2301-V

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Fixed inductors, also known as chokes, are electrical components in which electrical current is forced to take a certain path when passing through a certain area of the winding with a ferromagnetic core. This type of device is used to store energy and provide a stable DC current to the device it is attached to. A 2301-V fixed inductor is a popular type of device for many industrial applications.

The 2301-V fixed inductor is a high frequency, high inductance device. It has a maximum DC resistance of 5Ω, a maximum current draw of 100mA, and a ferromagnetic core material of ferrite. It is designed to handle high-frequency voltage spikes and transients and provides very low heat dissipation, making it an excellent choice for applications where reliability is critical. In addition, it is easy to install and use.

The 2301-V fixed inductor is used in many industrial applications where it is necessary to provide stable DC current. It can be used to protect electronic circuits from over-voltage damage, reduce the losses in power transformers, and increase the efficiency of switching power supplies. In addition, it is used as an acoustic transformer for audio systems and as an output filter for power supplies. It is also used in local area networks, automotive equipment, and various other industrial applications.

The working principle of the 2301-V fixed inductor is based on electromagnetic induction. When electrical current passes through the winding of the device, a magnetic field is created which then causes a voltage increase across the inductor. This voltage increase is then used to help regulate the electrical current flow in the device it is attached to. This is achieved by creating an effective resistor in the path of the current.

In summary, the 2301-V fixed inductor is a high-frequency, high-inductance device commonly used in many industrial applications. It is designed to protect electronic circuits from over-voltage damage and reduce losses in power transformers, while still maintaining an efficient current flow and low heat dissipation. The working principle of the device is based on electromagnetic induction, which helps regulate electrical current flow in the device it is attached to.

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