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Thermal Resistance of Light Emitting Diode PCB with Thermal vias

机译:带散热孔的发光二极管PCB的热阻

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摘要

Light emitting diodes (LEDs) are already familiar for use as lighting sources in various electronic devices and displays. LEDs have many advantages such as long life, low power consumption, and high reliability. In the future, as an alternative to fluorescent lighting, LEDs are certain to receive much attention. However, in components related to advanced LED packages or modules there has been an issue regarding the heat from the LED chip. The LED chip is still being developed for use in high-power devices which generate more heat. In this study, we investigate the variation of thermal resistance in LED modules embedded with thermal vias. Through the analysis of thermal resistance with various test vehicles, we obtained the concrete relationship between thermal resistance and the thermal via structure.
机译:发光二极管(LED)已经众所周知用作各种电子设备和显示器中的光源。 LED具有许多优点,例如寿命长,功耗低和可靠性高。将来,作为荧光灯的替代品,LED肯定会引起很多关注。然而,在与高级LED封装或模块有关的组件中,存在来自LED芯片的热量的问题。 LED芯片仍在开发中,用于产生更多热量的大功率设备。在这项研究中,我们研究了嵌入散热孔的LED模块中热阻的变化。通过对各种测试车辆的热阻进行分析,我们得出了热阻与热导通孔结构之间的具体关系。

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