Abstract
Abstract Ion Wind Generation (IWG) based cooling systems portend a new type of cooling for mobile electronics. However, the actual application of IWG cooling is still limited because a few important parameters are still unclear: maximum wind velocity, minimum operational voltage, degradation of corona-discharging electrodes, and optimum electrode geometries. We report on experimental investigation on these parameters based on a prototype IWG system consisting of wire electrodes and semi-cylindrical contour-shaped electrodes. We tested various IWG system designs with different electrode diameters, electric configurations, and operational conditions. The experimental studies could provide better understanding of IWG cooling systems and accelerate its application.
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