Evolving flexible electronics requires the development of high-mobility and low-power organic field-effect transistors (OFETs) that are crucial for emerging displays, sensors, label technologies. Among diverse materials, polymer gate dielectrics two-dimensional (2D) crystals have intrinsic flexibility natural compatibility with each other OFETs high performance; however, their combination lacks...

Organic integrated circuits are undergoing rapid development with the extensive research on organic semiconducting materials and performance improvement of field-effect transistors. not only cover all major circuit types, their complexity, degree integration, have also been improved in recent years. In this review, advances design fabrication based transistors reported. The categorized into dig...

Recent developments towards future polymer electronics are aimed at different applications as organic displays, complementary circuits, and all-polymer integrated circuits [1-3]. Basic devices are organic field-effect transistors (OFET, cross section in Figs.2 and 3) with an active layer made from an organic material. Until now the achieved performance of OFET's is not sufficient for envisaged ...

Organic thin-film transistor (OTFT) dielectric layers that selfassemble and enable transistor function at low voltages have been developed by a team of chemists. Myung-Han Yoon et al. developed working transistors that employ organosilane-based dielectric layers that organize themselves from solution. The resulting dielectric films are 2.3–5.5 nm thick, smooth, and nearly defect-free. The films...