CDRH50D28RNP-330MC

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Fixed inductors are electrical components that store electrical energy by suppressing the electric current, just like an electrical energy battery. They are usually used in circuits as a filtering device or as a voltage regulator. The CDRH50D28RNP-330MC is one such fixed inductor.

This particular fixed inductor consists of a two-layer construction. It has a high permittivity core wrapped by a metal-etched magnetic flux concentrator. This concentrator has a narrow window structure which allows the inductor to achieve a very low effective inductance. This low inductance is important in order for the inductor to achieve its intended purpose.

The CDRH50D28RNP-330MC fixed inductor is mainly used in DC/DC converters and other power supply systems. It is widely used in laptops, consumer electronics, and communication devices. Additionally, it can also be used in low-power DC/DC flyback applications, battery-powered devices, and high-power surface mount applications.

The working principle of the CDRH50D28RNP-330MC fixed inductor is fairly simple. When a current passes through one of the windings, it will create a magnetic field. This magnetic field is then able to resist any increase in the current, which will cause the electrical energy to be stored up. During the discharge phase, the stored energy is then released back into the circuit.

The CDRH50D28RNP-330MC fixed inductor is a highly efficient component. It is able to reduce the losses that occur in similar power systems, allowing for higher power efficiency. Additionally, due to its low inductance, it also reduces the EMI (electromagnetic interference) noise in the environment.

All in all, the CDRH50D28RNP-330MC fixed inductor is a highly efficient and reliable component. It is widely used in a variety of power systems, and is capable of suppressing large amounts of electrical current. Its two-layer construction and narrow window structure make it a highly efficient component, and its low inductance allows it to be used in high-power applications without emitting excessive EMI noises.

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