AIUR-15-221K

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Fixed inductors are electrical components that store energy by converting electric energy into magnetic energy. The AIUR-15-221K is a special type of inductor that is particularly dependent on an application field. To understand its use and working principle it is important to understand what makes it different from traditional inductors.

The AIUR-15-221K features a small size and high power rating which make it suitable for applications with restricted installation spaces such as telecommunications devices. It has an inductance value of 15-221μH and is able to handle maximum DC current of 1.3A and features an avaliable plastic resin casing. This feature will help to reduce circuit noise which can occur due to resonance.

The working principle of the AIUR-15-221K is similar to that of traditional inductors in that it uses a coil of wire to create the magnetic field. When a current passes through the coil, a magnetic field is created. This magnetic field produces a voltage which opposes the original current. This induces a current through the inductor which is stored in the form of induced magnetism. As the current passes through the inductor, the stored energy is tapped and induces a voltage across the coil which is then amplified by the circuit.

The design of the AIUR-15-221K thus allows it to provide a relatively high-power inductor for relatively small areas of space. This makes it ideal for use in small power applications such as telecommunications and transistors. Additionally, its adjustable plastic casing provides excellent noise reduction which means that it can be used in applications where minimal noise is desired.

In conclusion, the AIUR-15-221K is a specialized type of inductor that has been specially designed for smaller scale applications. Its small size and high power rating make it suitable for applications with restricted installation spaces. Additionally, its adjustable plastic casing provides excellent noise reduction. This makes it ideal for small power applications such as telecommunications and transistors.

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