ELC-10D102E

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Fixed inductors are electrical components that store energy as an indirect current component. Their application field and working principle can be seen in the ELC-10D102E.

The ELC-10D102E is an axial-type fixed inductor with a 10µH inductance value. It is a growing product in terms of their application in power supply circuits such as in SMPS, inverters, and lighting systems. The ELC-10D102E consists of a composite core made of a ferrite material which helps to provide strength and has very low core loss, coupled with a winding of electrically conductive material around the core.

The working principle of this component lies in the inductance property of the ferrite core. When a current runs through the winding and passes to the internal heating coil, it produces a magnetic field. The field increases as the current gets higher, thus creating an opposition to the current which is known as inductance. This inductance can be used in a number of ways to control electrical parameters in a power supply system, for example to adjust output voltages and currents.

In addition to its role in power supply circuits, it is also widely used for inductor filter circuits, and in noise interference prevention circuits. The ELC-10D102E is best suited for applications with higher current ratings. The advantage of using it is that it has very low power loss, a very low inductance temperature coefficient, and excellent EMI protection.

To sum up, the ELC-10D102E is an axial-type fixed inductor, with 10µH inductance. It is mainly used in power supply circuits like SMPS, inverters, and lighting systems, as well as inductor filter circuits and noise interference prevention circuits. Its working principle is based on the inductive property of a ferrite core, which can be used to adjust output voltage and currents. It has low core loss, very low inductance temperature coefficient, and excellent EMI protection.

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