Vishay Intertechnology has launched a new line of high-precision thin film SMD wraparound chip resistor arrays, which are enhanced for use in high-temperature down-hole and aeronautics applications.
The collaborative project titled MICREAgents led by Professor John McCaskill from the Chemistry and Biochemistry Department at Ruhr-Universitaet-Bochum (RUB) has won the first place in the competition, “Unconventional Computing “conducted by the European Union.
The ASM Electronic Device Failure Analysis Society (EDFAS) understands and supports our industry needs. A special preview event showcasing the very latest technology and advancements in the failure analysis industry is available for the first time this year at the International Symposium for Testing and Failure Analysis (ISTFA) Conference and Exposition.
Superconductors are superior to conductors in their ability to transmit electrical energy without energy wastage in the form of heat as they offer practically no resistance to flow of electricity. Superconductors could thus be deemed suitable for cost effective green power production rather than the conventional copper and silver-based conductors.
Zeta Cap, an innovative glass-free laminate produced by Integral Technologies, has been awarded a US patent. The patent was applied for Zeta Cap as an enhanced rigid printed circuit board insulating layer.
Organic chemists at the Northwestern University have engineered a new class of organic materials that demonstrate the desirable property of ferroelectricity in addition to possessing exceptional memory.
AVX, a supplier of passive electronic components such as resistors, filters, capacitors and timing devices, has extended its SkyCap SR series of capacitors with a new multilayer ceramic capacitor labeled the SR655C106KAR. The latest addition to the SkyCap series has a capacitance of 10 uF with a voltage rating of 50 V.
Microsemi, a company providing semiconductor solutions, has developed a new die packaging technology that will reduce the size of radio modules employed in medical implant devices by 75%.
A novel self-charging power cell that has the ability to convert and store energy has been developed by researchers at the Georgia Institute of Technology. The hybrid generator-storage cell directly converts mechanical energy to chemical energy. When compared to other systems that use separate batteries and generators, the new cell makes better utilization of mechanical energy.
One of the major challenges in the realm of future electronics is ‘Flexible electronics,’ which would introduce a myriad of applications in areas, including energy, robotics and healthcare.
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