MHQ0402P1N3ST000

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Fixed inductors are a type of electrical component that stores energy in the form of a magnetic field. The core material in a fixed inductor can be either a ferrite core or a powdered iron core, with the ferrite core being the most common. A fixed inductor often has two terminals, and it is used to generate a magnetic field when current passes through it. In terms of application fields, fixed inductors are used in a variety of electrical circuits in order to offer inductive reactance, which impedes the flow of current in the circuits.

The MHQ0402P1N3ST000 is a type of fixed inductor. It has an inductance of 0.47μH, a saturation current of 1.25A, and a DC resistance of 0.35Ω. It is composed of a ferrite core with a ceramic body and copper terminals, making it highly resistant to vibration and shock. The MHQ0402P1N3ST000 is built to operate in conditions with high temperatures and with a wide frequency range, hence it can be used in a variety of applications.

As for its working principle, the MHQ0402P1N3ST000 is composed of a ferrite core and two terminals. When an electric current runs through the component, the core material creates a magnetic field around the component. This magnetic field will induce a secondary voltage in the component which will oppose the current that caused it. This is known as inductive reactance, and it is key in both power supply circuits and signal frequency selection circuits.

In applications where a stable voltage level is needed, the MHQ0402P1N3ST000 will be used. When it is used in this way, it comes close to offering an ideal voltage, and it eliminates any spikes or changes in voltage levels when current flows through it. In addition, it can also be used in tuned circuits like the ones found in radios and other electronic equipment.

The MHQ0402P1N3ST000 is a type of fixed inductor and is an effective component for a variety of electronics circuits. It is composed of a ferrite core and two terminals, and when current passes through it a magnetic field is created, which induces a secondary voltage in the component which opposes the current. As such, it is often used in power supply circuits and signal frequency selection circuits, as well as in tuned circuits like the ones found in radios and other electronic equipment.

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