Leimai’s nanocrystalline cores exhibit exceptionally high permeability across a wide frequency range, making them ideal for common mode chokes used as EMC filters to effectively suppress conducted common mode noise.
Compared to traditional ferrite cores, nanocrystalline cores offer several advantages, including higher inductance, improved filtering effectiveness, compact size, reduced copper wire turns, lower power consumption, and enhanced efficiency.
Overview
Leimai’s nanocrystalline cores exhibit exceptionally high permeability across a wide frequency range, making them ideal for common mode chokes used as EMC filters to effectively suppress conducted common mode noise.
Compared to traditional ferrite cores, nanocrystalline cores offer several advantages, including higher inductance, improved filtering effectiveness, compact size, reduced copper wire turns, lower power consumption, and enhanced efficiency.
Additionally, with a Curie temperature reaching up to 560℃, nanocrystalline magnetic cores exhibit exceptional thermal stability, allowing continuous operation in environments up to 120℃.
FEATURES
| Feature | Description |
| High Permeability & Inductance | Offers high permeability and inductance, enhancing filtering performance. |
| Wide Frequency Characteristics | Effective for filtering conducted noise from low frequencies up to 30 MHz. |
| Excellent Filtering | Suppresses noise in power and signal lines, improving signal quality. |
| Compact Design | Small size aids miniaturization, with fewer winding turns to reduce costs and complexity. |
| Energy Efficiency | Enhances energy conversion efficiency, lowering power consumption and heat. |
| High Curie Temperature & Stability | With a Curie temperature up to 560°C, it operates stably up to 120°C continuously. |
| Mechanical Strength | Provides good stability for various applications. |
| High Saturation Induction | Resistant to saturation, suitable for high magnetic flux density. |
| Low Loss | Minimizes energy loss, boosting overall efficiency. |
| Resistance to Unbalanced Currents | Suitable for applications with large unbalanced currents. |
Technical Specifications
Note: Customized nano cores' specifications are available on request.
Typical Size Range of Toroidal Cores:
Inner Diameter (ID): minimum 3 mm
Outer Diameter (OD): maximum up to 650 mm
Height (H): 2 mm to 150 mm

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