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NanoFoil~® Solders with Less Heat

机译:散热更少的NanoFoil〜®焊料

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Heat is becoming one of the most critical issues in computer and semiconductor design," says Intel Corporation's Chief Technology Officer, Pat Gelsinger. As microprocessors in computers operate faster, they produce more heat. However, the difficulty of conducting this increased heat out of a chip is limiting both chip performance and reliability. The most effective way to get heat intc the heat sink would be to attach the chip package with a conductive metallic bond such as a solder. But soldering the components in a hot furnace can damage or destroy the chip. Epoxies do not damage the chip, but they tend to degrade over time, and their bond is weaker and conducts substantially less heat than a metallic soldered joint.
机译:热量正在成为计算机和半导体设计中最关键的问题之一。”英特尔公司首席技术官Pat Gelsinger说。随着计算机中微处理器的运行速度越来越快,它们产生的热量也越来越大。芯片限制了芯片的性能和可靠性,使散热器散热的最有效方法是将芯片封装与诸如焊料之类的导电金属结合,但是在热炉中焊接组件会损坏或破坏芯片。环氧树脂不会损坏芯片,但是它们会随着时间的流逝而退化,并且它们的结合力比金属焊接点弱,并且传导的热量要少得多。

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