CB2518T681K

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The CB2518T681K is a type of fixed inductor, and is commonly used in a variety of applications. The CB2518T681K is a fixed inductor composed of ferrite and DC resistive components, with an inductive value of 680 uH. It is commonly used in applications such as in power supplies, automotive electronics, and industrial equipment.

The CB2518T681K is designed to provide an inductance value of 680 uH with a low DC resistance of only 0.009 Ω. It has a maximum rated current of 80A and is capable of generating up to 500 VDC when used in high-power applications. It is also capable of operating at temperatures up to 85°C.

The working principle of the CB2518T681K is fairly simple. The inductor is composed of two parts, a ferrite section and a resistive section. The ferrite section is composed of two ferrite cores, a toroidal core and a bobbin. The toroidal core is used to provide the inductance value of 680 uH, and is also responsible for providing the necessary damping of the inductor. The bobbin is the DC resistive section, and its resistance forms the DC resistance of the inductor.

The ferrite and resistive sections interact through a series of coils, called windings. The ferrite core is continuously being exposed to alternating currents which in turn create a moving electromagnetic field. This alternating field creates an opposing force on the bobbin. This opposing force is what helps keep the inductance value of the CB2518T681K constant, and is also responsible for generating the high voltage when used in high-power applications.

The CB2518T681K is a commonly used fixed inductor which is capable of providing a constant inductance value of 680 uH with a low DC resistance of only 0.009 Ω. It is capable of operating at temperatures up to 85°C and providing up to 500 VDC when used in high-power applications. The working principle of the CB2518T681K is fairly simple, involving two parts, the ferrite section and the resistive section, which interact with one another through a series of windings.

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