AIAP-03-390K

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Fixed Inductors are one of the most important components of any electronic application or system. At the core, a fixed inductor is an electric device used to store and convert electrical energy into magnetic energy. This energy is used in various electronics applications as a means of providing electrical solutions for engineers. AIAP-03-390K is one such fixed inductor that has been designed and developed to provide an optimal performance in various applications.

The AIAP-03-390K is built with high-quality components, which ensures a high level of reliability and performance. It has a compact package design which is easy to install and use. This inductor has a hand-wound construction and it is made up of a core material, an intermediate medium, and two primary coils. The core material provides the inductance effect which allows low inductance values at a wide range of frequencies. The intermediate medium prevents the leakage of electrical energy out of the device while the primary coils allow the transfer of stored energy into the induction field.

The AIAP-03-390K is capable of operating at frequencies ranging from 10kHz to 2MHz and has a maximum ratings of 2000A. It has a 3W power rating and its rated current is 3.3A. In addition, this inductor has a low DC resistance of 0.04-0.06 ohms and high DC resistance of 110-135 ohms. Furthermore, this inductor has a great self-resonance frequency of 40MHz and a maximum ripple current of 675mA.

The primary application of the AIAP-03-390K fixed inductor is in electronic filters and audio applications. It can be used as an active filter in audio systems, where it serves as an impedance matching inductor. This helps to reduce the high frequency harmonics produced by the audio system while providing a consistent frequency response. In addition to this, the AIAP-03-390K can also be used in switching power supplies, DC-DC converters, and motor control circuits where it provides improved efficiency, stability, and performance.

The working principle of AIAP-03-390K is based on Faraday’s law of induction, where the current in a conductor will generate a time-varying magnetic field in the surrounding medium. This magnetic field in turn induces a voltage in the coil which is proportional to the rate of change of the magnetic field. This induced voltage, or back-emf, opposes the applied voltage and reduces the current flow in the transmission line. In addition, the inductor will act as an impedance which reduces the voltage and current changes in the system, thus providing a stable operating environment.

In conclusion, the AIAP-03-390K fixed inductor is an important component for many electronic applications, especially in audio and power applications. This device uses Faraday’s law to convert electrical energy into magnetic energy and has excellent performance characteristics such as low DC resistance and high ripple current. All of these features make the AIAP-03-390K an ideal choice for many different types of electronic applications.

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