ferrite
sintered
For information on magnetic flux, see our data sheets.
PRODUCT
High insulating properties
The field lines of the magnetic field try to run through the magnetically conducting ferrite. However, due to the electrically insulating properties, they do not cause eddy currents, meaning that the ferrite core absorbs surrounding electromagnetic waves. Disturbing interfering signals are minimized. In industrial electrical engineering this is advantageous, because the conductors are often numerous and close to one another. They conduct currents at high frequencies and therefore run the risk of inductive effects.
Application Fields
Electronics
High magnetic permeability
Electrically insulating
General
Different possible uses
Mn-Zn ferrite cores are used in switch-mode power supplies, chokes, common-mode noise filters, communication pulse transformers, inverters, converters, etc. Ni-Zn ferrite cores can be divided into two groups. One group is used mainly in electrical and electronic circuits and the other for EMI suppression. Cores for use in electronic circuits are available in different material specifications and geometries for a wide range of applications.
PRODUCTION PROCESS
Shape corresponds to application
Ferrite cores consist of ferrites. They can take a wide range of shapes. Ferrite rods are the simplest shape, supplemented by ferrite rings, snap ferrites and SMD ferrites.
NOTE
We will help you to make the right choice
Ferrite cores are the method of choice in electronic applications. However, constraints such as temperature and frequency dependency, as well as considerations of cost, weight and size, might lead you to opt for other BOMATEC products. We are always available to offer guidance and advice in making the best choice for your needs.
TECHNICAL DATA
What ferrite core magnet can do
BOMATEC offers ferrite cores in a range of shapes and materials. Technical data can be found in our data sheets.
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