CDRH8D28HPNP-150NC

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Fixed Inductors are passive components used in a variety of electronic circuits, delivering energy and conditioning signals and providing protection against interference or short-circuits. The CDRH8D28HPNP-150NC Inductor is one example of a field-applied, high performance fixed inductor that is suitable for a range of both high current and high voltage applications.

This model is distinguished by its exceptionally low DCR (direct current resistance) and high resistivity. The inductance is a relatively low 8.2 microhenries with a tolerance level of ±30%, while its maximum rated voltage is 300 VDC and the rated current is either 20 Amps or 50 Amps (depending on Coilcraft’s temperature specifications).

Its construction consists of a toroidal core with 98 turns of enameled copper wire shielded by a ferrite coil. It features a ceramic body for heat dissipation and improved temperature stability. Coilcraft also offers a variety of other features depending on the model, such as a double bobbin for additional shielding or a soldered air gap for higher inductance.

As the name suggests, the CDRH8D28HPNP-150NC Inductor is used for a variety of fields and applications. These range from audio switching and filters, to power-supply buffering and bypass circuitry, to power conditioning and RF energy coupling. This model is highly suitable for use in increased voltage environments due to its higher-density ferrite and lower-DCR performance.

The CDRH8D28HPNP-150NC works on the basic principle of inductance, which explains its use in applications requiring a fixed-level energy transfer or signal conditioning. This principle is best explained in terms of Faraday’s Law of Induction, which states that a changing magnetic field will induce an electric current in a nearby circuit. This effect can be seen in the CDRH8D28HPNP-150NC Inductor when a magnetic field is created within the inductor’s core, thus inducing an electric current.

The CDRH8D28HPNP-150NC has a wide range of applications in both high current and high voltage applications. Its low DC resistance and high heat transfer capabilities make it suitable for a variety of scenarios, while its inductance and Faraday’s Law of Induction provide an excellent fixed-level energy transfer. With its high performance capabilities and adjustable features, the CDRH8D28HPNP-150NC makes a great addition to any fixed-inductors application.

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