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Application of graphite in thermal management of microelectronics
Havlíček, Václav ; Mačák, Martin (oponent) ; Vyroubal, Petr (vedoucí práce)
This thesis is focused on the enhancement of thermal management of microelectronics by implementing carbon-based materials, exactly graphite foils into the thermal architecture. The~thesis starts by explaining current thermal methods and challenges in the field of microelectronics and moves to commonly used materials - aluminum and copper, explaining their capabilities and adding carbon allotropes into the scope. In the second part, this thesis contains several use cases of the pyrolytic graphite sheet in thermal management of microelectronics, proving its usability and analyzing the benefits for heat spreading, thermal conductivity while enabling electrical insulation and the possible use in flexible electronics.
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Application Of Graphite In Thermal Management Of Microelectronics
Havlicek, Vaclav ; Vyroubal, Petr
This paper is shortly describing the possibility to improve the thermal management of microelectronics by implementing carbon-based materials, more exactly graphite foils. It explains current thermal challenges in the field of microelectronics and moves to commonly used materials, where it adds carbon allotropes into the scope, with a special focus on graphite foils. In the last part, this paper contains a use case of the pyrolytic graphite sheet in thermal management.
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Application of graphite in thermal management of microelectronics
Havlíček, Václav ; Mačák, Martin (oponent) ; Vyroubal, Petr (vedoucí práce)
This thesis is focused on the enhancement of thermal management of microelectronics by implementing carbon-based materials, exactly graphite foils into the thermal architecture. The~thesis starts by explaining current thermal methods and challenges in the field of microelectronics and moves to commonly used materials - aluminum and copper, explaining their capabilities and adding carbon allotropes into the scope. In the second part, this thesis contains several use cases of the pyrolytic graphite sheet in thermal management of microelectronics, proving its usability and analyzing the benefits for heat spreading, thermal conductivity while enabling electrical insulation and the possible use in flexible electronics.
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