Add to ORKGColor gamut and color shifts of the film-compensated multi-domain in-plane-switching (IPS) and multi-domain vertical alignment (MVA) LCDs are calculated quantitatively using light emitting diodes (LEDs) and cold-cathode fluorescent lamp (CCFL) backlights. Simulation results indicate that the LED backlight exhibits better angular color uniformity and smaller color shifts than CCFL. In addition, MVA LCD has a lower color shift using the optimized uniaxial compensation films, which is ideal for LCD TV application. © Copyright 2006 Society for Information Display
We demonstrate a wide color gamut and high brightness LCD TV using a conventional cold cathode fluor...
We demonstrate a wide color gamut and high brightness LCD TV using a conventional cold cathode fluor...
We demonstrate a wide color gamut and high brightness LCD TV using a conventional cold cathode fluor...
Color gamut and color shifts of the film-compensated multi-domain in-plane-switching (IPS) and multi...
Color gamut and color shifts of the film-compensated multi-domain in-plane-switching (IPS) and multi...
The gamma curve, color gamut and color shifts of the film-compensated multi-domain IPS and MVA LCDs ...
The gamma curve, color gamut and color shifts of the film-compensated multi-domain IPS and MVA LCDs ...
The gamma curve, color gamut and color shifts of the film-compensated multi-domain IPS and MVA LCDs ...
The color performance, including color gamut, color shift, and gamma curve, of a multidomain vertica...
The color performance, including color gamut, color shift, and gamma curve, of a multidomain vertica...
The color performances such as color gamut, color shift, and gamma curve of a MVA LCD using LED back...
The color performances such as color gamut, color shift, and gamma curve of a MVA LCD using LED back...
Color gamut and static and dynamic color shifts of a multidomain in-plane-switching liquid crystal d...
Recent advances of LED-lit LCD TVs are reviewed. The influence of LED backlight on the color perform...
Recent advances of LED-lit LCD TVs are reviewed. The influence of LED backlight on the color perform...
We demonstrate a wide color gamut and high brightness LCD TV using a conventional cold cathode fluor...
We demonstrate a wide color gamut and high brightness LCD TV using a conventional cold cathode fluor...
We demonstrate a wide color gamut and high brightness LCD TV using a conventional cold cathode fluor...
Color gamut and color shifts of the film-compensated multi-domain in-plane-switching (IPS) and multi...
Color gamut and color shifts of the film-compensated multi-domain in-plane-switching (IPS) and multi...
The gamma curve, color gamut and color shifts of the film-compensated multi-domain IPS and MVA LCDs ...
The gamma curve, color gamut and color shifts of the film-compensated multi-domain IPS and MVA LCDs ...
The gamma curve, color gamut and color shifts of the film-compensated multi-domain IPS and MVA LCDs ...
The color performance, including color gamut, color shift, and gamma curve, of a multidomain vertica...
The color performance, including color gamut, color shift, and gamma curve, of a multidomain vertica...
The color performances such as color gamut, color shift, and gamma curve of a MVA LCD using LED back...
The color performances such as color gamut, color shift, and gamma curve of a MVA LCD using LED back...
Color gamut and static and dynamic color shifts of a multidomain in-plane-switching liquid crystal d...
Recent advances of LED-lit LCD TVs are reviewed. The influence of LED backlight on the color perform...
Recent advances of LED-lit LCD TVs are reviewed. The influence of LED backlight on the color perform...
We demonstrate a wide color gamut and high brightness LCD TV using a conventional cold cathode fluor...
We demonstrate a wide color gamut and high brightness LCD TV using a conventional cold cathode fluor...
We demonstrate a wide color gamut and high brightness LCD TV using a conventional cold cathode fluor...