SS28A0593K

Overview

The SS28A0593K is a round ferrite cable core manufactured by LeaderTech Inc. It features a high impedance material composition designated as type 28 and is designed in a hinged snap-on configuration for easy installation. The component has a black finish and an internal diameter of .250 inches (6.35 mm). It is supplied in bulk packaging with a factory quantity of 100 units per package.

Feature Summary

• Snap-on design allows for quick installation on existing cables without disconnection
• High impedance material formulation provides effective electromagnetic interference suppression
• Round cross-section accommodates standard cylindrical cable geometries

Applications

• Suppression of common mode noise on data transmission lines
• EMI reduction on power supply cables
• Signal integrity enhancement in electronic assemblies

Procurement Notes

Verify the specific material grade and impedance characteristics against your frequency requirements before ordering. Confirm that the .250 inch inner diameter matches the target cable outer diameter to ensure a secure fit. Check RoHS compliance status if required by your manufacturing standards.

Selection Notes

Select this part when a non-invasive, snap-on ferrite solution is needed for cables up to .250 inches in diameter. The type 28 material offers high impedance suitable for broad-spectrum noise attenuation. Ensure the physical dimensions allow sufficient clearance within the enclosure or assembly space.

Part Context

This component belongs to the LeaderTech ferrite cable core product line, specifically designed for EMI/RFI mitigation. It serves as a passive filter element to suppress high-frequency noise currents on conductors. The snap-on style distinguishes it from split-core or slide-on variants, offering convenience for retrofits.

Replacement Considerations

No public confirmed substitute part numbers are available in the provided documentation. Verify compatibility with alternative snap-on ferrites based on matching inner diameter, material impedance curves, and physical form factor.