NLV25T-R82J-EFD

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Fixed inductors also known as chokes, refer to components specifically designed to provide inductive reactance in any AC circuit. The inductance of fixed inductors is usually expressed in henrys, depending on the inductor’s physical size and frequency. The NLV25T-R82J-EFD is a fixed inductor manufactured by Murata and is one of the most popular types in the industry. In this article, we will be exploring the NLV25T-R82J-EFD application field and working principle.

The NLV25T-R82J-EFD is a medium-sized fixed inductor that is composed of a coil wound around a ferrite core. The coil itself is made from copper and it has been designed to have high inductance at lower operating frequencies. The inductance of this type of fixed inductor is around 5-100uH, which makes it ideal for a wide range of applications. Some of these include audio processing, power supplies, switching regulators, and RF circuits.

In terms of its working principle, the NLV25T-R82J-EFD operates according to the laws of inductance. When an alternating current is applied to the inductor, it creates a magnetic field proportional to the rate of change of the current. This magnetic field affects the flow of the current, creating a counter-emf which opposes the applied current. This effect is known as inductive reactance and it is this effect that makes fixed inductors useful in AC circuits.

In addition to its inductive reactance, the NLV25T-R82J-EFD has a number of features that make it especially suitable for a variety of applications. For example, it has very low stray capacitance which makes it ideal for use in high speed circuits. Additionally, the inductor is designed for a very wide frequency range, essentially making it a “multi-purpose” inductor that can be used in many different configurations.

Overall, the NLV25T-R82J-EFD is a popular fixed inductor designed by Murata which is suitable for a wide range of applications. It is composed of a coil wound around a ferrite core and it operates according to the laws of inductance. As a result, it creates a magnetic field which affects the flow of the current, creating a counter-emf which opposes the applied current. Additionally, it has a number of features that make it particularly well-suited for use in audio processing, power supplies, switching regulators, and RF circuits.

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