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  • PCB Planar Transformer
    • November 17. 2022
    PCB Planar Transformer

    The planar transformer is special designed for low profile & low loss but high power application. Compared with traditional toroidal transformer, laminated core transformer, etc., the planar transformer can be through-hole mounted to the board, or can be integrated into PCB directly , thus the low-profile transformer that could handle a range of current values work. A PCB with traces...

  • The Q Value For Transformers and Inductors
    • June 19. 2024

    For the transformer and inductors, we always test Q value. While, what's Q value?What factors are it related to? Q value, as know as  quality factor, its basic meaning refers to the ratio of inductance to loss pressented by a transformer (inductor) when operating at a certain frequency of AC voltage, it is an important parameter for measuring the transformers and inductors. The higher Q value...

  • The Design and Manufacture Skiss of Plannar Transformer (Inductor)
    • July 05. 2024

    The planar core's successful development, a planar transformer (inductor) design was realized. Comparing to traditional transformer, the planar transformer (inductor) winding is a planar structure, have priority including: high current density, high efficiency, low leakage inductance, excellent heat conduction, low EMI radiation, small size, The pa...

  • The influence of Q value
    • July 25. 2024

    As usual, the transformer with a higher Q value, the better its quality and efficiency. Well, what should we do if the transformer's Q value is too low? What are the factors that lead to a low Q value? As we know: Q=XL/R=2 π fL/R, where XL is the inductance, R is the loss, and f is the operating frequency. The greater the loss, the smaller the Q value will be. For example, if there is a short circ...

  • Inductive Power Transfer Transformer
    • September 12. 2024
    Inductive Power Transfer Transformer

    Inductive Power Transfer Transformer, also known as an inductive transformer, is a device that uses the principle of electromagnetic induction to transfer electrical energy. It is mainly used in application scenarios that require wireless or contactless power transmission. working principle Electromagnetic induction: Induction power transformers transfer energy through electromagnetic induction be...

  • why do transformers (inductors) need to be glued?
    • November 22. 2024
    why do transformers (inductors) need to be glued?

    With the rapidly development of new energy products such as photovoltaics & automobiles, the glue filling process is becoming increasingly common in transformers (inductors). To improving the efficiency of glue filling, manufacturers have equipped automated glue filling production lines, glue filling has gradually become the standard production process for transformers (inductors). Well,today,...

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