This paper proposes an analytical model for bottom gate structures of Organic Field Effect
Transistors (OFETs). Structural analysis and significant advantages of top contact over …

This research paper analyzes, finite element based two dimensional device simulations for
top and bottom contact organic field effect transistors (OFETs) by considering uniform and …

This research work presents various macroscopic parameters, molecular and microscopic
characteristics of organic field effect transistor (OFET). The parameters influence charge …

Basically, structures of pentacene OFETs are divided into top contact transistors and bottom
contact transistors. The top contact OFET is an OFET where firstly the pentacene layer is …

In organic field effect transistors (OFETs), charge transport in the conducting channel and
charge injection from metal electrodes into the conducting channel is highly dependent on …

This research paper proposes analytical models for top and bottom contact organic field
effect transistors by considering the overlapping of source-drain (S/D) contacts on to the …

Numerical simulations of organic field-effect transistors (OFET) of bottom and top contact
(BOC, TOC) design with different source/drain contacts were carried out considering an …

Mobility and current handling capabilities of Organic Field Effect Transistor (OFET) are vitally
important parameters in the electrical performance where the material parameters and …

Threshold voltage and turn-on voltage of organic field effect transistors are very sensitive to
the fabrication process. Their knowledge and control are required for design and fabrication …

In this research paper, performance characteristics of the various operating modes of dual
gate organic field effect transistors (DG-OFETs) are analyzed Comparative analysis between …