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Study on the heat dissipation of the thermal via in T/R modules based on BP-GA

机译:基于BP-GA的T / R模块中散热孔散热的研究

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Thermal via which widely is used in chips and the PCB is a strong way to transfer heat. But at the same time, Thermal via settings take up assembly space, so the parameters of thermal via must be optimized. This paper makes the predictive value as the fitness value, use the BP-GA hybrid algorithm, through optimizing the number, pitch and diameter, to get the lowest chip junction temperature. It is concluded that the junction temperature of T/R modules chip change from 54.206°C to 52.097°C by adding thermal via Settings. The temperature is reduced 2.109 °C. It shows that thermal via Settings effectively lower the junction temperature of the chips, improving device''s using life. This paper contributes guiding significance on thermal design of the T/R modules.
机译:广泛用于芯片和PCB的热通道是传递热量的强大方法。但是同时,散热孔设置会占用装配空间,因此必须优化散热孔的参数。本文将预测值作为适应度值,使用BP-GA混合算法,通过优化数量,螺距和直径,获得最低的芯片结温。结论是,通过设置增加热量,T / R模块芯片的结温从54.206°C变为52.097°C。降低温度2.109°C。它表明,散热孔设置可以有效降低芯片的结温,从而延长器件的使用寿命。本文对T / R模块的热设计有指导意义。

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