AMI-22-1-3

Power Line Filter Modules Overview

The AMI-22-1-3 is a single-phase EMC/EMI line filter module manufactured by Altran Magnetics, LLC. It is designed for general-purpose applications with a current rating of 1A and an input voltage of 250VAC. The component operates within a frequency range up to 400Hz and features a single-stage filtering configuration. It utilizes quick connect terminals for installation and supports chassis mounting. The inductance value is specified as 12 mH.

Power Line Filter Modules Feature Summary

• Single-phase EMC/EMI filtering capability
• Quick connect terminal interface
• Chassis mounting design

Power Line Filter Modules Applications

• General-purpose electronic equipment requiring EMI suppression
• Power supply input stages
• Industrial control systems operating at 400Hz

Power Line Filter Modules Procurement Notes

Verify the specific datasheet revision (e.g., Rev6) to confirm exact mechanical dimensions and electrical tolerances. Ensure compatibility with chassis mounting requirements and quick connect terminal specifications before integration. Cross-reference part numbers carefully as similar models exist within the AMI-22 series.

Power Line Filter Modules Selection Notes

Select this model for applications requiring 1A current handling and 250VAC operation. Consider the 12 mH inductance and single-stage design for appropriate noise attenuation levels. Verify that the chassis mounting style and quick connect terminals align with the system's physical and electrical interface constraints.

Power Line Filter Modules Part Context

This component belongs to the AMI-22 series of power line filter modules from Altran Magnetics, LLC. The series includes variants with different current ratings, such as the AMI-22-3-3 for 3A applications. These filters are generally used for electromagnetic interference suppression in single-phase AC power lines.

Power Line Filter Modules Replacement Considerations

The AMI-22-3-3 is a related model in the same series but rated for 3A. Direct substitution requires verifying if the higher current rating and identical mounting/interface specifications meet the application needs without compromising performance or fit.