LQW03AW1N1C00D

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Fixed inductors can be divided into high-frequency inductors, common mode inductors, power inductors, wide-band inductors, RF inductors, and so on. The LQW03AW1N1C00D is an inductor of RF type. This inductor is widely applied in RF circuits, such as wireless communication system, VCO circuit, phase-shifting circuit, FM broadcast systems, etc. RF inductors can be used as filters, resonance elements, voltage regulators, and transformers. The performance of the inductor is determined by its inductance, quality factor, current dealing capability, operation temperature, etc.

The LQW03AW1N1C00D inductors feature low DC resistance, high self-resonant frequency and low insertion loss. It is built on a ferrite core, with winding layers of enamelled wire. DC resistance of this inductor usually ranges from several ohms to several hundreds of ohms. The self-resonant frequency ranges from several MHz to several tens of MHz. The highest temperature it can work under is 125 degrees Celsius.

The working principle of this type of inductor is the same as the other inductors. An inductor is essentially a pair of windings, that\'s when an electric current passes through, an energized magnetic field is created around the inductor. This magnetic field stores energy, and so changing the current passing through the inductor causes the magnetic field to collapse, releasing the energy. For the LQW03AW1N1C00D inductor, it contains several windings of highly-conductive copper wire around a ferrite core, which generates a magnetic field, and then generating an inductance.

When a voltage is applied to an inductor, an electric current builds up and the current is constant if no other electrical mediation is applied. As the current passes through the inductor, a magnetic field is created and the inductance causes a voltage drop across every winding turn and outward to the current’s source. This is known as the Faraday’s law of induction, which is the principal behind the inductors. This faraday effect is illustrated when current is sent through a single-turn coil.

In conclusion, the LQW03AW1N1C00D is an inductor of RF type. Its application field is widely used in various kinds of RF circuits, such as wireless communication system, VCO circuit, phase-shifting circuit, FM broadcast systems, etc. The working principle of this type of inductor is the Faraday effect, which is the same as other inductors. It is built around a ferrite core with winding coils of copper wire. It features low DC resistance, high self-resonant frequency and low insertion loss. The highest temperature it can work under is 125 degrees Celsius.

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