UP0.4SC-102-R

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Fixed Inductors are electrical components that, when supplied with electric current, generate a magnetic field that stores energy. In contrast to movable coils, the basic design of a fixed inductor allows the device to be used in a variety of applications. A good example is the UP0.4SC-102-R. This component has a high-performance construction that enables it to provide greater levels of efficiency while minimizing the amount of space taken up in a device.

Application Field

The UP0.4SC-102-R is designed to be used in a wide range of applications. As a low-profile SMD component, it is suitable for applications in low-vibration and stable environments. By complementing the device with power supply units, the UP0.4SC-102-R can be used to provide an inductive protection element in automotive electronics, as low-profile shielding elements in space-constrained electronics manufacturing, and for energy storage applications.

Working principle

The UP0.4SC-102-R contains an internal windings consisting of a coil of magnetically conductive wire. When a current flows through the wire, it generates an electric field that induces opposing electric fields in nearby elements. This creates a stored magnetic field between the coils, which stores energy and creates a productive environment.

The mechanism of the UP0.4SC-102-R utilizes induction for the purpose of receiving and forwarding the current. As soon as an alternating current is applied to the coil, it will activate the inductor and induce a magnetic field. This magnetic field produces an induced electric field that continues to flow in the same direction, thus enabling the device to store and re-employ the energy.

The UP0.4SC-102-R is designed with a flat top-face that increases its level of performance. The flat structure enables better air flow, reducing the risk of contact failure due to local warming. Moreover, the flat design of the device ensures mechanical stability, making the UP0.4SC-102-R suitable for applications in directional feedback circuits.

The UP0.4SC-102-R also has an improved manufacturing process. Its components are robust and allow for a variety of operating temperatures. This means that the component will be able to withstand diversified environments and still retain its performance level.

Overall, the UP0.4SC-102-R is designed to deliver excellent performance in the face of demanding applications. It is an ideal component for various protection and energy storage applications in automotive electronics and space-constrained environments.

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