Conventional heat sinks can no longer properly cool high-power electronic devices. Heat pipes more effectively transfer heat away from these devices, meeting the high-power cooling needs. Heat-pipe ...

ICs in today's laptop computers generate about 50 W/cm2 of heat. To prevent overheating, a fan, often a noisy one, blows heat down onto a copper heat sink on the bottom of the computer, which can ...

Induction heating technology is a more effective, cost-efficient solution for tube and pipe manufacturers. It is an ideal solution for operations including hot bending, brazing or coating, heat ...

Once the secret design tool for aerospace designers, the heat pipe is a common fixture now thanks to the demands of PC CPU cooling. Heat pipes can transfer lots of energy from a hot side to a cold ...

Once upon a time, home computers were low-powered enough that they barely needed any cooling at all. An Amiga 500 didn’t even have a heatsink on the CPU, while the early Macintosh got by with a single ...

If you have a house that isn’t used in the winter or a home that has pipes running through an unheated area, such as a crawl space or attic, and the temperatures drop below freezing, you may want to ...