CB10JB160R

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Through Hole Resistors provide integrated circuit designers with an economical and efficient heat dissipation solution. The CB10JB160R is a through hole resistor designed for higher current applications. It has an extended range of resistance values that ranges from 0.01-300Ω. This resistor features low resistance tolerance, high voltage rating, and low thermal resistance. By using this type of resistor, designers are able to reduce energy consumption, reduce component size, and improve reliability.The CB10JB160R is made up of a substrate material, typically alumina, sandwiched between two electrically insulating ceramic layers. It contains a small layer of metal film that is deposited onto the top and bottom surfaces of the ceramic substrate. This metal film layer provides the resistance value, and the side walls of the resistor are drilled to create another layer of insulation. The edges of the resistor are then soldered onto the circuit board or substrate, which allows for the electrical connection.The working principle of the CB10JB160R is based on the Joule effect. This effect is created by varying the amount of electric current passing through the resistor. As the current passes through the metal film, it produces heat, which is then dissipated by the ceramic substrate providing reliable thermal regulation. By altering the thickness of the metal film, it is possible to achieve a wide range of resistance values.The application fields of the CB10JB160R include power transistors, integrated circuits, and other high power applications. As the resistance value is adjustable, it can be used to control the current flow in a circuit and provide efficient power management. By using this type of resistor, manufacturers are able to achieve higher levels of reliability and reduce component size when compared to other methods.The CB10JB160R is a reliable and cost effective solution for high power applications. Its adjustable resistive value and low thermal resistance make it an ideal choice for integrated circuits, power transistors, and other applications that require efficient power management. By using this type of resistor, manufacturers can reduce energy consumption, reduce component size, and improve reliability.

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