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6. Low sintering temperature Ni-Zn-Cu ferrites for integrated inductive components
The end of the 20th century saw a significant reduction in the size of semiconductor components (active components). Passive components, in particular inductive passive components (transformers, inductors), became the most voluminous. Their integration into electronic circuits (windings and magnetic cores) is now a priority. To achieve this, the co-sintering technique now seems unavoidable. Co-sintering consists in sintering together two materials of different natures, such as a ferrite with a conductive metal (metal tracks). This can be achieved using pure silver (melting temperature
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Low sintering temperature Ni-Zn-Cu ferrites for integrated inductive components
Conclusion: future developments in soft ferrites for power electronics
Bibliography
Bibliography
Websites
Ferrites and Accessories|Products|TDK Product Center https://product.tdk.com/en/products/ferrite/index.html
Ferrites and Accessories (EPCOS)|TDK Electronics – TDK Europe https://www.tdk-electronics.tdk.com/en/ferrites
...Standards and norms
- Termes et nomenclature pour noyaux en matériaux ferrites magnétiquement doux - IEC 60401-1 - 2020
- Ferrite cores – Guidelines for the dimensions and limits of surface irregularities - IEC 63093-3 - 2020
- Ferrite cores – Standardized specific inductance for cores with air gap and associated tolerances - IEC 62358 - 2012
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