AIUR-11-393K

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Fixed Inductors are components which use electromagnetic induction to generate an electrical field. They are commonly used in various industrial applications. The AIUR-11-393K is a type of fixed inductor which has a great range of applications in the industry.

The AIUR-11-393K is a toroidal inductor with a maximum inductance of 11 mH and a current rating of 3.93 A. It is designed for operation at frequencies of up to 200 kHz. The inductor has a high saturation current of 6 A and a low DC winding resistance of 17 mΩ. The inductor also has a series inductance of 3 mH, and its peak current of 11 A makes it ideal for both high-temperature and high-current applications.

The AIUR-11-393K has a variety of industrial applications. It is used in power supplies, DC-DC converters, power transformers, high-frequency converters, current sensors, current/voltage converters, and switching power amplifiers. It is also used in AC/DC power converters, and in audio and communications systems. The inductor also has a variety of applications in automotive electronics and in motor control.

The working principle of the AIUR-11-393K is that of electromagnetic induction. This involves a current being passed through a coil of wire, which then creates a magnetic field. This magnetic field then interacts with a stationary magnet or another coil to create a second electrical current. The process is known as mutual induction, and it is the basis of the working of the AIUR-11-393K.

The AIUR-11-393K is a type of fixed inductor which has a great range of applications in the industry. It is designed for operation at frequencies of up to 200 kHz, and its peak current of 11 A makes it well suited for both high-temperature and high-current applications. Its series inductance of 3 mH, and its low DC winding resistance of 17 mΩ make it highly efficient, and it is used in a variety of industrial applications. The working principle of the AIUR-11-393K is one of electromagnetic induction, with a current passed through a coil of wire which then creates a magnetic field which interacts with a stationary magnet or another coil to create a second electrical current.

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