AMI-M11J-1-2-B-1

Power Line Filter Modules Overview

The AMI-M11J-1-2-B-1 is a single-stage power line EMI filter manufactured by Altran Magnetics, LLC. It is designed for AC power line applications with a rated voltage of 250VAC and operates at frequencies of 50/60Hz. The component provides a current rating of 2A and utilizes quick connect termination style for circuit integration.

Power Line Filter Modules Feature Summary

• Single-stage electromagnetic interference filtering architecture
• Designed for single-phase AC power line protection
• Utilizes quick connect termination style for board or chassis integration

Power Line Filter Modules Applications

• AC power line noise suppression
• Electromagnetic compatibility (EMC) filtering in electronic equipment

Power Line Filter Modules Procurement Notes

Verify the specific manufacturer datasheet for the AMI-M11J-1-2-B-1 to confirm exact physical dimensions, thermal derating curves, and compliance certifications such as UL or VDE before finalizing procurement. Ensure the selected termination style matches the target PCB or wiring harness requirements.

Power Line Filter Modules Selection Notes

Select this component when a low-current (2A), single-stage EMI filter is required for 250VAC lines. Compare against higher current variants within the AMI-M11J series if load requirements exceed 2A. Verify that the quick connect terminals are compatible with the available mating connectors in the system design.

Power Line Filter Modules Part Context

This part belongs to the AMI-M11J series of single-phase power line filters from Altran Magnetics. The series offers various current ratings and terminal configurations to suit different power handling needs while maintaining consistent form factors for standard mounting solutions.

Power Line Filter Modules Replacement Considerations

Check for direct substitutes within the Altran Magnetics AMI-M11J series with matching 2A ratings and 250VAC specifications. Ensure any alternative maintains the same quick connect termination style and single-stage filtering topology.