S0402-12NG2S

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Fixed Inductors play a very important role in the circuit. They are used to store electrical energy, transforming electrical energy into magnetic energy and back again. A fixed inductor is an electrical component that consists of a coil of wire, metal or other material that has a magnetic field. It is very useful in many different applications, such as power distribution, high efficiency converters, power supplies, electric motors and more. One example of a fixed inductor is S0402-12NG2S.

The S0402-12NG2S fixed inductors are typically used in applications that involve high frequency operation and high current applications. It has a low radiant flux, low DC resistance, and a high inductance value. This makes it ideal for a range of power supply applications, especially those that require a high nominal current and a very low dropout rate. Furthermore, it is quite cost-effective and offers excellent efficiency.

The S0402-12NG2S fixed inductors are available in a variety of winding configurations and sizes, which makes them suitable for different applications. This type of component also offers low EMI and RFI interference, which is beneficial in high-speed applications. It also has excellent thermal stability and is able to withstand extreme temperature fluctuations.

The S0402-12NG2S fixed inductors have a simple yet robust working principle. The inductance value of the component is determined by the number of turns of the wire used in the coil. The magnetic field induced in the core of the component helps store energy as it passes through the coil. When a current is supplied, the magnetic field stores energy and when the current is cut, it releases energy stored in the form of a voltage. This energy transfer is useful in many electronic circuit applications.

In summary, the S0402-12NG2S fixed inductors are widely used for a variety of applications. It has low DC resistance and high efficiency, making it suitable for power distribution, high efficiency converters, power supplies, electric motors and a range of other applications. Furthermore, the working principle of the component is quite simple and robust. It is able to store and release energy as a current is supplied and taken away through the coil.

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