Japanese scientists have made a major breakthrough in cooling electronic components. Their innovative system uses water in a novel way to dissipate heat. The team from the Institute of Industrial ...

Problem: your electronic load works fine, except for the occasional MOSFET bursting into flames. Solution: do what [tbladykas] did, and build a water-cooled electronic load. One can quibble that pe… ...

An interdisciplinary research team including mechanical science and engineering professor Mickey Clemon from the Grainger ...

As the performance of electronic chips continues to improve, their power consumption also increases, posing new challenges for cooling strategies.

Ditch the messy ice-chilled cooler this summer and opt for an electric cooler instead. Ahead of Prime Day, the Anker Solix ...

Superior cooling of electronics can deliver tremendous advantages. According to a recent study in the USA based on data from 2006, around 50 percent of the total electricity used to run data ...

Compact electronics present a unique challenge when it comes to cooling. While thermal management is becoming a growing concern amid increased chip functionality, smaller devices mean there’s less ...

K.R. Anderson, M. Devost, W. Pakdee, N. Krishnamoorthy, “STAR-CCM+ CFD Simulations of Enhanced Heat Transfer in High-Power Density Electronics Using Forced Air Heat Exchanger and Pumped Fluid ...

Liquid Cooling Keeps This Electronic Load’s MOSFETs From Burning January 7, 2020 by Dan Maloney 21 Comments Problem: your electronic load works fine, except for the occasional MOSFET bursting ...

During normal operation, an electronic system generates wasted heat that can cause malfunctions and damage components unless you remove it. In an ideal world, you would have the time and resources to ...