LQW15AN5N0D80D

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Fixed inductors, also known as coils, are components designed to have the capacitance or inductance of a certain value; they are used to store energy as AC or DC current, and pass signals when the value of the stored energy is changed. The LQW15AN5N0D80D is a type of fixed inductor with application fields and working principle.

LQW15AN5N0D80D is a type of inductor, used in low-frequency applications such as switching power supplies or filtering out high frequency noise. It is most commonly used for resonance circuits, such as in quartz crystal resonators, and is also suitable for DC blocking circuits. This type of inductor is made of a ferrite core material, which allows the inductance of the device to be changed based on current or voltage. The ferrite core material also gives the inductor a high degree of temperature stability.

The core material of LQW15AN5N0D80D is a ferrite core shaped into a cylinder, with two spiral windings of copper wire placed inside the core. The coil is then encapsulated in an epoxy resin to protect the frame and increase its operating temperature range. The size of the core and the number of turns of the winding determine the inductance of the inductor and its effectiveness in suppressing high frequency noise. The shape of the core also contributes to the amount of current that can be passed through it, as higher current may require a larger core size.

The working principle of LQW15AN5N0D80D is the same as any other inductor. When there is a current flowing through the wire winding, it creates a magnetic field. The magnetic field then induces an electric current in the core, which in turn produces a voltage across the winding. This voltage can then be used for various applications such as blocking DC current or filtering out high frequency noise.

In summary, LQW15AN5N0D80D is a type of fixed inductor with application fields and working principle. It is used in low-frequency applications such as switching power supplies or filtering out high frequency noise. It is made of a ferrite core material and two spiral windings of copper wire, allowing the inductance to be changed by altering the current or voltage. The working principle of LQW15AN5N0D80D is the induction of an electric current in the core, which can then be used for a variety of purposes. Since its ferrite core material is temperature-resistant, it is suitable for use in a wide temperature range, making it a versatile fixed inductor.

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