"Closed mind" is a different concept, albeit related.
If that is what he meant than he should choose his words more carefully. 

If your interpretation is correct than it becomes apparent that he did not read any of my more unconventional posts, yet is quick to judge me as "close minded" just because I quoted some well known power measuring principles.
Just because there is a lot of authoritarian dogma taught in physics departments does not mean that all of it is wrong.  Electric engineering, power measuring principles, Ohm's law, etc.. are on of the areas where the mainstream has it correct ...and it can be verified experimentally any time.
Then let him prove my science wrong with the scientific method - not with name calling.
Dieter better focus on criticizing my ideas and logic, rather than my state of mind.

Didn't realise he called you names.
I tend gloss over most of the measurement discussions on this forum and skip straight to the looping attempts. It would take me less time on the workbench than to understand half of what is been said with regards to measurement.

Exactly. 
O/I Power measurements become superfluous if long self-running condition is achieved, without external energy delivery.  Nature is the ultimate verifier of O/I>1 claims.

The circuit I posted is a self runner circuit.

Hello Hanon!

Well I'm sure we can mix the AC and DC, it just should be done right.
Please use my previous schematic just for simulation, because in real life conditions I think there would be unwanted currents (as high as 3,2A) runing through the batteries and the transformer...not so good...

So now I made a better schematic with 2 separate transformers.
......
Schematic:
http://s26.postimg.org/u8deqo5kp/Double_offset_ac_generator_for_Figuera_with_2_tr.jpg

Dann

Hi Dann,

Thank you very much !!
 
I see that you have simulation skills. I would like you to try to simulate your previous circuit but instead of using 2 DC sources maybe you can sustitute them by 2 diode briges and 2 capacitor (using a kind of scheme similar to the one included in  post  #1064) in order to convert AC current into the DC (where required). This way we could skip mixing AC and DC sources and we will just need AC. Also we will save the 2 transformers. Do you think it is possible?

It will be nice to have all your circuit based just on one standard AC source. I think there will be more wires and diodes but the final result will be easier to implement. Don´t you think so?

Thanks in advance!!

Hi all,

I am sharing some info that was not released previously. If you have followed the forum from the beginning a spanish guy posted in some websites that he had replicated the generator successfully. I could get his email address and I contacted him by email and he wrote me many times. Unfortunately he did not disclose the exact system but he preferred to write about concepts and analogies. I did what he suggested but I could not have success. Now I am releasing in the attached pdf all the info that that guy sent me (I promised him not to reveal his email). Suddently he stopped sending more emails, so I think he thought that there were enough info in those emails. He said that he used as input 12 volts and 3 Amps and he got as output around 3500 W. I think that he did not test all that he described, I suppose that he jsut had a simple coil system, so please, take that info with much care and disect from it just the important ideas.

I post here all this info. Maybe someone could get any idea about this prototype. I couldn´t because the info is very contradictory. You can use Google Translator to get the text into english.

I hope it will help. I uploaded it in an external link because it is 5.5 MB

Regards

Link to view the pdf file:
http://www.mediafire.com/view/5yxy8e2lm5icgt7/Notas_usuario_replica_Generador_Clemente_Figuera.pdf

Link to download the pdf file directly:
http://download1639.mediafire.com/yhqfh9qauqng/5yxy8e2lm5icgt7/Notas+usuario+replica+Generador+Clemente+Figuera.pdf

Good Luck. I really hope someone could do it soon !!

Does it function longer than 1200h at 10W load for each 1kg of the battery?
...or more than 12h for 1kW load... ?

The Li-Air battery has a theoretical energy density limit of 12kWh/kg, so any device containing batteries is conventional below this limit.

How long does your device function with a 1F capacitor in place of the electrochemical battery?

Dieter made a claim of cop 6.
So I posted a circuit that would prove it. I have not built the circuit.
Obviously my next step would have been to ask him to replace the battery with a capacitor.

You can imagine if it is working correctly that you could operate it like a auto motive gen/alternator. You should be able to get it started from a battery and once it is running you should be able to remove the positive battery connection and have it continue to run. Anything short of that is an indication that something is flawed. Any failure has value in what you can learn from it that may be of use later in another part or another type of build all together. I dont see any value in making arguments personal.
 Best of luck to you all.

 Q<A out 1.1
 

Hi Dieter:

1. Please do not worry about negative comments. Take them in your stride.

2. Remove the resistor and try to check the same system with a variac if you have one. See if you can give 200 volts and 1 or 2 amps to the device. You will need to use different types of coils I guess.

3. Take the criticism constructively. In AC when voltage is at its peak, Amperage is at is lowest. When Amperage is at its peak, voltage is at its lowest. So the average of the two has to be taken and it is very difficult. Pulsed DC has the same problem.

4. I do not know how to make these measurements but I do know that these problems are present in AC measurements. Last week for an input of 220 volts and 15 amps I hit an output of 300 volts and 10 Amps. I had a load of 14 x200 watts lamps glowing very bright. But unless the amperage at the output also goes beyond the 15 amps input, we cannot be sure of COP>1 performance. This output of 300 volts and 10 amps came out of using only one of the three modules of the Figuera device.

5. My experiments have been reviewed and personally checked by a professor who declined to accept the results. He however agrees that there is some thing here and is trying to replicate the results. Then they will measure. 

6. There is some thing strange in the Figuera device design. When the same coil is used as is used in Figuera device, the coil consumes only 680 watts. When you test it on individual components the same coil notwithstanding the high AC impedance shows high consumption of electricity. This is actually very confusing to me. Secondary output in Figuera design is not affected but primary input dramatically goes down. There must be some reason for this in magnetics.

Do not worry about criticism and laughters. Those who ridicule you have not taken the efforts to test. On the other hand you also made the mistake of coming to the forum with millivolts and milliamps results. Such results are unreliable. Take the cirticism construtively and prove them all wrong by winding large coils and giving the high voltage and amperage combinations. By increasing the frequency in Pulsed DC, you can get low amperage input. But that does not remove the need for high voltage input. Alternatively you can use high voltage and amperage input and ignore the frequency part or to be sure you may try to increase all three. However to my limited knowledge when the frequency goes up, input amperage must be reduced. Output amperage will not be affected. I have not tested it yet but this is the theory I guess.

Winners don't Quit. Quitters don't win. And people who laugh at honest experimenters do so, for it is easy to laugh than to do serious experiments and come to the forum and share them honestly..

Who knows Dummy Ramaswami may come back some day one day with a self sustaining generator and knock out all and run it live on skype..Then all the laughing will stop..Do not worry and continue with your efforts.

However hereafter never ever come to the forum with values in milliamps and millivolts. They are neither accurate nor reliable. This is the lesson you need to learn. Naysayers can also teach us good lessons as to what are the things to be avoided. So take it all in a constructive spirit. Best of Luck in your efforts.