Transflective twisted nematic (TN) liquid crystal displays(LCDs) having enhanced transmission efficiencies. Due to the use of circularly polarized light, the novel TN transflective LCD uses a new operation mode between the conventional First and Second Minimums, which alters the retardation value of the reflection and the transmission portions, where the retardation values each include a cell gap spacing. This results in the cell gap spacing in the transmission portion of the transflective LCD to be approximately triple the cell gap spacing in the reflection portion of the transflective LCD whereby the transmission efficiency increases to approximately 90 percent
A new reflective liquid crystal display, the sub-twisted nematic LCD (SBTN), is presented. The SBTN,...
In this paper, a new design of single cell gap transfective liquid crystal display (LCD) using twist...
A normally black single cell gap transflective liquid crystal display (LCD) using vertical alignment...
In this paper, a new design of single cell gap transflective liquid crystal display (LCD) using 75 d...
In this paper, a new Twisted Nematic (TN) transflective liquid crystal display configuration with si...
We have developed a new type of transflective liquid crystal display (LCD) with a single cell gap an...
In this paper, a novel single cell gap transflective liquid crystal display (LCD) using 90 degree tw...
A double-cell-gap transflective liquid crystal display (TR-LCD) based on 63.6 twisted nematic mode i...
A double-cell-gap transflective liquid crystal display (TR-LCD) based on 63.6 twisted nematic mode i...
A double-cell-gap transflective liquid crystal display (TR-LCD) based on 63.6 degrees twisted nemati...
Hybrid Aligned (HAN) liquid crystal display is optimized for transflective liquid crystal displays. ...
Abstract—A double-cell-gap transflective liquid crystal display (TR-LCD) based on 63.6 twisted nemat...
A novel LCD technology yields both high reflection and transmission. Mobile display devices such as ...
In this paper, transflective liquid crystal display (LCD) with two different modes low twist nematic...
Transflective liquid crystal display (LCD) with single cell gap consisting optically compensated ben...
A new reflective liquid crystal display, the sub-twisted nematic LCD (SBTN), is presented. The SBTN,...
In this paper, a new design of single cell gap transfective liquid crystal display (LCD) using twist...
A normally black single cell gap transflective liquid crystal display (LCD) using vertical alignment...
In this paper, a new design of single cell gap transflective liquid crystal display (LCD) using 75 d...
In this paper, a new Twisted Nematic (TN) transflective liquid crystal display configuration with si...
We have developed a new type of transflective liquid crystal display (LCD) with a single cell gap an...
In this paper, a novel single cell gap transflective liquid crystal display (LCD) using 90 degree tw...
A double-cell-gap transflective liquid crystal display (TR-LCD) based on 63.6 twisted nematic mode i...
A double-cell-gap transflective liquid crystal display (TR-LCD) based on 63.6 twisted nematic mode i...
A double-cell-gap transflective liquid crystal display (TR-LCD) based on 63.6 degrees twisted nemati...
Hybrid Aligned (HAN) liquid crystal display is optimized for transflective liquid crystal displays. ...
Abstract—A double-cell-gap transflective liquid crystal display (TR-LCD) based on 63.6 twisted nemat...
A novel LCD technology yields both high reflection and transmission. Mobile display devices such as ...
In this paper, transflective liquid crystal display (LCD) with two different modes low twist nematic...
Transflective liquid crystal display (LCD) with single cell gap consisting optically compensated ben...
A new reflective liquid crystal display, the sub-twisted nematic LCD (SBTN), is presented. The SBTN,...
In this paper, a new design of single cell gap transfective liquid crystal display (LCD) using twist...
A normally black single cell gap transflective liquid crystal display (LCD) using vertical alignment...