Bending Angle Effects on the Multi-Domain in-Plane-Switching Liquid Crystal Displays

Rubbing angle effect on in‐plane switching liquid crystal displays

“…The viewing angle of the IPS displays is independent of the rubbing angle except that its horizontal and vertical viewing axes are rotated with the rubbing angle. The Dr. Lu's simulated iso-contrast contour plots by Lu et al confirm this result [13,14]. Rubbing angle effect on in-plane switching LCDs 831…”

29.3: A New Fringe‐Field‐Switching LCD Using Trapezoid Electrodes

“…Here, we use uniaxial compensation films to further improve the viewing angle of our proposed T-FFS. A positive Cplate and a positive A-plate are placed after the LC cell and before the analyzer [6]. As an example, we chose the T-FFS using the positive LCs.…”

Color shift reduction of a multi-domain IPS-LCD using RGB-LED backlight

“…The simulation sequence is to obtain the dynamic 3-D LC director distributions first and then calculate the detailed electro-optics of the LCD. We have developed a 3-D simulator for calculating the LC director distributions, which combines the finite element method and finite difference method approaches to improve the calculation speed [15]. Once the LC director distribution profiles are obtained, we then calculate the electro-optic properties of the LCD using the extended Jones matrix method [16].…”