pd_du26rt
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What should be the maximum and minimum primary voltage of output transformer with 10 turns of 22 SWG primary winding and 500 turns of 34 SWG Secondary winding?
The discussion revolves around determining the maximum and minimum primary voltage for a transformer with a specified number of turns in the primary and secondary windings. The context includes considerations of transformer design, core materials, and operating frequency, with a focus on practical and experimental approaches.
Participants express multiple competing views regarding the factors influencing primary voltage, including core material, frequency, and experimental methods. The discussion remains unresolved with no consensus on the exact maximum and minimum voltage values.
The discussion includes assumptions about core materials and dimensions, as well as dependencies on supply frequency, which are not fully resolved. There are also references to specific calculations that may depend on additional parameters not provided in the discussion.
negitron said:You can also roughly calculate your volts per turn figure if you know the core dimensions and permeability. If it's a laminated core power transformer, assuming silicon steel alloy is a safe bet. In that case simply divide 38 (for 60 Hz; for 50 Hz use 45) by the core cross-sectional area (in square cm) to obtain a rough figure.
uart said:If you want volts per turn you'll have to take the reciprocal of this.