Performance enhancement in individual field effect transistors (FETs) fabricated using artificially stacked graphene double-layers (bilayers).
Results for "transistor"
All-Aqueous-Printed And Low-Temperature Transistors
Researchers have demonstrated all-aqueous-printed transparent electrodes and semiconducting layers for high performance, low-cost transistors for flexible electronics applications.
Flexible Phototransistors from the Printer
Printable and flexible organic phototransistors with high performance by blending common organic semiconductors with biocompatible polymers.
Transistors by assembling dielectric nanosheets in solution
Researchers from Northwestern University have assembled silicate nanosheets into thin dielectric films for solution-processed field-effect transistors.
High-Performance Flexible Si Phototransistors
Inspired by the mammalian eye, University of Wisconsin-Madison electrical engineers have created the fastest, most responsive, flexible silicon phototransistor ever made.
Roll-to-roll printing of flexible organic power transistors
The same roll-to-roll printing methodologies can be explored for printing of electrochromics, transistor logic and solar cell power units.
A new concept for quasi-superlattice-based transistors
Researchers present a new concept for solution-processed low-dimensional metal oxide quasi-superlattice-based transistors with dramatically enhanced electron mobilities.
Bioelectronics and the organic electrochemical transistor
Recent research in to the biological applications of the organic electrochemical transistor is reviewed in the Journal of Applied Polymer Science
Graphene-like material could improve transistor technology
Triazine-based graphitic carbon nitride has the potential to improve transistors used in electronic devices.
MIT researchers develop optical transistor
Researchers describe the experimental realization of an optical switch controlled by a single photon, allowing light to govern the transmission of light.
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