CDRH2D09NP-4R7MC

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Fixed Inductors are devices used to create a steady magnetic field or electrical current for a range of purposes. The CDRH2D09NP-4R7MC is one such type that finds widespread applications in both AC and DC voltage applications. Generally employed in power electronic systems, an inductor can also be used to supplement or enhance existing electrical components.

The CDRH2D09NP-4R7MC fixed inductor is an important component in some of today\'s power systems. This type of inductor is a closed core type enclosed in the popular ‘3R size’ measuring 26.7 x 12 x 8.6 mm. It has an inductance of 4.7uH and an approximate DC resistance of 0.282 ohms. With an idle self-resonance frequency of around 15MHz, this device is optimal in both low and medium-voltage setups.

The core of the CDRH2D09NP-4R7MC consists of ferrite material composed of a mix of strontium, iron, and ceramic combined with magnetic particles. This material is subsequently sealed in a metallic casing for reinforcement and insulation. The exterior also houses a built-in stress relief material to protect against the effects of physical shocks. As such the device can be effectively used for industrial, automobile, and medical applications.

In terms of operation, the CDRH2D09NP-4R7MC generates a magnetic field in response to an external electrical current or voltage source. By relying on the various electromagnetic properties of the material, this inductor is able to create and store energy in the form of a magnetic field. When the current stops flowing the stored energy will be released in the form of a second current.

The induced current flow, in turn, affects the initial current causing it to surge or lag. This is the same phenomenon at work in both inductors and motors. The CDRH2D09NP-4R7MC is thereby capable of converting electrical energy into a steady magnetic field which can be adapted to a number of applications such as filters, flyback circuits, and pulse transformers.

The CDRH2D09NP-4R7MC is engineered for maximum efficiency in AC and DC voltage configurations. With its exceptional heat dissipation capabilities, it is suited to heavy-duty tasks where heat generation is an issue. To ensure its longevity and reliability, the device utilizes a tin-plated copper coil which provides additional stress relief to the inductor as a whole.

From power electronic systems to filters and motors, the CDRH2D09NP-4R7MC fixed inductor is a reliable component for a variety of applications. Employing ferrite material encased in a metallic casing, it can create a strong magnetic field in response to current or voltage sources. This helps improve the efficiency of charge stability and current flow.

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