“…However, due to its soft texture, APG needs to be wrapped with metallic materials such as copper to enhance its structural stability. Gurpinar et al 8 conducted a study on the heat dissipation of high-power semiconductor modules by using APG instead of copper and found that it can effectively reduce the thermal resistance between the heat source and the cold plate by 50%. Chen et al 9 quantitatively analysed the heat dissipation effect of APG/aluminium alloy in the integrated components.…”
Modern highly integrated microelectronic products often face the challenge of internal heat dissipation, leading to a significant decrease in their operational efficiency.
“…However, due to its soft texture, APG needs to be wrapped with metallic materials such as copper to enhance its structural stability. Gurpinar et al 8 conducted a study on the heat dissipation of high-power semiconductor modules by using APG instead of copper and found that it can effectively reduce the thermal resistance between the heat source and the cold plate by 50%. Chen et al 9 quantitatively analysed the heat dissipation effect of APG/aluminium alloy in the integrated components.…”
Modern highly integrated microelectronic products often face the challenge of internal heat dissipation, leading to a significant decrease in their operational efficiency.
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