66.4: Spatial‐temporal Division in Field Sequential Color Technique for Color Filterless LCD

Abstract

For color filterless display, a novel spatial and temporal division (STD) field sequence color (FSC) display technique divides each frame into many temporary sub-frames for improving color breakup (CBU) and motion blur effects. Fast refresh frequencies enhance the image quality. Spatial and temporal division achieves low cost and power consumption.

P‐114: A Scanning Backlight Module for FSC‐LCD Using Tandem Light‐Guides with Micro Line‐Prism Structures

“…With field sequential scanning, the optical characteristic of average luminance in 50% duty cycle can be achieved to 2750 nits. Detailed multi-area scanning and sequential algorithm can refer to other publications [5,7]. The resulted color gamut was 100.6% of NTSC standard, and the correlated color temperature of the white point was 7110K.…”

“…In this study, we proposed and developed a novel optical backlight system sequentially operated in both spatial and temporal arrangement to spare more LED duration and thus alleviate above undesirable issues [4][5][6][7]. A 32-inch backlight system was partitioned into 12×4 tandem wedge-shaped light guides associated with the edge lighting.…”

43.3: RGB LED Backlight of Color Sequential Display with Precise Current‐Balance Control Technique

“…Generally speaking the color gamut generated by RGB LED is about 110% NTSC [4]. The comparison among CCFL, white LED, and RGB LED are described in literature [5]. Due to the advance in the technology of LED every day, the benefits from LED backlight has become evident.…”