AIUR-11-153K

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Fixed Inductors are electrical components that provide a linear current in response to voltage changes in an electrical circuit. The AIUR-11-153K is an example of a Fixed Inductor; it is a two-terminal, three-phase, through-hole device designed for use in DC–DC converters, motor control, power supply, filtering and switching applications.

The AIUR-11-153K Fixed Inductor is a type of power inductor that is rated at 4.7 μH of inductance. This component is designed to operate in a temperature range of –40°C to +105°C and is equipped with an oval enclosure and integral mounting hardware. It also features a 20% tolerance capability and a 5.5A rated current.

The practical operation of the AIUR-11-153K Fixed Inductor is based on the induction principles of electromagnetism as outlined by the theory of Faraday and Henry. The basic premise of this theory is that when an electrical current is run through a coil of wire, it creates a magnetic field. The magnetic field in turn has the ability to induce an electrical current in a second coil of wire that is positioned in proximity.

When the AIUR-11-153K Fixed Inductor is connected in a circuit, the inductance rating of the component resists the flow of current through it and therefore prevents changes in the voltage level of the input. This creates a linear relationship between the current and voltage, and enables the component to protect circuit components downstream from sudden changes in voltage.

Because the AIUR-11-153K Fixed Inductor remains relatively stable and predictable in the face of fluctuations in current or voltage, it is suitable for a variety of power supply, DC–DC converter, motor control and switching applications. In addition, its robust construction and reliability makes it an effective choice for use in industrial environments.

In summary, the AIUR-11-153K Fixed Inductor is a two-terminal, three-phase, through-hole device rated at 4.7 μH of inductance. It is designed for use in a wide range of applications, including power supplies, DC–DC converters, motor control systems and switching circuits. It is constructed for reliable operation in harsh industrial environments and is equipped with an oval enclosure and integral mounting hardware. Its practical operation is based on Faraday and Henry\'s induction principles, which state that an electrical current run through one coil of wire produces a magnetic field that has the ability to induce an electrical current in a second coil of wire that is positioned in proximity.

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