NLC565050T-150K-PF Inductors, Coils, Chokes

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A fixed inductor is an electrical component that is used to store energy in an electric field within the body of the device. The NLC565050T-150K-PF is a popular fixed inductor used in a range of applications. In this article, we will discuss the application fields and working principle of this particular component.

The NLC565050T-150K-PF is a fixed inductor with an inductance rating of 150K. This component has two pins and is suitable for a range of impedance applications, such as high frequency filters and DC-DC converter applications. Its capabilities make it ideal for use in narrow and wide frequency range applications, making it suitable for use in robotics, medical equipment, and industrial machinery.

Due to its high purity ceramic core, the device works with 825mFe (8A/25mOhm) magnetic cores and provides an impedance of up to 37K. This makes it perfect for use in high-efficiency switching applications and for circuit filtering applications. Additionally, because it is an air-core inductor with high flux density and low resistance, it offers low DCR losses and is capable of moving large amounts of power with low noise.

Now, let’s discuss the working principle of the NLC565050T-150K-PF. When a voltage is applied to the device, the current passing through it creates a magnetic field. This magnetic field collapses and creates a back-EMF, allowing the inductor to store energy. This stored energy is released when the source voltage is removed, creating a continuous current flow. The inductance of the component also affects the current flowing through the device, the higher the inductance, the slower the current flows.

The NLC565050T-150K-PF fixed inductor is a reliable and efficient component for use in a range of applications. Its high impedance rating and low DCR makes it suitable for use in high frequency filters and DC-DC converters, whilst its low resistance and high flux density make it suitable for moving large amounts of power with minimal noise. Lastly, its working principle is based on the generation of a back-EMF that allows the device to store energy, making it perfect for use in power supply circuits.

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