MHQ0402P3N2BT000

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Fixed inductors are passive electronic components used in many electrical circuits. They are typically used in high-frequency applications, but are also seen in low-frequency and DC applications. The MHQ0402P3N2BT000 is a special type of fixed inductor, made for use in applications that require precise, controlled impedances. This type of inductor can be used in a variety of applications, and the understanding of its working principle can help designers make the most of its capabilities.

Application Field

The MHQ0402P3N2BT000 fixed inductor is a small, high-precision device mainly used in RF, microwave, and wireless applications. It can be used in transceivers and antenna tuning for cellular and satellite systems. It can also be used in high-speed digital circuits, like LCD and TFT display circuits, as well as automotive applications.

Due to its size and precision, it can also be used in medical and healthcare equipment, computer motherboards, and powerline modems. In addition, it is commonly used in power conditioning and energy storage devices, such as uninterruptible power supplies, battery backups, and electric vehicles.

Working Principle

A fixed inductor is a three-coil device composed of two coils in series and one in parallel. The two coils in series are referred to as the primary and secondary coils, while the coil parallel to them is the auxiliary coil. All three coils are wound around a common core and covered by a thin metal shell. As current passes through the primary and secondary coils, a magnetic field is created around them causing a voltage potential in the auxiliary coil.

The voltage potential then creates a current in the auxiliary coil, which is referred to as an induced current. This induced current helps limit the amount of voltage and current flowing through the primary and secondary coils. This is how the MHQ0402P3N2BT000 inductor is able to precisely control the impedance of the system.

The MHQ0402P3N2BT000 fixed inductor is typically used in applications that require precisely controlled impedance due to its high accuracy. Its small size allows it to be used in a variety of applications, making it an invaluable tool for many designers.

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