Yes. A square wave works much better and more efficiently. I would even say it is necessary:
With the square wave, I also wake up the 7.83 magnetic field and the 11.745 electric field in the same way as Nikola Tesla and they will be used by Device 3 in octaves.
In example1.png, the resonant high Q device is between R_LARGER and parallel C.
I have tested and it works.
example1.png is exactly what we want: an isolated source with high resistance and an almost shorted load before the isolation transformer.
A simple example of calculating impedance matching is in example2.png and example3.png.
You need math to calculate impedance matching and it's still easy math.
Otherwise, you won't get resonance energy out.
I have made 2 70 page documents to understand Smith chart and impedance matching. You can send me a private message if you want the documents
I have checked everything with Bode plot on oscilloscope, Network Vector analyzer and also LTspice simulation and they show the same results.
Real tests also show the same.
With the square wave, I also wake up the 7.83 magnetic field and the 11.745 electric field in the same way as Nikola Tesla and they will be used by Device 3 in octaves.
In example1.png, the resonant high Q device is between R_LARGER and parallel C.
I have tested and it works.
example1.png is exactly what we want: an isolated source with high resistance and an almost shorted load before the isolation transformer.
A simple example of calculating impedance matching is in example2.png and example3.png.
You need math to calculate impedance matching and it's still easy math.
Otherwise, you won't get resonance energy out.
I have made 2 70 page documents to understand Smith chart and impedance matching. You can send me a private message if you want the documents
I have checked everything with Bode plot on oscilloscope, Network Vector analyzer and also LTspice simulation and they show the same results.
Real tests also show the same.
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