Water-cooled Copper-clad Invar Hybrid Power Circuit

Water-cooled Copper-clad Invar Hybrid Power Circuit

Water cooling of hybrid modules allows a power dissipation much higher than that of conventional methods. This paper describes the design and construction of a copper-clad Invar water-cooled hybrid power circuit intended for use in a medical hand-held tool which is a 25 mm diameter cylinder. The the...

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Veröffentlicht in:Microelectronics international 1988-01, Vol.5 (1), p.74-76
Hauptverfasser: Zardini, C, Pistre, J.D, Rodes, F, Aucouturier, J.L
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container_title Microelectronics international
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creator Zardini, C
Pistre, J.D
Rodes, F
Aucouturier, J.L
description Water cooling of hybrid modules allows a power dissipation much higher than that of conventional methods. This paper describes the design and construction of a copper-clad Invar water-cooled hybrid power circuit intended for use in a medical hand-held tool which is a 25 mm diameter cylinder. The thermal study demonstrates the interest of a copper-clad Invar heat exchanger: water flowing at a rate lower than 15 Ih−1 allows the dissipation of more than 50 W in the module while keeping the external temperature of the tool below 35°C.
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title Water-cooled Copper-clad Invar Hybrid Power Circuit
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