Fully integrated one phase liquid cooling system for organic boards

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URI: http://hdl.handle.net/2042/14676
Title: Fully integrated one phase liquid cooling system for organic boards
Author: May, D.; Wunderle, B.; Schindler-Saefkow, F.; Nguyen, B.; Schacht, R.; Michel, B.; Reichl, H.
Abstract: Prime concerns in designing liquid cooling solutions are performance, reliability and price. To that end a one-phase liquid cooling concept is proposed, where all pumps, valves and piping are fully integrated on board level. Only low-cost organic board technology and SMT processes are used in the design. This paper addresses the key issues of such a concept together with some numerical and first experimental results. It is highlighted that for such a concept a special type of membrane pump with adequate valve technology is especially suit-able. Design guidelines as to its performance are given. Eventually, the obtained results are evaluated with respect to the requirements and necessary further developments are commented on to make the concept eligible for the cost-performance-sector.
Subject: Cooling concept, liquid cooling, CFD analysis, liquid pump
Publisher: EDA Publishing Association, Grenoble, France
Date: 2007

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