LHL13NB220K

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Fixed Inductors are components that are used to store energy in the form of an electric field in a magnetic core made from ferrite, magnetite, ferrite-permalloy, or some other magnetic material. The LHL13NB220K is a fixed inductor that gives an excellent performance when used in AC and DC applications. It is ideal for use in applications that need low noise, high voltage, high current, and high frequency signal transmission.

Application Field: The LHL13NB220K is one of the most popular fixed inductors used in AC and DC applications. It is especially suitable for use in high power, high current, high voltage, and high frequency circuits, such as power inverters, switch mode power supplies, low noise amplifiers, automotive and industrial equipment, and test and measurement equipment. In addition, it is also suitable for use in resonant converters, solar inverters, magnetron power supplies, AC input rectifiers, and many other AC and DC applications.

Working Principle: The working principle of a fixed inductor is based on Faraday’s Law of Induction. According to this law, when an alternating current flows through an inductor, an electric field is generated along the core and the surrounding air. This electric field is known as an induced current. This induced current is then stored in the form of an electric field in the magnetic core of the inductor.

The stored electric field can be used to modify the current and voltage of the flowing current. The modification of the current and voltage of the current is known as the inductive reactance. The value of the inductive reactance can be adjusted depending on the operating frequency and the value of the inductance. Higher frequencies produce a higher inductive reactance, while lower frequencies produce a lower inductive reactance.

The value of the inductive reactance also depends on the operating temperature. When the temperature increases, the inductive reactance decreases. This is known as the temperature coefficient of the inductor. The temperature coefficient also affects the frequency response of the inductor, as the inductance increaes with increasing temperature.

Aside from the temperature, the inductive reactance also depends on the type of core material used in the inductor. Core materials with higher permeability produce larger inductances. The core material used in the LHL13NB220K is magnetite which is known for its excellent performance in high frequency applications.

The LHL13NB220K is a very versatile fixed inductor as it is suitable for a wide range of applications. It offers excellent performance in high power, high current, high voltage, and high frequency applications. The high permeability of its core material ensures increased inductance and improved frequency response. The temperature coefficient provides stable inductance even when the temperature changes.

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