CIGT201206UM1R0MNE

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Fixed inductors are electrical components in which the inductance is predetermined and supplied as a finished component, meaning that any variation in their characteristics is minimal. CIGT201206UM1R0MNE can be categorized as a fixed inductor due to its specific properties and application field. In this article, the application field and the working principle of CIGT201206UM1R0MNE are discussed.

CIGT201206UM1R0MNE can be applied in spiral inductors used for DC-DC converters, high current filter inductors used for AC-DC converters and other power applications. With its high temperature of up to 105℃ and high current of up to 13.3A, this product is particularly suitable for these applications. In addition, CIGT201206UM1R0MNE features high inductance values with tight tolerance for anti-EMI filters, low-profile package and good electrical characteristics for medical applications.

The working principle of this type of fixed inductor is based on the electromagnetic field. When a magnetic field is provided to coil, a current is induced as a consequence, creating a magnetic field. This field, in turn, induces an opposite current, creating a reciprocal magnetic field. As a result, the current generates the integrated magnetic field, which increases with the time. This magnetic field is responsible for the electric force that will help to provide the inductance of the object.

CIGT201206UM1R0MNE has a ferrite core and air-wound coils. The air-wound coils consist of multiple turns of an insulated copper wire, which is usually made of copper, copper alloy, or aluminum. The electromagnetic field is created by the induced current going through the coils. The ferrite core helps to intensify the electric field and to ensure the inductance and uniformity.

CIGT201206UM1R0MNE has two pins. The positive pin is connected to the positive terminal of the battery, and the negative terminal is connected to the negative terminal of the battery. As the battery voltage is increased, a current passes through the inductor, inducing an electromagnetic field. The magnetic flux produced by this field then creates the induced current.

The principle of operation for fixed inductors is similar to other inductors, but the ability to provide a set, predetermined value for the inductance makes this type of inductor particularly useful. The high temperature and current ratings, the tight tolerance, the low profile package, and the good electrical characteristics make CIGT201206UM1R0MNE an ideal component for use in DC-DC converters, AC-DC converters, and other applications.

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