Kapanadze Cousin - DALLY FREE ENERGY

[Hoppy]

All,

After spending last week(end) many hours in tuning my Dally replication circuit, i have come to the conclusion that with the knowledge we have now on used frequencies and voltage levels, its almost impossible to find the correct combination (if it even exists) where the magic happens.

My L4 coil at best shows 100V sine wave with some nano-pulses riding on top which are not doing any good and causes a 230V/60W bulb only to light dimly (with or without the nano-pulse active).

Increasing the nano-pulse repetition frequency above 20Khz or so, causes the little toroid and the DSRD and even the series capacitor (9nF/3Kv) to heat up significantly.
As there was mentioned to install the toroid on a heatsink, this points to the fact that this repetition frequency was high, however, the pictures and video from Dally did not show this heatsink.
Anyway, even with this increased frequency, no extra gain was ever seen.

So untill i got some more/better info from Dally (as promised) on used frequencies and voltages, i will put this project on the back burner.

I could try to fill the coil with ferrite bars and/or rings to see if that gives anything extra but as Dally never mentioned he used any, this is just a shot in the dark.

Thanks to everybody for giving directions and help especially "verpies".

Video: http://www.youtube.com/watch?v=IRN42Y-cD54&feature=youtu.be

Regards Itsu

Itsu,

Before you put your tuning on a back-burner, try running your inverter at a much lower frequency down to as low as 50Hz, with the nano-pulser at around 2.4KHz.

Regards
Hoppy

[itsu]

Hoppy,

i went as low as my inverter allowed me to go which is 1.7Khz and putting the nano-pulser at 8Khz, see post #925, but other then a nice spikey signal, nothing special.

Getting my L2 coil (1.5mH) resonating at 50Hz means a capacitor of about 7000uF, not to mention the build/modification of a new inverter.

I could see what happens when driving the L1 coil with my FG (puts out 30V pp).

Regards Itsu

[Hoppy]

Hoppy,

i went as low as my inverter allowed me to go which is 1.7Khz and putting the nano-pulser at 8Khz, see post #925, but other then a nice spikey signal, nothing special.

Getting my L2 coil (1.5mH) resonating at 50Hz means a capacitor of about 7000uF, not to mention the build/modification of a new inverter.

I could see what happens when driving the L1 coil with my FG (puts out 30V pp).

Regards Itsu

I see the difficulty. I suggested this because as you know, I queried the core material in Dally's transformer and I still think its most likely a steel tape toroid. Also the caps on his inverter board look bigger than the circuit schematic shows.

Regards
Hoppy

[T-1000]

itsu,


It might be obvious but capacitor with coil in middle mirrors Hendershot's generator configuration part. The thread is on http://www.energeticforum.com/renewable-energy/4771-hendershot-replications-new-post.html


In regards to mixing of 2 input frequencies, I also asked Bedini about it and his reply was on http://www.energyscienceforum.com/sg-radiant-oscillator/125-sg-radiant-oscillator-6.html#post1140 :


"I did not want to talk much about this, but now that you bring up these points, that is correct about the two primaries with the SG oscillator.[/font][/size]
This has been suppressed information, not by me. I have said many times what could be done if someone would just take the time. I have used this method before in machines, but you can do it other ways too. As I said to you I do not follow Overunity.Com, but they have followed my work, it's funny that people have never tried this until just now. Now I think, hopefully what just needs to be done,at least I hope. It also is just not dependent on that frequency as it can be low or high. I wonder what sparked this could it be what I was showing, and yes you all can do it with a little work.[/font][/size]"


Some truth is hidden in that place...


Best of luck!

[starcruiser]

Guys, while this seems to straddle several devices and my comment maybe off base to the dally experiement, Isn't that what the COAX could be? a capacitor with a coil? It all depends on how you connect it right? open ended COAX with the braid stripped back far enough to avoid arc over. What is the capacitance per foot, size it against the inductance of the coax coil, provide self resonance (or damn close). Use another coil as the resonator and perhaps another as a bias coil, just some ideas.

I potentially see COAX being used to take the place of a high voltage CAP and coil, the simple design would be a diode, a additional CAP to tune, a sparkgap and a pulse circuit to generate a couple of KV in the cap coil