AISR-875-392K

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Fixed inductors, or inductive reactances, are electrical components that store energy in an electromagnetic field. The AIS-875-392K is an example of a fixed inductor, and possessed important characteristics for this type of component, together with its applications and general working principle.

The AIS-875-392K fixed inductor is a large sold core inductor, measuring 85.5mm in diameter with an inductance of 0.8mH. This special feature allows it to be used for a variety of applications, from low-level signal filtering to motor speed control. In addition, the AIS-875-392K has a maximum voltage rating of 400V, allowing it to be used with higher voltage systems.

In terms of application, the AIS-875-392K is most commonly used for high voltage and high-level filtering. It is used to limit the bandwidth of a signal, or reduce the amount of high-frequency interference. This type of inductor can also be used in oscillator circuits and as resonators for antennas, such as those required for wifi signals. Due to its large size, it is also often used in power supply circuits for inductive filtering.

Although an inductor’s applications and purpose can vary, its general working principle is to store energy in a magnetic field. When a current is applied to the inductor, a magnetic field is created around it. This field stores energy, which is then released back into the circuit when the current is decreased or stopped.

In addition, an inductor can also act as a transformer, allowing for increased power efficiency. When coupled with other components, it can also provide a level of protection for both the component and the circuit. The large size of the AIS-875-392K inductor makes it ideally suited for these types of tasks.

All in all, the AIS-875-392K fixed inductor is a versatile component with a variety of applications. Its large size and high voltage rating make it ideal for power supply and signal filtering applications. In addition, its working principle allows it to act as a transformer and provide protection for both the component and the circuit.

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