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Three Dimensional Simulation of Thermal Pad using Nanomaterial, Nano-Silver in Semiconductor and Electronic Component Application

机译:纳米材料,纳米银在半导体和电子元件应用中的热垫三维模拟

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Thermal pad is new technology in this world that been used in PLCC in order to reduce junction temperature to the minimum level in electronic components. In electronic industry, the electronic components that exceed 70oC will malfunction and damage due to the overheated. The design is used nano-silver as main material in thermo pad because it has high value of thermal conductivity and enables to dissipate heat very efficiently. The simulation of thermal pad in semiconductor is using FLUENT~(TM) software. The results from simulation is been compared to the results from experiment. The differences between those results are less than 10%. The advantages of thermal pad are enables to reduce junction temperature of PLCC 20-30%. It also had constant thickness in order to get constant and accurate results.
机译:热焊盘是在PLCC中使用的本世界的新技术,以将结温降低到电子元件中的最小水平。在电子工业中,由于过热,超过70oC的电子元件将发生故障和损坏。该设计用纳米银作为热垫中的主要材料,因为它具有高值的导热率,并且能够非常有效地消散热量。半导体热焊盘的仿真使用流畅的〜(TM)软件。将模拟结果与实验结果进行比较。这些结果之间的差异小于10%。热垫的优点使得能够降低PLCC 20-30%的结温。它还具有恒定的厚度,以获得恒定和准确的结果。

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