Phase-change temperature control device integrating heat pipe and foam metal core body

Abstract

The invention relates to a temperature control system of electronic equipment, which adopts phase-change materials and integrates a heat pipe and a foam metal core body. The temperature control system comprises a container, at least one heat pipe and a radiating fin, wherein the container is filled with the foam metal core body and the phase-change materials, and the at least one heat pipe can be a flat-plate type heat pipe or at least one axial non-conventional type heat pipe or at least one axial rectangle heat pipe arranged in the phase-change material container. The phase-change temperature control device integrating the heat pipe and the foam metal core body has better heat conducting property, higher effective utilization rate of the phase-change materials and more uniform temperature distribution and solves the problem that partial high temperature and concentrated heat stress generated by cavities intensively distributed in the prior phase-change temperature control device affect the reliability of the phase-change material container, thereby more effectively controlling the temperature of the electronic equipment or an electronic element.

Description

【Technical field】 [0001] The invention relates to a temperature control system for electronic equipment, in particular to a temperature control system for electronic equipment that adopts phase change materials and integrates heat pipes and metal foam cores. 【Background technique】 [0002] With the rapid development of electronic technology, electronic components are increasingly miniaturized, but power consumption is getting higher and higher, which makes the heat flux of electronic equipment increase sharply, which will cause the temperature of electronic devices to be too high when they work. The failure rate of electronic components increases exponentially with the increase of temperature. Overheating damage has become the main failure form of electronic equipment. According to statistics, 55% of electronic equipment failures are caused by excessive temperature. Therefore, effective monitoring of electronic equipment Temperature control becomes a key technology to improv...

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Problems solved by technology

[0006] However, the thermal conductivity of the phase change materials commonly used in electronic equipment temperature control is mostly low, so that the phase change materials in the phase change temperature control device cannot all participate in heat storage/discharge, thereby reducing the effective utilization rate of the phase change material and increasing the temperature. The quality and volume of the phase change temperature control device are reduced; in addition, the volume change dur

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