ELC-15E101

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Fixed inductors, also known as inductors, are passive components used to store energy in an electric field. They are often used in RF circuits to control the flow of AC currents and to block certain frequencies. The ELC-15E101 is a type of fixed inductor used in many industrial applications.

The ELC-15E101 comprises of a copper coil encased within a plastic bobbin. The coil is composed of thin flat copper wires which are tightly wound around a self-supported ferromagnetic core. This design ensures that the inductor is optimally shaped and has minimal stray magnetic fields, allowing high efficiency. The ELC-15E101 is resistant to temperature changes, vibration and shock, and it is capable of handling very high currents and voltages.

The ELC-15E101 has a rated current of 10mA and an inductance of 15uH. This inductance means that it can store energy in the electric field over a certain range of frequencies. The rated current is the amount of current the inductor can handle without getting damaged. The inductance, on the other hand, dictates how much energy it can store in the electric field at a given frequency.

The main application for the ELC-15E101 is in power electronics, specifically in switched-mode power supplies. The inductor is used to smooth out the currents in the power supply, allowing it to operate with high efficiency. It is also used in motor control circuits, where it helps regulate the flow of currents and block certain frequencies. In telecommunications systems, the ELC-15E101 is used as an antenna matching circuit, helping to improve signal transmission. It can also be used as an EMI filter in DC-DC conversion circuits, helping to reduce electromagnetic interference caused by the power supply.

The working principle of the ELC-15E101 is based on the concept of self-inductance. Self-inductance occurs when an inductor is connected to a DC power supply; the inductor stores energy in the magnetic field and produces a reverse EMF which opposes the flow of current. This opposition, or inductance, causes the current to remain constant over the entire range of frequencies. When the inductor is connected to an AC power supply, the reverse EMF wil l vary depending on the frequency of the current, allowing for the regulation of current flow.

The ELC-15E101 is a reliable and robust component which is capable of handling very high currents and voltages. This makes it ideally suited for use in a variety of industrial applications, such as power electronics, motor control circuits, telecommunications systems and EMI filtering. Its reliance on the concept of self-inductance makes it an effective way of regulating current flow and blocking certain frequencies.

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