Organic FET의 효율적인 전자주입을 위한 환원성 중간층 도입 및 도핑에 관한 연구

Abstract

Flexible electronic devices such as the recently released foldable phones are gradually being applied to reality. Using organic semiconductors for flexible and stretchable electronics is one of the good ways. Organic semiconductors have flexible mechanical properties and can be processed at low temperature, solution process, large area printing and low cost process. However, currently developed organic semiconductor materials are not enough to replace the characteristics of existing silicon-based semiconductors. The biggest problem is the mobility gap. At present, the mobility of organic matter is 1 ~ 10m2/Vs, but silicon has a value of 100m2/Vs or more. In addition, organic materials are vulnerable to air or moisture due to the sensitive nature of the material, which is a big issue for packaging. In addition, it is difficult to ensure uniform performance when producing electronic printing. Among these various issues, we conducted experiments on insufficient mobility increase. Organic semiconductors are much less capable of N-type organic semiconductors than P-type organic semiconductors.