Nanocrystalline

Nanocrystalline

Nanocrystalline

State-of-the-art Ribbon with Outstanding Soft Magnetic Properties

Foresee New Materials provides nanocrystalline ribbon for a broad range of soft magnetic applications. Nanocrystalline materials are valued for their high permeability, low coercivity, low magnetic loss, and suitability for high-frequency operation.

The ribbon can be further processed into wound cores and magnetic components for EMI suppression, current sensing, power conversion, and other demanding electrical applications.

• High magnetic permeability

• Low coercivity and core loss

• Thin ribbon structure for wound-core applications

• Stable soft-magnetic performance

• Suitable for high-frequency applications

• Applicable to EMI filtering, sensing, and power conversion

Nanocrystalline ribbon can be used in wound cores for common-mode chokes and EMI filters, supporting effective suppression of conducted electromagnetic noise across power electronic systems.

Current Sensing

Power Conversion

EMI filtering, current sensing, current transformers, residual-current detection.

Power & High-Frequency Applications

Typical Applications

Technical Specification

Product Details

Nanocrystalline ribbon can be used in wound cores for common-mode chokes and EMI filters, supporting effective suppression of conducted electromagnetic noise across power electronic systems.

Current Sensing

Power Conversion

EMI filtering, current sensing, current transformers, residual-current detection.

Power & High-Frequency Applications

Typical Applications

Technical Specification

Product Details

Nanocrystalline ribbon can be used in wound cores for common-mode chokes and EMI filters, supporting effective suppression of conducted electromagnetic noise across power electronic systems.

Current Sensing

Power Conversion

EMI filtering, current sensing, current transformers, residual-current detection.

Power & High-Frequency Applications

Typical Applications

Technical Specification

Product Details

Why Thin?

Nanocrystalline deliver superior performance with reduced thickness. Halving the thickness cuts theoretical eddy current loss to one quarter, a 75% reduction. They are engineered specifically to suppress eddy current loss and boost magnetic performance at high frequencies.

20 μm

Reference

14 μm

49% of reference

10 μm

25% of reference

Illustrative calculation based on the classical eddy current loss model, with other parameters held constant. Not a total core-loss measurement.

Every Micron Matters.

Designed for high frequencies, thinner ribbons deliver superior high‑frequency efficiency. Reducing ribbon thickness shortens magnetic penetration distance, easing skin‑effect constraints and enabling fuller utilization of the magnetic material.

Conceptual illustration — not to scale.

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