2018SID Symposium Digest of Technical PapersOpen access

P‐153: High Contrast Ratio LCD with an In‐cell Polarizer

Haiwei Chen, Guanjun Tan, Mingchun Li, Seok-Lyul Lee, Shin‐Tson Wu

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Abstract

We develop a rigorous model to simulate an LCD's contrast ratio (CR) and viewing angle by considering the depolarization effect. To improve CR, an in‐cell polarizer is added between LC layer and color filter array. The obtained maximum CR of a multi‐domain vertical alignment LCD is boosted to > 20,000:1.

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We develop a rigorous model to simulate an LCD's contrast ratio (CR) and viewing angle by considering the depolarization effect. To improve CR, an in‐cell polarizer is added between LC layer and color filter array. The obtained maximum CR of a multi‐domain vertical alignment LCD is boosted to > 20,000:1.

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Available abstract

We develop a rigorous model to simulate an LCD's contrast ratio (CR) and viewing angle by considering the depolarization effect. To improve CR, an in‐cell polarizer is added between LC layer and color filter array. The obtained maximum CR of a multi‐domain vertical alignment LCD is boosted to > 20,000:1.

Key concepts: Polarizer, Liquid-crystal display, Contrast ratio, Contrast (vision), Viewing angle, Materials science, High contrast, Depolarization

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