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2012•SID Symposium Digest of Technical PapersRequires access

P‐97: Electrode Structure for High Transmittance IPS Mode

Dong Han Song, Ki‐Han Kim, Jihoon Lee, Tae‐Hoon Yoon

Open publisher page 1 citations

Abstract

Abstract We propose a new electrode structure using three voltage levels instead of two for high transmittance in the in‐plane switching liquid crystal mode. We confirmed that, by using the proposed structure, the transmittance of a LC cell can be increased from 29 % to 35 % at a slightly lower operating voltage. The transmittance of the proposed mode is higher than the conventional FFS mode.

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What this paper is about

Abstract We propose a new electrode structure using three voltage levels instead of two for high transmittance in the in‐plane switching liquid crystal mode. We confirmed that, by using the proposed structure, the transmittance of a LC cell can be increased from 29 % to 35 % at a slightly lower operating voltage. The transmittance of the proposed mode is higher than the conventional FFS mode.

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Available abstract

Abstract We propose a new electrode structure using three voltage levels instead of two for high transmittance in the in‐plane switching liquid crystal mode. We confirmed that, by using the proposed structure, the transmittance of a LC cell can be increased from 29 % to 35 % at a slightly lower operating voltage. The transmittance of the proposed mode is higher than the conventional FFS mode.

Key concepts: Transmittance, Electrode, Materials science, Mode (computer interface), Optoelectronics, High voltage, Voltage, Optics

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