Assessing individual components is the foremost step in system thermal analysis. A component's reported thermal-resistance data becomes the gauge for thermal evaluation and management. It is therefore ...

In materials science, thermal testing refers to the process of subjecting materials to analysis through thermal control in order to collect data on a wide range of properties. Generally, thermal ...

Increasingly complex and heterogeneous architectures, coupled with the adoption of high-performance materials, are making it much more difficult to identify and test for thermal issues in advanced ...

As the transistor density and switching speed of integrated circuits (ICs) increase and the package size decreases, the emerging generation of high-power ICs requires thermal management during testing ...

Thermal testing systems have come a long way to meet the requirements of current modern automobile manufacturing. Within the life of some people around today, we have progressed from full automobile ...

The automobile sector must ensure that its products can function in such a wide temperature range and with such fast temperature fluctuations without failing or experiencing material fatigue. An ...

Flexible heaters are used in a wide range of medical and diagnostic devices. They play a crucial role in thermal control for applications such as nebulizers, respiratory humidifiers, blood analyzers, ...

The semiconductor market is evolving, with devices becoming more complex as chip designers add cores and pursue 2.5D and 3D integration strategies. This complexity presents challenges extending from ...

The new EV thermal management solution delivers a complete, plug-and-play system suited to the harsh environments of off-highway machines and specialty commercial vehicles. The Modine L-CON BTMS ...

The temperature of the Solar System varies between the -270 degrees Celsius of background radiation in space to the +5500 degrees Celsius on the surface of the Sun. The thermal control system enables ...