OTFT용 Pyrene유도체의 합성 및 전하 이동 특성

Abstract

These days, IT and electronics industry, with conductive organic diodes and transistors have become a big issue, researchers and engineers related to ongoing research activities carried out technical development and industrial scale is gradually being largely. Among them, the organic electronic device using a variety of materials and light, thanks to the flexible nature makes it easy to create in the form of fibers or films. As a result, organic thin-film transistors(OTFT) technology is an electronic device that we should pay attention to. The organic thin film transistor technology in the late 1970s, accidentally balls that are characteristic of the semiconductor liquid organic polymer poly-acetylene was developed using organic semiconductor research was in earnest. As a result, the current organic thin-film transistors bendable organic light-emitting diodes(Organic Lighting Emitting Diodes: OLEDs), electronic paper(E-paper), a switch for active matrix display device, integrated circuit that contains a smart card, ID card, etc. of steps that can be applied to virtually reached. The interest in organic thin-film transistors as compared to other transistor, and is attributed by many advantages. Compared with the existing inorganic TFT, the production process is simple, and can be produced by a large area of the device is easy mass production artist. And less expensive, and not easily broken by the impact can bend or fold . As above, the future of the industry as an integral part of the display has the advantage that it, infinite products have the potential enemy.