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Fixed Inductors

Fixed inductors, also known as non-variable inductors, are passive electronic components. They are usually constructed from a coil of wire and come in a variety of shapes based on their intended purpose. Commonly, fixed inductors are used to store and control the flow of electric current in a circuit by establishing an inductive impedance. This means they block the flow of high-frequency signals and allow only low-frequency signals to pass through the circuit.

#B952AS-H-3R9N=P3 Fixed Inductor

The #B952AS-H-3R9N=P3 is a fixed inductor used for power supplies and computing equipment. It is especially suitable for energy storage and current limiting applications. This fixed inductor is equipped with a core that enables efficient storage and discharging of current. This makes it a valuable component for controlling high power fluctuations and creating stable current environment for sensitive electronic components.

#B952AS-H-3R9N=P3 Application Field and Working Principle

The #B952AS-H-3R9N=P3 fixed inductor is most commonly used in the power supply of micro-electronic circuits. It is also well-suited for use in switching circuits, such as those in computers. This type of inductor provides superior thermal stability and can work at a high temperature without any attenuation. As a result, it is highly reliable and well-suited for circuits that produce high electronic switching speeds.

In terms of its working principle, the #B952AS-H-3R9N=P3 fixed inductor is a passive electronic component because it only stores energy in its magnetic field. When current passes through the core, it sets up a magnetic field around it that resists the flow of current and also stores the energy. The coil of the inductor stores the energy in the magnetic field.

Because the inductor is fixed, it offers the advantage of providing constant inductance. This makes it ideal for use in circuits where the flow of current needs to be limited and the inductive impedance needs to remain constant. This helps to ensure the stability of the circuit and improved performance.

Conclusion

The #B952AS-H-3R9N=P3 fixed inductor is a valuable electronic component for controlling electrical current in power supplies and computing equipment and ensuring the consistency and stability of the circuit. By working on the principle of inductive impedance, this type of inductor stores energy in its magnetic field and also limits the current flowing through the circuit. It is a reliable and efficient component that creates the perfect environment for sensitive electronic components to function efficiently.

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