PF0698.474NLT

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Fixed Inductors – PF0698.474NLT

Fixed Inductors are typically used in electrical engineering and electronics to store energy temporarily in the form of an electrostatic field. They are usually found in electrical circuits where the impedance changes from one point to another. PF0698.474NLT is a fixed inductor commonly used in power management and in RF circuits. It offers excellent performance with low EMI and excellent surge immunity.

A fixed inductor, such as PF0698.474NL, is a component used in electrical circuits. It is a coil-shaped component with two terminals used to create magnetic fields. It works by storing electrical energy in the form of a magnetic field generated between the two terminals. This stored electrical energy can then be used to add impedance to the circuit.

PF0698.474NL consists of two discrete components: a ferrite core and a copper coil. The ferrite core is a small piece of magnetic material composed of iron oxide and other metals. It works to confine and guide the magnetic field generated by the coil. The copper coil is wrapped around the ferrite core and is responsible for generating the magnetic field when current passes through it.

The primary application field for the PF0698.474NL is in power management circuits. Its low EMI and surge immunity make it an ideal choice for power supplies, allowing them to deliver clean, ripple-free power. The PF0698.474NLT is also commonly used in RF circuits, as its ability to store electrical energy and deliver it with low EMI makes it ideal for topologies such as mixers, oscillators, and other circuit designs.

The working principle of the PF0698.474NL is quite simple. When current passes through the copper coil, a magnetic field is created. This magnetic field is then stored in the ferrite core, creating the inductance. When voltage is applied to the terminals of the inductor, the magnetic field will then be released back into the circuit, creating an impedance.

The PF0698.474NL is an ideal choice for applications where small size and high efficiency are required. Its high surge immunity and low EMI make it an ideal choice for use in power management and RF circuits. Its simple design and easy implementation make it a cost effective solution for system integrators.

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