IM02BH1R3J

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Fixed inductors, like other types of inductors, prefer AC current to DC current. In addition, all types of inductors usually have a higher inductance value than resistors. As such, they have many creative uses. The IM02BH1R3J is an example of a fixed inductor that has some unique applications and working principles.

The IM02BH1R3J is an axial type inductor specially designed for an 100V DC, 400kHz switching power supply. This makes it quite useful for applications like DC/DC converters, switching power supplies, and other power circuit designs. This inductor offers an excellent DC current capability of 19.5A making it ideal for high current applications. Additionally, it has excellent resonance characteristics meaning it responds swiftly and efficiently to changes in frequency.

The working principle of the IM02BH1R3J is fairly simple. According to Faraday’s Law, if a magnetic field around a conductor changes, it will induce a voltage across the conductor. This voltage is called the induced voltage. The IM02BH1R3J uses this principle to convert AC current into DC current. It does this by passing incoming AC current through a coil made of a ferromagnetic material. This coil creates a magnetic field around the conductor, which, in turn, induces a voltage across it. As the current enters and exits, the magnetic field around the conductor is continuously changing. This induces a voltage across the conductor, which is then rectified and used in the circuit.

The IM02BH1R3J is an incredibly versatile fixed inductor that provides a variety of benefits. Its 19.5A current capability plus excellent resonance characteristics makes it a great choice for high current applications. Additionally, its simple working principle allows it to be used in all types of circuits to convert AC current into DC current. As such, the IM02BH1R3J is a great tool for circuit designers and can be used in a variety of creative ways.

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