A reliable electronic product is generally a cool one. In addition, one of the main limiters of non-functional performance is operating temperature. Keep your product cool and it will last longer and/or operate faster. Electronics thermal management has been dogged by thermal resistances at part/part interfaces for decades. Reduce these main bottlenecks in the heat flow path … [Read more...]
Automated Model Calibration in FloTHERM – A Future Cornerstone of Simulation Based Workflows, Today
Available in the recently released FloTHERM V11.1 is the ability to calibrate a FloTHERM simulation model so that it matches experimentally measured results. The calibration process is automatic and results in a model with unrivaled levels of predictive accuracy. The experimental results used are not simple thermocouple based measurements, but T3Ster based measurements that … [Read more...]
Electronics Cooling December 2015 Issue Now Online
Don’t miss out on the December 2015 Issue of Electronics Cooling, which includes feature articles on A Figure of Merit for Smart Phone Thermal Management; Saving Energy with Every Byte: A Concerted Effort for Efficient Thermal Management of Date Centers; Enhanced Pool oiling using Separate Liquid-Vapor Pathways for Cooling High Heat Flux Electronics Devices; and more. If you … [Read more...]
Thermal Facts and Fairy Tales – Electronics Cooling Communication for dumMEs and dumEEs
Bringing Together Mechanical and Electrical Engineers By Jim Wilson Electronics cooling design and analysis problems inherently bring together engineers from different backgrounds, especially mechanical and electrical engineers. Engineers with a heat transfer or fluid mechanics background usually studied these subjects in the mechanical engineering department. Understanding … [Read more...]
Tech Brief – Low Electrical Conductivity Liquid Coolants for Electronics Cooling
By Bojanna Shantheyanda, Sreya Dutta, Kevin Coscia and David Schiemer Dynalene, Inc. 1.0 Introduction Liquid cooling, which can be achieved using indirect or direct means, is utilized in electronics applications having thermal power densities that may exceed safe dissipation through air cooling. Indirect liquid cooling is where heat dissipating electronic components are … [Read more...]
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