2646102402

Overview

The Fair-Rite Products Corp. part number 2646102402 is a solid, free-hanging ferrite core designed for round cable EMI suppression. It utilizes Material 43 to provide an impedance of 165 Ohms at 100 MHz. The component features a circular geometry with an inner diameter of 0.505 inches (12.83 mm), an outer diameter of 1.020 inches (25.91 mm), and a length of 0.840 inches (21.34 mm). It is compliant with RoHS3 standards.

Feature Summary

• Utilizes Material 43 composition for effective high-frequency noise attenuation
• Solid construction allows for secure clamping around cables without splitting mechanisms
• Free-hanging design facilitates easy installation on existing wire assemblies

Applications

• Round cable EMI suppression
• Signal transmission line filtering
• Power cable noise reduction

Procurement Notes

Verify the specific impedance requirement of 165 Ohms at 100 MHz against system specifications. Confirm that the inner diameter of 12.83 mm accommodates the target cable bundle. Ensure compliance with RoHS3 regulations is required for the end application. Check material grade 43 suitability for the operating frequency range.

Selection Notes

Select this component when a solid, non-split ferrite core is required for round cables. Material 43 is appropriate for broadband noise suppression in the higher frequency spectrum. The free-hanging style is suitable for applications where the core must be slid onto wires before termination or secured with ties.

Part Context

This part belongs to the Fair-Rite Round Cable EMI Suppression Cores series, identified by the prefix 2646. The numbering convention indicates Product Class 26 and Material Grade 43. These cores are distinct from split-core types and are intended for permanent or semi-permanent installation on cylindrical conductors.

FAQ

Is this ferrite core a split type?

No, the 2646102402 is a solid ferrite core designed to be slid onto cables.

What material composition does this core use?

It uses Fair-Rite Material 43, which is optimized for high-frequency noise suppression.