Improving The Efficiency Of Organic Electronics
Scientists from Chalmers University of Technology, Sweden have created a new way to double the efficiency of organic electronics.
Designing High-Temperature Electronics
Researchers from Purdue University have designed a new plastic material capable of withstanding extreme heat.
Boosting Energy & Spectrum Efficiency By Merging Antenna and Electronics
Researchers from Georgia Tech have integrated the design of antenna and electronics to create a new class of millimeter wave transmitters.
Laird’s New Distribution Partnership with Future Electronics Expands Global Reach
Laird is proud to announce that it has signed a distribution partnership with Future Electronics, a leading global distributor of electronic components. Through its dedicated wireless business unit, Future ... Read More...
Jameco Electronics Launches Electronic Kits Mall
Jameco Electronics now has the largest selection of electronic kits and they are all easily accessible via an online shopping mall exclusively dedicated to electronics projects at www.Jameco.com/KitMall.
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Best Buy Recycles 1 Billion Pounds of Electric Waste in Six Years
The electronics retailer, Best Buy Co. Inc., announced that the company has recycled 1 billion pounds of e-waste over a six-year period. Since 2009, the company has collected more than 20 million products a yea... Read More...
ON Semiconductor Announces High Performance System-in-Package (SiP) Solution for Precision-Sensing in Portable Medical Devices
ON Semiconductor has responded to rapidly-evolving product development demands within the portable medical market by introducing Struix, a semi-customizable System-in-Package (SiP) solution for precision sens... Read More...
Layered Graphene Advances Development of High Frequency Electronic Devices
University of Manchester researchers have found a way to layer graphene with white graphene (hexagonal boron nitride) in a stack that creates crystals that could be used in the development of next generation tr... Read More...
IEEE Published IEEE 2700 Standard for Sensor Performance Parameter Definitions
The IEEE published a new standard that specifies sensor performance in consumer electronics technologies. IEEE 2700 provides a methodology to identify sensor technologies for use in future Internet of Thing... Read More...
Engineers Use Shrinky Dinks to Pack Nanowires Closer Together
University of Illinois at Urbana-Champaign engineers are using Shrinky Dinks, a plastic that shrinks when heated, to pack nanowires tightly together for use in high-performance electronics. Researchers have had difficulty combining a large number of nanowires together that line up in the same direction and are only one layer thick.