Westi

Resize your picture please, it is 3,264px × 2,448px any photo editor program should be able
to shrink it down.

Hanon:

As seen in the drawing the current, once that has made its function, returns to the generator where taken; naturally in every revolution of the brush will be a change of sign in the induced current; but a switch will do it continuous if wanted.

http://www.alpoma.net/tecob/?page_id=8258\

I think this is your translation..

Can you tell me what is the meaning of the coded words..There is a lot of significance there. You have not looked at it. Just translated it without caring to verify by experiments and understand its signifcance. Bookish knowledge or quoting other peoples articles or patents cannot give you working knowledge. Practical hands on experimentation, observation and understanding is required.

Quote from: Doug1 on August 06, 2016, 07:40:10 AM
Westi

Resize your picture please, it is 3,264px × 2,448px any photo editor program should be able
to shrink it down.

Ok it is resize.
Sorry for that!

Continuous = Direct Current. That sentence is just about rectifying the generator AC output to converted into DC current, if wanted/required.

I am still wating for the quote where Figuera ( supposedly according to your post)  said that part G can be replaced by a switch as you stated before. Please quote it literraly. This is a proof in order that your followers may decide about the credibility of your statements. You wont find that quote because it does not exist. But you wont take any care because your aim to creare confusion is achived anyway

If the Ramaswami transformer is an improved design of the Figuera generator, as you stated,  go and create a new thread about it. Please. Do it and leave the rest of us to replicate the original design.

Wistiti, I think your primaries have a huge resistance, 83 ohms. With 24 V you will just get around 0.3 A and your magnetic field will be too weak. I prefer designs based on high amperes to get a strong magnetic field. I add two links to homemade electromagnets with microwave oven transformers using around 13 A to lift arounf 100 Kg. Note that those electromagnets have a closed magnetic path, while in Figuera they have open magnetic circuits and then their strength will be much smaller that those examples

https://www.youtube.com/watch?v=sHcII2sIVdg

https://www.youtube.com/watch?v=cpSHTvzoZII

A couple of links to calculate the strength of an electromagnet. Note that closed circuits use distance of 0.1 cm or much shorter as air distance between the elecfromagnet core and the metal lifted from one pole to the other. Open circuits use a distance along air of several centimeters, decreasing a lot its strength. The distance is named in those equations as "g"

http://www.daycounter.com/Calculators/Magnets/Solenoid-Force-Calculator.phtml

https://www.easycalculation.com/engineering/electrical/solenoid-force.php

Thank you Hannon for your reply!
I will learn with this configuration first (it is the only coil i curently have Under hand...) But i understand what you say about the magnetic intensity of the "primary". I may look for much ticker wire, maybe the primary of a MOT will do it right...

Have you any advice on the output section and the "G" part?

Thanks again for your help!