B82422T1823K000

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Fixed Inductors are used in applications such as RF filters, drive circuits, and power supplies. In all these cases, the inductor transforms current into magnetic flux, often leading to different types of responses depending on the field strength. The B82422T1823K000 is a ferrite core-based fixed inductor which has a wide range of features and uses.

Component Overview & Specifications: The B82422T1823K000 is an SMT inductor that measures 12.5mm in length and 8.3mm in width. It is constructed with a ferrite core, primary and secondary windings, and a core case. The component is rated for use with 105°C rated inductors, with a maximum frequency and current of 820kHz & 500mA, and an inductance ratings of 0.1-10uH. It also has a rated DCR of 0.6 – 5.4 Ohm.

Key Applications & Properties: The B82422T1823K000 is primarily used in RF filter circuits, drive circuits and power supplies. Its ferrite core is resistant to breakdown even under high voltages, so it can be used in wide range of applications where potential overloads or electrical noise is present. Its size and weight make it suitable for use in compact devices such as cell phones, PCs, and portable media players. Because of its ability to transform current into magnetic flux, it also works in applications like inductors, voltage regulators, and linear regulators.

Working Principle: The working principle behind the B82422T1823K000 is based on Faraday’s law of induction, which states that “when a varying magnetic flux is passed through a coil of wire, an induced current flows through it”. In this case, the primary winding within the component creates a varying magnetic flux, while the secondary winding of the inductor picks up the induced current due to the varying magnetic field. This helps to efficiently transform electrical energy into magnetic energy, allowing the current to be filtered or regulated accordingly.

Conclusion: The B82422T1823K000 is a versatile SMT inductor that can be used in a wide range of applications. Its ferrite core helps to protect it against high voltages, while its small size and weight make it suitable for use in compact devices. It works on the basis of Faraday’s law of induction, which allows it to transform electrical energy into magnetic energy for filtering and regulating current.

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