Dielectric and interface engineering strategies for polymer field effect transistors

Abstract

Conventional microelectronics has been the driving force for modern electronic devices, sensors, displays and energy sources. Semiconductors such as inorganic silicon and gallium arsenide, insulators like silicon dioxide, and metals such as aluminum, copper and gold have been the backbone of the semiconductor industry. The level of device fabrication has grown from small-scale integrated circuits to very large-scale integrated circuits which have resulted in efficient circuitry, faster switches and better color rendering in displays. The fundamental building block of microelectronics is the field effect transistor (FET).