It's hardly a character flaw, but organic transistors ... and become the dominant influence on transistor behavior. At low gate voltages, this contact resistance at the source can overwhelm ...

Unfortunately, organic field-effect transistors show limited gain, usually of the order of tens, because of the large contact resistance and channel-length modulation. Here we show a new organic ...

Organic transistors behave less than ideally ... and hence the mobility. In effect, contact resistance at the source electrode creates the equivalent of a second valve that controls the entry of ...

Field-effect transistors are key components ... complex film morphology, and contact resistance. These factors are difficult to include as long as the organic semiconductor film is treated as ...

There is a problem, however, in that the ON-current in transistors fabricated from 2D semiconductors thus far has been considerably lower than that of silicon devices. This is because it is difficult ...

NIMS and the Tokyo University of Science have succeeded in developing an organic anti-ambipolar ... “Development of an organic negative resistance transistor in an effort to significantly ...

Imec’s RF GaN-on-Si transistor achieves record efficiency and output power for an E-mode device, targeting high-efficiency 6G ...

For the first time, researchers have developed a transistor that can mimic the main functionalities of a synapse. This organic transistor ... designates a functional contact area that is ...

Researchers at the Tokyo Institute of Technology have found a novel way to reduce source and drain contact resistance, and increase carrier mobility, in amorphous oxide transistors. In particular, ...

Researchers created both organic, biocompatible transistors as well as mixed-conducting particulate material that can implement multiple, nonlinear, dynamic electronic functions. We generally ...

A circuit made from organic thin-film transistors is fabricated on a flexible ... Their measurements revealed that electrical resistance at the source electrode--the contact point where current is ...