Feedback To Source

[nievesoliveras]

@pirate

I will log on the @daftman forum and if I find any schematic I will post it here for the benefit of all members.

Jesus

[nievesoliveras]

@pirate

I will log on the @daftman forum and if I find any schematic I will post it here for the benefit of all members.

Jesus

The Daftman is a very generous person. He posted the swapper diagram on this link:

http://www.mediafire.com/?trzuykmylkm

I also got the one on the forum's page and is this one:

Jesus

[Low-Q]

@lowq

I was lucky today. It was on the first directory searched.
According with the schematic heading it seems that I found it on a search done at EnergeticForum.
Instead of 120v.

I could be wrong though.

Jesus

Increasing capacity will allow more current draw between A and B. However, I think I have got lost somewhere, as I honestly do not see the point in having that capacitor there at all but a solid wire, except for reducing voltage over A-B when loaded.

The output of a toroid coil could be used in order to get feedback to the source that has more amps.

Can you make a drawing of what you are thinking of? Because I cannot see how you can get more amps without loosing voltage.

Br.

Vidar

[nievesoliveras]

@all

In order to vanish any doubt out of my mind. I disassembled the circuit. I put the joule thief only on a small breadboard and put a fresh battery with 1.34v on the circuit and in a few seconds maybe a minute, the output voltage went up and made the meter to show the overflow voltage warning.
I changed the meter selector to the 200v scale and the voltage was 25v. While I prepared the camera it kept rising and this are the photos.

This circuit with the new toroid are the heart of this voltage that charges a battery, the batteries cannot make a camera to work, but again, if you connect them to a pulse motor with the circuit included, the motor will spin with a good steady velocity.

Jesus

[nievesoliveras]

Increasing capacity will allow more current draw between A and B. However, I think I have got lost somewhere, as I honestly do not see the point in having that capacitor there at all but a solid wire, except for reducing voltage over A-B when loaded.

Can you make a drawing of what you are thinking of? Because I cannot see how you can get more amps without loosing voltage.

Br.

Vidar

Remember that I found that circuit on a search on the web. I dont know if it is true what it states. I need to clear my mind from all the obstacles that I have found with this quest of mine and start brainstorming again in order to increase the amps at the output.
At the moment I have no idea where to start. But the plan will now be to include the toroid on that circuit with a couple of caps and see if the meter can capture the correct measurements ac, dc and amps.

Jesus