CDEIR6D31FNP-6R8MC

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Fixed inductors are passive electronic components used in a variety of applications such as power supplies, filters, sensing, and anti-aliasing. As part of this diverse family, the CDEIR6D31FNP-6R8MC Inductor is a widely-used and reliable inductor due to its small size, consistent performance, and wide range of temperature capability. Through these features, it provides valuable components to circuits and power supplies, as will be outlined in this article.

CDEIR6D31FNP-6R8MC Application Field

The CDEIR6D31FNP-6R8MC Inductor comes in a small size, measuring only 5mm x 4mm. This allows it to be used in tight spaces and in places other components cannot reach. The tinned leads on the device also make it simple to attach wires to the component, aiding in its installation. At the same time, its high temperature rating and low thermal resistance make it suitable for use in all but the most extreme applications. While it does provide more power and capability than its competitors, it is primarily used for filtering power supply or radio frequency signals.

Working Principle

The core of any inductor consists of tightly wound copper wires wrapped around a core material. Due to the winding of the wires, inductors will oppose changes in current. This opposition is known as inductance and is measured in units of Henry (H). When an electrical current is applied to an inductor, a magnetic field is created around the inductor. This magnetic field is capable of storing energy and, through this process, inductors behave like transformers and can transform electrical power. Inductive reactance occurs when a signal with an alternating current is applied to an inductor. This is caused by the opposition created by the changing magnetic field and is measured in units of Ohms.

The CDEIR6D31FNP-6R8MC Inductor is a high-end inductor that utilizes the standard operating principles of an inductor and provides reliable and consistent performance. Its high saturation current rating and wide range of temperature capability allow it to be used in a variety of applications.

Conclusion

The CDEIR6D31FNP-6R8MC Inductor is a reliable and versatile inductor due to its small size, consistent performance, and wide range of temperature capability. Its small size allows for use in tight spaces and its ability to filter power supply and radio frequency signals is unrivalled by its competitors. With its high saturation current rating and low thermal resistance, it is a reliable component for any circuit or power supply, and is oftentimes the chosen inductor for industrial and commercial applications.

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