9‐5:  Late‐News Paper:  A 3.9‐inch LTPS TFT Full Color MicroLED Display with Novel Driving and Reflector Cavity Process | Zendy

Tamaki Masaya | Zendy; Suzuki Takanobu | Zendy; Aoki Katsumi | Zendy; Yokoyama Ryoichi | Zendy; Ito Hiroaki | Zendy; Nakamitsu Sho | Zendy; Imaizumi Kunio | Zendy; Yamanoguchi Katsumi | Zendy; Nishide Masahiko | Zendy; Rahadian Fanny | Zendy; Matsuda Seiji | Zendy; Lang Erwin | Zendy; Hoeppel Lutz | Zendy

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9‐5: Late‐News Paper: A 3.9‐inch LTPS TFT Full Color MicroLED Display with Novel Driving and Reflector Cavity Process

Author(s) -

Tamaki Masaya,

Suzuki Takanobu,

Aoki Katsumi,

Yokoyama Ryoichi,

Ito Hiroaki,

Nakamitsu Sho,

Imaizumi Kunio,

Yamanoguchi Katsumi,

Nishide Masahiko,

Rahadian Fanny,

Matsuda Seiji,

Lang Erwin,

Hoeppel Lutz

Publication year - 2020

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.13817

Subject(s) - reflector (photography) , backplane , thin film transistor , frame (networking) , process (computing) , pulse width modulation , optics , materials science , computer science , computer graphics (images) , engineering , optoelectronics , computer hardware , electrical engineering , telecommunications , physics , light source , nanotechnology , operating system , voltage , layer (electronics)

A 3.9′ microLED display prototype with LTPS backplanes has been developed by using a newly‐designed current and PWM hybrid driving technology to lower the color shift, resulting in achieving a higher frame rate. A novel approach for a reflector cavity process for improving outcoupling efficiency was also proposed.

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