AX97-406R8 Inductors, Coils, Chokes

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Fixed inductors are used mainly in alternating current (AC) and direct current (DC) circuits, and they are devices that store energy in the form of an electromagnetic field when an electric current is applied. The AX97-406R8 fixed inductor is a high voltage inductor designed to reduce the peak current during surge applications. It also has excellent high frequency noise attenuation properties. This inductor is commonly used in electrical applications such as power line filters, motor drives, and UPS systems.

The AX97-406R8 fixed inductor is made of a ferrite core material, which is surrounded by a high dielectric constant coating. The ferrite core material is capable of withstanding high voltages up to 400V. The coating helps to reduce electrical noise and interference caused by switching operations. Additionally, the component also features low DC resistance, which helps reduce power dissipation.

The working principle of the AX97-406R8 fixed inductor is simple. When current is applied, an electromagnetic field builds up which stores energy and forms an electromagnetic ‘loop’. This ‘loop’ is akin to a magnetic ‘loop’. As the current is removed, the field begins to reduce and the energy stored is released back into the circuit.

The characteristics of this inductor include low DC resistance, high current rating, high temperature stability, and high frequency noise attenuation. This inductor is mainly used in power line filters, motor drives, and UPS systems. It is designed to provide excellent performance that is both reliable and efficient. Additionally, the induction of the current is also reduced in this inductor, allowing for smoother current transitions and reduced energy losses.

The AX97-406R8 fixed inductor provides excellent performance and reliability for a variety of applications. Its high voltage, low DC resistance, and high temperature stability make it an ideal choice for many power line filter, motor drive, and UPS systems. Its high frequency noise attenuation properties also make it a great choice for noise reduction in electrical applications. Finally, its design ensures that there is minimal power dissipation and high efficiency, which makes it a great choice for energy efficiency in electrical systems.

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