CFS1818060

Overview

The Leader Tech CFS1818060 is a solid ferrite core designed for electromagnetic interference suppression. It features a flat rectangular geometry with dimensions of 18 inches by 18 inches and a thickness of 0.06 inches. The component serves as a bulk material for cable shielding applications, providing high permeability to absorb radio frequency noise. It is constructed from specialized ferrite compounds optimized for broadband attenuation across various frequency ranges.

Feature Summary

• Solid monolithic construction for uniform magnetic properties
• Flat profile suitable for wrapping around multiple cables
• Broadband RF noise absorption capabilities

Applications

• Cable bundle shielding in telecommunications equipment
• EMI suppression for power supply lines
• RFI mitigation in industrial control systems

Procurement Notes

Verify the specific ferrite composition grade required for your target frequency range, as performance varies by material formulation. Confirm that the 18x18 inch sheet size aligns with your cable bundle diameter and wrapping requirements. Ensure handling procedures protect the brittle ceramic structure from chipping during installation.

Selection Notes

Select this part when large-diameter cable bundles require uniform shielding coverage. Evaluate the operating temperature range against the ferrite's Curie point. Consider the mechanical flexibility needed for application; solid cores may require careful bending or cutting compared to split designs.

Part Context

This component belongs to Leader Tech's solid ferrite core product line, distinct from snap-on or clip-on types. It provides a continuous magnetic path for noise suppression rather than targeting individual conductors. The flat geometry allows for customizable sizing based on application needs.

Replacement Considerations

Direct substitutes must match the 18x18x0.06 inch physical dimensions and equivalent initial permeability ratings. Verify compatibility with existing mounting hardware if pre-cut shapes are used. Cross-reference manufacturer datasheets for specific frequency response curves.