(April 21st, 2016) A technique has been found that could allow carbon nanotubes to be used in electronic cooling and as devices in microchips, sensors and circuits in the future. Phys.org reported that the technique “uses a laser and electrical current to precisely position and align carbon nanotubes” to make it a “potential new tool for creating electronic devices out of the … [Read more...]
New Power Electronics Will Allow Army Vehicles’ Electronics to Operate at High Temperatures
The US Army has awarded GE Aviation with a contract to develop silicon carbide-based power electronics that will allow high-voltage, next-generation ground vehicles to operate at higher temperatures. "The US Army's implementation of [this technology for] more electric ground vehicles, facilitates significant improvements in size, weight and power for high temperature … [Read more...]
New TIMs That Offer High Thermal Conductivity
Chomerics Europe, a division of Parker Hannifin, has recently revealed a new thermal interface material with high thermal conductivity and very low deflection force designed for effective heat dissipation in telecommunication, IT, and automotive applications, THERM-A-GAPTPS60. “THERM-A-GAP TPS60 comprises a soft (Shore 00-35) silicone matrix filled with thermally conductive … [Read more...]
Higher Temperature Rated MLC Capacitors Announced
Knowles brand, Dielectric Laboratories (DLI), has taken temperature performance to a level of 175°C in their Ultra-low ESR and High Q MLC capacitors. DLI detailed the following: “UL is an EIA Class I Stable TC, NP0, Ceramic dielectric, with Ultra Low ESR; High Q, and Low Noise. Parts can now be operated up to +175°C with TCC of 0 ± 60 ppm/ºC (limited to +125°C at 0 ± 30 … [Read more...]
Scientists Grow Efficient Light-Emitting Organic Semiconductor Crystals
Recently, scientists from the faculty of physics of the Moscow State University have grown organic semiconductor crystals with extremely high light-emitting efficiency that can reduce the cost of creating light, flexible, and transparent light-emitting electronic devices, according to Phys.org. They challenged the growing of organic semiconductor crystals from a vapor phase … [Read more...]
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