Extruded Heat sink

Brick DC-DC power converters are an essential part of PCB design and their performance requires a stable temperature for optimum performance. DC/DC converter heat sinks are designed for engineers seeking a complete off the shelf cooling solution for brick converters. We have produced a broad array of high performance thin fin geometry power brick heat sinks to effectively cool DC to DC power converters and power modules deployed in a host of electronics applications. 

Brick DC-DC power converters are an essential part of PCB design and their performance requires a stable temperature for optimum performance. DC/DC converter heat sinks are designed for engineers seeking a complete off the shelf cooling solution for brick converters. We have produced a broad array of high performance thin fin geometry power brick heat sinks to effectively cool DC to DC power converters and power modules deployed in a host of electronics applications. 

Brick DC-DC power converters are an essential part of PCB design and their performance requires a stable temperature for optimum performance. DC/DC converter heat sinks are designed for engineers seeking a complete off the shelf cooling solution for brick converters. We have produced a broad array of high performance thin fin geometry power brick heat sinks to effectively cool DC to DC power converters and power modules deployed in a host of electronics applications. 

As the power density requirements and heat generated by electronic devices in electronic power equipment increase, the problem of how to cool these electronic devices has become a huge challenge. The heat sink is a cost-effective heat exchanger. The optimized design of the heat sink can directly determine the reliability, service life and overall performance of the device.

For power devices like power MOSFET, power BJT and power diode, heat sink is very important to provide heat dissipation. From the name itself, it will absorb the heat of the power device and help control the temperature of the safe zone inside the device.

For power devices like power MOSFET, power BJT and power diode, heat sink is very important to provide heat dissipation. From the name itself, it will absorb the heat of the power device and help control the temperature of the safe zone inside the device.

When SSR working, it will give out a lot of heat, so in order to extend the life of your SSR, please install a heat sink, also if the current is over 60A, the cooling fan also required. And don't forget apply heat-conductive silicon grease between SSR and heat sink.

When SSR working, it will give out a lot of heat, so in order to extend the life of your SSR, please install a heat sink, also if the current is over 60A, the cooling fan also required. And don't forget apply heat-conductive silicon grease between SSR and heat sink.

When SSR working, it will give out a lot of heat, so in order to extend the life of your SSR, please install a heat sink, also if the current is over 60A, the cooling fan also required. And don't forget apply heat-conductive silicon grease between SSR and heat sink.

When SSR working, it will give out a lot of heat, so in order to extend the life of your SSR, please install a heat sink, also if the current is over 60A, the cooling fan also required. And don't forget apply heat-conductive silicon grease between SSR and heat sink.

TO-220 Heatsink for optimal natural convection cooling per unit volume occupied above the PCB for your TO-220 devices. Heatsink and mounting kit for TO-220 devices such as regulators, transistors and rectifiers. 

Aluminum heatsink can effectively transfer the heat generated by TO-220 components to the surface of the heat sink and then dissipate it into the surrounding environment. Compared with some other metal materials, aluminum is relatively low in cost and light in weight, making it suitable for widespread use in electronic devices.