ASPI-0403-2R2M-T

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Fixed inductors are electronic components with two electrical terminals. This type of component is generally used in circuits to store energy in the form of a magnetic field. They generate a magnetic field when a moderate electric current passes through them. In this article, we will discuss the application field and working principle of the fixed inductor ASPI-0403-2R2M-T.

ASPI-0 403-2R2M-T is a type of fixed inductor designed for high frequency use. It is a surface mountable inductor, so it is ideal for applications requiring a compact size. This inductor has a rated inductance of 2.2uH and its operating temperature range is from -40°C to +125°C. Its tolerance is 20% (at 1 kHz). It has very low DC resistance, so it is able to transfer maximum energy efficiently in high frequency applications.

The ASPI-0 403-2R2M-T is mainly used in RF circuits, such as transceivers, satellite receivers, and telecommunication devices. It is an ideal choice for applications which require high impedance and high power density. It is also used in two way audio and video systems, medical devices, and power supplies. Moreover, this inductor can be used to reduce power losses and to reduce interference from other signals.

The working principle of the ASPI-0 403-2R2M-T is based on Faraday’s law of induction. This law states that when a current passes through a conductor, a magnetic field is generated around it. When the current passes through the inductor, the magnetic field lines induces an EMF, creating a voltage counter-electromotive force. This counter-electromotive force is equal to the rate of change of the magnetic field that is produced. The energy stored in the magnetic field is then supplied to the device when the current stops flowing.

In summary, the ASPI-0 403-2R2M-T fixed inductor is ideal for high frequency applications due to its low DC resistance and compact size. Its application field includes RF circuits, two way audio/video systems, and medical devices. Moreover, it works based on Faraday’s law of induction, where a magnetic field is produced when a current passes through the conductor, and a counter-electromotive force is generated when the current stops. This counter-electromotive force supplies energy to the device.

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