BRL2012T1R0M6

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Inductors are basic components of various electric circuits, playing a crucial role in controlling the flow of current and providing energy. Fixed inductors, or fixed value inductors, are designed to have an inductance that is constant and does not change from one unit to another. One popular fixed inductor is the BRL2012T1R0M6, which is used for a variety of applications.

Applications of the BRL2012T1R0M6

The BRL2012T1R0M6 is a small size surface mount cylinder inductor which is suitable for high frequency applications such as DC/DC converters and power supply filters. It can also be used in the transformer of electronic ballast, and also in the oscillation circuit of digital ICs. The BRL2012T1R0M6 has a high Q-factor, low resistance, and is ideal for low level signal circuits where frequency is low and varying. It is also widely used in power supplies and for filtering of audio signals.

The cylindrical shape of the BRL2012T1R0M6 gives it a wide range of environmental suitability, such as high-temperature, low-temperature, humid, and vacuum conditions. This makes the BRL2012T1R0M6 an excellent choice for applications in various industrial settings.

Working Principle of the BRL2012T1R0M6

The BRL2012T1R0M6 is a fixed inductor which features a fixed inductance value. It works according to Faraday’s law of induction, which states that a time-varying magnetic flux induces a voltage. The BRL2012T1R0M6’s inductance value is determined by the number of turns of wire and the size of the ferromagnetic core. The core is usually a ferrite material, which has a higher inductance than a conventional air-core. When a voltage is applied to the BRL2012T1R0M6, it stores energy in the magnetic field and this energy is released when the voltage is removed.

The BRL2012T1R0M6 uses an insulated winding to prevent short circuits and thus, helps in increasing the inductance. The insulated winding also prevents the core material from becoming saturated due to high current, thereby ensuring the reliability and consistency of the BRL2012T1R0M6.

Conclusion

The BRL2012T1R0M6 is a fixed inductor which is suitable for a variety of high frequency applications in a wide range of industrial settings. It has a number of advantages over other inductors such as the low resistance and the high Q-factor. The BRL2012T1R0M6 works according to Faraday’s law of induction and stores energy in the magnetic field, releasing it when required. This makes the BRL2012T1R0M6 an excellent choice for many power supply, signal, and oscillation applications.

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