Suction vs. Pressure Forced Air Cooling

G. Rezek
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引用次数: 1

Abstract

The cooling of miniaturized equipment is usually handled by forced air flow. An investigation was made of the merits of suction vs pressure cooling, to find an effective cooling design for a certain module assembly. This showed that suction cooling has certain advantages because of the air flow escape from the circuitry section to adjacent spaces. Its air flow pattern provides maximum air accretion at the air exit, which is a critical area. That suction cooling will minimize air temperatures in that area is qualitatively developed and then quantitatively analyzed.
吸气与压力强制空气冷却
小型设备的冷却通常采用强制气流。通过对吸力冷却和压力冷却两种冷却方式的比较,找出一种有效的冷却方式。这表明吸力冷却有一定的优势,因为气流从电路段逃逸到邻近的空间。它的气流模式在空气出口提供最大的空气吸积,这是一个关键区域。吸式冷却将使该区域的空气温度降到最低,这是定性开发的,然后进行定量分析。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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