Solar energy mobile phone battery will be available under any light source can automatically charge

Solar energy mobile phone battery will be available under any light source can automatically charge
The world's first solar energy mobile phone "S-6 light mobile phone" May 9, Canon NB-3L, Canon NB-4L Guangxi Beihai offline.
S-6 light of today's most advanced cell phone use solar energy technology, surface of the fuselage were all covered by solar cells, may at any time for the cell phone lithium battery. It does this by a layer of silicon photoelectric conversion chips affixed to the back of lithium batteries, so that by the light generated from currents. As long as there is light exposure, in the cloudy, overcast conditions, and other non-direct sunlight, and even candle light irradiation, solar mobile phone Canon NB-5H, Canon NB-5L battery can automatically charge; after 40 minutes to direct sunlight and charge the phone can sustain 20 to 25 minutes of talk time long.
ST revealed that fuel cells and plastic electronics new initiatives
In order to get rid of the commercialization of a simple silicon chip manufacturing Canon NB-6L business, STMicroelectronics expressed the hope that in 2009, micro fuel cells to market sampling was introduced in 2008, biochemical sensors and plastic electronics (electronics-on-plastics).
These statements are STMicroelectronics industry and multi-segment sector, executive vice president CarmeloPapa investors and investment analysts in a conference on the. Papa said, MEMS, power MOSFET and advanced simulation is STMicroelectronics has technical advantages in areas, which will allow the Casio Battery company in industry and strong growth in applications in many fields.
As for the fuel cell STMicroelectronics, Papa said: "They will apply to the PDA, 3G mobile phones and laptop computers and other portable products." He stressed that STMicroelectronics will be faster to enter the field of biochemical sensors and electronicsonplastic. "For the industrial, Casio NP-100 household and human body sensors, can be free to use and easy to implement. We will be in 2008 to market related products."
STMicroelectronics Papa did not say how it will begin production of these devices and subsystems, these products do not necessarily rely on conventional wafer fabs. Papa did not say, "electronicsonplastic" is attached to flexible plastic substrate produced above the conventional silicon circuits, or organic semiconductor and the adoption of innovative production methods.
Overall, this meeting highlighted the market growth and profit margins high market Casio NP-20, Casio NP-30 and technical steps.
The successful preparation of solar cells, nanotechnology applications have been progress in
"Submitted by the Lanzhou University, efficient preparation of nano-materials, solar cells and thin large flat-panel displays field emission cathode materials application of the proposed development of two prototype project, has recently passed the five Chinese Academy of Sciences scientific research sector experts, is now at Casio NP-40 an advanced stage trial research stage. Experts believe that the results of the project will have the international advanced level of high-tech products into the lives of ordinary people become a reality.
Scientists discovered in 1991 was a "super fiber" carbon nanotubes, as have many "strange" performance has been hampered by widespread concern has become the forefront of basic research hot spot. In recent years, scientists have found that carbon nanotubes have excellent field emission properties, is expected to replace other materials to become better field emission display cathode material, so that high-wall TVs, computers, etc. has become more possible, thereby narrowing the Casio NP-L7 carbon nanotubes and ordinary people away.
In the "super fibers" in the field strength is not weak in recent years, Chinese scientists have carried out related research. Professor Hu-Lin Li, Lanzhou University research team led by self-assembly of nano-composite structure after the in-depth study and put forward in development of ultra-thin flat panel displays nanotube field Digital Camcorder Battery emission cathode material and efficient solid-state nano-titanium dioxide solar cell prototype of the application of research topics.
Field emission flat panel displays, because of its structure, thin and have high-definition, low-power, high Digital Camera Battery stability characterized by large flat panel display has been the field of nanoelectronics research hot spots.