FF28B3012

Overview

The FF28B3012 is a ferrite clamp-on core manufactured by LeaderTech Inc., designed for flat ribbon cable applications. It features a fully enclosed case structure to contain the magnetic material and provide mechanical protection. The core utilizes Material 28, which is optimized for high-frequency noise suppression in digital signal lines. This component serves as a combination free-hanging ribbon cable filter, integrating the ferrite bead with its housing for simplified installation on flat cables.

Feature Summary

• Fully enclosed case design for secure containment of the ferrite core
• Specifically shaped for flat ribbon cable compatibility
• Utilizes Material 28 composition for effective high-frequency attenuation

Applications

• Suppression of electromagnetic interference on flat ribbon cables
• Noise filtering in digital signal transmission lines
• EMI mitigation in computer peripheral connections

Procurement Notes

Verify the specific material grade and impedance characteristics against the official LeaderTech datasheet before integration. Confirm that the flat ribbon cable dimensions fall within the internal aperture specifications of the FF28B3012. Ensure compliance with relevant environmental directives such as RoHS if required by the end application standards.

Selection Notes

Select this component when flat ribbon cables require integrated EMI suppression without additional discrete beads. The Material 28 selection indicates suitability for higher frequency ranges compared to lower-numbered materials. Ensure the enclosure style matches the mechanical constraints of the assembly, as the fully enclosed design differs from open-sleeve alternatives.

Part Context

This part belongs to the LeaderTech Ferrite Clamp On Cores category, specifically within the subcategory of Ferrites. It is distinct from saddle beads or standard cylindrical cores due to its flat ribbon geometry and enclosed housing. The product line focuses on providing complete filtering solutions for structured cabling environments.