IR04RU181K

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Fixed inductors are electrical components that are designed to store energy when connected to an alternating current. The IR04RU181K is a type of fixed inductor that is designed to provide a stable current in applications where a high voltage and current are required. The IR04RU181K can be used in a variety of settings, including: power supplies, motor drives, audio systems, industrial controls, and general-purpose electronic circuits.

The IR04RU181K is a single-ended, radial leaded, non-electrolytic inductor that has a self-supporting construction. The inductor is constructed using two wound pieces of high-grade copper wire shaped into an open-loop form similar to a spiral or figure-eight. The coil is then varnished with a non-drying, insulating lacquer and encased in a plastic or ceramic casing. The components of the inductor are usually factory-calibrated to maintain a high degree of accuracy and performance over the specified lifetime of the component.

This type of inductor is typically used in applications where high power and stability are required. It is also great for applications where space is limited, as it is quite small in size. The IR04RU181K has a maximum operating temperature of +105°C, a maximum ripple current of 250mA, and a power rating of 0.2 to 100 W. It is also capable of handling up to a maximum working frequency of 1MHz.

The working principle of the IR04RU181K is based on Faraday’s Law of Induction. When an alternating current is applied to the inductor, the magnetic field surrounding the inductor creates a voltage proportional to the rate of change of the current in the circuit. This back-EMF opposes any changes in current, which helps to stabilize and regulate the current, making the IR04RU181K ideal for sensitive applications.

The IR04RU181K is an ideal choice for power supplies, motor drives, audio systems, industrial controls, and general-purpose electronic circuits in need of a high voltage and current. Its small size, high power rating, and ability to accurately regulate current makes it an ideal solution for those applications. Its robust design ensures reliable performance in a variety of environments, making it a popular choice for many applications.

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