MBH7045C-3R3NA=P3

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Fixed inductors are electronic components that store energy in an electric field when a current flows through it. They are designed to provide inductance and limit the current in electronic circuits. The most commonly used ones are known as Inductors, which will be examined in this article. We will be focusing on the MBH7045C-3R3NA=P3 application field and working principle.

The MBH7045C-3R3NA=P3 is a fixed inductor, manufactured by Murata. It is a 3.3uH horizontal inductor that is designed to be used in automotive applications. The operating temperature range for this inductor is between -40 and +105 degrees Celsius. The rated current for this device is 4.2A, with a peak current up to 5.5A.

The application field of the MBH7045C-3R3NA=P3 mainly involves automotive powertrain systems, body electronics, transmission control systems, engine management, and other related areas. The device is also suitable for use in other areas such as LED lighting, notebook computers, mobile phones, and digital home appliances.

The MBH7045C-3R3NA=P3 works by creating a magnetic field around itself when a current is applied. This magnetic field induces a voltage in the inductor, which results in the opposition of current change. This phenomenon is known as inductance and is the main function of an inductor. As the amount of current increases, the magnetic field also increases, and the opposition of current change also increases. The rate of current change is determined by the inductance, which is specified by the manufacturer.

In conclusion, the MBH7045C-3R3NA=P3 is a fixed inductor designed for use in automotive applications. It has an operating temperature range of -40 to +105 degrees Celsius, with a rated current of 4.2A and a peak current of 5.5A. The device is mainly used in powertrain systems, body electronics, transmission control systems, engine management, and other related automotive applications. The device works by creating a magnetic field around itself when a current is applied, which induces a voltage in the inductor and creates an opposition of current change. This inductance is the main function of an inductor, and can be specified by the manufacturer.

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