TX50/30/20-3N4

Ferrite Cable Overview

The Ferroxcube TX50/30/20-3N4 is a manganese-zinc power ferrite toroidal core designed for high-frequency magnetic applications. It utilizes the proprietary 3N4 material formulation, which provides optimized permeability and low loss characteristics within specific operational bands. The component features a standard toroidal geometry with dimensions of 50 mm outer diameter, 30 mm inner diameter, and 20 mm height. This configuration supports efficient winding density for inductors and transformers operating in the medium to high frequency range.

Ferrite Cable Feature Summary

• Utilizes 3N4 manganese-zinc ferrite material for enhanced high-frequency performance
• Toroidal geometry ensures minimal electromagnetic interference leakage
• Optimized for compact inductor and transformer designs

Ferrite Cable Applications

• High-frequency power inductors
• Common mode chokes
• EMI suppression components

Ferrite Cable Procurement Notes

Verify the specific material grade suffix against official Ferroxcube documentation to confirm the 3N4 designation. Ensure that the physical dimensions match the required mechanical constraints for the target assembly. Cross-reference the part number with current manufacturer catalogs to validate availability and compliance with recent environmental standards such as RoHS.

Ferrite Cable Selection Notes

Select this component when designing circuits requiring low core losses at frequencies where standard materials exhibit higher dissipation. The 3N4 material offers a balance between permeability and saturation flux density suitable for energy storage applications. Consider the thermal properties of the ferrite composition relative to the expected operating temperature range of the final device.

Ferrite Cable Part Context

This part belongs to the Ferroxcube TX series of toroidal cores, which are widely used in power electronics. The series offers various material options tailored to different frequency ranges. The TX50/30/20 form factor provides a substantial magnetic volume for handling significant power levels while maintaining a compact footprint compared to other core shapes.

Ferrite Cable Replacement Considerations

Direct substitutes may include other manufacturers' toroidal cores with identical dimensional specifications and comparable magnetic material properties. Verify that alternative materials offer similar permeability and loss curves at the intended operating frequency to ensure circuit performance consistency.