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AMI-M12B-3-10-B is listed in the Power Line Filter Modules range at ChipApex. The manufacturer field lists Altran Magnetics, LLC. Its product description is LINE FILTER 250VAC 10A CHASS MNT. Review the specifications below when checking this part for your BOM.
The AMI-M12B-3-10-B is a single-phase power line filter module manufactured by Altran Magnetics, LLC. Designed for chassis mounting, this component supports a maximum voltage rating of 250 VAC and handles a continuous current of 10 A. It operates at standard frequencies of 50/60 Hz and features a two-stage filtering configuration with an inductance value of 1.48 mH. The unit utilizes quick-connect terminals for electrical interface and functions within a temperature range of -10°C to 40°C.
Verify the specific suffix codes against official Altran documentation to ensure correct pinout and performance characteristics. Confirm that the chassis mounting requirements align with the mechanical constraints of the target enclosure. Ensure the operating environment remains within the specified temperature limits to maintain filter efficacy and component longevity.
Select this model when a robust, high-current solution is required for single-phase AC lines. The 10 A rating suits applications with significant load demands. Consider the two-stage design if higher attenuation is needed compared to single-stage alternatives. Verify that the quick-connect terminals are compatible with the available harness or busbar infrastructure.
This component belongs to the AMI-M12 series of power line filters from Altran Magnetics. The series offers various configurations tailored for different current and voltage requirements. The AMI-M12B-3-10-B specifically addresses the need for 10 A capacity with a two-stage topology, distinguishing it from lower current or single-stage variants within the same product family.
Cross-reference part numbers such as AMI-M12A-1-10-B or AMI-M12C-7M-3-B only if their specific electrical ratings and terminal configurations match the system requirements. Verify that any substitute maintains the same chassis mounting footprint and inductance values to ensure equivalent electromagnetic interference performance.
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