80‐3: Design of Spatial Light Modulator on Glass using Oxide TFTs with Lower Off‐state Current | Zendy

Pi Jae-Eun | Zendy; Choi Ji Hun | Zendy; Hwang Chi-Young | Zendy; Yang Jong-Heon | Zendy; Cho Sung Haeng | Zendy; Kim GiHeon | Zendy; Kim Yong-Hae | Zendy; Kwon Oh-Sang | Zendy; Kim Hee-Ok | Zendy; Park Eun-Suk | Zendy; Hwang Chi-Sun | Zendy

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80‐3: Design of Spatial Light Modulator on Glass using Oxide TFTs with Lower Off‐state Current

Author(s) -

Pi Jae-Eun,

Choi Ji Hun,

Hwang Chi-Young,

Yang Jong-Heon,

Cho Sung Haeng,

Kim GiHeon,

Kim Yong-Hae,

Kwon Oh-Sang,

Kim Hee-Ok,

Park Eun-Suk,

Hwang Chi-Sun

Publication year - 2017

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 - 10.1002/sdtp.11855

Subject(s) - pixel , spatial light modulator , thin film transistor , materials science , current (fluid) , dot pitch , optoelectronics , holography , flat panel display , optics , channel (broadcasting) , electrical engineering , physics , engineering , nanotechnology , layer (electronics)

We designed the spatial light modulator (SLM) on a glass (SLMoG) for holographic display. The lower off current of the pixel switch TFT is important to realize small pixel pitch for ultra‐high PPI in display panel. A 2 um channel length ITZO TFT with low off current was used for a pixel switch TFT of SLMoG. We demonstrated 1.87 inch SLMoG panel with the pixel pitch of 7 um and 5760×1080 resolution.

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