2673002402

Ferrite Cable Overview

Fair-Rite 2673002402 is a solid free-hanging ferrite cable core utilizing Material 73. It features an inner diameter of 5.00 mm (0.197 inches) and an outer diameter of 9.65 mm (0.380 inches). The component has a length of 4.83 mm (0.190 inches). It provides an impedance of 15 ohms at 25 MHz. The operating temperature range spans from -55°C to +125°C.

Ferrite Cable Feature Summary

• Solid construction designed for free-hanging installation on cables
• Material 73 composition optimized for high-frequency noise suppression
• Shield bead geometry facilitates effective electromagnetic interference reduction

Ferrite Cable Applications

• Electromagnetic interference suppression on signal cables
• Common mode noise filtering in electronic assemblies
• High-frequency noise attenuation in data transmission lines

Ferrite Cable Procurement Notes

Verify the specific material designation and impedance characteristics against the manufacturer's current datasheet before integration. Confirm that the physical dimensions, particularly the inner diameter, accommodate the target cable bundle without excessive clearance or tight fit constraints during assembly.

Ferrite Cable Selection Notes

Select this component when Material 73 properties are required for the intended frequency spectrum. Ensure the cable diameter falls within the 5.00 mm inner diameter specification. Consider the solid form factor for applications where split-core alternatives are unsuitable due to mechanical stability requirements.

Ferrite Cable Part Context

This part belongs to Fair-Rite's line of solid ferrite cable cores. It utilizes Material 73, which is distinct from other materials like 43 or 61, offering specific permeability characteristics suited for particular noise frequencies. The shield bead shape allows it to slide onto cables prior to connector termination.

Ferrite Cable Replacement Considerations

Direct substitutes must match the Material 73 specification and the 5.00 mm inner diameter. Verify impedance values at relevant frequencies to ensure equivalent noise suppression performance. Alternative parts may differ in physical length or outer diameter, requiring mechanical clearance verification.