TX26/15/10-3N2

Ferrite Cable Overview

The Ferroxcube TX26/15/10-3N2 is a soft ferrite toroidal core from the TX series, manufactured by Ferroxcube. It features an epoxy coating and utilizes 3N2 material composition. The component has a diameter of 1.061 inches (26.95 mm), a width of 0.591 inches (15.00 mm), and a height of 0.394 inches (10.00 mm). Key magnetic parameters include an initial permeability of 2300, an effective length of 73.2 mm, an effective cross-sectional area of 38.5 mm², and a core factor of 1.90 mm⁻¹.

Ferrite Cable Feature Summary

• Epoxy coated for environmental protection
• Flame retardant construction
• High initial permeability design

Ferrite Cable Applications

• Inductor cores
• Transformer components
• EMI suppression applications

Ferrite Cable Procurement Notes

Verify the specific material grade suffix against official Ferroxcube documentation to ensure compatibility with required frequency and loss characteristics. Confirm physical dimensions match design constraints. Check RoHS compliance status in current datasheets. Validate supplier authenticity through authorized channels.

Ferrite Cable Selection Notes

Select this core based on the required magnetic path length and cross-sectional area for target inductance calculations. Ensure the operating temperature range aligns with the material's thermal limits. Consider the epoxy coating for environmental resistance needs. Verify availability of compatible bobbins or winding equipment.

Ferrite Cable Part Context

This part belongs to the Ferroxcube TX series of epoxy-coated toroidal ferrite cores. The series offers various sizes and materials for diverse magnetic component designs. These cores support electromagnetic interference suppression and power conversion applications across digital electronic markets.

Ferrite Cable Replacement Considerations

Consult official Ferroxcube substitution guides for equivalent parts with matching dimensions and material properties. Verify that alternative materials meet the same permeability and loss requirements.