초록 ▼

Several types of new microelectronic devices including diodes, transistors, sensors, surface energy storage elements, and light-emitting devices are disclosed. The properties of these devices can be controlled by molecular-level changes in electroactive polymer components. These polymer components a

Several types of new microelectronic devices including diodes, transistors, sensors, surface energy storage elements, and light-emitting devices are disclosed. The properties of these devices can be controlled by molecular-level changes in electroactive polymer components. These polymer components are formed from electrochemically polymerizable material whose physical properties change in response to chemical changes, and can be used to being about an electrical connection between two or more closely spaced microelectrodes. Examples of such materials include polypyrrole, polyaniline, and polythiophene, which respond to changes in redox potential. Each electrode can be individually addressed and characterized electrochemically by controlling the amount and chemical composition of the functionalizing polymer. Sensitivity of the devices may be increased by decreasing separations between electrodes as well as altering the chemical environment of the electrode-confined polymer. These very small, specific, sensitive devices provide means for interfacing electrical and chemical systems while consuming very little power.

대표청구항 ▼

A device comprising two closely spaced electrically conductive electrodes on an insulating substrate wherein the first electrode is overlaid with a first redox polymer and the second electrode is overlaid with a second redox polymer, wherein the redox potential of said second polymer is different fr

A device comprising two closely spaced electrically conductive electrodes on an insulating substrate wherein the first electrode is overlaid with a first redox polymer and the second electrode is overlaid with a second redox polymer, wherein the redox potential of said second polymer is different from the redox potential of the first redox polymer.