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Powder Cores
Kool Mu or Sendust Cores
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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 ideal for eliminating audible frequency noise in In-Line Noise Filters and Inductors. View PFC Boost design example using Kool Mu.
Learn more about Kool Mu cores including applications and the advantages of Kool Mu cores versus Powdered Iron and gapped ferrite E cores.
Large Kool Mu Core Shapes (E cores, Toroids, U Cores and Blocks) are available in various sizes, Kool Mμ shapes compare favorably with gapped ferrites, powdered iron and silicon steel cores. In addition, for very large core requirements, these large shapes can be configured and bonded into a number of custom designs.
Five large sizes have been added to the Kool Mu toroids, including the massive 165 millimeter core. Large Powder Core toroids are a cost-effective option for high current applications, such as: UPS, large Power Factor Correction (PFC) chokes and inverters for renewable energy.
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High Flux Cores
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Learn more about High Flux Cores including applications, advantages of High Flux cores versus Powdered Iron cores, Silicon Iron laminations, and Ferrites.
Five large sizes have been added to the High Flux toroids, including the massive 165 millimeter core. Large Powder Core toroids are a cost-effective option for high current applications, such as: UPS, large Power Factor Correction (PFC) chokes and inverters for renewable energy.
View High Flux Material Property Curves including Normal Magnetization curves, Core Loss Density curves, Permeability versus Temperature curves, Permeability versus DC Bias curves, Permeability versus AC Flux, and Permeability versus Frequency curves.
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Amo Flux Cores
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View AmoFlux Material Property Curves including Normal Magnetization curves, Core Loss Density curves, Permeability versus Temperature curves, Permeability versus DC Bias curves, Permeability versus AC Flux, and Permeability versus Frequency curves.
Learn more about AmoFlux Cores including material properties, applications, material comparison, benefits of AmoFlux, core losses and DC Bias.
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Iron Powder Cores
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