The Quick-Cool® Peltier element for increased demands has excellent technical specifications and a high thermal cycle consistency, giving it an almost unlimited life. This makes it suitable not only for standard applications, but its an excellent example...
Ceramics is due to its low-inductance property as an insulator for high-frequency, electromagnetic radiation. This allows others to prevent a heat sink in RF transistors as unintentional "antenna" works, or causes NF-power semiconductors an oscillation...
Ceramics is due to its low-inductance property as an insulator for high-frequency, electromagnetic radiation. This allows others to prevent a heat sink in RF transistors as unintentional "antenna" works, or causes NF-power semiconductors an oscillation...
Ceramics is due to its low-inductance property as an insulator for high-frequency, electromagnetic radiation. This allows others to prevent a heat sink in RF transistors as unintentional "antenna" works, or causes NF-power semiconductors an oscillation...
Ceramics is due to its low-inductance property as an insulator for high-frequency, electromagnetic radiation. This allows others to prevent a heat sink in RF transistors as unintentional "antenna" works, or causes NF-power semiconductors an oscillation...
Ceramics is due to its low-inductance property as an insulator for high-frequency, electromagnetic radiation. This allows others to prevent a heat sink in RF transistors as unintentional "antenna" works, or causes NF-power semiconductors an oscillation...
Ceramics is due to its low-inductance property as an insulator for high-frequency, electromagnetic radiation. This allows others to prevent a heat sink in RF transistors as unintentional "antenna" works, or causes NF-power semiconductors an oscillation...
The cooling fin is fitted to the 6mm heatpipes. This should sit close to other cooling fins. The required size can be achieved by cutting the fins. The cooling fins are intended for forced ventilation. There are 10 integrated holes.
The thermal coupling elements are thermally coupled to the heat source by clamping or screwing. The heatpipes are fitted into the holes. The heat taken from the coupling elements is thus transported to the cooling fins via the heatpipes. The cooling fins...
The thermal coupling elements are thermally coupled to the heat source by clamping or screwing. The heatpipes are fitted into the holes. The heat taken from the coupling elements is thus transported to the cooling fins via the heatpipes. The cooling fins...