AIUR-10-152K

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Fixed inductors are components, usually made of a coil of wire, that are able to store energy in an electric field. This energy can then be released when required. Fixed inductors, such as the AIUR-10-152K, are used in applications such as motor controllers, voltage regulators, and high frequency switching applications.

The AIUR-10-152K is a fixed inductor that is designed to have low DCR (DC Resistance) and high inductance. Its design consists of a cylindrical core with an alloy of iron, aluminum, and copper wound into it with 180° copper foil. This combination makes it able to handle high current and withstand temperatures up to 125°C.

The AIUR-10-152K offers two major advantages in its design. First, its winding is symmetrical, which makes its inductance stable, even when the base current is changing. This provides reliable, consistent performance in system operation. Secondly, its wire is wound in a uniform pattern, which further helps to maintain stable inductance over the entire operating temperature range.

In terms of electrical performance, the AIUR-10-152K has a rated working current of 375mA, a recorded DCR of 0.033Ω, and a rated inductance of 0.822μH. With its excellent electrical performance and robust design, the AIUR-10-152K is suitable for use in applications such as Uninterruptible Power Supply (UPS) systems, low-dropout linear regulators, and half-bridge motor controllers.

The AIUR-10-152K is designed to work within a certain range of currents and voltages. This is known as the working principle of the inductor. As a general rule, when the voltage and current are within the specified operating limits, the inductor works in the way it is intended.

However, when the voltage or current approach the maximum rating of the inductor, the inductor can become unstable. This can cause the inductance to drop rapidly, resulting in low power efficiency. In order to maintain the inductor’s efficiency, the rated current and voltage within which the inductor is designed to work must be carefully monitored.

In conclusion, the AIUR-10-152K is an excellent fixed inductor for a variety of applications. Its design features low DC resistance, symmetrical winding, and uniform wire pattern. Its operating limits are clearly defined so that its performance can be effectively managed. With its excellent performance and design, the AIUR-10-152K is one of the best fixed inductors currently available.

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