Magnetics products

Kool Mµ material’s low loss and relatively high saturation level (10,500 gauss) make it excellent for use in power factor correction circuits (PFC) as well as unidirectional drive applications such as Pulse Transformers and Flyback Transformers. The near zero magnetostriction makes Kool Mµ (sendust) ideal for eliminating audible frequency noise in In-Line Noise Filters and Inductors. View PFC Boost design example using Kool Mu.

Kool Mµ MAX is the next generation of sendust cores from Magnetics. We supercharged our low core loss Kool Mµ material with 50% better DC bias performance for better power handling. Use of copper wire is minimized by maintaining inductance using less turns, resulting in savings in overall component cost. With its super low losses, Kool Mμ MAX does not mimic the temperature rise problems found in iron powder cores. Improve inductor efficiency at a fraction of the cost of High Flux with Kool Mµ MAX.

New from Magnetics^®! Kool Mµ^® Ultra`s ultra low losses approach that of ferrite cores while maintaining powder core advantages of soft saturation, stable high temperature performance, and no gap fringing losses. With DC Bias also superior to standard Kool Mµ and comparable to Kool Mµ Hf, Kool Mµ Ultra is a great choice for datacom and telecom applications.

Ferrite toroids offer high magnetic efficiency as there is no air gap and the cross-sectional area is uniform.  Magnetics^® toroids are available in many sizes (outside diameters ranging from 2mm to 140mm) and materials (permeabilities ranging from 750µ to 15,000µ).  Different coatings can be applied to ferrite toroids  to increase winding ease and improve voltage breakdown. Hardware, such as toroid mounts and headers, is available.

Ferrites for high frequency power supply and high quality communication markets are produced in a variety of shapes and sizes for inductors, pulse transformers, high frequency transformers, and noise filters.  Magnetics^® offers ferrite cores in a variety of geometries which are categorized as Shapes; E, I, EFD, ETD, EER, EC, U, UR, Block, Planar E and I, and ER cores. Hardware is available for most sizes.