Quote from: Google on March 08, 2014, 11:46:33 AM
I just made a simple HV electrostatic generator by using 3 basic parts.

1. 12 V 7Ah Accumulator.
2.  A cheap 18 Watt CFL inverter circuit that lights a CFL with a 12 V DC input.
3. A flyback trafo. Wired the inverter output to flyback input.

The HV and ground output wires light the CFLs wirelessly and generates some wonderful blue sparks streamers. The spark gap max is 1 cm.

I guess the output is above 10kv.

Dear Google.

You have made the first step !! Yes, humidity dependant, a spark of 30 Kv for dry air can traverse 1 cm !!

We now have to find a way of attracting and harnessing the abundance of "Static" electricity and converting it into "our" man made electromagnetic electricity !! The Testatika machine ??

Cheers Grum.

Quote from: lost_bro on March 08, 2014, 12:33:50 PM
Good Day All:
Just wanted to say thanks for starting this post:
I have been following the work of AKULA since last year:

OK, just my two cents worth:
Please see Attachments:
A pic is worth a 1000 words:
lost_bro

Dear lost_bro.

Thanks for your input and welcome!! 

Please study the schematic on my opening post. http://www.overunity.com/14378/akula0083-30-watt-self-running-generator/msg391344/#msg391344

How do you see these handwritten amendments ?  As this is the schematic that has been turned into a PCB format.

Cheers Grum

PS. Almost forgot to thank Black Bird for the inductance info !! Cheers !! 

Next step ??   

Best,

Hello Grummage

OK, took a quick look at the other schematic:

Please see the attachments:
It's just my two cents worth.
Take care and good luck.
lost_bro

lost_bro


Are the error amplifiers correctly used in original circuit ? Can you explain the purpose of sensing in two places (input of stabiliser and  after load) ? Could it be to change frequency according to the load and to limit input voltage going to lm7812 ?