CIL21N82NKNE

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Fixed Inductors

Fixed inductors are a type of electronic component typically used in applications such as power supplies, AC-DC converters and in audio circuits.

The CIL21N82NKNE is a type of fixed inductor, used in a variety of applications. Its main purpose is to act as a link between the input and output circuits in a circuit, allowing the current to flow in and out of a circuit. Fixed inductors are also used in the construction of electrical filters, as well as in switch mode power supplies and power converters.

Application field

The CIL21N82NKNE is suitable for use in many circuits, ranging from low frequency audio circuits, to power supplies. They are used in a variety of power and converter circuits, including switch mode power supplies, AC-DC converters, as well as motor control circuits. This type of inductor is also ideal for use in DC-DC converters, such as those found in automotive applications.

In addition to their use in power supply and converter circuits, the CIL21N82NKNE can also be used in audio circuits, such as home theater systems, PA systems, and high-fidelity stereo systems. The inductor is capable of handling large currents, which makes it ideal for use in these applications, where it can provide a low-impedance connected path for signals. It is also extremely reliable and long lasting, making it an ideal choice for permanent installations.

Working Principle

The working principle of a fixed inductor is quite simple. It consists of a series of loops of wire connected in a series. When a current is passed through the loops of wire, a magnetic field is formed which induces a voltage across the inductor. This voltage can be used to either store energy or to transform the voltage from one level to another.

When a current is applied to the inductor, the magnetic field generated will cause a voltage drop across the inductor. This voltage drop will in turn cause a current to flow through the loops of wire, allowing the energy to be stored or transformed from one level to another. This is why the inductor is so important in power converters and switch mode power supplies: it is able to both store energy and transform it from one level to another.

The inductance of the inductor is determined by the number of turns in the loops of wire and the size of the loops. The higher the number of turns and the larger the size of the loops, the higher the inductance of the inductor. In contrast, if the number of turns and the size of the loops is decreased, the inductance of the inductor will decrease.

The CIL21N82NKNE is a non-polarized inductor with an inductance value of 82 nH (nanohms). It is suitable for use in a variety of audio, power, and converter circuits, and is capable of handling large currents, making it ideal for permanent installations.

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