LQW15AN6N2B00D

Fixed inductors, also known as inductors, are passive devices that store energy in an electrostatic field. They are widely used in virtually all types of electrical and electronic circuits. They are available in a wide range of shapes, sizes, and material compositions. Among them, one of the most typical kinds of inductors is LQW15AN6N2B00D.

It is a molded power inductor with a power equivalent to a 15 mm square size. Its features include low DC resistance, high current capacity, high frequency response, high reliability and excellent heat and vibration resistance. The inductance range is 1.2 to 500uH and the rated current range is 0.60 to 6.00 Amps. The rated current can reach as high as 6.00 Amps and the height is as low as 10.2 mm at 0.6 amps. It is mainly used for DC / DC converters, DC / AC inverters, automotive electronics, power indicators, input filters, noise filters, and more.

The working principle of LQW15AN6N2B00D is the same as that of other inductors. While an AC voltage is applied to the inductor, theinduced current flows through the inductance coil, generating an inductionmagnetic field. The magnetic field stores energy which is proportionalto the product of the inductance and square of the induced current. The inductance of an inductor is the ratio between the rate of change of the magnetic field and the induced current. The inductance of LQW15AN6N2B00D is characterized by an inductance versus current graph.

The strength of the magnetic flux generated by the current is determined by the amount of inductance, and is proportional to the size of the windings and the materials used. In the case of LQW15AN6N2B00D, the inductance is produced by winding multiple layers of wire around a magnetic core material. The core material is specifically designed to maximise the efficiency of the inductor\'s magnetic field, and the winding of the wire is optimised to produce the required inductance.

LQW15AN6N2B00D is a relatively large-sized inductor, suitable for use in power electronic applications such as DC/DC converters, DC/AC inverters, automotive electronics, power indicators, input filters, and noise filters. Due to its high current capacity, high frequency response, and low DC resistance, it is an ideal choice for applications which require a reliable power indicator or noise filter.