PG1096.152NLT Inductors, Coils, Chokes

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Fixed inductors refer to inductors that are not adjustable, and they are generally used in systems where the inductance values no longer need to be adjusted after design and installation. PG1096.152NLT is one of them. Fixed inductors like PG1096.152NLT come in a variety of designs, but all of them share some common features. Understanding these features is essential to understanding their application fields and working principles.

First and foremost, PG1096.152NLT fixed inductors are composed of a core material and a coil of wire. Generally, the core material of a fixed inductor is one of two varieties: a ferrite core or an iron core. The ferrite core is composed of a ferrite material, which is a type of ceramic material made with iron oxide. The iron core is made of a solid piece of iron with slots machined into it. The coil of wire is usually made from copper, and it can be wound around the core in different ways, depending on the inductor type. PG1096.152NLT fixed inductors use copper wire and an iron core.

The application fields of fixed inductors like PG1096.152NLT largely depend on their inductance values and other properties. For example, these inductors can be used in filter circuits, for providing power to motors, for providing current to radios, for providing a bias voltage to operational amplifiers, and more. Specifically, PG1096.152NLT fixed inductor is an ideal component for use in resonant circuit applications, since its capacitance and inductance values stay relatively constant over a wide range of frequencies.

The working principle of a PG1096.152NLT fixed inductor can be understood by looking at how it influences the flow of current. When a current is present in the inductor, it creates a magnetic field around it. This magnetic field then induces a voltage in the inductor, which in turn causes a reverse current to flow. This reverse current opposes the original current, thereby limiting the amount of current that can flow. The value of the inductance determines the magnitude of the opposing current, and thus the amount of current that can flow through the inductor.

Overall, PG1096.152NLT fixed inductors are used in a variety of different applications, depending on their inductance values and other properties. They work by creating a magnetic field around them and inducing a voltage in the inductor that opposes the original current flow. This makes them ideal components for use in resonant circuit applications, as their capacitance and inductance values remain relatively constant over a wide range of frequencies.

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