AICC-02-220K-T (5K/REEL)

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Fixed inductors are passive components which are used to store electrical energy in the form of magnetic energy. This is generally done through the process of induction. An inductor works by inducing a current flowing in the opposite direction of the current in a conductor, known as a negative feedback loop. This loop creates a field around the inductor, which in turn produces an opposing electromagnetic field, thereby creating a back EMF (electromotive force) in the conductor. This back EMF is equal in magnitude and opposite in direction to the current which is flowing in the conductor, resulting in a decrease in current flow and a correspondingly lower voltage. The resistance of the inductor is proportional to its size and is usually denoted by its inductance, L.

AICC-02-220K-T (5K/REEL) are fixed inductors which are widely used in various applications. These inductors feature a toroidal shape and are typically made from a ferrite core material. The toroidal shape increases its effective inductance as it allows for larger surface area. The 5K/REEL version is designed to provide a higher inductance in order to preserve the energy of current flowing through it.

The working principles of these fixed inductors are based on the principle of induction. Electrons in a conductor wind around the magnetic field of the inductor, creating a back EMF in the conductor. This back EMF provides current in the opposite direction, dampening the current that flowed originally in the conductor. The back EMF itself is proportional to the product of the current and the inductance of the inductor.

These AICC-02-220K-T (5K/REEL) fixed inductors are a popular choice for applications in electrical circuits such as power supplies, digital circuits, audio amplifiers and switching converters. In power supplies, these inductors are used to provide filtering of the DC current, as well as provide a smoothing effect on AC ripple. They can also be found in circuit designs for providing isolation between the input and output stages. In digital circuits and switching converters, these inductors are typically used to store a charge which is used to provide a current path momentarily. In audio amplifiers, they are used to improve the frequency response.

In general, these fixed inductors are highly reliable and easy to use. They are also relatively inexpensive, making them a viable component for a variety of applications. While they have their limitations, they are often the best choice for designs that require confinement of current and voltage, as well as high frequency operation.

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