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Fixed inductors are one of the most common electronic components used in modern electronics, and they come in all shapes and sizes. They are used in a variety of applications, from simple circuits used in consumer electronics to highly complex systems found in the aerospace industry.

At the most basic level, inductors are simply coils of wire that are used to create a magnetic field. These magnetic fields store energy which can be used to power or control electrical components. Inductors can be used in both analog and digital circuits, and are most commonly used in the form of filters, oscillators, or amplifiers.

The key component of any inductor is the coil of wire. This coil is typically wrapped in a ferromagnetic material such as iron or steel, and is typically wound around a non-ferromagnetic material such as a plastic core. However, other materials such as aluminum or copper can also be used. The material that the coil is wrapped in, as well as the number of turns, determine the inductance of the component, that is, the amount of inductance it can produce.

The most common type of fixed inductor is the transformer core, or toroidal core. This type of inductor consists of two coils of wire that are wound in opposite directions, and can produce a very large amount of inductance. The other types of inductors include axial inductors, which are coils of wire wound around a cylindrical core, and variable inductors, which use variable capacitors to adjust the amount of inductance.

Depending on the application, different types of inductors may be required. Inductors are typically used to filter or control high frequency signals, such as those produced by radio transmitters. Additionally, they can be used to provide a stable voltage to other components, or to block unwanted frequencies.

A key factor in the selection of an inductor is size, as the larger the component, the more inductance it can produce. Additionally, the type of inductance required will depend on the application, as some applications require low inductance while others require higher levels of inductance.

In addition to size, other factors that affect the selection of an inductor include its physical characteristics. The material that it is made out of, its shape, and its packaging are important factors that need to be considered. These factors will affect the performance of the inductor, as well as its cost.

Fixed inductors are essential in many electronic applications and can be found in virtually every type of electronics, from consumer electronics to complex computer systems. They come in a variety of packages, from discrete components to large, integrated packages. Regardless of the type of inductor that is chosen for an application, they all work on the same principle: when a current is applied, a magnetic field is created, which in turn produces an inductance.

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