CF2-26*13*28.5

Overview

The CF2-26*13*28.5 is a solid free-hanging ferrite core manufactured by API Delevan, designed for cable-mounted EMI suppression applications. This cylindrical component features an inside diameter of 13.00 mm (0.512 inches), an outside diameter of 26.00 mm (1.024 inches), and a length of 28.50 mm (1.122 inches). It provides an impedance of 198 Ohms at 100 MHz. The part is supplied in bulk packaging.

Feature Summary

• Solid free-hanging cylindrical design for direct cable mounting
• Provides 198 Ohms impedance at 100 MHz for effective noise attenuation
• Accommodates cables with up to 13.00 mm inner diameter

Applications

• Cable-mounted electromagnetic interference (EMI) suppression
• Common mode noise filtering on power and signal lines
• Retroactive noise reduction on existing cable assemblies

Procurement Notes

Verify the specific impedance value and physical dimensions against the official API Delevan datasheet before procurement. Confirm that the cable diameter falls within the 13.00 mm inner diameter specification to ensure proper fit. Check for any recent product change notifications or migration notices from the manufacturer regarding this part number.

Selection Notes

Select this component when retrofitting EMI suppression onto cables with diameters up to 13.00 mm. Ensure the required impedance at the target frequency aligns with the 198 Ohm @ 100 MHz specification. Consider the bulk packaging format for assembly integration.

Part Context

This part belongs to the CF series of solid ferrite cores from API Delevan. These components are distinct from split-core types as they require the cable end to be threaded through during installation. They serve as passive filters to attenuate high-frequency noise without altering the electrical characteristics of the conductor.

Replacement Considerations

Consult API Delevan documentation for direct substitutes. Alternative parts must match the 13.00 mm ID, 26.00 mm OD, and 28.50 mm length constraints while maintaining comparable impedance characteristics at 100 MHz.