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Fixed inductors are components that can store energy in an electrical/magnetic field. This stored energy is used to control or modify the flow of electricity in an electrical circuit. The most common type of fixed inductor is a coil of wire wrapped around a core. The core material affects the inductance, which is the amount of magnetic field that the inductor can store. Inductors are usually made of copper wire, though ferrite and other materials can also be used. The size and number of turns on the coil also affects the inductance.

JS application field and working principle of fixed inductors are widely used in electronic circuit design. They are used to trap power frequencies and filter them out of digital designs. This is important for noise reduction because high power frequencies can cause interference with other components in the circuit. They are also used to store energy in the form of a magnetic field, allowing components to be recalled quickly if the need arises.

Fixed inductors are used in power supplies, allowing the power to be regulated in order to ensure a certain level of performance. They are also used in communications systems as part of the modulation process, helping to create the signals needed to send and receive signals over long distances. In motors and actuators, they are used to create the electromotive force needed to turn the shafts, giving greater control and precision.

The working principle of a fixed inductor is based on Faraday\'s law of induction. This states that when actual electrical current flows through a coil of wire, a magnetic field is created. This field then induces a voltage in the coil, causing current to flow in the opposite direction. The amount of induced voltage depends on the number of turns and the inductance of the coil. The amount of current created is proportional to this induced voltage, and this relationship can be used to manipulate circuit signals.

Fixed inductors are also used in audio and video components to filter out certain frequencies and reduce noise. They are also used in timers and capacitors to store energy for short periods of time, allowing the circuit to recall the energy needed. This is an important part of circuit design, allowing the control of electrical signals in order to achieve certain goals.

In conclusion, fixed inductors are versatile components with a wide range of applications. From power supplies to motors, they are often used to store and control energy. This energy can then be manipulated in order to control circuit signals and create desired results. This makes fixed inductors an essential part of the modern digital age.

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