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has been cited by the following article:

• TITLE: Best Practices for Thermal Modeling in Microelectronics with Natural Convection Cooling: Sensitivity Analysis

  AUTHORS: Mamadou Kabirou Touré, Papa Momar Souaré, Julien Sylvestre

  KEYWORDS: Computational Fluid Dynamics, Computational Heat Transfer, Microelectronic Packaging, Natural Convection, Radiation, Thermal Analysis, Thermal Management

  JOURNAL NAME: Journal of Electronics Cooling and Thermal Control, Vol.10 No.2, May 18, 2021

  ABSTRACT: A detailed sensitivity study was carried out on various key parameters from a high precision numerical model of a microelectronic package cooled by natural convection, to provide rules for the thermal modeling of microelectronic packages subjected to natural convection heat transfer. An accurate estimate of the junction temperature, with an error of less than 1˚C, was obtained compared to the experimental data for the vertical and horizontal orientations of the test vehicle in the JEDEC Still Air configuration. The sensitivity study showed that to have an accurate estimate of the temperature, the following elements should be present in the thermal model: radiation heat transfer in natural convection cooling; a computational fluid dynamics analysis to find realistic convection coefficients; detailed models of the high conductivity elements in the direction of the heat flow towards the environment; and finally precise values for the thicknesses of layers and the thermal properties of the substrate and the printed circuit board.