UDC flexible display research center and successfully developed the first flexible OLED display

Recently, Arizona State University Flexible Display Center (FDC) and ICL7129ACPL datasheet and Universal Display Corporation announced the first directly in the DuPont Teijin poly ethylene naphthalate (PEN) substrate on the production of a-Si: H active matrix organic light-emitting diode soft (OLED) display The 4.1-inch monochrome 1 / 4 video graphics array (QVGA) displays using Universal Display Corporations phosphorescent organic light-emitting diode (PHOLED) technology and ICL7129ACPL price and materials , and ICL7129ACPL suppliers and the FDCs exclusive bonding - to bonding production technology, represents a flexible organic light-emitting diode solutions can be created into an important milestone in Eucalyptus.

Soft light emitting diode is mainly targeted at the display need to be more durable and designed for military and commercial applications. By Universal Displays phosphorescent organic light-emitting diode technology and materials, the new monitor can, under very low power consumption, and traditional monitors have the same brightness. Other advantages include technology produce less heat as a result of lower operating temperature, the more likely to drive, longer battery life and more stable transistors.

"Flexible Display Research Center as a founding member, Universal Display is very pleased to see that through our partnership brought about significant progress." Univer sal Display vice president of product development strategy, said Mike Hack. "Flexible Display Research Center and Universal Display show together in the plastic substrate can be accelerated to produce new soft organic light-emitting diode display technology way."

"Flexible AMOLED technology development for the industry to have a solid foundation as a starting point, and then into the soft organic light-emitting diode manufacturing, mass production and commercialization." Flexible Display Research Center, Director of Engineering Shawn O Rourke said. "We process through the center of the plastic substrate directly in the manufacture of functional soft organic light emitting diode represents a significant achievement, and believe that through the next few years of sustained efforts, will be able to develop full-color full-motion Video flexible displays. "This flexible display backplane

flexible display research center in the 180 ° C using thin film process of the manufacture of crystal structure. Flexible display research center of the device to perform the traditional tools for production of flat panel display and semiconductor flexible displays, and through a patented bonding - bonding technology to ensure that the plastic substrate during the manufacturing process can play a strong role of the media.

Universal Displays phosphorescent organic light-emitting diode front panel (frontplane) integration is flexible organic light-emitting diode (OLED) is a key technology. And the traditional fluorescent organic light-emitting diodes can only convert 25% of the energy difference is light, phosphorescent organic light emitting diode material allows light emitting diodes convert electrical energy to light one hundred percent, the highest up to 4 times the energy efficiency. Universal Display for phosphorescent organic light-emitting diode before the plane integrated research center specifically for flexible display backplanes designed to produce the display.