LQW15AN4N9G80D

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The LQW15AN4N9G80D is a part of a family of fixed inductors, and is ideal for applications that require the use of relatively low frequency signals, and those where currents are not high. It is also well suited to applications with low source impedance. The use of such inductors can be found in many types of electronic equipment, including audio applications, such as speakers and amplifiers, as well as in motor control and power conversion circuits.

This specific type of fixed inductor is designed to provide a high level of inductance that is stable over a wide range of frequencies. The inductors typically feature a commonly used EMI filter design that blocks electromagnetic interference, and they are also available with various terminal configurations, allowing for flexibility in the connections.

The construction of a fixed inductor of this type starts with a ferrite core that has a specific shape for the inductor type. This core is then wrapped with an insulating tape to protect the windings from corrosion, as well as to hold them in place within the ferrite core. The windings are then made of one or more insulated conductors to complete the construction.

Due to their large volume and size, the inductors\' self-resonance frequency is typically low, making them suitable for applications that operate at lower frequencies. The self-resonance frequency is the frequency at which the inductor resonates, and can be adjusted with the number of turns of wire in the winding.

The amount of inductance of a fixed inductor can be determined through the number of turns in the winding, as well as the diameter and length of the windings. In order to maximize the inductance of the inductors, it is necessary to increase both the number of turns and the diameter of the winding. As the number of turns increases, the inductance of the inductor will also increase.

The working principle of the LQW15AN4N9G80D fixed inductors is based upon its ability to store energy within a magnetic field created by the winds of wire, which creates the inductance of the device. As current flows through the winding, a magnetic field is created which links the current in the winding with the source. This creates a mutual inductance, which is the amount of inductance produced between the source and the winding. The mutual inductance then combines with the self-inductance of the winding itself to create a fixed inductance.

Since the magnets created in the machine\'s windings are stationary, the inductance created by the winding remains fixed and is not affected by changes in frequency or current. This makes fixed inductors ideal for applications that require fixed amount of inductance over a wide range of frequencies. Additionally, due to their reluctance to interference, they are also beneficial for applications in which electromagnetic interference is present.

The LQW15AN4N9G80D is a type of fixed inductor that offers a wide range of applications due to its high resistance to interference, as well as its ability to provide a fixed amount of inductance over a wide range of frequencies. Its construction is relatively simple, with the main components being a ferrite core and a winding of insulated conductors. The inductance produced can be adjusted through the number of turns of wire in the winding, and its self-resonance frequency is usually low enough to be suitable for applications that usually operate at lower frequencies.

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