IR02BHR33J

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Fixed inductors are electronic components which are used to store energy in the form of a magnetic field in a circuit. The IR02BHR33J is an example of a fixed inductor, and it operates in the same basic principle as other similar components.

The IR02BHR33J has an inductance rating of 2.2 mH, and a rated voltage of 2 V. Its main features include a high saturation current of 1.2 A and a shielding effect of 30mΩ.

The most common application of the IR02BHR33J is in DC-DC converters and switching power supplies. In these applications, the inductor introduces a voltage drop, which helps to regulate the flow of current. As a result, the output voltage is stabilized. The inductor also filters high-frequency noise, providing power applications with more stable and reliable power.

In terms of working principle, the IR02BHR33J can be thought of as a coil of wire, wrapped around a core of ferromagnetic material. When current is passed through the inductor, it generates a magnetic field. This magnetic field stores the energy of the current, and as a result, the current passes through the inductor more slowly than if there were no inductor. This phenomenon is known as inductance, and it is the main property of inductors.

As current passes through the IR02BHR33J inductor, it encounters a voltage drop, due to the inductance of the device. This voltage drop is known as the inductor\'s impedance. The higher the inductance, the further the voltage drop. In the case of the IR02BHR33J, its 2.2 mH inductance rating means that it is capable of providing a voltage drop of 2 V.

In addition, the IR02BHR33J also features a high saturation current of 1.2A, which makes it well-suited for high power applications. The device also has a shielding effect of 30mΩ, which helps filter out unwanted high-frequency noise.

Overall, the IR02BHR33J is an ideal fixed inductor for power switching applications, due to its high rated voltage, inductance, saturation current and shielding effect. It is capable of providing stable and reliable power, by introducing a voltage drop and filtering out unwanted noise.

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