yup , exactly
I already explained iteration called Silencer
whatever you throw on input - there is silence on output
Just not sure how to reduce or remove the fundamental so only the harmonics are removed
Will this blow up?
Had a similar thought, a little simpler, driving one device only, made the other Aleph ccs (modulated), using depletion mode devices for self biasing, and the feedback terminates at the JFET's input.
If so, then Zen Mod's suggestion of using Enhancement and Depletion N-Jfets [with in-phase driveto their gates] is a possibility. Granted the two devices are exact opposites in characteristics; such that a high symmetry in operation is obtained. Loop feedback will correct for residual asymetry.I think maybe Papa has hit a roadblock on his design and is looking for ideas from us.
Haha. Very clever way of interrogating someone.I think maybe Papa has hit a roadblock on his design and is looking for ideas from us.
I realize that this is an incomplete circuit (no input buffer, and no bias circuits), but it demonstrates the drive of the output FETs from the transformer. I have no idea what inductances should be used for the transformer. In this simulation I used a 1:1 winding ratio.
watts Thd
1 0.039940%
5 0.023063%
10 0.017839%
15 0.018988%
25 0.032031%
watts Thd
1 0.039940%
5 0.023063%
10 0.017839%
15 0.018988%
25 0.032031%
Attachments
I realize that this is an incomplete circuit (no input buffer, and no bias circuits), but it demonstrates the drive of the output FETs from the transformer. I have no idea what inductances should be used for the transformer. In this simulation I used a 1:1 winding ratio.
watts Thd
1 0.039940%
5 0.023063%
10 0.017839%
15 0.018988%
25 0.032031%
Please reverse the phase of the transformers above to be like that in thread #1. We look forward to your comparative results.
34 pages, but no one has asked the most important question:
Will it drive F4?
Really?This is not misdirection. Try it both ways and see.
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