This small 10x10x10x10mm Aluminum heat sink is ideal for efficiently evacuating the heat released by an electronic component. Its assembly is simple and quick thanks to its adhesive pad.
This small 14x14x7mm Aluminum heat sink is ideal for efficiently dissipating heat from an electronic component. Its assembly is simple and quick thanks to its adhesive pad.
This small 20x20x10mm Aluminum heat sink is ideal for efficiently dissipating heat from an electronic component. Its assembly is simple and quick thanks to its adhesive pad.
This small 9x9x5mm Aluminum heat sink is ideal for efficiently evacuating the heat released by an electronic component. Its assembly is simple and quick thanks to its adhesive pad.
This heatsink made from black anodized aluminum is ideal for dissipating the heat generated by an electronic component such as an AOP, CPU or other integrated circuit chip.
This large size anodized aluminum heat sink is particularly suitable for use with modules and devices that generate a lot of heat, such as high power amplifiers.
This gray thermal paste improves the thermal conductivity between a heating component and an associated radiator in order to improve heat dissipation. It has a density of 2.5G/Cc and a thermal conductivity of 6.8W/M-K.
This gray thermal paste in syringe form improves the thermal conductivity between a heating component and an associated radiator in order to improve heat dissipation. It has a density of 2.3G/Cc and a thermal conductivity of 4.8W/M-K. It can withstand temperatures from -50°C to 200°C.
This gray thermal paste in syringe form improves the thermal conductivity between a heating component and an associated radiator in order to improve heat dissipation. It has a density of 2.3G/Cc and a thermal conductivity of 4.8W/M-K. It can withstand temperatures from -50°C to 200°C.
This heatsink to be integrated in your DIY realizations will allow you to improve the heat dissipation on components subjected to a strong heating, as it can be the case for example for certain voltage regulators or certain chips of amplification.
This heatsink to be integrated in your DIY realizations will allow you to improve the heat dissipation on components subjected to a strong heating, as it can be the case for example for certain voltage regulators or certain chips of amplification.
This heatsink to be integrated in your DIY realizations will allow you to improve the heat dissipation on components subjected to a strong heating, as it can be the case for example for certain voltage regulators or certain chips of amplification.