N08DPB271K

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Fixed inductors are passive components capable of storing energy in the form of magnetic flux. It\'s main function is to constrain the flow of AC power while allowing DC power to pass. The N08DPB271K is an example of such a component.

The N08DPB271K is a surface mount inductor, with a diameter of 8.2 millimeters and a standard height of 4.0 millimeters. This component is suitable for most applications where the space is very limited.

The N08DPB271K is designed to provide a low cost solution for applications such as voltage step down, inrush current suppression, and RF energy storage. It is especially suitable for applications that require a high rate of change of current or high efficiency at low frequencies.

The N08DPB271K consists of a core made from a ferrite or ferrimagnetic material, and a coil wound around the core. The coil is constructed from a number of turns of wire and is insulated with enamel.

The core is magnetized, and it stores energy in the form of a magnetic field. As current passes through the coil, a change in the magnetic field occurs in the core, and this results in a voltage being induced in the coil. The voltage is proportional to the rate of change of current passing through the coil and is known as the “self-inductance” of the component.

The N08DPB271K also utilizes a ceramic capacitor, which is connected in parallel to the coil. The capacitor helps to reduce unwanted voltages and frequencies and is used to filter out noise from the circuit. It also helps to reduce the inductance of the component by reducing the rate of change of the magnetic field.

The N08DPB271K is a component commonly used in DC-DC power converters, motor drives, switching power supplies, and communications and medical electronics. In such applications, it can be used to provide efficient current delivery and reduce power dissipation.

The N08DPB271K is a reliable and cost-effective solution for applications where the space is limited. It provides a high rate of change of current and high efficiency at low frequencies, making it ideal for many applications.

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