NS10165T2R2NNV Inductors, Coils, Chokes

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Fixed inductors are components used to provide an inductance between two lines in an electrical circuit. The inductance is an electro-magnetic property that stores energy in a magnetic field. Fixed inductors are used in a variety of applications, from filters and matching networks to audio circuits and more. The NS10165T2R2NNV is a type of fixed inductor, designed to provide highly reliable performance in a broad range of low-power requirements.

The NS10165T2R2NNV provides optimum inductance and current ratings for a wide range of applications. It is designed to achieve precise specifications with low power ratings, but still offers an excellent Q-factor and exceptionally low core losses. The inductor features a high surge current capability for faster recovery time and better performance in noisy environments. The low-noise characteristic is complemented by its ferrite core design, which minimizes eddy current losses and crosstalk between the windings.

In terms of its application fields, the NS10165T2R2NNV can be used in a variety of power supply circuits, from low voltage AC/DC systems, to high voltage DC-DC systems. It is also suitable for use in various types of RF and communication circuits, including WPC power receivers and USB 2.0 hubs. Other applications include motor speed controllers, audio amplifiers, and SMPS transformers.

The working principle of a fixed inductor is relatively simple. In essence, it consists of two basic components: a coil – made from one insulated wire or a set of insulated wires – and a core, which is typically made from ferrite or powdered iron. When an electric current passes through the coil, a magnetic field is generated around it. This field is used to store a certain amount of energy. The core helps strengthen this field and convert energy stored in it into useful energy, such as a higher voltage, which can be used in an electrical circuit.

To ensure reliable operation, the core and windings of the inductor must be manufactured to tight specifications. For instance, the coil must be wound tightly and evenly with the correct number of turns, and the core must be made of the right material and of the right shape. It is also important to keep the parasitic effects (such as leakage inductance) to a minimum.

In sum, the NS10165T2R2NNV fixed inductor is designed for a range of low-power applications. Its high-quality components provide low-noise, high-efficiency performance, while its ferrite core design minimizes crosstalk and core losses. Its wide range of applications includes motor speed controllers, audio amplifiers, WPC receivers, and USB 2.0 hubs, among others.

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