CIH02T2N4BNC

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Fixed Inductors are electronic components used to generate a inductance effect. They are widely used in various electronic circuits or components and are available in various shapes and sizes. The CIH02T2N4BNC is a fixed inductor that is designed for specific applications. In this article, we will discuss its application field and working principle.

The CIH02T2N4BNC is primarily used in power supplies, electronic controllers, inverters, amplifiers and other electronics equipment. It has a product ID of CIH02T2N4BNC and is generally used in multi-purpose industries. It can also be used in production, test, consumer, instrumentation, radio and other related equipments. The CIH02T2N4BNC comes in various sizes; from 0.25” to 0.63” and is made from high-temperature epoxy, which makes it suitable for use in most harsh working conditions.

The working principle of the CIH02T2N4BNC is similar to all other fixed inductors. It is essentially an electromagnetic device that stores energy within itself in the form of magnetic fields. The CIH02T2N4BNC is a two terminal device that operates by creating a circular magnetic field around its core. This causes an electromagnetic wave to be generated which then induces a current flow in the wire connected to it. The amount of current flow can be adjusted by changing the size and shape of the inductor.

Compared to other inductors, the CIH02T2N4BNC has several important advantages. It is available in various sizes with different inductance ratings ranging from 1.3mH to 270mH. The CIH02T2N4BNC has a low self-capacitance, which makes it more robust and provides better inductance stability. Additionally, its low tolerance makes the CIH02T2N4BNC suitable for various applications such as current-mode power supplies, buck/boost converters, voltage-mode power supplies, switching converters and the like.

The CIH02T2N4BNC has a variety of features, as mentioned above. Its primary characteristics include low self-heating, high power rating, high current capacity, low leakage current, high inductance stability, low tolerance, etc. All these features make the CIH02T2N4BNC a highly reliable inductor, which is an important factor to consider when selecting a fixed inductor for specific applications.

In conclusion, the CIH02T2N4BNC fixed inductor is a good choice for a variety of electronic components due to its low tolerance, low self-heating, high power rating, high current capacity, low leakage current, and high inductance stability. It is a reliable component and is widely used in many different industries. With its wide range of application fields and working principles, the CIH02T2N4BNC makes for an excellent choice for any electronic project.

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