STN Mixtures with Low Threshold Voltages
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概要
- 論文の詳細を見る
In this paper we present the electro-optical data on a series of liquid crystal mixtures, designed for low- to medium multiplexed Super Twisted Nematic (STN) displays (i.e. multiplex rates from 1:16 to 1:160). The liquid crystal mixtures have the following characteristics: 1) The mixtures are two-bottle systems in Δn. This ensures a large flexibility for choosing the cell gap and desired twist angle. 2) The threshold voltages range from around 2 V down to approximately 1 V (for 220°twist cells). This facilitates the choice of the proper liquid crystal mixture for a certain desired battery voltage. The relevant physical properties of the liquid crystal mixtures will also be presented.
- 社団法人映像情報メディア学会の論文
- 1992-10-20
著者
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Rieger B.
Merck Japan Limited Industrial Chemicals Division Lc Technical Center
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Breddels P.A.
Merck Korea, Industrial chemicals Division Liquid crystal R8P Laboratories
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Kim H.S.
Merck Korea, Industrial chemicals Division Liquid crystal R8P Laboratories
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Naemura S.
Merck Japan Limited, Industrial Chemicals Division LC technical center
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Pauschi A.
E. Merck, Industrial chemicals Division Business Unit Liquid crystals Department of Physical Researc
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Weber G.
E. Merck, Industrial chemicals Division Business Unit Liquid crystals Department of Physical Researc
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Pauschi A.
E. Merck Industrial Chemicals Division Business Unit Liquid Crystals Department Of Physical Research
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Breddels P.a.
Merck Korea Industrial Chemicals Division Liquid Crystal R8p Laboratories
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Kim H.s.
Merck Korea Industrial Chemicals Division Liquid Crystal R8p Laboratories
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Naemura S.
Merck Japan
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Naemura S.
Merck Japan Limited Industrial Chemicals Division Lc Technical Center
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Weber G.
E. Merck Industrial Chemicals Division Business Unit Liquid Crystals Department Of Physical Research
関連論文
- STN Mixtures with Low Threshold Voltages
- Novel Liquid-Crystal Materials with Birefringence and Low Rotational-Viscosity for the Filed-Sequential Color TN-LCDs(Report on SID'00)
- 16.1: Influence of Ions in LC Materials on Optical Threshold Voltage of Passively Addressed LCDs(2.口頭発表)(Report on SID '99)