C. PERRET, J. BOUSSEY, C. SCHAEFFER, M. COYAUD, "Analytic modeling, optimization, and realization of cooling devices in silicon technology", IEEE Transactions on Components and Packaging Technologies, Vol. 23, No. 4 , December 2000, pp. 665-672.
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Article : [ART566]

Info : REPONSE 4, le 13/07/2004.

Titre : C. PERRET, J. BOUSSEY, C. SCHAEFFER, M. COYAUD, Analytic modeling, optimization, and realization of cooling devices in silicon technology, IEEE Transactions on Components and Packaging Technologies, Vol. 23, No. 4 , December 2000, pp. 665-672.

Cité dans : [DIV436]  Recherche sur l'auteur Martin COYAUD, juillet 2004.
Auteur : Perret, Corinne (Lab de Physique des Composants a Semiconducteurs INPG, Grenoble, Fr)
Auteur : Boussey, Jumana
Auteur : Schaeffer, Christian
Auteur : Coyaud, Martin

Source : IEEE Transactions on Components and Packaging Technologies
Volume : 23
Numéro : 4
Date : Dec 2000
Pages : 665 - 672
Info : IEEE, Piscataway, NJ, USA
CODEN : ITCPFB
ISSN : 1521-3331
Année : 2000
Document_Type : Journal
Treatment_Code : Application; Theoretical
Language : English
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Abstract :
A novel cooling device fully built in silicon technology is presented. The new concept developed in this work consists in micromachining the bottom side of the circuit wafer in order to embed heat sinking microchannels directly into the silicon material. These microchannels are then sealed, by a direct wafer bonding procedure, with another silicon wafer where microchannels and inlet-outlet nozzles are micromachined too. A cooling fluid (water) is then forced through the array of channel to convey heat outside the chip. Such a configuration presents the advantages to provide a significant reduction of the cooler overall dimensions, to reduce the number of the involved materials and to be compatible with integrated circuits fabrication procedures. In this study analytical tools were used in order to get a global evaluation of all the thermal resistances characteristic of such devices. Using these adequate analytic models with appropriate approximations, a global optimization procedure was then applied and led to the definition of the optimum dimensions of the silicon micro heat sink. The realization procedure was then carried out in a clean room environment. First experimental characterization results obtained from the earlier prototypes demonstrated that the thermal properties of this silicon-based cooling device are satisfactory and can be reasonably compared to those of commercially available copper micro heat sinking components.(Author abstract)

Références : 15 Refs.

Accession_Number : 2001(11):1999 COMPENDEX


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