CDRH3D16/LDNP-180NC

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Fixed inductors have important applications across many domains of modern technology. They are especially important in electronics engineering, as they can store energy charge in a consistent form and are used to limit the flow of current. The CDRH3D16/LDNP-180NC fixed inductor is a compact, low-power inductor that is suitable for a wide range of applications. In this article, we shall explore the application fields and working principle of the CDRH3D16/LDNP-180NC fixed inductor.

The CDRH3D16/LDNP-180NC fixed inductor is ideal for low-power designs due to its high inductance to volume ratio. It has a very low DC resistance of just 0.127 ohms and a high current rating of up to 3.45A. It can be used in DC to DC converters, computer motherboards, and audio systems as it provides a consistent DC current limiting flexibility. It is also suited to applications such as LED drivers, DC power supplies, automotive electronics, and communication applications.

The working principle of the CDRH3D16/LDNP-180NC fixed inductor is very simple. In general, an inductor opposes the flow of a changing current, that is, the current cannot change instantaneously, but must pass through the inductor in a gradual manner. This is due to the electromagnetic field that is generated in the inductor\'s windings, which prevents the current from changing too quickly. As a result, the current can be restricted in a consistent manner, allowing the CDRH3D16/LDNP-180NC fixed inductor to act as a regulator.

The CDRH3D16/LDNP-180NC fixed inductor has several characteristics that make it an ideal choice for a wide range of applications. Its ultra-low DC resistance makes it ideal for low-power design, its high current rating of up to 3.45A allows for increased efficiency and reliability, and its high inductance to volume ratio ensures that the inductor is compact and lightweight. In addition, the inductor has a wide temperature range of -40°C to +125°C for increased performance.

Overall, the CDRH3D16/LDNP-180NC fixed inductor is a great choice for low-power designs due to its high inductance to volume ratio, low DC resistance, and high current rating. It can be used in applications such as DC to DC converters, computer motherboards, audio systems, LED drivers, power supplies, and automotive electronics. Additionally, its working principle is quite simple – the inductor produces an electromagnetic field that opposes the flow of a changing current, allowing for consistent current regulation.

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