用于冷却电子封装的传热模块

W. Black, A. Giezer, J. Hartley
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引用次数: 5

摘要

佐治亚理工学院封装研究中心的热管理小组正在开发全新的高效冷却技术,适用于单个芯片、mcm和电子封装的现场和按需使用。我们的研究工作集中在热管理硬件的发展,将目标这些热通量水平在一个低调,紧凑,可靠和廉价的包装。冷却技术的基础是利用脉冲致动器操纵微型单相射流。该小组还在开发用于高热流应用的两相版本。该技术可以作为一个开放系统(例如,作为现有芯片的夹式设备)或作为一个独立的集成传热模块应用。这些模块的可扩展性、连接性和可堆叠性可能会大大改善当前的风冷热管理方案。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Heat transfer modules for cooling electronics packages
The Thermal Management Group of the Packaging Research Center at the Georgia Institute of Technology is developing radically new and highly efficient cooling technologies suitable for on-the-spot and on-demand use on individual chips, MCMs and electronic packages. Our research efforts focus on the development of thermal management hardware that will target these heat flux levels in a low-profile, compact, reliable and inexpensive package. The cooling technologies are based manipulation of miniature single-phase jets using impulse actuators. The group is also developing two-phase versions for high heat flux applications. The technology can be applied as an open system (e.g. as a clip-on device for existing chips) or as a self-contained, integrated heat transfer module. The scalability, connectivity, and stackability of such modules could potentially provide significant improvements over current air-cooled thermal management schemes.
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