Introducing Ferroxcube’s revolutionary 3N2 material, a game-changer for EMI suppression. Discover how 3N2 is transforming EMI suppression.
- Exceptional properties – high resistivity and permeability
- 3N2 outperforms Nickel Zinc and Nanocrystalline cores without compromising performance.
- Offers superior impedance from 0.1 to 100 MHz, making it ideal for a wide range of applications.
Ferroxcube’s new 3N2 material is transforming EMI suppression. With its high impedance capabilities extending up to 100 MHz and beyond, as well as in the range of 0.1 to 30 MHz thanks to its relatively high permeability, 3N2 is ideal for applications requiring superior interference reduction.
Remarkable Properties
Key properties of 3N2 include high resistivity (>103 Ohm m) for reduced eddy current losses and high permeability (3000) for increased inductance values in compact designs. This advanced material exhibits key properties that make it suitable for noise suppression in the kHz to GHz range.
A Cost-Effective Alternative
One of the standout features of 3N2 is its ability to replace expensive Nickel Zinc materials, offering an affordable alternative without compromising on performance. In many cases, 3N2 also proves to be an excellent replacement for Nanocrystalline amorphous cores. This can significantly lower costs for manufacturers and consumers alike.
Superior Performance
With its exceptional properties, 3N2 sets a new standard for EMI suppression solutions. It provides high impedance up to 100 MHz and beyond, as well as in the range of 0.1 to 30 MHz. This makes 3N2 ideal for applications like DC-DC converters, onboard chargers, LED drivers, power tools, and more – wherever small size, low loss, and cost-effectiveness are required.
3N2’s unique combination of capabilities positions it as an ideal solution for EMI suppression in the 21st century and beyond. Compact, affordable, and highly effective, this advanced material is enabling designers to push the limits of high-frequency power electronics.
Key Properties and Advantages of Ferroxcube’s 3N2 Material
- Cost-Effective Alternative
- Easy to Use
- Sustainable
Ferroxcube 3N2: A Superior Choice for EMI Suppression Over Nickel Zinc and Nanocrystalline Materials
Cost-Effective Alternative
One of the biggest advantages of 3N2 is that it provides comparable or better performance than Nickel Zinc at a fraction of the cost. Nickel Zinc materials, while effective, tend to be expensive due to the price of nickel. 3N2 contains no nickel, making it a budget-friendly alternative for EMI suppression applications where cost is a concern.
Higher Permeability
3N2 offers permeability up to 50% higher than Nickel Zinc, allowing for smaller core sizes. This means 3N2 cores can take up less space while providing the same level of performance. The high permeability of 3N2 also allows it to outperform nanocrystalline materials in the 0.1 to 30 MHz frequency range.
Resistance to Harsh Environments
3N2 has a high Curie temperature, giving it better resistance to high heat than Nickel Zinc. It also has low moisture absorption, allowing for better performance in humid conditions. This durability and resistance to environmental factors makes 3N2 suitable for applications where the core may be exposed to high heat or moisture, such as power supplies or onboard vehicle electronics.
Resistance to Harsh Environments
3N2 has a high Curie temperature, giving it better resistance to high heat than Nickel Zinc. It also has low moisture absorption, allowing for better performance in humid conditions. This durability and resistance to environmental factors makes 3N2 suitable for applications where the core may be exposed to high heat or moisture, such as power supplies or onboard vehicle electronics.
Customization Options
3N2 can be customized to suit specific application needs. Properties like permeability, resistivity, and core loss can be adjusted based on customer requirements. This ability to customize the material to precise performance specifications is useful for applications where standard materials may not meet requirements. The customization options for 3N2 provide design flexibility not possible with off-the-shelf Nickel Zinc and nanocrystalline cores.
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A Smaller, Cheaper Solution for Fighting Electromagnetic Interference
Ferroxcube 3N2 cores give engineers more design freedom at a lower cost.
