Cambridge Nanotherm Ltd. has appointed Keith McDonald as the new global sales and marketing director of the thermal management company. Established in 2010, Cambridge Nanotherm aims to commercialize a proprietary nano-ceramic technology for use in the electronics thermal management industry. McDonald will reportedly be responsible for increasing company sales by widening both … [Read more...]
Chip-on-Heatsink Technology Offers LED Lighting Benefits
Cambridge Nanotherm, in partnership with Optocap, an advanced microelectric and optoelectronic packaging design and assembly company, has announced that the first chip-on-heatsink modules ordered have been shipped to a customer in the LED industry. Cambridge Nanotherm’s proprietary nano-ceramic coating process is used to convert the surface of any aluminum object into a … [Read more...]
Thermally Conductive Material Could Replace Diamond in Electronic Devices
Researchers claim to have identified a material with extraordinarily high thermal conductivity that could replace diamond as an effective thermal management material and lower the manufacturing costs of electronic devices. Considered one of the best thermal conductors in the industry, with a room-temperature thermal conductivity of more than 2,000 watts per meter per … [Read more...]
Thermally Conductive Acrylic Interface Pads
Electronic component distributor Digi-Key has announced the availability of 3M’s 5590H series thermally-conductive acrylic interface pads for effective heat transfer and vibration dampining in demanding thermal applications. According to the company, the new 5590H series is ideal for cooling high intensity LEDs and bonding heat sinks, heat spreaders and other cooling devices to … [Read more...]
Graphene Heat Spreader Reduces Hotspot Temperatures
Use of a graphene in silicon-based electronics could help increase energy efficiency by significantly reducing hotspot temperatures inside processors, an international team of researchers has claimed. Modern electronics systems generate a large amount of heat, due in part to the increasing demand for smaller, more powerful devices. While traditional cooling methods have … [Read more...]
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