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Material Options for Microelectronic and Optoelectronic Packaging and Thermal Management

机译:微电子和光电封装以及热管理的材料选择

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摘要

A variety of new advanced composites and monolithic materials are now available which provide great advantages over conventional materials for thermal management and microelectronic packaging, including: 1. extremely high thermal conductivities (over four times that of copper); 2. low, tailorable coefficients of thermal expansion; 3. weight savings up to 80%; 4. size reductions up to 65%; 5. extremely high strength and stiffness; 6. reduced thermal stresses; 7. increased reliability; 8. simplified thermal design; 9. possible elimination of heat pipes; 10. low cost, net shape fabrication processes; 11. potential cost reductions.
机译:现在可以使用各种新型的先进复合材料和整体材料,这些材料相对于用于热管理和微电子封装的传统材料具有巨大优势,其中包括:1.极高的导热率(是铜的四倍); 2.低,可定制的热膨胀系数; 3.重量减轻高达80%; 4.尺寸减少达65%; 5.极高的强度和刚度; 6.降低热应力; 7.增加可靠性; 8.简化的散热设计; 9.可能取消热管; 10.低成本,净形制作工艺; 11.潜在的成本降低。

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