CIG22E4R7MNE

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Fixed inductors, such as the CIG22E4R7MNE, are passive electronic components used to store and release energy. The component is composed of copper or aluminium wire, wound around a core material such as ferrite, soft iron, or air. The looped wire in an inductor results in a component that is able to convert an electric current into a magnetic field. Fixed inductors are commonly manufactured with an electric rating of between 0.05 and 2,000 mH.

The CIG22E4R7MNE fixed inductor is a high-frequency component, particularly suited for use in power converters. The core material is made from iron and the windings feature non-flammable plastic. The inductance rating of the CIG22E4R7MNE is 0.22 µH. The device measures just 10.2mm by 10.2mm, enabling it to fit in a wide range of systems.

The primary advantage of the CIG22E4R7MNE fixed inductor is its ability to store energy. When a fixed inductor is placed in a circuit with an AC current, the magnetic field created by the current causes a stored field to surround the component. As the current increases, this stored magnetic field increases linearly, and induces an opposite current in the same direction. This induces an opposite current in the same direction in opposition to the current flowing through the device. This action reduces current flow, allowing the inductor to act as a voltage regulaor and smoothing out current spikes.

The CIG22E4R7MNE can be used in a wide variety of applications. The component is suited for use in power supplies, power converters, and in digital and analogue circuits. It can also be used in circuits to act as a filter, to suppress noise and RF interference. The device can even be used in audio reproduction and recording applications. The component is rated at 350V, with a maximum temperature of 125°C.

In conclusion, the CIG22E4R7MNE fixed inductor is a high-frequency component, well-suited for use in power converters and other applications requiring a voltage regulator or noise filter. The component is constructed with an iron core and features a 0.22 µH inductance rating. It also has a maximum temperature rating of 125°C and can be used in a wide range of applications, including power supplies and audio reproduction circuits.

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