The growing trend of industrial automation and elevated demand for renewable energy infrastructure is expected to fuel the expansion of the power electronics market. Automated industrial machines such as robots are largely deployed across manufacturing plants to increase process efficiencies, streamline communications, and protect employees from hazardous tasks. The growing … [Read more...]
A Comparative Summary of Data Center Cooling Strategies
Introduction Industry power trends and a global push for sustainability are leading decision-makers and data center operations groups to consider alternatives to traditional air cooling. Two key industry trends are driving alternative cooling solutions. First, powers at the chip level are increasing [1,2]. Just a couple of years ago, server CPU and GPU power levels were … [Read more...]
Rapid and Accurate Analytical Model for Predicting Axial Fan Performance in Electronics Cooling
Introduction Forced air cooling remains essential for dissipating the heat generated by high-power-density devices in modern electronics [1]. Axial fans are widely used in information technology, telecommunications, automotive, and aerospace applications for air cooling. The aerodynamic performance (P-Q) curve of fans is essential for designing and optimizing air … [Read more...]
Advanced Cooling System for Modular Electronics Thermal Management
Introduction Modern electronics are rapidly evolving to meet high-computing needs while shrinking in size resulting in large heat fluxes that must be removed for safe operation. Figure 1 shows a schematic of a generic electronics cooling system with representative heat transfer pathway from a chip (heat source) to a cold plate (heat sink) via heat spreaders and card retainers … [Read more...]
Calculating Thermal Design Power for Mobile Consumer Electronics – Part 2
Overview Thermal Design Power (TDP) is a term commonly used in the thermal management of consumer electronics. While the usage of this terminology may vary across the industry, it commonly refers to the amount of power that a device may dissipate indefinitely, in a given thermal environment, without exceeding the temperature limits of the device. The TDP for a consumer … [Read more...]
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