LQW15AN4N4C8ZD

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Fixed Inductors: LQW15AN4N4C8ZD Application Field & Working Principle

Fixed inductors, also known as inductors, are a basic form of electrical component commonly used in many applications. They are designed to store and release energy in the form of a magnetic field. Inductors consist of one or more conducting windings that generate a magnetomotive force when passing an electric current through them.

The LQW15AN4N4C8ZD is a type of fixed inductor produced by Murata Electronics, known for its accuracy, reliability, and quality. This specific inductor offers very low DCR, with typical values of 0.27Ω. It has an extremely low profile, at just 1.4mm in height and a 0.4mm body width. In addition, it provides a maximum current rating of 1.6A and a maximum voltage rating of 35V.

The LQW15AN4N4C8ZD can be used in a wide variety of applications, including power management, telecommunications, automotive, and consumer electronics. In power management applications, it can be used in AC/DC converters, DC/DC converters, and linear regulators. In telecommunications applications, it can be used in DC-DC converters, power converters, and power amplifiers. In automotive applications, it can be used in controllers, control modules, and power supplies. And in consumer electronics applications, it can be used in portable and home electronics.

The LQW15AN4N4C8ZD\'s working principle involves the construction of a magnetic core, winding and core material, insulation, and ferromagnetic material. When a current is passed through the winding, it induces a magnetic field due to the shape and number of turns in the winding. This field is then used to create a "magnetomotive force", which is then stored in the core. When there is a change in the input current, the magnetic flux stored in the core experiences changes as well. This change in flux induces an electromotive force (EMF) in the winding, which is then used to create a voltage.

The working principle of the inductor is based on the properties of magnetism. Magnetic flux can be created by the generation of an electric current in a wire, which concentrates the magnetic field in the core of the inductor. The stronger the flux, the more energy is stored. When the input current is changed, the magnetic flux which has been stored in the core experiences a change, and this change induces an electromotive force in the winding. This force can then be used to create a voltage in the circuit.

The LQW15AN4N4C8ZD is a versatile and reliable fixed inductor, capable of being used in a wide range of applications. Not only does it offer a very low DCR and low profile design, but it also has a maximum current rating of 1.6A and a maximum voltage rating of 35V. In addition, it works based on the principles of magnetism, whereby a changing current induces a changing flux in the inductor core, which then induces an electromotive force in the winding.

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