Prospects of Polymer Electronics

Prospects of Polymer ElectronicsPolymers have always been associated with revolutionary innovations in science and industry. Polymers have efficiently replaced conventional insulators for a long time. Micro electronics and radio engineering successfully employ polymers as construction materials due to their diversity and possibility of production from materials with various physical and chemical properties. Today manufacturers actively search for conductive promoted polymers. They develop compounds with non-linear characteristics under field effects. If successful, such researches may change the technology of producing key electronic components. New polymers enable to produce from plastic numerous and divers electronic components such as transistors, sensors, solar cell components, light-emitting diodes, ports, high-temperature wires and cables, panels and etc. Light-emitting diodes were first electronic devices made of polymers. Structurally, LED design should ensure the most transparent electrode, hole transport layer, electroluminescent layer and wave guide; while the electron transport layer and negative electrode should provide for the maximum interference reflection and mirror reflection of radiation. We can now see that available researches and developments allow to produce the organic light-emitting diodes on a commercial basis.Scientists work on special types of conductive plastic. Conductive and light-emitting plastics will change the nature of electricity. For instance, today systems based on recently developed conductive transparent polymers are entering the market. They may be used as organic light-emitting diodes in monitors. As opposed to conventional LCDs, such monitors offer an unlimited angle of view and they are a great deal thinner. Let's take a successful example of how polymers are used in laser engineering. A laser based on electrically excited organic material is already available and can be produced on a commercial basis. Organic-based lasers are much cheaper than semiconductor lasers. Moreover, a wide range of materials covers a substantial spectral range. We can say for sure that the nearest future will see a wide application of such lasers in optical memory devices and laser printers.Finally, a possibility of "printing" electronic equipment like wallpapers might appear in the nearest years. Such plastic components will be used to produce full-colour screens and displays, solar cells, lighting panels based on white light emitting diodes, electronic paper or many other things. New polymer-based electronic equipment will appear in the nearest future. They will bring about revolutionary changes to the electronic equipment operating conditions and expand information technology opportunities and the overall mix of electronic equipment.

Category:

Science & Technology

Tags:

• chemistry
• material
• polymer
• technology

[1349ivan]

polymers is our present and future