B82422H1473K100

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Fixed inductors are passive components that are responsible for introducing inductance into electrical circuits. The B82422H1473K100 is an SMD inductor specifically designed by the TDK Corporation. This part has been extensively tested and verified for its various electrical specifications, and is ideal for use in low-power applications.

Application Field

The B82422H1473K100 fixed inductor is a coil that is designed to provide the circuit with an inductance of 1,47 nH (nanohms). The capacitance is 2.2 µC (microfarads). This makes the inductor perfect for low power applications. The inductor has a wide temperature range from -40° C to +125° C, making it suitable for operating in a wide range of environments. The inductor\'s operating frequency is up to 3 GHz, allowing it to accurately transfer high-speed signals without losing signal quality.

Working Principle

The working principle of a fixed inductor is fairly straightforward. This component is essentially an electrical coil, made up of copper wire wound around an insulating former. The current passing through this coil produces a magnetic field, due to the inductance of the coil, and it is this magnetic field that stops the current from changing directions too quickly. The magnetic field also serves to store energy in the form of a magnetic field, in much the same way that a capacitor stores energy. This stored energy is then used to maintain a steady electrical flow through the components, which in turn allows the entire circuit to operate smoothly.

The B82422H1473K100 fixed inductor is designed to be used in low-power applications, and so its construction is quite simple. This component consists of two vertical rows of turns of copper wire which are wound around two different foramr cores. The two cores are kept in place by proprietary TDK structures, and the physical characteristics of this inductor are designed for minimal EMI interference.

In conclusion, the B82422H1473K100 fixed inductor is an ideal component for low-power applications. The wide temperature range and high operating frequency of this inductor make it suitable for use in many different applications. Furthermore, the simple design and construction of this component ensure minimal interference from EMI and other sources. By using this component, engineers can be sure that their circuits will be able to operate correctly and efficiently.

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