Fixed Inductors

Fixed inductors are a type of electrical device used to create a localized electric field to store or move energy. They are mainly used in electrical circuits to regulate the flow of electric current. Typically, they are made of a coil of wire or other conductive material surrounding a core material, such as iron or copper. The device works by inducing a circulating magnetic field in the core material which in turn creates a current in the coil.

5022-913F Application Field and Working Principle

The 5022-913F Fixed Inductor is a surface-mount, ceramic-core inductor designed for general-purpose applications. It has an inductance value of 0.27µH and is rated with a DC resistance of 29mΩ and DC current of 5.5A. This device is ideally suited for high frequency applications such as filters, decoupling, voltage-stabilization circuits, and switching power supplies. This device is also RoHS compliant and can operate at temperatures up to 250°C.

To understand how 5022-913F works, we must first understand the basics of an inductor. As current flows through the inductor, a magnetic field is created around the core material. This creates an opposing force, also known as inductance, which prevents the current from changing suddenly. Therefore, the inductance of the 5022-913F is controlled by adjusting the voltage applied across the terminals.

The 5022-913F also has a ceramic core, which increases its ability to boost the inductance value and improves its performance under high frequencies. This also allows the device to remain compact, since it is a multicore component. In addition, the device also known as has a low DC resistance, which makes it highly efficient for general-purpose applications.

Overall, the 5022-913F fixed inductor is an ideal choice for general-purpose applications, such as filters, decoupling, voltage-stabilization circuits, and switching power supplies. It is compact and has a low DC resistance, which makes it highly efficient. The device is ROHS compliant and can operate at temperatures up to 250°C. Therefore, it is well suited for high-frequency applications.