Tag: Heat dissipation

Copper is more than just a traditional electrical wire material. From power transmission, busbars, thermal conductivity, and liquid cooling plates to AI servers, copper is responsible for both sending electricity in and transmitting heat out. This article analyzes copper from the perspectives of material properties and engineering selection.

Heating technology is an indispensable part of modern industry and daily life. Whether it's the temperature control design of heating fume extraction devices or the steaming and drying processes in the manufacturing of instant foods like instant noodles, precision and efficiency are essential.

Liquid metal has a thermal conductivity as high as 29 W/m·K and

When discussing the applications of thermoelectric coolers (TECs), many engineers and developers often face a key question at the advanced usage stage: how to...

In today's rapidly developing technological landscape, the computational demands of artificial intelligence (AI) and advancements in semiconductor manufacturing processes have created a challenging situation. On the one hand, our pursuit of more powerful computing performance is driving chip design towards…

In this era of rapid digital technology development, the efficiency of electronic products is constantly improving, and computing power is continuously pushing the limits. However, this also brings an increasingly serious challenge: heat dissipation. From the smartphones we use every day...