PF0580.272NLT

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Fixed Inductors (FIs) are a type of inductor that offers a constant inductance over an unlimited range of frequency and current, even in the presence of external fields and temperatures. PF0580.272NLT is a type of fixed inductor that combines the useful features of both traditional wire-wound inductors and traditional Through-Hole SM products. It is designed for use in a number of applications, including switched mode power supplies, automotive, industrial, consumer and medical.

The unique characteristic of PF0580.272NLT is its low profile construction in an open-air design. The coil element is constructed with bonded copper or aluminum wire, and then forms a large core around it. This large core takes up a large amount of space, and allows for a higher current carrying capacity, allowing for better heat dissipation. The open-air design also reduces the risk of voltage breakdown, and allows for a higher current carrying capacity.

The primary application field of PF0580.272NLT is switched mode power supplies (SMPS). This type of power supply is often required to switch high currents, such as transformers, motors, and amplifiers. As such, it needs an inductor that can handle large current with low self-inductance, and also must be able to withstand high temperature and magnetic fields without disruption. The large-core design of PF0580.272NLT allows it to do all of these, making it the ideal choice for many high current SMPS applications.

In terms of its working principle, the PF0580.272NLT Fixed Inductor behaves like most other inductors. It takes energy from an alternating voltage, such as the AC mains, and stores it in its coil. The stored energy can then be released through the inductor\'s terminal when a suitable load is placed across it. The amount of energy stored is proportional to the applied AC voltage, and this stored energy can be used to power devices, such as motors or transformers.

The design of the PF0580.272NLT also includes two ferrite cores, which reduce the frequency response of the inductor. This reduces losses caused by the inductor’s electrical interaction with its surroundings, as well as providing a smoother voltage and current response. The ferrite cores can also be used to increase the temperature range of the device, as they absorb heat from the circuit.

Overall, the PF0580.272NLT offers a versatile Fixed Inductor for a variety of power supply applications, with the added benefits of its open-air design and ferrite cores. It can handle large currents with ease, and offers a reliable performance in a wide range of temperatures and frequencies. As such, it is one of the most popular Fixed Inductors around.

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