AIAP-02-390K

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Fixed inductors are passive two-terminal electronic components that are primarily used to store energy for use in alternating-current circuits. The most common use for fixed inductors is in filters, where they are used to filter out unwanted frequencies in a signal. Fixed inductors are also used in analog signal processing applications, such as signal amplifiers. Other uses for fixed inductors include voltage regulation, power conversion, and radio frequency signal transmission.

The AIAP-02-390K inductor is a fixed inductor specifically designed for filter applications. It is a radial, axial inductor with a ferrite core and is rated at 390mH ± 10%. It has a maximum DC current rating of 300mA and an operating temperature range of 0°C to 70°C.

The AIAP-02-390K inductor is designed to provide a high degree of filtering performance for a given application. The inductor is able to handle higher current levels and provide superior filtering performance compared to other passive components. The inductor has an excellent temperature stability and high frequency response, which makes it ideal for filter applications. The AIAP-02-390K inductor can also be used for other applications requiring an inductor with good characteristics, such as power transformers and chokes.

The working principle of the AIAP-02-390K inductor is based on the theory of electromagnetic induction. When electric current runs through the inductor, a magnetic field is generated. This magnetic field interacts with the magnetic flux of the core material and induces a voltage in the core material. This voltage is the basis for the operation of the inductor. The inductor is able to store energy in the magnetic field, which can then be released into the circuit in which it is connected.

The AIAP-02-390K inductor is a useful component for many applications that require good filtering performance. It is able to provide reliable and consistent results, even in high temperature and high frequency environments. The inductor is also relatively inexpensive, making it an attractive option for many filters and other applications.

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