CDRH4D14LDNP-3R0NC

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Fixed Inductors are components used in a variety of electrical and electronic circuits for applications such as filtering and power conversion. One type of fixed inductor is the CDRH4D14LDNP-3R0NC. This component is commonly used in the electronics market due to its various applications and its low-profile size.

The CDRH4D14LDNP-3R0NC fixed inductor is a cylindrical inductor with overall dimensions of 0.4" in diameter and 0.225" in height. The component is made from a ferrite core material and is constructed with a five sided donut-head shape. The device\'s construction also includes three different terminals which are used to attach various electrical connections to the inductor. The inductor is rated for an inductance range of 0.8-1.4uH and is able to function at a maximum DC current of 15 A.

The CDRH4D14LDNP-3R0NC fixed inductor is not only used in a variety of electronic circuits, but it can also be used for other applications such as RF power conversion and RF filtering. In these applications, the inductor\'s magnetic field is able to effectively filter or reduce the amount of noise generated from various sources. The inductor can also be used to create a higher current handling capacity in electronic circuits.

The CDRH4D14LDNP-3R0NC fixed inductor is used in a variety of electronic applications due to its ability to generate high-frequency magnetic fields. The component works by creating a magnetic field around the wire which induces a current in the wire. This current is then converted into energy which is then used to power various electronic components. This type of inductor is also capable of producing higher frequencies over a large range of frequencies. The device can also be used to reduce or eliminate interference between various signals.

The CDRH4D14LDNP-3R0NC fixed inductor is a useful component for a variety of electronic systems. Its small form factor and low profile enables it to easily fit into tight spaces. It is also rated for a high current handling capacity, making it an ideal component for power conversion and filtering applications. Additionally, the device is able to generate high-frequency magnetic fields which help reduce noise and interference.

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