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 ...

This commercial breakthrough reinforces Menlo Micro’s leadership in delivering high performance and highly efficient switching solutions and underscores its position to deliver optimal switching ...

The MM4250 cryogenic SP6T switch from Menlo Microsystems is designed for switching and control of high-speed and RF signals ...

Researchers at the Hokkaido University in Japan have used a novel approach of using cerium oxide (CeO2) as an active material in thermal switches to make them more efficient and sustainable to produce ...

Key research finding: Modern devices that use lithium ion batteries, like smartphones and electric cars, seem pretty robust. But try to use one in extreme heat or cold, and you’ll see how susceptible ...

As the industry realizes the impact that artificial intelligence (AI) can have on a wide range of applications, many companies are seeking to develop AI chips that will speed up the processing of ...

Heatsink technology has rapidly improved over the last few years. The introduction of heatpipes, use of large radius fans and the sophisticated mounting mechanisms have all aided these developments.

How graphene-infused foam has been evaluated as a tunable thermal resistor for passive adjustable cooling. The modeling that was done to investigate the concept. The two test fixtures used to measure ...

This product is a cryogenic SP6T switch with a near-zero thermal footprint used for the switching and control of high-speed and RF signals with the dilution fridge of a quantum computer. By delivering ...