Our websites and mobile sites use cookies to give you the best online experience.
By using our website and agreeing to this policy, you consent to our use of cookies in accordance with the terms of this policy and terms and conditions.
PC47 (µi=2500±25%). Power MnZn material is characterised by low core losses comparing to power ferrite materials produced by other manufacturers. In control point at f=100kHz, B=200mT, Т=100°С core losses are 250 kW/3, while for base material N87 this value is 385 kW/m at the same conditions 3. The main application: compact power transformers, switched mode power supply.
PE90 (µi=2200). Power MnZn ferrite material is characterised by a high value saturation induction and low relative losses and is suitable for working at large currents. This material is also applied when producing cores with large sizes. The general application:high power ventilation equipment, automobile electionics
For telecommunications
H5A (µi=3300). MnZn material is characterised by a high magnetic permeability. The main application: filters for multiplex systems of data transport, output transformers, oscillators, input choppers.
For EMI suppression
Ferrites for application in EMC filters, power line chokes;
They are characterised by high values of impedance.
Main applications: video and sound systems, telecommunications, automotive electronics.
HF30 (µi=45). NiZn ferrite material. The material is suitable for a wide frequencies range up to 1000 MHz.
HF40 (µi=120). NiZn ferrite material. The material is suitable for a wide frequencies range up to 600 MHz.
HF56 (µi=600). NiZn ferrite materials is suitable for using in a high-frequency band.General application: video and acoustic systems, telecommunications
HF57 (µi=600). NiZn ferrite material. Suitable for a wide frequency range up to 500 MHz.
HF70 (µi=1500). NiZn ferrite material with a high magnetic permeability. Suitable for a wide range up to 500 MHz. General application: video- and audio-systems, telecommunications.
HF90 (µi=5000). MnZn ferrite material with a high permeability. Suitable for a frequencies up to 1 MHz.