PE-53817NL

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Fixed Inductors are one of the electrical components used in various kinds of electrical systems. PE-53817NL is a special type of fixed inductors that can be used in a variety of applications. This article will discuss the application field and working principle of this type of inductor.

PE-53817NL is a low-profile, surface mount fixed inductor with excellent performance characteristics. It has a ferrite core material, and it offers an inductance range of 0.22-10μH, its DC resistance range is 0.840-4.6Ω, and its Q factor ranges from 24-70. The inductor has a temperature range of -40°C~+85°C and a full energy range of 28.5-100uJ. Its operational frequency range is up to 16 MHz and its high frequency ripple current is up to 308mA.

PE-53817NL is ideally suited for a wide range of applications. It can be used in High Frequency switching circuits, such as DC-DC converters, SMPS controllers and clocks, as well as in antenna and RF matching circuits. Additionally, this type of inductor can be used in signal filtering, channel selection, load balancing, and impedance matching circuits. In DC-DC converters, it can be used as part of the input circuit or the output circuit for noise filtering, positive/negative voltage conversion, polarity change, etc.

In terms of its working principle, PE-53817NL inductors are characterized by having an alternating current that flows from the core material. The current flow is generated via an opposing magnetic field that is created when a linear electric current is passed through the inductor’s coils. This opposition will cause the current to become magnetic energy, which is then stored in the inductor’s core material. As the current changes directions, the magnetic field collapses, producing an induced voltage in the opposite direction, thus resulting in the alternation of the current flow.

To summarise, PE-53817NL is a special type of fixed inductor that is suitable for a variety of applications. It is characterized by excellent performance characteristics and has an operational frequency range of up to 16 MHz. Its working principle is based on the formation of an alternating current from an opposing magnetic field created when a linear electric current is passed through the inductor’s coils.

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