SCEP105L-2R2

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Fixed inductors are electric components used to store energy in an electrical field, when there is a current flowing through them. The SCEP105L-2R2 Inductor is one of the most advanced and reliable fixed inductors currently available in the market. It offers excellent performance in terms of efficiency, temperature resistance and consistency. It is used in a variety of applications, ranging from motor control to switch mode power supplies, as well as in RF circuits.

The SCEP105L-2R2 has a 2x2 package size with a tolerance of 0.5%, ensuring performance. Its high Q-factor and saturation current make it an ideal choice for use in switching power supplies. It offers excellent protection against over-current conditions and voltage surges. It also features a very low parasitic inductance, which reduces interference in sensitive RF applications.

The SCEP105L-2R2 is constructed using an air core, which is encased in a metal housing. This ensures that it is protected from environmental conditions, such as condensation or dust, as well as providing mechanical strength. The air core increases the inductance value of the inductor, and helps to reduce self-heating and magnetic losses. These characteristics combined with its high saturation current, make it suitable for use in high-power circuits, such as motor control and switch mode power supply applications.

In terms of working principle, the SCEP105L-2R2 operates according to Faraday\'s law of electromagnetic induction. When a current is applied to the inductor, a magnetic field is created which then produces an opposite current. This results in a voltage drop across the inductor. As the current through the inductor increases, the magnetic field and the voltage drop also increase. This can be used to control the current through the inductor, which can be a useful function in many applications.

The SCEP105L-2R2 is a reliable and high-performance fixed inductor. It offers a number of features which make it an ideal choice for use in a variety of applications. Its air core construction provides increased inductance values, and its high saturation current and low parasitic inductance make it suitable for use in high-power circuits. Finally, its Faraday\'s law based working principle allows it to be used for various current control applications.

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