ELC-10E120L

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Fixed inductors are passive electrical components designed to store energy in an electromagnetic field in order to induce voltage in an electrical circuit. Among the various types of fixed inductors, the ELC-10E120L is a specific type of inductor with particular features and usage scenarios. In this article, we will cover the application field and working principle of the ELC-10E120L inductor.

The ELC-10E120L inductor is designed for high-frequency, AC circuits such as in audio, video, communications, and industrial applications. It excels at blocking and controlling high-frequency currents above the 300MHz range. The advantage of this type of inductor is that it has an extremely low resistance to high-frequency currents while allowing DC signals to flow with minimal impedance.

One of the most common applications of the ELC-10E120L is in noise reduction. In environments that require minimal noise interference, such as medical imaging, the capacitance and inductance of the ELC-10E120L work together with the characteristics of other devices present in the circuit to block high-frequency noise. In addition, the ELC-10E120L is used to stabilize battery-powered electronics such as portable phones and laptops.

The working principle behind the ELC-10E120L is based on Faraday’s law of induction. According to this law, when a changing electric field is applied to a conductive material, it induces a voltage in the material, this is called electromagnetic induction. This phenomenon is the basis of inductors, including the ELC-10E120L.

The ELC-10E120L has two copper coils wound around an iron core. When a current is applied to the coils, it generates an alternating magnetic field in the iron core. This field then induces a voltage in the second coil, and thus electricity is transferred from one coil to the other. This is the basic working principle of the ELC-10E120L.

The ELC-10E120L is an ideal choice for applications such as medical imaging, communications, and portable electronics. Its low resistance to high-frequency currents and ability to stabilize battery-powered electronics makes it a versatile and useful component for these applications. In addition, its two-coil structure and reliance on Faraday’s law of induction make it a reliable and efficient inductor.

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