![]() ![]() The benefits of employing ferrite cores include high magnetic permeability and low electrical conductivity, helping to prevent eddy currents. Magnetics ferrite cores are made from manganese zinc (MnZn). Ferrite Coresįerrite cores are dense, ceramic shapes that are crafted from a mix of iron oxide and other metal oxides or carbonates, such as magnesium, zinc, or manganese. Visit the Powder Cores page to learn more about this type of core. For this reason, they are commonly used for high current/low ripple applications, including (but not limited to) flyback transformers, resonant circuits, battery chargers, loading and choke coils, as well as boost and output inductors. These cores are widely utilized for their high electrical resistivity, low hysteresis and eddy current losses, low permeability changes in high temperatures, and significant inductance stability in both AC and DC environments. Powder cores are created using the powder of multiple alloys with distributed air gaps to help condense their magnetic fields and minimize core loss. These components can be categorized as follows: Powder Cores Magnetics produces a multitude of soft magnetic components, each lending themselves to specific applications based on their unique properties. Magnetic cores are produced from materials featuring high magnetic permeability and are used in a wide variety of electrical, electromechanical, and magnetic equipment. ![]() Soft Magnetic Components: Powder Cores & More ![]()
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