Ferrite cores — reliable high-frequency performance

Proven technology for demanding applications
All product groups are available as standard versions or as customer-specific special solutions — tailored precisely to your application.

Ferrite cores — precision machined for maximum frequency efficiency

Through advanced ceramic manufacturing using manganese-zinc (MnZn) or nickel-zinc (NiZn) ferrites, we produce cores that are optimized for extremely low losses, high permeability and maximum temperature stability. Specially developed for the most demanding high-frequency transformer and inductor applications.

Your benefits
✔ Lowest core losses where it matters
✔ Maximum energy transfer efficiency
✔ Proven reliability up to 200°C
✔ Scalable mass production

Advantages of the material
- Extremely high permeability (μ: 100-20,000)
- Minimal losses (50-500 mW/cm³ at 100 kHz)
- Perfect frequency adjustment (20 kHz — 100 MHz)
- No dispersion — gap-free precision design

Customizable geometries:
ETD — RM — E-core — toroidal — planar — SMD cores

Typical applicationsTypical Applications
flyback transformers — LLC resonant converter;
PFC boost levels — EMI suppression;
SMPS for the automotive industry — solar inverters

L Material (≈ 750 µm)
Faq Plus
R/P/F/T materials (≈ 2,300—3,000 µm)
Faq Plus
J Material (≈ 5,000 µm)
Faq Plus
In material (≈ 10,000 µm)
Faq Plus
M material (≈ 15,000 µm)
Faq Plus
C, E, V materials (≈ 900—2.300 µm)
Faq Plus

Optimized ferrite materials for your frequency range

✔ High permeability
✔ Low losses at high frequencies
✔ Good temperature stability
✔ Wide range of shapes and sizes
✔ Cost-effective