Conduction of outdoor power supply

What is a conduction cooled power supply?

Systems engineers and power supply specifiers are requesting more and more fanless power supplies. Conduction-cooled power supplies offer an alternative that incorporates the benefits of both cooling methods. How Do They Work?

Are conduction cooled power supplies better than forced air?

Conduction-cooled power supplies offer the design reliability of free air convection, and do not require the use of forced air to achieve their full potential. They produce equivalent, if not better efficiency levels than their forced air counterpart.

What is a convection cooled power supply?

A convection-cooled power supply dissipates heat through natural convection, avoiding the need for forced cooling methods such as fans or liquid cooling systems. These power supplies are reliable and quiet, making them ideal for applications that benefit from having no moving parts and reduced noise.

Does a power supply use convection or forced air cooling?

Traditional medium or high-rated power supplies use free-air convection or require forced air cooling to dissipate heat effectively, both of which have their own benefits and drawbacks. Convection cooling relies on natural-moving free air, but often results in the supply being derated in power since it is not an efficient way to dissipate heat.

Why should you use conduction cooling?

With no moving parts, conduction cooling can be a much more reliable way of getting the most out of your power supply. They also can be used in applications where natural convection or forced air is not an option. Allowing for more flexibility when designing them into a system.

Are power supplies reliable and quiet?

These power supplies are reliable and quiet, making them ideal for applications that benefit from having no moving parts and reduced noise. However, they may have limitations in power output, so it’s important to consider the thermal conditions you need them to cope with to ensure optimal performance.