I'm sorry I left out some stuff out that might clear things up, from the book it says the oscillator has a L1 that uses a toroid with reactance of 250ohm and I'm using the t37-2 toroid. With that said and putting this into a "toroid calculator" or using the "inductor reactance" or "resonate frequency" formulas, we get 27 turns, C1 with 47pf, and L1 of 2.93uf. and it says from the book that the output link uses 10 to 20% the turns on L1. I would assume using the "turns ratio equation" Np/Ns=sqrt(zp/zs) giving a output link of 3-9ohms. And if I want to make 250 look like 50ohmn for the input amplifier connection just use the "turns ratio" again. Now is that correct?
Note: I made more turns on l1 to get it to 450ohmn reactance to give a higher power output for the amplifier, then used the "turns ratio" to match to 50ohmn. primary turns then were 36 turns,c1 went to 26pf, and L1 5uH.
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2.93uH not 2.93uf