LBC2518T470MV

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Fixed Inductors are passive electrical components that primarily consist of an inductor coil with two or more terminals. Fixed inductors can be made from materials such as ceramic, metal alloy (such as copper or iron cores) or some combination of these. Generally, a fixed inductor is used to store electrical energy in a magnetic field when a current is passed through it. The energy is then released when the current flow through the inductor is interrupted.

The LBC2518T470MV is a fixed inductor of type that is made with a radial leaded type core material. It is a general purpose, shielded, axial leaded device which has excellent tolerance in the actual value of inductance range. This means that the inductance value is quite reliable, even after repeated use. The LBC2518T470MV inductor can be used in a wide range of applications due to its features such as low DC resistance, low capacitance and high current handling capability.

The LBC2518T470MV is typically used in power supplies and other power related circuits where high current handling is required. It also finds application in signal and data transmission lines, RF circuits, amplifiers, and oscillators. As with all fixed inductors, it has two primary functions: to store energy in its magnetic field and to provide electric current control.

The working principle of the LBC2518T470MV is the same as with all fixed inductors. When an electric current is passed through the inductor coil, it creates a magnetic field. This magnetic field stores energy, which is then released when the current flow is interrupted. The core material of the inductor affects both the inductance value and the magnetization properties. The magnetization characteristics dictate the frequency response of the inductor.
The LBC2518T470MV is a high-quality fixed inductor that provides an economical solution for high current applications. The device is readily available in kit form from its manufacturers, and it is easy to install. Its features offer significant advantages over other inductor types, making it an ideal choice for power-related applications. Its ability to store energy efficiently and reliably makes it an excellent choice for power-processing applications and other uses.

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