Theory and Analysis for Optimization of On-Chip Thermoelectric Cooling Systems

IEEE Trans. on CAD of Integrated Circuits and Systems(2013)

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摘要
We established a novel theoretical analysis framework for optimizing the cooling system configuration of chips employing thermoelectric cooling (TEC) elements by extending the theory of inverse-positive matrices and the eigenvalue/eigenvector theory in linear algebra. In this brief, we present a new theorem and its formal proof, which is the key enabler to achieving a provably optimal solution for configuring bias current levels of TEC devices.
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关键词
inverse-positive matrices,active cooling,on-chip thermoelectric cooling systems,linear algebra,matrix algebra,inverse-positive matrix,thermoelectric cooling,peltier effect,chip integration,eigenvalue/eigenvector theory,thermoelectricity,eigenvalues and eigenfunctions
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