ATS-21D-54-C3-R0

Heat sinks are a common type of thermally conductive component. They are used to dissipate heat from a hot component or system. Heat sinks work by transferring thermal energy to another surface, such as another component, a dissipater, or an environment. Heat sinks are typically made of metal such as aluminum or copper, and are designed to provide maximum heat transfer to the environment while minimizing the size and weight of the component or system.

The ATS-21D-54-C3-R0 is a medium-to-high performance heat sink designed and manufactured by Advanced Thermal Solutions for a variety of applications, from computers and telecommunications equipment to industrial power supplies. The ATS-21D-54-C3-R0 is a direct-to-board, die-cast aluminum heat sink that measures just 54.0 mm wide, 21D high, and C3 deep. It features a 3.00 mm base thickness and is designed to be securely attached to the component or system it is designed to cool with four mounting screws (which are not included with the sink).

The ATS-21D-54-C3-R0 is designed to effectively cool up to 17 Watts of power with its large surface area of 1147.77 square centimeters, an air flow rate of 0.35 cubic meters per minute (CFM) and a thermal resistance of 0.92. The integral fins have been extended beyond the edge of the base and are designed to be efficient for both forced-air and natural-air convection cooling. The fins are offset for excellent thermal performance, but also to provide added structural strength and rigidity.

The ATS-21D-54-C3-R0 has been designed and tested by ATS engineers to meet industry requirements, providing reliable cooling performance under high temperatures and tough conditions. The die-cast aluminum heat sink has very good thermal conductivity and high strength-to-weight ratio. The fin surface also has excellent corrosion resistance, offering long-term reliability and thermal performance in harsh conditions.

ATS-21D-54-C3-R0 is a great solution for cooling a wide range of hot components in a variety of applications, such as computers, telecommunications equipment, power supplies, and more. Its design and construction make it an ideal heat sink for high performance applications, offering excellent thermal performance and reliability under even the toughest conditions. It is a high-quality, reliable, and cost-effective heat sink solution for a wide range of applications.