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The growth of battery powered applications is presenting new challenges for designers of electronic motor-driven solutions. Targeting higher performance and efficiency, the power stages of these products must manage high currents while meeting strict power dissipation and size requirements. This article illustrates a thermally aware workflow

The use of batteries for application power supplies requires lower operating voltage, usually in the range of a few tens of volts, due to the limited number of battery cells connected in a series. When applications require high power above hundreds of watts,

The growth of battery powered applications is presenting new challenges for designers of electronic motor-driven solutions. Targeting higher performance and efficiency, the power stages of these products must manage high currents while meeting strict power dissipation and size requirements. This article illustrates a thermally aware workflow

Yuanyang suppression or absorption materials, thermal interface materials, structural and precision metals, magnetic ceramic products, and multi-functional solutions. This latter product family solves multiple EMI, thermal and structural design issues simultaneously using a single process design

How is the radiator welded? Welding is a heat pipe radiator or we can say that the radiator component of an important technology, its characteristics such as large power, cooling and reliable and long service life, these advantages make the welding heat sink has been widely used, and as an important communication equipment and large industrial machine cooling unit, heat pipe can be flexibly increased four, six or ten, welding can not only fixed heat pipe, It can also play a role in heat transfer. Welding paste can be selected at low or medium temperature

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Point-of-care testing allows medical staff to accurately achieve real-time diagnostic results within an hour, rather than days. PCR-based point of care testing is considered the gold standard for diagnosing

Custom-designed for fanless operation from the ground up, the Heat Sink is capable of cooling modern high-end CPUs with low to moderate heat dissipation completely passively in enclosures with good natural convection.

Power densities in electronic subsystems continue to increase, driving demand for more cooling power alternatives that increasingly include liquid cooling as a viable candidate. To optimize thermal management efficiency, sustainability and reliability, designers of systems that use liquid cooling are exploring innovative combinations of component materials, including advanced thermoplastics,

There are trends that are driving the need for thermal interface solutions in the electronics marketplace. The first, is data consumption. As devices get more powerful to handle the amount of data that is being transferred over our IP networks, they are generating more heat. We’ve all heard of terabytes, gigabytes, megabytes, what about exabytes? A friend of mine, Larry, thinks the next one will be yotabytes.

We got a couple of questions embedded in here and it’s just sort of to get an idea. For example, this one, “Do you currently have a good understanding of when and how to utilize vapor chambers, as opposed to heat pipes?” So, we just get a feeling of feedback from the audience as to what their expertise level is, so if you can go ahead and vote on that and we’ll take a look at the results later on today.

YY Thermal now provides fans heat sinks for component sizes ranging from 27mm to 70mm square. The wider size range accommodates hot semiconductor components, including FPGAs, ASICS and other package types used in telecomm, optics, test/measurement, military and other applications.