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Thermal performance and fabrication improvements of glass interposer in 3D packaging systems

机译:3D封装系统中的玻璃中介层的热性能和制造改进

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Our initial thermal study has provided preliminary results for glass and silicon interposers. Both glass and silicon have their advantages and disadvantages. The glass interposer provides good insulation but lower heat dissipation, while the silicon interposer has better heat dissipation. These results are extremely useful for the reliability of the 3D packaging systems. Concerning the glass interposer fabrication, we have used two laser drilling methods, the first one using Excimer laser and the second using the UV laser. The results obtained are both interesting and provide the required targets both in dimensions and form.
机译:我们的初步热学研究为玻璃和硅中介层提供了初步结果。玻璃和硅都有其优点和缺点。玻璃中介层具有良好的绝缘性,但散热性较低,而硅中介层具有更好的散热性。这些结果对于3D封装系统的可靠性非常有用。关于玻璃中介层的制造,我们使用了两种激光打孔方法,第一种是使用准分子激光,第二种是使用UV激光。获得的结果都很有趣,并且在尺寸和形式上都提供了所需的目标。

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