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electronics

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...

Jameco Electronics Launches Electronic Kits Mall

Jameco Electronics now has the largest selection of electronic kits and they are all...
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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...

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...

Layered Graphene Advances Development of High Frequency Electronic Devices

University of Manchester researchers have found a way to layer graphene with white graphene...

IEEE Published IEEE 2700 Standard for Sensor Performance Parameter Definitions

The IEEE published a new standard that specifies sensor performance in consumer electronics technologies....

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.

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