2512063018Y0

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Ferrite beads and chips have been widely used in various electronic products, especially in the application of high frequency interference. The 2512063018YO is a type of ferrite bead and chip suitable for high-frequency interference suppression. It has a built-in capacitor, works in the high-frequency range 100kHz to 6GHz, and can effectively suppress the interference signals generated by the transformer. Its application field and working principle are described below.

Application Field

The 2512063018YO is mainly used in the high-frequency signal transmission circuits. In such circuits, it can effectively suppress the interference signals of more than 10MHz generated by the transformer. Generally, it is used for the high-frequency signal interference suppression of the pulse transformers, miniature transformer or small switching transformer, data transmission products, wireless devices, and data communication products.

Working Principle

The 2512063018YO chip combines a ferrite ceramic body and a capacitor internally. The ferrite bead has a high Q value, high self-resonance frequency, and low circulating power loss. It has a higher current limit than conventional ferrite beads, and its Q value can reach thousands. The capacitor is used to produce high-frequency resonance, which can effectively suppress the interference signals. In addition, the chip is connected in series in the transformer circuit to block the interference signals from entering and exiting the high-frequency signal transmission circuit. The working principle of the chip is to form a low-pass filter in the high-frequency signal transmission circuit, in which the capacitor provides resonance with the ferrite bead, thereby blocking the high-frequency interference signal.

Conclusion

The 2512063018YO chip is an efficient and widely used ferrite bead and chip for high frequency interference suppression. It is mainly used in high-frequency signal transmission circuits, and its working principle is to form a low-pass filter in the circuit by combining a ferrite ceramic body and a capacitor internally, and thus block the interference signals from entering and exiting the high-frequency signal transmission circuit. This chip has been widely applied in many electronic products and provides reliable performance.

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