No value specified for the fuses other then "quick blow".
Thats the reason i do not use my Rigol FG for this, but have ordered this same El Cheapo FG Bruce uses.
I upgraded again to now 36V and it seems harder to "open" the MOSFETs by manipulating the FG amplitude adjust pot, its set at max (5v) for a meager 20mA current in the main circuit.
Anyway, here the new post i did on overunity.com:
Made again some minor changes while still waiting for the dual ch FG, like using 36V on the MOSFETs and shortening the supply wires as much as possible.
Using 2 current probes to monitor the 36V input current and the WIRE current (between WIRE and floating 12V battery).
First thing i noticed is that the pickup loop does NOT pick up as much energy as earlier, with the amp meter in the supply line showing 7.5mA, no energy is picked up at all!
I had to increase the current through the MOSFETs (by adjusting the gate signal amplitudes) to about 20mA for any reaction on the pickup loop.
Another thing to notice is that the ringing frequency on the 36V input current is now increased from 8.3Mhz to 12.5Mhz.
I think this has to do with the shortend leads between circuit and batteries.
All together i think that the shortend leads and therefor the higher ringing frequency influences the amount of energy (reflected) in(to) the WIRE negatively
Screenshot shows the 2 current probe signals:
purple is current in the 36V supply lead (value needs to be taken x 10, so 404mA pp)
green is current in the WIRE (at the end near the 12V floating battery)
Video here:
https://www.youtube.com/watch?v=6PuNvVTiHaAHmmmm, changing the 36V "return" lead with a longer wire increases the pickup loop signal again, increasing the length of the 36V supply lead seems to have no influence on it!
Regards Itsu