What are the fundamental differences between an ideal transformer and a practical transformer in terms of performance and characteristics?
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Step 1: Define the ideal transformer - An ideal transformer is a theoretical model that assumes perfect coupling between the primary and secondary windings, with no losses, no leakage flux, and perfect magnetic core properties. Show more…
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Demonstrate the simulations of simplified per phase equivalent circuit of a three-phase transformer referred to the primary side. Demonstrate the simulations of simplified per phase equivalent circuit of a three-phase transformer referred to the secondary side. Students may define their own setting of parameter for both simulations mode. Simulation results in (1) and (2) need to be compared with the value obtained through manual calculation. Relate your simulation model with possible losses in the transformer and suggest the ways to overcome these losses. Provide and discuss two (2) applications of transformer in power transmission system. Justify the environment effect of three-phase transformer in power transmission system.
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