How to utilize natural cooling in micro-modules

Experimental Investigation of Active Microfluidic Cooling Solution

The aim of the present investigation was to test the microchannel heat sink with Z-type flow configuration, using nanofluid as a promising solution to chip cooling technology.

Optimizing microelectronic module cooling under magnetic

In this study, an advanced cooling method for microelectronic modules in a magnetic field is examined through a numerical and artificial intelligence approach. The research utilized a

xMEMS | Micro Cooling | Edge AI Devices & AI Data Centers

xMEMS'' micro cooling fan-on-a-chip, a 1mm-thin, solid-state active thermal management solution for next-gen edge AI hardware and AI data center systems.

Microfluidic Cooling: Microfluidics Explained

Microfluidic cooling allows efficient heat dissipation in electronic devices. By circulating coolant through microscale channels embedded in the device, heat is absorbed and the heated coolant is then

Jet-enhanced manifold microchannels for cooling electronics up to a

In this Article, we report an embedded microfluidic cooling strategy that is capable of dissipating heat fluxes up to 3,000 W cm −2 at a pumping power of only 0.9 W cm −2 using single

Energy-efficient cooling of silicon-based microfluidic chips enabled by

In this work, we present silicon-based microfluidics chips with integrated microstructural and surface modification strategies to reveal the coupling mechanism and enable energy-efficient

Design and Fabrication of Embedded Microchannel Cooling

This manuscript presents and implements an embedded microchannel cooling solution for such devices. By directly integrating micropillar arrays within the near-junction region of the

Jet-enhanced manifold microchannels for cooling

In this Article, we report an embedded microfluidic cooling strategy that is capable of dissipating heat fluxes up to 3,000 W cm −2 at a pumping power of

Uniform and Efficient Embedded Microfluidic Cooling for High-Power

To address this, an embedded microfluidic-cooled SiC power module is developed, combining embedded microchannels and nano-silver sintering to enable efficient and uniform cooling.

Advanced Cooling for Power Electronics

This paper discusses cooling technologies that have evolved to remove increasing levels of heat dissipation and manage junction temperatures to achieve goals for efficiency, cost, and

Self-cooling microchip provides a tiny solution to a giant problem

But a team of Swiss researchers believes they have a new solution by integrating cooling liquid directly into the chip itself. This approach could yield orders of magnitude improvements in...

How to utilize natural cooling in micro-modules [PDF]

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