WAVE-35-125

Due to market price fluctuations, if you need to purchase or consult the price. You can contact us or emial to us:   sales@allicdata.com

Thermal energy management begins with an understanding of the WAVE-35-125 thermalsink. The thermalsink is a heat transfer technology developed to remove the heat generated in situations where electronics, photovoltaics, and other components are required to work within extreme temperature scenarios. With the WAVE-35-125 thermalsink, thermal engineers have a specialist tool with which to dissipate heat from tight spaces and yet still maintain component reliability.

The WAVE-35-125 thermalsink is a combination of technologies designed to fill a niche within electronics and photovoltaic industry design. The WAVE-35-125 thermalsink has an innovative design consisting of a 35 mm aluminum fin coupled with a 125 mm copper base. This combination of materials is designed to maximize the surface area available for heat transfer as well as provide excellent thermal management.

The WAVE-35-125 thermalsink utilizes a “wave” design which enables it to take up 2/3 of the available space. This leaves the other third of the space free to slip on additional items, such as fans or heatsinks to further reduce the heat generated within the system. The large fins are designed to reduce resistance to airflow and increase the amount of heat transported away from a given point.

As well as providing a large capacity for heat dissipation, the WAVE-35-125 thermalsink also offers the option of adding additional heat fin layers. This is achieved by adding additional fan vanes to the unit. To further improve the cooling capacity two additional fan vanes are included in the package.

The WAVE-35-125 thermalsink has been proven to be effective in a wide variety of applications, from extreme temperature situations, such as in electronic enclosures, to indoor use in home and commercial applications. Its efficiency has been tested in multiple product qualification labs and has been approved for heat dissipation. As such, it has become a preferred thermalsink in many applications.

The WAVE-35-125 thermalsink works by transferring the heat away from its source via large aluminum fins and efficient copper base plates. The fins are designed to operate at peak efficiency, allowing the heat to be transferred to a clean, dry, safe environment. The copper base plate provides optimum thermal conductivity, allowing for better temperature control.

The WAVE-35-125 thermalsink can be used in a variety of applications. For example, it can be used to maintain the temperature in electrical appliances, cameras, laptops, and other personal electronics. It can also be used to dissipate the heat generated from electrical components, such as power supplies, lasers, and diodes. Additionally, the WAVE-35-125 thermalsink can be used to maintain a constant temperature in medical devices such as X-ray room emitters.

In conclusion, the WAVE-35-125 thermalsink is an efficient and cost-effective thermal management solution. The combination of copper and aluminum provides an effective solution to remove heat from tight spaces while still maintaining component reliability. Its “wave” design also allows for additional cooling capacity and improves airflow. The WAVE-35-125 thermalsink is the ideal solution for creating a safe and efficient environment for both consumers and professional equipment alike.

The specific data is subject to PDF, and the above content is for reference