FR-4 pcb热阻热通孔的优化

Alex Lee Yuen Beng, Gan Sik Hong, M. Devarajan
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引用次数: 3

摘要

本文对具有不同“通孔配置”的FR-4 pcb的性能进行了详细的热模拟。模拟结果表明,紧凑的热通孔结构对热阻有显著影响。热阻可以通过增加通孔数量和充铜通孔来提高。为了进一步解释具有热通孔的pcb板的热阻显著下降,进一步检查了热模块的详细热阻分布。热阻的显著下降主要发生在FR-4 pcb中,这是由于热通孔的帮助。然而,观察到最大数量的通孔有助于优化整个PCB的热阻。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Optimization of thermal vias for thermal resistance in FR-4 PCBs
A detailed thermal simulation of the performance of FR-4 PCBs having various "via configuration" is made in this study. The results indicate the thermal resistance from the simulation is significantly affected by compact thermal via configurations. Thermal resistance can be improved by increasing via number and also with copper filled via. For further explanation of the significant drop of thermal resistance at PCBs with thermal via, the detailed thermal resistance distribution at the thermal module are further examined. The significant drop in thermal resistance mainly occur in FR-4 PCBs with the help of thermal via. However, there is observed a maximum number of via which contribute to optimized thermal resistance across the PCB.
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