ELC-15E271L

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Fixed inductors are one of the main components in electronic circuits. They are widely used to provide inductance in circuits for various sorts of electromagnetic fields and also for resonance, harmonic filter, and storing energy. The common types of fixed inductors include air coils, ferrite beads, iron and core inductors, and shielded inductors. In some applications, they can be used for filtering, directional control, and frequency determination. ELC-15E271L is an example of these fixed inductors and has been widely used in a variety of applications.

The ELC-15E271L is a shielded inductor with a 220μH inductance value. It has a height of 8mm, a dimension of 15X15X12.6mm, and a weight of 18g. The operational frequency range is from 0 to 100KHz. Over this frequency range, the inductance tolerance is 10%, and the resistance tolerance is 5%. Due to their small size, these inductors are often used in space-limited circuits and they also have an excellent thermal resistance.

In terms of application fields, the ELC-15E271L inductor can be used in many different types of electronic systems. It is commonly used in phase-locked loops, stepped frequency converters, frequency multiplexers, frequency synthesizers, microprocessors, and AC/DC power supplies. In addition, these inductors are suitable for applications in audio amplifiers, automotive electronics, communications, and digital processing systems.

The working principle of the ELC-15E271L inductor is quite simple. When there is a direct current (DC) flowing through the inductor, it will generate a magnetic field around the coils. This magnetic field can be used to induce a voltage into the inductor, which is what is known as inductance. This inductance is proportional to the amount of current flowing through, as well as the size and shape of the coil.

In order to optimize performance, the ELC-15E271L inductor must be used in conjunction with an appropriate capacitor. This capacitor is necessary to increase the inductance and reduce the current oscillations in the circuit. The capacitor is also responsible for making sure that the circuit does not saturate, as this would result in increased power loss.

In conclusion, the ELC-15E271L is a type of shielded inductor with a 220μH inductance value and a very small size. It can be used in a variety of applications, including phase-locked loops, stepped frequency converters, frequency multiplexers, and other digital processing systems. Due to its small size, the inductor has an excellent thermal resistance. Moreover, in order to optimize performance, an appropriate capacitor must be used in conjunction with the inductor.

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