CEP123NP-3R2MC

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Fixed inductors are built with a coil of wire surrounding a magnetic core, providing inductance/impedance to circuits and signals. Many types of fixed inductors are available, each offering properties that make them especially suitable for a particular application.

One type of fixed inductor is the CEP123NP-3R2MC, a surface-mount, lead frame-type inductor often used in resonant circuits, radio-frequency circuits, and switched-mode power supplies. This inductor is composed of a core with windings of copper wire around it and its shape ensures that it fits in confined spaces, making it suitable for applications where space is limited.

The CEP123NP-3R2MC inductor has an inductance of 3.2uH with a maximum DC resistance of 0.02ohms across its lead. Its frequency characteristics up to 6.7MHz allow it to be used with signals up to 11A and its temperature range of -55℃ to +125℃ makes it suitable for operation in a wide range of applications. The inductor has a high saturation current rating and a high self-resonant frequency, enabling it to operate over a wide range of frequencies without distortion.

The CEP123NP-3R2MC inductor is designed for use in applications such as audio amplifiers, telecommunication circuits, power circuits, dithering circuits, oscillators, and resonant circuits. Its properties make it an ideal choice for applications that require an inductor with a high current and frequency range but its size and cost also make it suitable for more general purposes. Operating at temperatures between -55℃ and +125℃, the inductor is designed to be highly reliable in a wide range of applications. Additionally, its winding resistance is low and its frequency characteristics up to 6.7MHz make it suitable for radio-frequency circuits.

The CEP123NP-3R2MC inductor\'s working principle is based on the electromagnetic cycle. When a current passes through the inductor, its core becomes magnetized, inducing a magnetic field around it that can attract or repel other magnetic fields. The resulting force between the fields can create a voltage which in turn can cause current to flow in the opposite direction, creating an electric deficit. This electric deficit, or inductance, is the inductor\'s primary function. This inductance can be used to process signals, store energy, and allow electricity to flow in a preset manner.

The CEP123NP-3R2MC is an ideal inductor choice for many applications due to its size, cost, and frequency characteristics. Its small size enables it to fit into confined spaces, while its cost and frequency characteristics make it suitable for both general-purpose applications and for specific applications that require specific types of inductors.

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