Introduction A number of years ago I attended a meeting at Purdue University to discuss future challenges and goals for electronics cooling research. One topic that generated a significant amount of interest was, what magnitude of heat flux represented a substantial challenge that the electronics cooling community should be striving to meet with new developments. The closest … [Read more...]
Transient Thermal Calculations for Skin Contact by Wearable Devices
Introduction Mobile and wearable electronic devices are truly ubiquitous these days. Thermal engineers involved in the design of these devices are not only attentive to managing the temperature of the various components within these devices, but they are also careful to ensure that the temperature on the outer shell of these devices never exceeds certain limits as specified in … [Read more...]
Sheetak Announces Product Line Expansion with CENTUM® C3 Multi-Stage Cooler Based on Novel Patented Thermoelectric Device Structures
CENTUM® C3 Chips are designed for higher performance low profile architecture of solid-state thermal management systems that is not possible with current designs Sheetak is expanding their flagship CENTUM® product line, based on newly patented thermoelectric device structures, that offer the highest temperature difference with significant increases to cooling power and … [Read more...]
On-site Cogeneration for Reducing Data Center Primary Energy Use
As most readers are aware, the data center industry has put an increased focus on energy efficiency and environmental impact. Data centers in the United States are estimated to consume nearly 2% of the total electricity. The de facto metric used in the data center industry to evaluate energy efficiency has been the Power Usage Effectiveness (PUE), as defined by The Green Grid … [Read more...]
Thermocouples Basics Part 2: How They Are Made and Its Measurement System
Continuing from part 1, and the advantages of thermocouples, we will now visit the process to make a thermocouple and its measurement system. The way thermocouples are made is very simple. We have a thermocouple welder, shown in Figure 1, as a small machine. The ends of the two wires are twisted to digital wires together, and then each set of wires touches to the point where … [Read more...]
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