LQW15AN5N4G8ZD

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Fixed Inductors, also known as magnetic coils, are electronic components that store energy inside the inductor in the form of a magnetic flux. A typical inductor is a wire loop that contains many windings of wire around a metal core. When an AC signal is applied to the inductor, a magnetic field is created within the inductor. The magnetic field builds up over time and its strength and density is determined by the number of windings in the inductor.

The LQW15AN5N4G8ZD is a large inductor designed for high frequency applications. Its low DC resistance and high Q factor make it ideal for filtering, energy storage, and other high-current applications. The inductor is packed in a black-anodized aluminum enclosure with an epoxy coating. This enclosure helps to protect the coil from shock and vibration.

The LQW15AN5N4G8ZD is designed for applications where high frequency signals need to be filtered as efficiently as possible. The inductor is designed to reduce unwanted high-frequency noise and provide clean signals. The inductor is also suitable for additional energy storage applications. As the inductor stores energy in its magnetic field when an AC signal is applied, the stored energy can be released in a controlled manner. This can be used to provide a more consistent voltage or current to certain circuits.

The working principle of the LQW15AN5N4G8ZD is based on Faraday\'s law of induction, which states that a changing magnetic field induces an electric field. When a voltage is applied to the inductor, the inductor\'s wire winding creates a magnetic field around the coil. This magnetic field is proportional to the voltage applied to the coil. As the voltage changes, the magnetic field also changes, and this induces an electric field which is used to store the energy. Over time, the magnetic field decreases as the energy is released and the inductor eventually enters a stable state.

In conclusion, the LQW15AN5N4G8ZD is a high frequency inductor suitable for applications which require high frequency filtering and energy storage. Its robust design and construction make it ideal for high current applications that require a consistent voltage or current. The inductor works on the principle of Faraday\'s law of induction, wherein a changing magnetic field induces an electric field.

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