IHD3BH563L

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Fixed inductors are defined as passive electric devices, and the IHD3BH563L is a type of fixed inductor component. It is designed with two leads and a ferrite core, along with a mini-bobbin package.

This device is used most commonly in switching power supplies, where the inductors are needed to store large amounts of energy. It is designed to be used in AC applications, and can handle up to 3A current, so it is suitable for use in high current applications. The inductance of the IHD3BH563L is typically specified at 560µH (±20%), ensuring that it is able to store large amounts of energy efficiently.

The working principle of the IHD3BH563L is based around the flux linkage rule of electromagnetism. This rule states that when an electric current is passed through the device it creates a magnetic field whose strength is proportional to the amount of current being passed through the device. As the magnetic field grows in strength it furthermore creates a magnetic flux which is proportional to the current being passed.

This flux in turn then creates a back-EMF voltage, which is also referred to as inductance. The strength of the inductance is directly related to the amount of current that is being passed through the IHD3BH563L, meaning that the device works to regulate the amount of energy that is stored within it. This in turn helps the device to act like a power transformer, making it ideal for use in industrial applications.

The IHD3BH563L is also capable of withstanding high temperatures, and is designed to be used in environments that range from -40°C to +125°C. This wide temperature range means that it is suitable for use in a variety of different applications, such as automotive, consumer electronics, and industrial power supplies. It is also capable of withstanding a high level of vibration, making it an ideal choice for applications which require reliable levels of performance.

In conclusion, the IHD3BH563L is a fixed inductor component that is designed with two leads and a ferrite core. It is most commonly used in switching power supplies because it is able to store large amounts of energy efficiently. The working principle of the IHD3BH563L is based around the flux linkage rule of electromagnetism, and the strength of the inductance is proportional to the amount of current being passed through the device. Furthermore, the device is capable of withstanding high temperatures and vibration, making it an ideal choice for use in a range of industrial applications.

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