Rfid Electric
Printed electronics can significantly reduce the cost is expected to replace silicon – printing ink by hi joiney
Printed electronics was originally seen as a significant reduction in the cost of all the methods from lighting to personal electronics Although this is a goal but has proven manufacturing printed electronics can not be made earlier electronic and electrical devices This includes transparent displays transistors lighting speakers optoelectronics sensors and batteries Are in THz and a very large area devices with working devices such as sensors AC electroluminescent displays and other displays and optoelectronics products They overlay each other gradually This leads to the following market recovery components and products conventional electronics packaging silicon chips publication electronic displays lighting cosmetics sensors and optoelectronics products Analysts see the printed electronics in 20 years an exponential increase to three billion U S dollars only on the conductivity Ink Demand more than five years ago to several billion dollars Today in the world more than 1 500 organizations in the main work in this area Of which approximately half are academic This is the level of interest three years ago and twice the level of investment beyond the wide publicity of organic electronics From large corporations to entrepreneurial companies have announced the exciting new inventions various aspects of a significant increase in the number of patents Conventional silicon chips there are some problems for future development Key issues including the necessary research and development costs increased exponentially and the cost of new silicon plant growth spurt This is the Massachusetts Institute of Technology professor NeilGershenfeld called quot anti Moore 39 s Law quot Create a small chip has a very high price design and production changes in slow and costly Further reduce the size of transistors to reduce costs and provide more effective circuit will shorten the life of the chip In addition the chip becomes smaller means you can not accommodate large components such as monitors batteries antenna microphone etc They can not be set in the tiny chip which must connect to each other so that the end product is both big and unreliable Here we have the magic of the new super materials such as their negative refractive index and other ultra realistic characteristics not previously possible to manufacture a device from the invisible cloak to very small RFID Label Some super aniline printing material is printed in order to provide the necessary large scale three dimensional micro pattern for example the opening microfilament ring resonator We are only a few through the metal nano particles to the printing the metal 39 s melting point reduced to one tenth of the original Then annealing can be carried out in something to make it as slim as the cellulose acetate film We will be biodegradable paper electrophoresis aspects of electronic and launch new products which do in these new products the display until the replacement is not power hungry Leaders are pressing to follow they have limits to move forward rolling from the close of electronic and electric power to the consumption of electronics Development of exciting new materials is the backbone of the revolution where transistors and optoelectronics products the performance of the new nano silicon semiconductor rapid increase a new form of organic material to the battery in print inorganic compounds as the semiconductor and photovoltaic film which some of the material both Elimination of light also eliminate heat From Duracell Duracell battery contact on the pad and the test instrument to the skin for smart drug delivery patch the printing of copper will eventually completely replace the printed silver then For enhancing the environment while enhancing brand credentials the package re folds to the use of electronic products and electrical products is a hot topic End result can be reprogrammed to replace the printed electronic film bulletin boards posters and books When you are taking the smart package will make use of the printing logic motion color display light sound and aroma produced by electronic means to inform tips warnings provide entertainment and make records Medical test instruments will be your carry daily necessities This from the hospital care to home care mobile health care changes due to the printing of diagnostic patch and the other can take the invention When the electronics and electrical products and printing to smart substrate the effect will be enhanced This includes the recently developed in France self repairing plastic and the development of Taiwan 39 s Industrial Technology Research Institute quot Polymer based ultrasonic paper PUP quot Large area of physical therapy and is expected to motion detectors will use polymer based ultrasonic paper PUP Recently proved that these polymers will change the electrical characteristics of extension electroactive polymers will change its electrical shape
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