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ECMT1V1714H-5R0-R is listed in the Common Mode Chokes range at ChipApex. The manufacturer field lists Eaton - Electronics Division. Its product description is CMC 5MH 1.4A 2LN TH. Review the specifications below when checking this part for your BOM.
The ECMT1V1714H-5R0-R is a common mode filter choke manufactured by Eaton Electronics Division. It features a 5.0 mH inductance and supports a maximum DC current of 1.4 A with a maximum DC resistance of 0.3 ohms. The component has an AC voltage rating of 250 V and operates within a temperature range of -40°C to +125°C. Designed for through-hole horizontal mounting, it exhibits a self-resonant frequency of 712 kHz and offers high impedance characteristics suitable for power line filtering applications.
Verify the specific part number suffix against official Eaton documentation to confirm mechanical orientation and electrical tolerances. Ensure compatibility with existing PCB footprint requirements for through-hole horizontal mounting. Cross-reference datasheet parameters such as DC resistance and saturation current against system design constraints before finalizing procurement decisions.
Select this component when designing systems requiring 5 mH common mode attenuation at low frequencies. Verify that the 1.4 A current rating aligns with the maximum load current of the application. Consider the 250 V AC rating for suitability in standard mains-powered devices. Evaluate thermal management needs given the operating temperature limits and power dissipation characteristics.
This component belongs to the ECMT1V series of common mode chokes from Eaton Electronics Division. The series offers various inductance values tailored for different filtering requirements. The ECMT1V1714H variant specifically denotes the physical housing style and winding configuration optimized for horizontal PCB mounting in compact power supply designs.
Consult Eaton's official substitution guide for verified equivalents. Ensure any replacement maintains identical inductance, current rating, and mechanical dimensions to preserve board layout integrity and filtering performance.
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