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Recent content by Manojcheers

  1. M

    Harmonic Analysis and filter design

    Dear all, Kindly suggest me the design book for harmonic analysis and passive filter design book . Best regards MAnoj
  2. M

    Foil Winding Transformer and Inductor

    Dear sir , I want to design a inductor for FIlter (LC ,LCL ) application and its operating frequency is 50Hz and switching frequency depends on the Filter system . I can find a Copper Bus are used to take output as a Lead wire in such Inductors . Best Regards Manoj
  3. M

    Foil Winding Transformer and Inductor

    Sir, Perhaps you will need only a few turns (depends on the final voltage and power). How to calculate the turns for foil winding .Generally we use faradays law to calculate the the turns i.e N=(Vac *10^4/kf*Bac*f*Ac) the same law is used but there is no change in the variables so...
  4. M

    Foil Winding Transformer and Inductor

    Dear sir, Thanks for your support . As ,the foil is not self insulated .The Kraft paper or equivalent insulation sheets are used .But, As the insulation is wound along with the foil throught the winding process what would be the Window utilisation Factor . Best Regards Manoj
  5. M

    Foil Winding Transformer and Inductor

    Will u please sugest me any article regarding my querie for better understanding . While in round and rectangular strips we used to pick the conductor as per SWG or AWG table depends on current carrying capacity .Similarly , how would we calculate the foil thickness and width ??? Best Regards Manoj
  6. M

    Foil Winding Transformer and Inductor

    Dear All, Iam Trying to build a transformer and Reactor .But, I couldnt Get a Proper cu/Al Foil selection chart .Kindly Share your knowledge . 1.) How to Select the thickness of the Cu/Al foil ? 2.)How to select the width of the Cu/Al foil ? 3.) What will be the Aproximate current...
  7. M

    2 Phase Transformer Analysis

    Dear sir, Is there any phase difference between the coils ? Regards Manoj
  8. M

    2 Phase Transformer Analysis

    Dear sir , should my sum of the current to be Zero as per KVL ?? Best regards Manoj
  9. M

    2 Phase Transformer Analysis

    Dear sir, Its a single phase transformer Wound on a UI lamination That is the Single coil consisting of primary and secoundry is splitted or divided into two seperate coils and wound on 2 - legs of the UI Laminaton . When i simulate like a three phase transformer whoes sum of the...
  10. M

    2 Phase Transformer Analysis

    Dear sir, Im trying to wind a single phase transformer with UI- Lamination .Instead going with shell type transformer i used UI - core type lamination for my work , where the windings are divided into 2 halfs and winded in both the legs of the coil .While taking the Lead wires i do...
  11. M

    Overload Ratings of Transformer and inductor

    Dear sir, "I have seen the 1993 Handbook of Transformer Design and Applications which isn't bad, but there are surely many others" Kindly let me know the book name . Best regards Manoj
  12. M

    Overload Ratings of Transformer and inductor

    Dear sir, I reffered a Electrical standard notes and they have mentioned a formula ED ( Duty cycle ) = ((Load duration in min )/( Cycle duration in min ))* 100 Cycle Duration =Idle time +Load Duration (Load duration must not exceed 10 MIn) NT (Type power fo STL) = N...
  13. M

    Overload Ratings of Transformer and inductor

    Dear sir, Suggest me a Transformer and inductor design book , Best regards Manoj
  14. M

    Overload Ratings of Transformer and inductor

    Dear sir, I understood the inductance versus current. But, im not clear about overload specification for a particular time period . Will you share any paper regarding this . Best regards Manoj
  15. M

    Overload Ratings of Transformer and inductor

    Dear sir, But, I design transformers and inductors for the given regulation (Copper Loss) .If our efficiency goal is 95% Remainig 5% will be the remainig total losses. " overloaded for 150%,200% ..For particular time period say 1 minute , 10 sec " In the above statement which...

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