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PE-96186NL is listed in the Common Mode Chokes range at ChipApex. The manufacturer field lists Pulse Electronics. Its product description is CMC 6.3A (TYP) 2LN TH. Review the specifications below when checking this part for your BOM.
The PE-96186NL is a two-line common mode choke manufactured by Pulse Electronics, designed for surface mount technology (SMD) applications. It features an inductance of 2700 µH and a typical DC resistance of 40 mΩ. The component supports a typical current rating of 6.3 A and operates within a frequency range up to its self-resonant frequency of 500 kHz. It functions effectively across a wide temperature spectrum, with a minimum operating temperature of -40°C and a maximum operating temperature of +130°C.
Verify the specific package type and pin configuration against the official datasheet before integration, as SMD footprints vary. Confirm that the 6.3 A typical current rating meets the thermal requirements of the final assembly under expected load conditions. Ensure compatibility with automated pick-and-place equipment regarding component height and tolerance specifications.
Select this component when designing circuits requiring robust common mode noise rejection for two-wire interfaces. The low DC resistance makes it suitable for power-sensitive applications where voltage drop must be minimized. Consider the 130°C maximum operating temperature for environments with elevated ambient heat or significant self-heating from high current loads.
This part belongs to the common mode choke category within Pulse Electronics' passive components portfolio. These devices are essential for mitigating electromagnetic interference in sensitive electronics. The PE-96186NL specifically addresses needs for compact, high-performance filtering solutions in modern surface mount manufacturing processes.
Consult manufacturer cross-reference lists for verified substitutes. Ensure any replacement matches the 2700 µH inductance, 40 mΩ DCR, and 6.3 A current rating. Verify physical footprint compatibility to avoid PCB redesign.
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