TDK ferrite materials

конденсаторыThe recommendations for choosing of materials produced by TDK are represented by Lepcos in-stock.

For power electronics

Power materials for frequency band f<500 kHz
  • PC47i=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.
  • PE90i=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

  • H5Ai=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.
  • HF30i=45). NiZn ferrite material. The material is suitable for a wide frequencies range up to 1000 MHz.
  • HF40i=120). NiZn ferrite material. The material is suitable for a wide frequencies range up to 600 MHz.
  • HF56i=600). NiZn ferrite materials is suitable for using in a high-frequency band.General application: video and acoustic systems, telecommunications
  • HF57i=600). NiZn ferrite material. Suitable for a wide frequency range up to 500 MHz.
  • HF70i=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.
  • HF90i=5000). MnZn ferrite material with a high permeability. Suitable for a frequencies up to 1 MHz.