
Power Line Common Mode Choke
A common mode choke (CMC) for power lines is a type of inductor designed to suppress common mode electromagnetic interference (EMI) on power lines. It consists of two or more windings of wire around a common magnetic core, typically ferrite. The windings are arranged such that they create high impedance to common mode currents (those flowing in the same direction on multiple conductors) while allowing differential mode currents (those flowing in opposite directions on the conductors) to pass with minimal impedance. ABC high-current Common Mode Choke can meet the needs of customers' power line applications.
2700Ω Impedance, 3.8A, 1560 Power Line Common Mode Choke
AQF1560272YSB
2700Ω Impedance, 3.8A, 1560 Power Line Common Mode Choke AQF series is a high-performance...
Details Add to List3000Ω Impedance, 3.2A, 1560 Power Line Common Mode Choke
AQF1560302YSB
3000Ω Impedance, 3.2A, 1560 Power Line Common Mode Choke AQF series is a high-performance...
Details Add to ListHow can automotive-grade common mode chokes improve EV powertrain reliability?
Our AEC-Q200 compliant AQF series common mode chokes are specifically designed to protect sensitive EV powertrain electronics from harmful EMI while handling high currents up to 5A. These components help prevent signal interference that can cause system malfunctions, extending the lifespan of critical vehicle systems and reducing warranty claims. Contact us to discuss how our automotive-grade components can enhance your EV design's reliability and performance.
Our automotive-grade common mode chokes (AQF series) are fully AEC-Q200 compliant and manufactured under IATF16949 quality certification, ensuring reliability in demanding environments. Each component undergoes rigorous testing to guarantee consistent performance across temperature extremes and high-stress conditions. Whether for electric vehicle systems, industrial automation equipment, telecommunications infrastructure, or consumer electronics, ABC ATEC's power line common mode chokes provide the optimal balance of current handling capability, impedance characteristics, and compact design to meet the most stringent EMI suppression requirements in modern electronic systems.