ဘလော့ဂ်

Conventional grain-oriented electrical steel cannot be fully adapted to high-frequency transformer core working conditions. Its performance shows obvious limitations under high-frequency operation.

Conventional oriented steel is designed for 50Hz power frequency working conditions. Its iron loss parameters are calibrated under power frequency. Loss performance deteriorates sharply with frequency increase.

High-frequency operation produces severe eddy current loss in ordinary oriented steel. Eddy current loss is proportional to the square of frequency. Conventional steel has thick thickness and high conductivity. High-frequency eddy current loss surges rapidly.

Excessive high-frequency loss causes serious core heat generation. Ordinary oriented steel cores overheat quickly under high frequency. It leads to insulation aging and equipment failure risks.

Its magnetic domain response speed cannot match high-frequency switching. Ordinary grain structure has slow magnetization response. High-frequency operation causes magnetic flux lag and waveform distortion.

Professional high-frequency electrical steel is the dedicated material for high-frequency transformers. Ultra-thin low-loss steel or ferrite materials adapt high-frequency working characteristics. They control eddy current loss effectively.

In emergency temporary use, ordinary oriented steel can bear low-power high-frequency work. But it cannot meet long-term stable and energy-saving operation standards.

To conclude, conventional grain-oriented electrical steel is only for power frequency transformers. It is not a qualified material for formal high-frequency transformer core manufacturing.