NRS6014T150MMGG Inductors, Coils, Chokes

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Fixed inductors are passive electrical components that store energy in the form of magnetic fields when electric current passes through them. The NRS6014T150MMGG belongs to this category and is widely used for various applications. This article will focus on the application fields of this inductor and its working principle.

Applications

NRS6014T150MMGG has a variety of uses. It is often used in coaxial plug-in RF inductors over 100MHz. It is also used to reduce signal noise levels in high frequency applications. The high frequency performance makes it an ideal choice for radio applications as well as power conditioning circuits. Additionally, this inductor is used in power supplies, current filters, high power switch ignition and pulse circuits.

Working Principle

NRS6014T150MMGG is made up of a coil of wire and a core of material such as ferrite, iron-core, or air-core. The core material and size affect the inductance and dissipation of the inductor. When an AC current flows through the coil, it creates a magnetic field around the core which stores energy temporarily. This stored energy in the magnetic field is proportional to the strength of the field and the size of the core. This stored energy causes the inductance in the circuit.

When the status of the current changes, the magnetic field decays and the stored energy is released. This release of energy creates a counter EMF which acts against the current flow and results in dampening the current. This counter-EMF is called inductive reactance. The inductive reactance, or the opposition to current flow, increases with frequency. This inductive reactance makes the inductor an ideal component to control current frequencies in specific applications.

Conclusion

The NRS6014T150MMGG is a fixed inductor which has a wide range of applications in radio, power conditioning circuits, power supplies, current filters, high power switch ignition and pulse circuits, thanks to its high-frequency performance. Its working principle is based on the fact that when an AC current flows through the inductor’s core, a magnetic field is formed and energy is stored in this field, creating a counter EMF that opposes the flow of current and results in a dampening effect.

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