ACM2012-201-2P-T002 Filters

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Common Mode Chokes

Common mode chokes, as a kind of electromagnetic component, are widely used in some electronic circuits for the purpose of filtering. ACM2012-201-2P-T002 is a new type of common mode choke which is designed to reduce noise and minimize crosstalk in sensitive analog circuits. This article will briefly describe the application field and working principle.

Application Field

Due to the small size, high efficiency and low cost, ACM2012-201-2P-T002 has been widely used in many fields such as mobile phone, headset, notebook, DVD player, fax machine, printer, digital amplifier etc. It has been proved to be an effective solution for electronic circuits to solve the problem of signal interference.

Working Principle

ACM2012-201-2P-T002 is a common mode choke which works on the principle of inductance. It works by creating a magnetic field around two conductors which pass through the core of the choke. The magnetic field created by the two conductors is opposed by the surrounding common mode choke, thus causing a current blockage or a floating potential. This ultimately results in the reduction of noise and crosstalk in sensitive analog circuits.

The role of ACM2012-201-2P-T002 is to prevent the transmission of high frequency noise and spurious signals from one circuit to another. This is achieved by blocking high frequency noise and spurious signals while allowing normal signal frequency to pass through. This provides an effective noise suppression and signal integrity solution in sensitive analog circuits.

Conclusion

ACM2012-201-2P-T002, as a common mode choke, is designed to reduce noise and minimize crosstalk in sensitive analog circuits. It works by creating a magnetic field around two conductors which pass through the core of the choke and blocking high frequency noise and spurious signals while allowing normal signal frequency to pass through. Compared with the traditional chokes, ACM2012-201-2P-T002 has a smaller size, a more efficient performance and a more favorable cost, thus making it a more popular choice in a variety of fields.

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