New Ferrite Cores & Accessories
Fair-Rite 61 Material™ Wireless Charging Ferrite Plates are designed to improve the efficiency of wireless power transfer (WPT) systems. Features include high relative permeability, which allows these plates to concentrate and channel electromagnetic fields more effectively than air. When used in WPT systems, these plates act as a guide for the electromagnetic field generated by the transmitter coil, focusing it toward the receiver coil and maximizing directed energy transfer. When the electromagnetic field is reflected within a defined path, ferrite plates minimize leakage flux, improving the overall system efficiency and reducing EMI. Fair-Rite 61 Material Wireless Charging Ferrite Plates are suitable for industrial automation, automotive wireless charging, medical devices, and smartphone charging.
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Fair-Rite 61 Material™ Wireless Charging Ferrite PlatesDesigned to improve the efficiency of wireless power transfer (WPT) systems.18-03-26
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Fair-Rite 96 Material™ Wireless Charging Ferrite PlatesOffers a recommended system power of 5000VA to 16,000VA and a maximum plate thickness of 8mm.18-03-26 -
Fair-Rite Multi-Aperture CoresUsed in suppression applications and in balun (balance-unbalance) and other broadband transformers.22-12-25 -
TDK Large-Size Ferrite CoresOptimizes the magnetic design for efficiency and thermal performance.28-07-25 -
Proterial FINEMET® FT-3TL Non -Cut CoresUtilize nanocrystal soft magnetic material, ensuring a lower loss of 1/3 - 1/4 compared to the F3CC.28-07-25 -
TDK B66375 & B66894 Distributed Gapped (DG) CoresFeatures N87, N88, N95, or N97 core material, helps with downsizing and increasing power density.14-01-25 -
Fair-Rite High-Frequency Power Toroidsoffer frequencies up to 5MHz and optimised for minimal losses at elevated temperatures.29-12-22 -
Würth Elektronik EMI Suppression CPU Ferrite PlatesThermally conductive ferrite plates with impedances up to 800Ω, designed for EMI absorption on CPUs.28-09-22 -
Chemi-Con FW Series Nanocrystalline Inductors (Coils/Cores)Achieves high performance & small, lightweight design by using high-magnetic permeability material.01-08-22