Characteristics of Vertical Type Organic Transistor Using N-Type Material and its Application for OLED
Se Young Oh, Ji-Young Lee
Abstract
Se Young Oh, Ji-Young Lee
Abstract
We have fabricated static induction organic transistor of vertical type in order to improve the problems of conventional organic thin film transistor (OTFT). The vertical type organic transistors were fabricated by using n-type organic semiconductor materials such as F16CuPc, NTCDA and PTCDI C-8. The effects of carrier mobility of organic active materials, the thickness of thin film and gate structure on current–voltage (I–V) and transistor characteristics were investigated. The vertical type organic transistor using PTCDI C-8 exhibited low operation voltage and high on–off ratio. In addition, we have examined the feasibility of application in organic light emitting transistor using a light emitting polymer.
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We have fabricated static induction organic transistor of vertical type in order to improve the problems of conventional organic thin film transistor (OTFT). The vertical type organic transistors were fabricated by using n-type organic semiconductor materials such as F16CuPc, NTCDA and PTCDI C-8. The effects of carrier mobility of organic active materials, the thickness of thin film and gate structure on current–voltage (I–V) and transistor characteristics were investigated. The vertical type organic transistor using PTCDI C-8 exhibited low operation voltage and high on–off ratio. In addition, we have examined the feasibility of application in organic light emitting transistor using a light emitting polymer.
Key concepts: Transistor, Thin-film transistor, Organic semiconductor, Optoelectronics, Materials science, Organic field-effect transistor, Static induction transistor, OLED