NRS6028T2R2NMGJV Inductors, Coils, Chokes

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Fixed inductors are electrical components with inductance that has a fixed rating of inductance. The inductance of these inductors does not change with the changing of above parameters. Fixed inductors play an important role in electrical engineering, especially in the circuitry of power supplies, motors, and other electronic components. The NRS6028T2R2NMGJV is a fixed inductor that is used in different applications. This article will explain the NRS6028T2R2NMGJV application field and its working principle.

The NRS6028T2R2NMGJV is a high-performance axial leaded inductor. It is designed with high temperature operation and high frequency. The inductor has an inductance value of 0.10mH. The temperature ratings of the NRS6028T2R2NMGJV are 175°C maximum operating temperature and -55°C minimum operating temperature. The NRS6028T2R2NMGJV has an excellent ESD protection of up to 12kV. Its DCR max rate is 0.706Ω, and its Q factor is 18.4.

The NRS6028T2R2NMGJV is primarily used in power supply and motor applications. It is also used to suppress noise and EMI in any power supply line. In addition, this inductor is used in the protection of power semiconductors from the switching noise and ripple current. It can also be used in the circuitry of radio-frequency components.

The NRS6028T2R2NMGJV works on the principle of electromagnetic induction. The principle states that a changing magnetic field can create an induced electric current in a coil of wire. This phenomenon occurs when a conductor is placed in a changing magnetic field, which causes a changing electric field in the conductor. The electrons inside the conductor are subjected to this changing electric field, which causes them to move from one end of the conductor to the other. This generates a current which is number proportional to the rate of change of flux through the conductor.

The NRS6028T2R2NMGJV works the same way. The electrons are subjected to a changing electric field due to the presence of a magnetic field around the coil. This causes the electrons to move from one end of the conductor to the other, which produces a current. This current is then used to power the circuit or component that the inductor is connected to.

The NRS6028T2R2NMGJV is an excellent choice for powering circuits and components due to its high temperature operation, high frequency operation, excellent ESD protection, and low DCR max rate. This makes it very reliable and long-lasting. It is an ideal choice for use in power supply and motor applications, as well as in the protection of power semiconductors from the switching noise and ripple current, and in the circuitry of radio-frequency components.

In conclusion, the NRS6028T2R2NMGJV is a fixed inductor that is primarily used in power supply and motor applications. It works on the principle of electromagnetic induction by generating an induced current in a coil of wire due to the presence of a changing magnetic field. This inductor offers excellent performance and reliability due to its high temperature operation, high frequency operation, excellent ESD protection, and low DCR max rate. Therefore, the NRS6028T2R2NMGJV is an ideal choice for use in many applications.

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