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System level analysis of thermal properties of integrated circuits
 Vaněk, Martin ; Jirák, Josef (oponent) ; Frk, Martin (vedoucí práce)
The major aim of this work is to summarize the basic facts about the heat related topics with focus on applications in electronics and to perform measurements of thermal resistance of integrated circuit packages. The first part is theoretical and deals with the heat transfer theory, thermal properties of materials and JEDEC methodology for the thermal properties measurements of integrated circuit packages. The second part consists of the natural convection chamber construction, test printed circuit boards design and thermal measurements. In conclusion, methodology for the measurements of junction-to-ambient thermal resistance is summarized together with practical piece of knowledge from the preceding measurements. This work can serve as the base for further evaluations of integrated circuit thermal parameters and for verification of thermal simulations. It can also help to asses thermal conductivity of printed circuit boards.
Úplný záznam
System level analysis of thermal properties of integrated circuits
 Vaněk, Martin ; Jirák, Josef (oponent) ; Frk, Martin (vedoucí práce)
The major aim of this work is to summarize the basic facts about the heat related topics with focus on applications in electronics and to perform measurements of thermal resistance of integrated circuit packages. The first part is theoretical and deals with the heat transfer theory, thermal properties of materials and JEDEC methodology for the thermal properties measurements of integrated circuit packages. The second part consists of the natural convection chamber construction, test printed circuit boards design and thermal measurements. In conclusion, methodology for the measurements of junction-to-ambient thermal resistance is summarized together with practical piece of knowledge from the preceding measurements. This work can serve as the base for further evaluations of integrated circuit thermal parameters and for verification of thermal simulations. It can also help to asses thermal conductivity of printed circuit boards.
Úplný záznam

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