LQW18AN13NJ80D

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Fixed Inductors are components that are used to induce an electrical current by storing energy in the form of electromagnetic field. The type of inductor most commonly used is the LQW18AN13NJ80D. This specific type of inductor is used for many applications, including power supplies, DC-DC converters, switched mode power supplies, and radio-frequency applications.

The LQW18AN13NJ80D is a general fixed inductor made of high-purity, soft magnetic material. This material is known for having low magnetic flux leakage which allows for higher yields by suppressing EMI radiation. It also offers a wide inductance range from 0.2uH to 3.3uH and provides excellent frequency characteristics.

One of the most important advantages of this inductor is its high current capacity. The inductance Imax, and peak current of the LQW18AN13NJ80D is rated at 4.7A, 7A, and 18A respectively. This capacity makes it ideal for use in switching power supplies, power supply circuits, radio-frequency applications, and others. The inductor is designed to provide stable performance with sealed mold type packages and low DC resistance for up to 8A current carrying capability.

The LQW18AN13NJ80D inductor also provides heat resistance. The inductor is composed of an iron-nickel composite material which boasts enhanced thermal conversion capability. This feature allows for higher heat dissipation while still maintaining a low profile package size. Additionally, the insulation sleeve is insulated with a UL94V-0 rated sleeve which improves temperature resistance and increases the inductor\'s life.

In terms of working principles, the LQW18AN13NJ80D inductor works in three stages. The first stage is known as the construction phase where a permanent magnetic field is created by the coils of wire inside the component. The second stage is the inductance stage, where a change in the current flowing through the component induces a voltage between the two leads. The third and final stage is known as the resonance stage, where the inductance and capacitance of the component interact to create a resonance frequency.

Overall, the LQW18AN13NJ80D inductor is a popular choice among engineers for many different applications due to its high current capacity, heat resistance, and wide frequency characteristics. With its durable construction and low profile design, it is suitable for use in a variety of applications ranging from switching power supplies to radio-frequency applications.

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