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Passive Phase Change Tower Heat Sink Pumped Coolant Technologies for Next Generation CPU Module Thermal Design

机译:用于下一代CPU模块热设计的被动相变塔散热器和泵送冷却液技术

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Increasing thermal demands of high-end server CPUs require increased performance of air-cooling systems to meet industry needs. Improving the air-cooled heat sink thermal performance is one of the critical areas for increasing the overall air-cooling limit. One of the challenging aspects for improving the heat sink performance is the effective utilization of relatively large air-cooled fin surface areas when heat is being transferred from a relatively small heat source (CPU) with high heat flux. Increased electrical performance for the computer industry has created thermal design challenges due to increased power dissipation from the CPU and due to spatial envelope limitations. Local hot spot heat fluxes within the CPU are exceeding 100 W/cm2, while the maximum junction temperature requirement is 105 C, or less.
机译:增加高端服务器CPU的热需求需要增加空气冷却系统的性能,以满足行业需求。改善风冷的散热水槽热性能是增加整体空气冷却极限的关键区域之一。用于改善散热器性能的具有挑战性的方面是当热量从具有高热量通量的相对小的热源(CPU)转移时的相对大的空气冷却翅片表面区域的有效利用。由于来自CPU的功耗增加,并且由于空间包络限制,增加了计算机行业的电气性能已经产生了热设计挑战。 CPU内的局部热点热通量超过100W / cm2,而最大结温要求为105℃,或更少。

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