I have some questions regarding ideal transformers, similar to the one seen below:
When talking about 'ideal transformers', can I calculate the current on the primary side by finding the complex impedance of the primary side, then divided by the primary supply voltage. OR do I need to reflect the secondary impedance over to the primary winding taking the turns ratio into account?
If the secondary winding was open circuit or had no series impedance, am I right in saying that the secondary winding will have no effect on the primary current? Hence the primary complex impedance over the supply voltage would give the correct primary current?
In order to find Vout in a case like this where the primary supply voltage obviously doesn't equal V1, am I correct in saying I need to find V1 first in order to find V2. And the output voltage is simply V2 minus the voltage drop over the secondary series impedance?
Sorry for the questions, would just like some clarification before I move on