VLS3010ET-2R2M Inductors, Coils, Chokes

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The current surge of technology, particularly electronics, has created a steady demand for inductors to meet the needs of the rapidly evolving field. Inductors are electrical components that store energy and are made of wire coils, cores, and other parts.

Fixed Inductors are a type of inductor that have a fixed inductance value. They are designed to maintain a consistent inductance, even when current is applied. VLS3010ET-2R2M is one such type of fixed inductor that is specifically designed for use in power applications, and can withstand high current and voltages.

Application Field of VLS3010ET-2R2M

The VLS3010ET-2R2M is mainly used in power applications such as DC-DC converters, power supplies, and other high-power circuit applications. It has a rated current of 2.2 Amps and a rated inductance of 10.0µH. This makes it suitable for use in medium-power applications. Additionally, its operating temperature range is from -40°C to +125°C, which makes it highly reliable and suitable for extended use.

Working Principle of VLS3010ET-2R2M

The VLS3010ET-2R2M\'s working principle is based on electromagnetic induction. When a current is applied to the coil, it creates a magnetic field that induces an electromotive force in the core, thus creating a current. This current produces an induced magnetic field that opposes the original field and therefore creates a resistance that limits the flow of current. This resistance, called inductance or inductive reactance, is what allows the VLS3010ET-2R2M to maintain a consistent current.

In addition to electromagnetic induction, the VLS3010ET-2R2M also relies on Faraday\'s law of induction. This law states that when the magnetic flux in a circuit changes, an electromotive force is induced. This means that when the current in the VLS3010ET-2R2M changes, it is able to create its own voltage and thus maintain a consistent inductance.

In conclusion, the VLS3010ET-2R2M is a reliable and efficient fixed inductor that is suitable for medium-power applications. Its working principle is based on electromagnetic induction and Faraday\'s law of induction, and is able to maintain a consistent inductance even when current is applied.

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