BK2125HS220-T

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Ferrite beads and chips are popularly used in a variety of electronics applications for their versatile functionality. One such product, which stands out from the rest, is BK2125HS220-T. It is a perfect combination of size, performance, and cost.

The BK2125HS220-T is a compact and low cost ferrite bead. This ferrite chip has an inner resistance of 2.1Ω ± 20%, and a high-frequency inductance of 2200 nH ±20%, a high-frequency capacitance of 2 pF ±20%, and a low frequency inductance of 0.022uH ± 20%. This chip provides superb shielding performance, making it an ideal choice for a range of applications, such as in high speed telecommunication networks, broadband multimedia receivers, and automotive applications.

BK2125HS220-T operates on the principle of inductive reactance. This reactance is a property of the inductor which tends to restrict the flow of electricity through it. The chip has particular resistance values which directly depend on the parameters of current, frequency, and voltage. If the currents, frequencies, and voltage remain the same, then the resistance values remain constant. The chip is designed to limit the maximum current passing through it so that it does not damage or interfere with the connected components.

BK2125HS220-T has a wide range of applications. It is effectively used in noise suppression, interference shielding, power supply noise suppression, field effect, voltage converter, and inverter circuits. It is also used in automobile circuits, car stereos, home stereos, microwave oven transformers, radio transmitters, and RF circuits. In addition to its shielding performance, the chip also provides a reliable connection between the electronic and the electrical circuit, making it very useful in a variety of applications.

The BK2125HS220-T is an outstanding ferrite chip designed to meet extreme performance requirements. It is capable of providing excellent shielding performance, as well as high current and voltage stability. Its size and cost make it an ideal solution for a wide range of applications.

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