Add to ORKGWe developed optical compensation for Verti-cally Aligned mode LCDs using thin coatable bire-fringent films produced by Crysoptix Ltd. The new coatable retarder films compensate both the liquid crystal layer and polarizers. The new retarders provide near perfect viewing angle properties in the visible spectral range. We present data of nu-merical optimization and experimental results for Vertical Alignment mode LCD
The wide viewing angle technologies for liquid crystal displays (LCDs) are reviewed. The most promis...
Active matrix liquid crystal displays (AMLCDs) have narrow and non-uniform viewing angle characteris...
We developed a method for manufacturing of coatable Thin Birefringent Films (TBFTM) with control ove...
Crysoptix Ltd. has developed Thin Birefringent Films (TBFTM) retarders with negative C-plate and bia...
We developed a new coatable negative C-plate retarder for efficient optical compensation of VA LCD. ...
Abstract — We have developed a new technique for the production of thin crystal film (TCF) by depo-s...
Liquid Crystal (LC) is widely used in the Display industry. Currently most of televisions, phones, c...
We proposed a fast liquid crystal display (LCD) in a vertical alignment (VA) mode with continuous mu...
A simple method for achieving high-contrast vertical alignment of high birefringence (Delta n greate...
We propose a novel transflective liquid crystal display (LCD) configuration with a single cell gap i...
Crysoptix has introduced BA-type plate coatable retarder as an efficient tool for optical compensati...
A simple method for achieving high-contrast vertical alignment of high birefringence (Δn 0.28) negat...
A simple method for achieving high-contrast vertical alignment of high birefringence (Dn0.28) negati...
A normally black single cell gap transflective liquid crystal display (LCD) using vertical alignment...
A computer simulation model based on oblique angle Jones matrix and Poincaré sphere is developed for...
The wide viewing angle technologies for liquid crystal displays (LCDs) are reviewed. The most promis...
Active matrix liquid crystal displays (AMLCDs) have narrow and non-uniform viewing angle characteris...
We developed a method for manufacturing of coatable Thin Birefringent Films (TBFTM) with control ove...
Crysoptix Ltd. has developed Thin Birefringent Films (TBFTM) retarders with negative C-plate and bia...
We developed a new coatable negative C-plate retarder for efficient optical compensation of VA LCD. ...
Abstract — We have developed a new technique for the production of thin crystal film (TCF) by depo-s...
Liquid Crystal (LC) is widely used in the Display industry. Currently most of televisions, phones, c...
We proposed a fast liquid crystal display (LCD) in a vertical alignment (VA) mode with continuous mu...
A simple method for achieving high-contrast vertical alignment of high birefringence (Delta n greate...
We propose a novel transflective liquid crystal display (LCD) configuration with a single cell gap i...
Crysoptix has introduced BA-type plate coatable retarder as an efficient tool for optical compensati...
A simple method for achieving high-contrast vertical alignment of high birefringence (Δn 0.28) negat...
A simple method for achieving high-contrast vertical alignment of high birefringence (Dn0.28) negati...
A normally black single cell gap transflective liquid crystal display (LCD) using vertical alignment...
A computer simulation model based on oblique angle Jones matrix and Poincaré sphere is developed for...
The wide viewing angle technologies for liquid crystal displays (LCDs) are reviewed. The most promis...
Active matrix liquid crystal displays (AMLCDs) have narrow and non-uniform viewing angle characteris...
We developed a method for manufacturing of coatable Thin Birefringent Films (TBFTM) with control ove...