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Fixed inductors, also referred to as axial inductors, are electronic components which convert electrical energy into electromagnetic energy and store it in the form of a specific amount of inductance. When an electrical current passes through an inductor, a magnetic field is produced, which is stored in the form of inductive reactance. Inductance is measured in units called henry, and it is defined as the amount of electrical energy a wired coil can store in a controlled environment.

Fixed inductors are typically used in applications where it is necessary to control the flow of current between two components. This could include AC-DC converters, power supplies, audio circuits, amplifiers, and other types of power electronic devices. Inductors are often employed in power electronics due to their ability to control current by changing the amount of resistance. As such, inductors are used in order to protect vital components from too much current, however, this can also result in increased power loss.

Fixed inductors are the simplest type of inductor, consisting of a simple wire wound around an adhesive core. This core is usually made up of either a ferrite material or a permalloy. The core provides a magnetic field which helps to store a certain amount of energy in the form of inductive reactance. The shielded area of the core can then be adjusted to increase or decrease the amount of inductance produced.

The working principle of a fixed inductor is relatively straight forward. An electrical current is created in the wire as it passes through the inductor. This current produces an electromagnetic field, which then stores energy in the form of inductive reactance. The inductance of the inductor can then be adjusted by changing the number of wire coils and their spacing to increase or decrease the amount of energy being stored.

The major applications of fixed inductors are in AC-DC converters, power supplies, audio circuits, amplifiers, and other types of power electronic devices. In these setups, the inductor acts as a filter and helps control current so that electrical equipment does not get overloaded. It also helps stabilize the voltage and prevents unwanted spikes. Furthermore, the inductor helps prevent the production of electrical noise or interference, which can otherwise disrupt the transmission of signals.

In conclusion, fixed inductors are essential components in many types of electronic setups. Their ability to store and control the flow of current can help protect against damage to vital equipment, and can also provide clean and stable power delivery. As such, they are a crucial part of any electronic system and play an integral role in ensuring the smooth and successful operation of any electronic system.

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