RCR664DNP-470L

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Fixed inductors are components which are used to store energy within an electrical circuit by providing inductance. The RCR664DNP-470L is a type of fixed inductor composed of a ferrite core, with a wound coil of wire on top. The RCR664DNP-470L has a construction based on an axial lead design. This construction means the two leads protrude from the sides of the inductor.

The application fields of the RCR664DNP-470L are numerous, ranging from automotive, consumer electronics, industrial controls, and alarms to frequency filters, magnetic ballast, or delay lines. This inductor is suitable for a variety of applications due to its low power consumption and good performance.

The RCR664DNP-470L works as a fixed inductor by utilizing Faraday’s law of electromagnetic induction. This law states that a changing magnetic field creates an induced current in an inductor. This current produces an opposing magnetic field, which has two effects: first, it tends to oppose the change in the field, and secondly, it stores energy.

To put it simply, the RCR664DNP-470L stores energy by passing a current through a ferrite core. The ferrite core acts as a coil, and the coil of wire wrapped around it induces an opposing magnetic field, thus storing energy and providing inductance. This energy is then released when the current through the inductor is altered.

The RCR664DNP-470L is also designed to be shielded in order to improve its impedance characteristics, which means that the current induced in the inductor is minimized. It also has a self-resonant frequency of 150MHz, which helps ensure high-frequency noise is minimized.

Overall, the RCR664DNP-470L is an ideal choice for applications ranging from automotive to industrial due to its excellent performance, low power consumption, and good shielding. It utilizes Faraday’s law of electromagnetic induction to store energy in a ferrite core, providing inductance for the circuit.

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