Inductor Cores - Unspecified Material

CORE TOROIDAL 7 nH/N2 23.93mm OD

CORE T68-17 IRON POWDER 2.1 nH/N2

CORE MAG T50-17 1.8 nH/N2 EPOXY

CORE T50-2 4.9 nH/N2 12.70 mm OD

COMMON MODE CHOKE 1MH 1A RADIAL

VACODYM magnets are produced on the basis of neodymium-iron-boron alloys and have the highest energy density available today. VACODYM alloys are anisotropic material grades.

VACOMAX is our permanent magnet material made from rare-earths and cobalt. These magnets have particularly high coercivities with simultaneous high saturation polarization and excellent temperature and corrosion stability.

The positioning of magnets with extreme precision and the very high forces associated with large-volume magnetized parts, make the assembling of magnet systems a challenging task. We can apply our extensive experience in the design and construction of assembly tools and our expert knowledge in the selection of a suitable bonding process.

VITROPERM is an iron-based nanocrystalline material with an outstanding combination of soft-magnetic properties which make it the state-of-the-art material for a wide range of applications, e.g. Common Mode Chokes (CMCs), Current Transformers (CTs), EMI filters and shielding material in wireless power transfer.

These high permeability materials differ mainly in the level of permeability. Permeability increases in the series from the standard grade MUMETALL to the highest grade ULTRAPERM 250. VACOPERM 100 D is a solid material

VITROVAC alloys are magnetically soft but mechanically hard, with a high elastic limit. Properties comprise highest saturation flux density and excellent permeability, making it the ideal solution for applications like electronic article surveillance, flexible antennae, magnetic sensors, magnetic shielding, switching cores in accelerators or power transformers.

Developed and Optimized for Electric Motor Applications

Alloys with a Ni-content of around (40...50) wt% are characterized by a maximum in the saturation polarisation of up to JS = 1.6 T and a medium range permeability. By selecting appropriate rolling and annealing conditions, the shape of the magnetization curve can be varied over a wide range.

The low cobalt content VACOFLUX qualities were developed to offer an attractive price level for well defined applications.

Lamination stacks are packages using single laminations separated by electrical insulating layers to surpress eddy current losses during dynamic magnetic load.

Thanks to their high magnetic saturation of up to 2.4 T, the cobalt-iron (CoFe) alloys VACOFLUX and VACODUR are generally suitable for all applications where high flux density and minimum weight are required. Qualities with a cobalt content of 49 % and 2 % vanadium are offering in addition low coercivity forces and therefore best possible parameters for highest performance electr

Thanks to their high magnetic saturation of up to 2.4 T, the cobalt-iron (CoFe) alloys VACOFLUX and VACODUR are generally suitable for all applications where high flux density and minimum weight are required. Qualities with a cobalt content of 49 % and 2 % vanadium are offering in addition low coercivity forces and therefore best possible parameters for highest performance electr

All crystalline alloys can be processed further to stamped parts. VAC has state-of-the-art facilities for punching, deep-drawing and further processing methods like interlocking or wire-EDM.

Tape-wound toroidal and oval cores made of nanocrystalline VITROPERM or amorphous VITROVAC offering low losses over the full permeability range between µ~3,000 to µ>100,000.

Tape-wound toroidal and oval cores made of nanocrystalline VITROPERM or amorphous VITROVAC offering low losses over the full permeability range between µ~3,000 to µ>100,000.