ABC ATEC | High Performance Data Line Common Mode Chokes | IATF16949 Certified
ABC ATEC offers premium Data Line Common Mode Chokes with low DC resistance and high current tolerance. With 45 years of expertise and IATF16949 certification, our EMI filter solutions are ideal for automotive, telecommunications, and industrial applications. Browse our extensive selection of customizable common mode chokes.
Data LineCommon Mode Choke
A common mode choke (CMC) for data lines is an electromagnetic component designed to suppress common mode electromagnetic interference (EMI) and noise in data communication lines. It consists of multiple windings of wire around a common magnetic core, typically ferrite, and is used to filter out unwanted common mode signals while allowing the differential mode signals (the actual data signals) to pass through with minimal interference.
6500µH, 0.3A, 9050 Data Line Common Mode Choke
MSF9050652YSB
6500uH, 0.3A, 9050 Data Line Common Mode Choke MSF9050 series featuring ferrite toroidal core...
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How can our low DC resistance common mode chokes improve your power efficiency while maintaining EMI compliance?
Our data line common mode chokes are engineered with significantly lower DC resistance than standard offerings, reducing power losses by up to 30% in your critical circuits. This translates to less heat generation, improved system efficiency, and extended product lifespan—all while maintaining superior EMI suppression performance. Contact our engineering team for a customized solution that optimizes both power efficiency and EMI compliance for your specific application.
With 45 years of inductor manufacturing expertise and IATF16949 certification, ABC ATEC's Data Line Common Mode Chokes deliver exceptional performance with lower DC resistance and higher current tolerance than standard offerings. Our UF series chokes are available in various form factors to meet diverse design requirements, providing reliable EMI suppression across a wide frequency range. We also offer customization services to meet specific electrical parameters, mounting configurations, and environmental requirements, ensuring optimal noise filtering solutions for your most demanding electronic applications.