PF0580.683NLT

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Fixed Inductors

Fixed Inductors, or coils, are electromechanical devices that store and transfer electrical energy. They are commonly used as components for applications such as power conversion, filtering, and coupling. The PF0580.683NLT is a type of fixed inductor known as a shielded power inductor that is typically used to block high frequency noise in power applications.

PF0580.683NLT Application Field

The PF0580.683NLT shielded power inductor is specifically designed for applications in small diameter, high current, high density designs. The inductor is rated for up to 60 Amps with an inductance range of 1.41 uH to 10 uH. This makes it a great choice for noise filtering and coupling applications that require efficient high power transfer. It can also be used in devices such as telecom power supplies, power modules, LCD TV power supplies, and automotive electronics.

PF0580.683NLT Working Principle

The PF0580.683NLT works by storing electrical energy in a magnetic field. When a current passes through the inductor, a magnetic field is generated inside the device. This magnetic field helps reduce the amount of capacitive reactance experienced by components in the circuit, leading to more efficient power transfer. As an added benefit, the magnetic field also serves to reduce the amount of high frequency noise in the circuit, leading to a quieter operation.

The PF0580.683NLT also has a built-in steel shield which helps reduce magnetic interference, further improving performance. The shielded power inductors also come with an air gap between the core and high frequency noise shield, providing a better impedance path for high frequency noises. The gap also allows for higher inductance ratings in these devices than other traditional fixed inductors.

Conclusion

The PF0580.683NLT shielded power inductor is an excellent choice for applications that require efficient power transfer and noise filtering. The built-in steel shield helps reduce magnetic interference while the air gap gives it higher inductance ratings than other traditional fixed inductors. As a result, this inductor is ideal for use in power electronics applications such as telecom power supplies and automotive electronics.

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