CEP123NP-6R3MC

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Fixed inductors are electric components that utilize the principle of electromagnetic induction to store energy in the form of a magnetic field. They are extremely important for various applications such as in radio frequency, regulators, transformers, and amplifiers. The CEP123NP-6R3MC is a type of fixed inductor.

To understand its application fields and how it works, we need to first understand its construction and design. The CEP123NP-6R3MC comprises an intricately wound coil made from insulated enameled copper wire and a toroidal ferrite core. The ferrite core alters the magnetic field’s effective inductance of the component. To provide more insight on the design, the coil is wound on polyimide bobbin and enclosed in an enamel-coated ABS casing.

The CEP123NP-6R3MC’s application field is mainly determined by its inductance, which is measured in Henrys, and its current carrying capacity, which is measured in Amperes. At a nominal inductance of 0.27 mH, it works well for various applications in radio frequency circuits such as filters and band-pass filters. With an upper DC current carrying capacity of 6 A and a saturation current of 3 A it is also suitable for applications in regulator, transformer, and amplifier circuits. Its construction allows for operability at both high and low frequencies, making it the go-to component for a variety of functions.

The CEP123NP-6R3MC works on the principle of electromagnetic induction. When a current flows through the winding of the component, a magnetic field is generated. This magnetic field stores energy and induces a counter-electromotive force, resulting in an increase in the inductance of the component. By altering the amount of current that flows through the winding, the inductance of the component can be changed accordingly.

The CEP123NP-6R3MC is typically used in frequencies ranging from 50 kHz up to and including 3 MHz, with a test frequency of 100

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