ELC-15E103L

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Fixed inductors store energy in the form of magnetic fields. Inductors are usually designed as one or more coils of wire, called windings, which when carrying current form a magnetic field. An integral part of most electrical and electronic products, fixed inductors are widely used in power distribution, power amplification, filtering, and resonance.

ELC-15E103L is one kind of fixed inductors. It is designed in a thin-film multilayer structure for high frequency power supply applications. This type of inductor has a small size, high power reliability, and low temperature coefficient, which makes it suitable for the rapid development of the modern electric industry.

In terms of the application field of ELC-15E103L fixed inductors, it is usually used for high-frequency circuits which require high-frequency frequency conversion and high-frequency switching. This type of inductor is ideal for applications including mobile phones, personal digital assistants, laptops, chargers, laptops, switches, and various home appliance products, etc. In addition, it is also widely used for power supply control and other general circuit control.

As for the working principle of the ELC-15E103L fixed inductor, it uses the principles of magnetic induction and stored energy to convert electric energy into magnetic energy. When a current is passed through the windings of the inductor, a magnetic field is created. The field tends to prevent any further change in the current, causing the inductor to resist a change in the current flow. As a result, the inductor will oppose a change in voltage across its windings, leading to an increase or decrease in the inductance. The resistance is dependent on the permeability of the core material and the number of turns of the coil.

In conclusion, ELC-15E103L fixed inductors are widely used in various high-frequency circuits, offering great performance and reliability. With its ultra-thin structure, high power reliability, and low temperature coefficient, the ELC-15E103L is ideal for mobile phones, televisions, and various home appliances. It uses the principles of magnetic induction and stored energy to convert electric energy into magnetic energy, providing efficient power conversion and control.

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