Color OLEDs

Shibusawa, M. Kobayashi, M. Hanari, J. Sunohara, K. Ibaraki, N. 2003. A 17-inch WXGA full-color OLED display using the polymer ink jet technology. IEICE Trans. Electron., E86-C(ll) 2269-2274. 

Each of the techniques described above has unique strengths and weaknesses, and the optimum device structure for commercial full-color displays will also be heavily influenced by the ease with which it can be mass-produced. Currently full-color OLED displays have been manufactured commercially by using two of the above described techniques only, i.e., (a) side-by-side pixels deposited by high-precision shadow masking and (b) using white OLEDs and color absorption filters. 

SA VanSlyke, A Pignato, D Freeman, N Redden, D Waters, H Kikuchi, T Negishi, H Kanno, Y Nishio, and M Nakai, Linear Source Deposition of Organic Layers for Full-Color OLED, Proceedings of the Society for Information Display, Digest of Technical Papers, Vol. 33(Suppl. 

A Yoshida, S Fujimura, T Miyake, T Yoshizawa, H Ochi, A Sugimoto, H Kubota, T Miyadera, S Ishizuka, M Tsuchida, and H Nakada, 3-Inch Full-Color OLED Display Using a Plastic Substrate, Proceedings of the 2003 Society for Information Displays International Symposium Digest of Technical Papers, Vol. 34(Book 2), Baltimore, 2003, pp. 856— 859. 

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.)... 

Sugimoto, H. Kubota, T. Miyadera, S. Ishizuka, M. Tsuchida, H. Nakada, 211 Invited Paper 3-inch Full-color OLED Display using a Plastic Substrate, SID Symposium Digest of Technical Papers 2003, 34, 856-859. 

Figure 13-19. Schemes to achieve red, green, and blue pixelation for full color OLED display panels.

The OLED structure, as an array of small-size pixels, presents an opportunity to fabricate multiple sensors in this compact design. Any number of pixels is individually addressable and can be associated with a different sensor film. Single- or multi-color OLEDs can be used for generating such sensors. 

Yamada, T., Tsubata, Y., Sekine, C., and Ohnishi, T. 2008. Recent progress in light-emitting polymers for full color OLEDs. SID Inti. Symp. Dig. Tech. Papers 39 404. 

Helber, M., Alessi, R, Burburry M. et al. 2007. Color filter formulations for full color OLED displays High color gamut plus improved efficiency and lifetime. SID Inti. Symp. Dig. Tech. Papers 38 1022. 

Mameno, K., Suzuki, K., Ichikawa, S. et al. 2002. Active matrix full color OLED displays with high efficiency white OLEDS and ON-chip color filters. Abstracts of the 8th lUMRS International Conference on Electronic Materials G-06, June 10-14, 2002, Xian, China. 

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