CBC3225T100MR

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Fixed inductors are essentially a component that is designed to store energy in the form of a magnetic field or electromagnetic field. The CBC3225T100MR is a specific type of fixed inductor that is designed to provide an accurate and reliable performance in a variety of applications.

The CBC3225T100MR is a surface mount device measuring 2.5mm x 3.2mm x 2.5mm and is designed for use in high-speed switching systems. The inductor is constructed from high-quality ferrite and features a calculated inductance of 10.0 µH at a DC current of 200mA, making it suitable for use in wide frequency applications ranging from 1MHz to well over 10GHz. The surface mount device also has a rated maximum DC current of 250mA, a DC resistance of 0.7 Ohms and an extremely low magnetostriction of less than 0.2%.

Regarding its application field, the CBC3225T100MR can be used in all types of DC to DC converters and also for high-frequency broadband multiplexers. Additionally, the CBC3225T100MR can also be used in radio frequency and microwave applications, especially since they have wide enough frequency capabilities.

The working principle behind fixed inductors is based on Faraday’s Law of Induction. This states that when a current is passed through a coil of wire, a magnetic field is generated around it. If the current is constant, the magnetic field will also remain constant. As the magnetic flux plays a major role in the functioning of the inductor, the strength of the current determines the level at which the inductor can store energy. In the CBC3225T100MR, this means that the device is able to store more energy at higher currents, thus creating a higher amount of magnetic flux and a wider range of frequencies in which it can operate.

In general, CBC3225T100MR is a reliable and accurate inductor that is suitable for use in a wide variety of high speed switching systems. Its small size and high frequency capabilities make it an ideal component for a range of applications, especially in DC to DC converters and radio frequency/microwave applications. Furthermore, due to its construction, its performance remains consistently high regardless of the currents being passed through it.

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