A new transflective LCD using a single cell-gap OCB-mode with fast response time

T. Ohnishi; I. Fukuda; T. Ishinabe; T. Uchida

A new transflective LCD using a single cell-gap OCB-mode with fast response time

T. Ohnishi, I. Fukuda, T. Ishinabe, T. Uchida

ENG - Electronic Engineering

Research output: Contribution to conference › Paper › peer-review

Abstract

A new single-cell-gap transflective LCD using an OCB-mode LCD compensated with hybrid-aligned discotic liquid crystal films and C-plates was designed to improve the response time and viewing-angle of transflective displays. We verified that a wide viewing-angle exceeding ±80° (CR>10:1) and a high contrast ratio over 1000:1 could be achieved in both reflective and transmissive parts by using optimum design parameters of compensation films.

Original language	English
Pages	383-386
Number of pages	4
Publication status	Published - 2008 Dec 1
Event	15th International Display Workshops, IDW '08 - Niigata, Japan Duration: 2008 Dec 3 → 2008 Dec 5

Other

Other	15th International Display Workshops, IDW '08
Country	Japan
City	Niigata
Period	08/12/3 → 08/12/5

ASJC Scopus subject areas

Hardware and Architecture
Human-Computer Interaction
Electrical and Electronic Engineering
Electronic, Optical and Magnetic Materials

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abstract = "A new single-cell-gap transflective LCD using an OCB-mode LCD compensated with hybrid-aligned discotic liquid crystal films and C-plates was designed to improve the response time and viewing-angle of transflective displays. We verified that a wide viewing-angle exceeding ±80° (CR>10:1) and a high contrast ratio over 1000:1 could be achieved in both reflective and transmissive parts by using optimum design parameters of compensation films.",

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AB - A new single-cell-gap transflective LCD using an OCB-mode LCD compensated with hybrid-aligned discotic liquid crystal films and C-plates was designed to improve the response time and viewing-angle of transflective displays. We verified that a wide viewing-angle exceeding ±80° (CR>10:1) and a high contrast ratio over 1000:1 could be achieved in both reflective and transmissive parts by using optimum design parameters of compensation films.

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