S1008R-123F

Fixed inductors are self-inductors with a fixed inductance value. The S1008R-123F is a popular type of fixed inductor, primarily used for Power Line Filter applications. It has a rated voltage of 300V and a high temperature resistance coefficient of +704N. A variety of applications may be found for the S1008R-123F, including portable power supplies, computers, and other types of electronic equipment.

The S1008R-123F is a well-known type of fixed inductor, which has a rated inductance of 10uH. The inductor is constructed with multiple winding layers to provide the necessary resistance value. The winding layers act as a shield to prevent any external noise from affecting the inductor\'s operation. The device also features a low DC resistance of 0.02 ohms.

The S1008R-123F\'s working principle is fairly simple. The inductor is connected to an AC power source, which induces a current in the inductor. The current produces a magnetic field, which opposes the change of current in the inductor. This relationship, known as Faraday\'s law of induction, creates the "inductor effect". The inductor effect provides resistance to any AC signal, which brings about the desired regulation of voltage.

The S1008R-123F is also a very reliable fixed inductor. The tight winding structure ensures that the device will remain stable over time. The strong magnetic field created within the device also ensures that the resistance remains unchanged. This makes the S1008R-123F a very reliable device for small, power-sensitive applications.

The S1008R-123F has a number of advantages over other fixed inductor designs. It has a very low DC resistance, which makes it highly efficient. It also has a high temperature resistance coefficient of +704N, which makes it suitable for high-temperature applications. Furthermore, the device is extremely reliable, as it remains stable over long periods of time.

In summary, the S1008R-123F is a popular type of fixed inductor, primarily used for Power Line Filter applications. The device has a rated inductance of 10uH, and a low DC resistance of 0.02 ohms. The strong magnetic field created within the device ensures its resistance remains unchanged, making it very reliable. Finally, the inductor\'s high temperature resistance coefficient of +704N makes it suitable for high-temperature applications.