ESD-SR-160519XVE-T

Overview

The KEMET ESD-SR-160519XVE-T is a split core ferrite component from the ESD-SR Snap-on Cores series. It features a round manganese zinc ferrite material construction designed for electromagnetic interference suppression. The unit has an internal diameter of 16.2 mm and operates effectively at frequencies starting from 10 MHz. This snap-on design allows for rapid installation on cables without disconnection, providing efficient noise reduction in electronic assemblies.

Feature Summary

• Snap-on split core design enables quick installation on existing cables
• Manganese zinc ferrite material provides effective high-frequency noise suppression
• Round geometry accommodates various cable diameters

Applications

• Consumer electronics noise filtering
• Cable assembly EMI suppression
• Electromagnetic interference mitigation in wiring harnesses

Procurement Notes

Verify the specific part number suffix against official manufacturer documentation to confirm dimensional accuracy and material composition. Ensure the internal diameter matches the target cable size before procurement. Confirm RoHS compliance status through current datasheets as specifications may evolve.

Selection Notes

Select this component when rapid field installation or retrofitting is required without cutting cables. The split core architecture supports maintenance workflows where permanent attachment is impractical. Evaluate the operating frequency range to ensure adequate impedance characteristics for the specific noise spectrum encountered.

Part Context

This component belongs to the ESD-SR Snap-on Cores family, which specializes in non-invasive ferrite solutions. These cores are engineered for applications requiring immediate noise control without modifying existing wire routing. The series offers various sizes to fit different cable gauges while maintaining consistent magnetic performance characteristics.

Replacement Considerations

Consult official KEMET substitution guides for verified alternatives. Generic ferrite rings may not replicate the precise impedance profile or snap-fit mechanical retention of the original component.