Now compare how a resonator works with a conventional inductor and a bifilar one!
I don't see any fundamental difference between the two graphs. In the right graph, the oscilloscope input is biased relative to zero by a constant voltage. But this is not relevant to the topic. In general, to analyze the efficiency, you need to attach real graphs of voltage, current and power at the active load. The voltage at resonance increases along with the current, because of this, a lot of energy is spent on useless heating of capacitors and conductors in coils. Therefore, resonant circuits are not currently used in power electronics.  Well then, explain why you need to tie two wires together! And I see that the inductor was selected, so winding the length of the resonator to tune and create excess. But you can draw blue and red lines in another way. Do you have anything to answer?
It might be necessary to tie two wires together for many reasons. For example, Kapanadze had a piece of double ABC type cable. Or Kapanadze wanted the primary coil to be small in height, as in an ordinary iron transformer. You can draw it any way you like, but otherwise it won’t work like an induction coil. Aerial bundled cable
|
Author
Topic: Kapanadze replication (Read 39411 times)
