ELC-10E562L

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Fixed inductors are electrical components that convert electrical energy into magnetic energy. They are used to filter and store energy, and to regulate and direct the current running through circuits. The ELC-10E562L is a fixed inductor designed for signal line filtering and stability in high-frequency applications. Its small size makes it ideal for use in compact PCB layouts.

The ELC-10E562L fixed inductor is a ferrite-cored component with a winding of enameled copper wire. It has a rated inductance of 10 µH, a rated current of 56 mA, and a rated voltage of 80V. It also has a high self-resonance frequency of 1.2GHz and a working temperature range of -55 °C to +105 °C. The physical characteristics of the inductor are a maximum height of 4mm, a maximum diameter of 8mm, and a weight of 4g.

The ELC-10E562L\'s main application is signal line filtering. It is mainly used in areas such as base stations and communication systems, electro-motive power, optical transmission systems, and wireless communication systems. The inductor helps filter out high-frequency noise in the signal line, allowing for the transmission of clean, low-noise signals. This helps improve signal stability and reduce bit errors.

The ELC-10E562L works on the principle of electromagnetic induction. This occurs when an electric current running through the inductor creates a magnetic field around the winding. This field will induce a voltage on the inductor that is proportional to the rate of change of the current in the inductor. This voltage can be used to regulate or restrict the flow of current.

In conclusion, the ELC-10E562L fixed inductor is a compact and efficient solution for signal line filtering. It has a small size, enabling it to fit into tight PCB layouts, and its low-impedance windings allow it to handle high currents without winding resistance becoming an issue. Its high self-resonance frequency also helps reduce signal noise, allowing for clean signal transmission. The ELC-10E562L is an ideal component for high-frequency circuit applications.

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