2176075-1 Inductors, Coils, Chokes

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Fixed inductors are also known as non-adjustable inductors, and they are a type of electrical components that stores energy in a magnetic field. The inductor contains a wound copper or aluminium wire around a core, which is typically made from iron, ferrite, air, or a combination of these materials. The inductor and its core are usually encased in a plastic material.

Fixed inductors are used primarily in applications where a constant inductance is of prime importance. The ultimate goal of a fixed inductor is to reduce energy dissipation and resistance to changes in inductance. Common usage of fixed inductors includes electrical circuits, which require precise control and impedance of current flows, and reactive loads, such as transformers and noise filters.

One of the most popular types of fixed inductors is the 2176075-1. As described in its datasheet, the 2176075-1 application field is composed of a power factor correction (PFC) choke, and it works to decrease power disturbances caused by rectified voltage that is generated by AC to DC power supplies. The working principle of the 2176075-1 is based on a plug and play solder lug connections, with spring contacts for power appliances such as AC/DC standby intelligence power controllers, and more.

The 2176075-1 also works by controlling the rise of the voltage to a much more smoother, with its dual copper layers coupled with a special air gap between them for maximum performance. The application and technology of the 2176075-1 offers an extremely high efficiency that provide superior inductance value stability at very low temperature signatures. Furthermore, the 2176075-1 has been designed to operate over a wide range of operating frequencies to assure design stability, consuming very low power and offering a current ratings as high as 94 A.

The 2176075-1 with its plug and play design is increasingly used as an answer to the ever evolving needs of products driven by low power standby functions. This fixed inductor shines in its ability to provide necessary components for power factor correction, noise suppression, as well as over-current protection applications. Its current rating up to 94A and its low temperature range make this component an ideal inductor for producing a minimum of disturbance in the power regulation of electronic component.

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