I have a splitter transformer with a single multi-tap primary (175 77 98 turns), and two independent secondary coils of 175 turns each.
The transmitter is 600 Ω and connected to the primary, and a 600 Ω receiver is connected to each of the secondaries. (ie two separate 600 Ω receivers)
How many turns on the transformer primary are required to match the loads on both the secondaries?
Do I calculate each reflected secondary load independently, and then calculate the result as two parallel impedances in the primary?
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