New Ni-Zn Ferrite Material
One of the main challenges for LCD backlight inverters is the dielectric breakdown under high operating voltage.

  New Mn-Zn Ferrite Material
Improved DMR44 MnZn Ferrite for Switching Power Supply.
Lower core loss at 120℃ than DMR44

  New Mn-Zn Ferrite Material
Extended Temperature, High Bs, power ferrite material used as DC to DC converters for automotive application and inverter transformers of LCD.
Core loss（100KHz/200mT）25℃~120℃ below350mw/cm3  

  New MnZn ferrite Material
High Bs:  450mT at 100℃
Low core loss:  core loss reaches 320mW/cm3 at 100℃, 100kHz/200mT

  New Mn-Zn Ferrite Material
Extended Temperature（－40℃~85℃）, DC Bias 4K Perm Ferrite Material for LAN transformer application

  New MnZn ferrite Material
Low core loss at wide frequency range 100kHz to 300kHz.  
Core loss: 250kW/m3 at 100kHz, 200mT, 100°C.
Bs 420mT at 100℃ higher than 390mT of DMR44.

  High Permeability Ferrite Materia
·High initial permeability ui=18000±25%
·High curie temperature  Tc≥120℃
·Good permeability vs frequency characteristics

  Mn-Zn Ferrite Material
High Temperature 120~140℃ High Bs Low loss material for automotive applications

  High Permeability Ferrite Material
·Initial permeability ui=18000±25%
·Curie temperature  Tc≥120℃
·Minimized power application and less windings

  WH36 Material is a new of Fe alloy Ma-flux Material with distributed air gap inside the core. WH36 is developed to meet high current, high frequency, high energy storage and other high power application.