ink‐Jet Technology for LCD Backlight Applications | Zendy

Hung ChienHsiang | Zendy; Yu TsungHan | Zendy; Cheng JungAn | Zendy; Chang ChiHsien | Zendy; Hsiau YiHau | Zendy; Tien ChungHao | Zendy; Li TsungYang | Zendy; Mo ChiNeng | Zendy

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P‐96: Microlens Array by Ink‐Jet Technology for LCD Backlight Applications

Author(s) -

Hung ChienHsiang,

Yu TsungHan,

Cheng JungAn,

Chang ChiHsien,

Hsiau YiHau,

Tien ChungHao,

Li TsungYang,

Mo ChiNeng

Publication year - 2008

Publication title -

sid symposium digest of technical papers

Language(s) - English

Resource type - Journals

SCImago Journal Rank - 0.351

H-Index - 44

eISSN - 2168-0159

pISSN - 0097-966X

DOI - 10.1889/1.3069455

Subject(s) - microlens , backlight , materials science , liquid crystal display , inkwell , jet (fluid) , process (computing) , radius , optics , optoelectronics , computer science , lens (geology) , physics , composite material , computer security , thermodynamics , operating system

This research uses Ink‐jet printer process to fabricate microlens on the bottom of a LGP in a fast and cost‐effective way. Compared with typical dot printing method, Ink‐jet printing is able to save 50% material consumption. In addition, the microlens with UV‐curable epoxy could be well controlled in the radius, contact angle and arbitrary arrangement. A 20×20cm 2 LGP can be fabricated with desired microlens pattern within 10 seconds, which exhibits a potential to apply ink‐jet process upon the high‐speed mass production.

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