LQW15AN4N1D8ZD

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Fixed Inductors are components that are designed to store energy in the form of a magnetic field. It is composed of a coil of fine wire, insulated and wound around a core. The coil is wound with the conductor, and then the core is surrounded with an insulating material, forming a closed loop. The core may be made of ferrite, powder iron and other materials.

The LQW15AN4N1D8ZD is a type of fixed inductor, which is used to limit current and voltage, to filter out high frequency signals, and to convert the AC signal into DC. The working principle of an inductor is that when the current passes through the coils of fine wire, a magnetic field is generated. This induces voltage in the circuit, which produces a voltage drop in the inductor.

In the LQW15AN4N1D8ZD, the working principle is to concentrate the flux between the coils to provide high inductance. This reduces the size of the device, as there is less material required to make it. This makes it ideal for applications such as high-frequency filtration, where space and weight are important.

The LQW15AN4N1D8ZD is used in a range of applications including digital and switching power supplies, radio equipment, automotive, audio circuits, and filtering antennas. Its inductance range is 7.2 to 16.2 nH, and its rated current is 11.2A. Its maximum DCR is 1.08 ohms and its maximum working temperature is 125°C. It is a common choice for applications requiring a low-noise, high-efficiency device.

The LQW15AN4N1D8ZD is designed to provide a small amount of inductance over a wide range of frequencies, providing effective noise filtration for sensitive components. This is especially useful for RF applications, where components must be protected from interference or interference damage. This type of inductor can also be used in DC to AC converters.

The LQW15AN4N1D8ZD is a fixed inductor and a useful component for many applications, providing effective noise filtration and low-noise operation. Its efficient design and low-profile make it easy to use in a range of applications. When used in the correct application, the LQW15AN4N1D8ZD can help to ensure that the desired signal is delivered clearly without interference or damage.

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