LQH2HPN3R3MG0L

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Fixed Inductors, such as the LQH2HPN3R3MG0L, are non-volatile electronic components that provide a constant magnetic field. They are made up of several components, including a core, winding, and electrical contacts. The core consists of two conductive bodies, one in the middle and one surrounding the first. The winding is an insulation-covered wire that wraps around the core and is connected to the electrical contacts.

fixed inductors are widely used in radio-frequency (RF) circuits and AC circuits. In AC circuits, they are found in power supplies, filters, and control circuits. In RF-circuits, they are essential for regulating the frequency of oscillating systems. They can also be found in electronic toy train tracks, as they provide a consistent signal for the remote-controlled train cars.

LQH2HPN3R3MG0L fixed inductors have two working principles. The first principle is called magnetic flux shielding. In this process, a set of metal plates are placed in between the two conductive bodies of the core and the wrapping wire. As an electric current passes through the winding, an electrical field is generated and the metal plates act to shield this field. The second principle is called inductance coupling. In this process, the electric current passing through the winding forms an electromagnetic field which transfers magnetic flux to the core. This magnetic flux induces an electric current in the core, causing its voltage and power dissipation to be altered.

The LQH2HPN3R3MG0L fixed inductors are extremely small and are capable of providing a large current over a frequency range of several hundred hertz. The inductance values range from 1 to 7 microhenries and they have inductive capacitance of less than 2 picofarads. The inductor can handle a maximum current of 800mA at frequencies up to 2GHz. The inductance and power dissipation of the device is proportional to the number of turns in the winding.

The LQH2HPN3R3MG0L fixed inductors are highly versatile and can be used in a variety of applications, including radio frequency circuits, power supplies, and oscillators. They are capable of providing a constant magnetic field, which makes them ideal for stabilizing frequencies. The design of the inductor is compact which makes it easy to integrate into smaller circuit boards. The device is also highly reliable, capable of withstanding extreme temperatures and shock, which makes them suitable for a variety of industrial applications.

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