Master Bond MasterSil 153AO is an addition cured two-part silicone with a self-priming property. It has a high tensile lap shear strength, especially for a silicone. The system is thermally conductive and electrically insulating. “The key feature of MasterSil 153AO is that it provides the ability to minimize stress, with no compromise on strength. Although it is not considered … [Read more...]
Pfannenberg USA Introduces Pfannenberg’s Kinetic System™ Series Air to Air Heat Exchangers
Next Generation Environmentally-Friendly Technology Cools Electrical Enclosures, Keeps Dust Out Lancaster, NY — A typical air-to-air heat exchanger creates a path that allows heat to move from a higher to lower temperature more quickly than cooling can occur within an enclosure wall. In contrast, Pfannenberg’s Kinetic System™ (PKS) Series Air to Air Heat Exchangers create a … [Read more...]
What Does the Future of Wireless Charging Technology Look Like?
By: Hrishikesh Kadam, Research Content Developer at Global Market Insights (GMI) The world is rapidly going wireless. Within a span of a few decades, phones and internet became wireless, and now charging has become wireless. Even though wireless charging is still pretty much in its early stages, the technology is anticipated to evolve dramatically over the next few … [Read more...]
Current Trends in Flexible Graphite for Cooling Advanced Consumer Electronics
Abstract As we entered the current century, consumer electronics were primarily cooled using aluminum. Over the last 15 years, flexible graphite heat spreaders have largely replaced aluminum for thermal management in many advanced consumer electronics devices where properties of being thin or lightweight are desired. There are two types of flexible graphite, natural and … [Read more...]
Heat Spreader Efficiency Improvements by Addition of Latent Heat Solution Materials
Introduction Electronics thermal management has become an increasingly important design focus as devices have become more constrained, more powerful, more expensive and more ubiquitous. To manage temperatures, particularly in mobile devices, thermal engineers typically use higher thermal conductivity components and materials. Electrical engineers strive to spatially … [Read more...]
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