ELJ-NAR10MF Inductors, Coils, Chokes

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Fixed inductors are useful components in electronic circuits where it is necessary to increase or decrease the amount of current flowing through a circuit. One example of a fixed inductor is the ELJ-NAR10MF.The ELJ-NAR10MF is a chip style fixed inductor which features a high self-resonant frequency and low dc resistance. It is designed to function in voltage ratings up to 16 volts and in current ratings up to 5 amps.In general, fixed inductors are designed to store energy in a magnetic form. A current flows through the inductor winding creating a magnetic field. The field stores the energy that is generated by the current and releases it back into the circuit when the current flow is reduced or stopped. The rate at which the energy is released is proportional to the inductance of the inductor.The ELJ-NAR10MF is a surface mountable chip type inductor designed specifically for high frequency applications such as switching power supplies, switching regulators, and DC/DC converters. It has a high saturation current, low losses, and a low profile which make it ideal for use in high density circuit designs. It also has a low inductance of only 2.7uH, which makes it suitable for applications requiring low inductance.The working principle of the ELJ-NAR10MF is that when a current flows through the winding of the inductor, an energy is stored in a magnetic form. When the applied current stops, the stored energy is released and induces a current in the opposite direction, which allows the component to act as a filter. This type of inductor is often used in power conversion circuits to reduce the amount of ripple caused by the switching of the power supply or converter.Overall, the ELJ-NAR10MF is a versatile and highly efficient chip style inductor ideal for high frequency applications with demands for low inductance and low profile designs. The high saturation current and low losses make it a great choice for high density circuit designs while its low inductance makes it suitable for applications requiring low inductance. Finally, its working principle allows it to act as a filter and reduce the amount of ripple caused by switching power supplies or converters, thus making it an invaluable component in modern electronic circuitry.

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