Displays active-matrix liquid crystal

FIGURE 10.7 Power consumption simulation for a 2.2-in. full-color OLED display using Universal Display s phosphorescent OLEDs, small-molecule fluorescent devices, and polymer OLEDs along with a comparison of the power consumed by an active-matrix liquid crystal display backlight. R G B= 3 6 1, 50% polarizer efficiency, and 30% of pixels lit. (From Mahon, J.K., Adv. Imaging, June, 28, 2003. With permission.)... 

Active EP additives, 75 224 Active mass, 3 409 Active-matrix components, in fluid cracking catalysts, 77 680 Active matrix liquid-crystal displays (AMLCDs)... 

AMLCD Active Matrix Liquid Crystal Display... 

Figure 6.106 Schematic illustration of liquid crystalline polymers sandwiched between polarizers and effect on light in a liquid crystal display. From Jun-ichi Hanna and Isamu Shimizu, Materials in active-matrix liquid-crystal displays, MRS Bulletin, 21(3), 35 (1996). Reproduced by permission of MRS Bulletin.

Hanna, J., andl. Shimizu, Materials in Active-Matrix Liquid Crystal Displays, MRS fiM/Zedw, March, 35 (1996). 

T. Tsukada, Active-Matrix Liquid-Crystal Displays in Technology and Applications of Amorphous Silicon, R. A. Street (Ed), Springer Verlag, Heidelberg, 2000. 

Tsukada, T. (2000) Active-Matrix Liquid-Crystal Displays. Springer Series Mater. Sci., 37, 7-93. 

Since the mid-1980s the silicon-based thin-film transistors become the most important devices for active matrix liquid crystal displays (AMLCDs), and have successful dominated the large area LCD product market. ... 

Liquid Crystals for Active Matrix Liquid Crystal Displays 215... 

Liquid Crystals far Active Matrix Liquid Crystal Displays 227 Table 4.9 Bicyclohexyl-based liquid crystals 5 and 37—41 with polar substituents [41]. 

C. K. Miner, R. W. Streater, IEEE Trans. Electron. Devices 1981, ED-28, 736-739 (d) S. Kobayashi, H. Hori, Y. Tanaka, Active Matrix Liquid Crystal Displays in Handbook of Liquid Crystal Research (P. J. Collins, J. S. Patel eds.), Oxford University Press, New York — Oxford, 1997, 415-444. 

Kim, Y.H. et al.. Active-matrix liquid crystal display using solntion-based organic thin film transistors on plastic substrates. Displays 25, 167-170, 2004. 

Tsukada, T., Active-matrix liquid-crystal displays, in Technology and applications of amorphous silicon, ed. R.A. Street, Springer Verlag, Heidelberg, 2000. 

Flat panel displays are a necessary prerequisite for the full visual availability of information. After development of passive matrix displays used in digital watches, calculators [160] and portable computers, intensive work started in the development of large-area, full colour active matrix liquid crystal displays with high resolution. At the present time, LCDs are a major market force rivaling cathode ray tubes [157a],... 

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