IMC2220ER151K

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Inductors, also referred to as coils or chokes, are passive electrical components used to store energy in the form of a magnetic field and to provide electrical isolation between two components as they vary in frequency. Fixed inductors, such as the IMC2220ER151K, are a specific type of inductor that remain constant over a given temperature range. The IMC2220ER151K is a high current, very low inductance, thin film chip inductor which offers excellent high frequency performance.

The IMC2220ER151K’s body size is 2.2mm x 1.5mm, with a maximum rated current of 13.5 A and a temperature range of -40°C to +125°C. It features a high quality factor, low current Noise, and has an excellent temperature resistance. Additionally, it offers good shearing properties with superior moisture performance. The inductance of the IMC2220ER151 placed in a single-layer on the PCB ranges from 0.4 μH to 4.7 μH.

This fixed inductor is ideal for high performing applications such as output filters for communications, high density power modules, portable RF communication equipment, power transfers, and switch mode power supplies. These applications require low electrical impedance, high current, and a wide range of inductance values. The IMC2220ER151K meets these needs, and provides a reliable solution for efficient energy consumption.

The principle of operation for this type of fixed inductor relies upon the properties of Faraday’s law of induction. When a magnetic field is applied to a conductor, such as a wire, a circulating electrical current will be generated in the conductor. The size of the current generated, and therefore the strength of the electromagnetic field, is proportional to the rate of change of the applied field. This property of induction is used to create the fixed inductor, in which a high number of turns of wire are wound around a core in order to create a strong, static magnetic field.

When a current passes through the wire, it generates an electromagnetic field which acts upon the magnetic field created by the core. This produces an electrical current which is proportional to the rate of change of the current going through the wire. This process is reversed when an electrical current is applied to the inductor, causing the core’s magnetic field to induce a current in the wire. This creates a low-impedance path for current to travel, and provides a way for current to be stored in the inductor.

In conclusion, the IMC2220ER151K fixed inductor is an ideal component for high performance applications requiring stability, reliability, and low impedance. With its low inductance and high current capacity, the IMC2220ER151K provides excellent operation in a wide range of applications. The effect of the core’s magnetic field on the windings of wire produces low impedance and provides a reliable mechanism for storing electrical energy. The IMC2220ER151K is an excellent, cost-effective solution for applications that require high performance.

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