CME375-5-B

Common Mode Chokes Overview

The Triad Magnetics CME375-5-B is a through-hole common mode choke designed for switchmode and high-frequency applications. It features a 17.8 µH inductance with a maximum DC current rating of 2.7 A. The component utilizes a two-line configuration and includes Electrostatic Discharge (ESD) protection capabilities. It is constructed for radial PCB mounting, offering reliable noise suppression in compact electronic designs.

Common Mode Chokes Feature Summary

• Provides effective common mode noise filtering for high-frequency circuits
• Integrates electrostatic discharge (ESD) protection mechanisms
• Supports through-hole radial mounting for standard PCB assembly

Common Mode Chokes Applications

• Switchmode power supply input filtering
• High-frequency signal line noise suppression
• Electronics requiring ESD-protected common mode chokes

Common Mode Chokes Procurement Notes

Verify the specific inductance value and current rating against your circuit requirements before ordering. Confirm that the radial through-hole package dimensions are compatible with your PCB layout. Ensure the manufacturer source is authorized to guarantee component authenticity and adherence to RoHS standards.

Common Mode Chokes Selection Notes

Select this component when a common mode choke with integrated ESD protection is required for high-frequency applications. Compare its 2.7 A current rating and 17.8 µH inductance against similar models like the CME375-6 or CME375-5 to ensure optimal performance for your specific noise suppression needs.

Common Mode Chokes Part Context

The CME375-5-B belongs to the CME series of common mode chokes from Triad Magnetics. This series is engineered for switchmode and high-frequency environments, providing robust noise filtration. The component is part of a broader family of inductors designed for compact, efficient electronic systems.

Common Mode Chokes Replacement Considerations

Potential substitutes within the same series include the CME375-5 and CME375-6. Verify that alternative parts match the required inductance, current handling, and physical mounting specifications to ensure seamless integration.