Solid State Bedini SG on 3 Battery Power Supply

[John_Koorn]

Hi Faraday, bad guess (maybe). Thanks for your interest but let's not try and over-complicate this with techno-babble. Let's also try and keep the thread on track.

This model is nothing more than an up-scaled Bedini solid state SG that's running on a 3 battery power supply. Anyone "experienced in the art" could build it and see what I'm seeing. The recovery windings are nothing special, I just split them to give me more flexibility on where I want to send the recovery.

It was inspired by what Peter showed and also some of what Aaron has shown. It's not meant to be a solid state replica of Peter's build. All I did was borrow their ideas! There is no "low drag generator" in this build. As I mentioned, I have other experiments planned, but no point trying to guess what I'm doing. When I've done them and I think I have something interesting to show, I will post then.

John K.

[Faraday88]

Hi Farady, it's pretty hard to simulate a low drag generator when you're not spinning magnets past a coil

Right now that's not my objective however I do have a few experiments to do with this model as time permits that I hope to prove "excess Electrical Energy recovery"

John K.

Hi John,
Just a guess..is it the third coil in a Tri-filar set up..i saw a video of the V-tec Where he calls it as the 'Inverted Trigger' the Inductive coil on the top of the main coil is shown driving a LED bulb. what could be so much different between a solid-state and the rotored versions... after all we are intercepting the non-diverged component of the Heaviside -flow of the Electromagnetic flux..! normally wasted component of the electromagnetic flux in standard Symmetrical electromagnetic engineering.
Also what does it mean by 'Single ended' and 'Double ended' Triggering..there seems to be no explanation of this in the Advanced book although it is mentioned by Peter.
does the low drag coil have a role to play in the double ended triggering...i think i'm close... BINGO!!!!
Rgds,
Faraday88.

[John_Koorn]

Hi John,
I'm curious to know how do you simulate the low drag part of the Energizer as implied to the Solid-State Version of the SSG (not the SG), i'm sure the low drag coils when used in conjunction with the 'other extra coils ' contribute to the excess Electrical Energy recovery as pointed out by Peter in the Advanced book!!
Rgds,
Faraday88.

Hi Farady, it's pretty hard to simulate a low drag generator when you're not spinning magnets past a coil

Right now that's not my objective however I do have a few experiments to do with this model as time permits that I hope to prove "excess Electrical Energy recovery"

John K.

[Faraday88]

Hi All, here's a (relatively) quick video on my latest project. It's a Bedini solid state SG running on a 3 battery power supply - inspired by Peter Lindemann's rotored version he showed at the 2016 Energy Conference.

I went solid state mainly because I suck at mechanical stuff and I have future experiments planned with the solid state version.

Questions and comments most welcome.

Big thanks to Nityesh (n_techo) for the coil and some of the parts on this model.

John K.

Hi John,
I'm curious to know how do you simulate the low drag part of the Energizer as implied to the Solid-State Version of the SSG (not the SG), i'm sure the low drag coils when used in conjunction with the 'other extra coils ' contribute to the excess Electrical Energy recovery as pointed out by Peter in the Advanced book!!
Rgds,
Faraday88.

[John_Koorn]

That is really impressive John! Just a couple questions you have a 32 fillar coil and are pulsing 16 winds and using 16 winds as a "pick-up coil" as it were? Also, and this is maybe a basic question, but is there a documented improvement in your experience with splitting a multifilar winding amongst multiple transistors or is it more just to allow greater power by using more transistors? Quite a build, thx for posting.

Hi ZPDM,

It's an 81-filar coil.

1 for the trigger
16 x 4-filar for each transistor
2 x 8-filar for recovery windings

I've split multi-filar windings before on rotored SG models. But for no more reason than minimising parts - especially when using matched transistors. In this case I think there's a nice balance with 4-filar for each transistor (thanks Tom C!) as the transistors can easily handle the power.

A previous version of this model used 80 (un-matched) BDC243C transistors, but if I pushed it too hard they would heat up and charging wasn't nearly as good as well.

Thanks for your interest...

John K.

[ZPDM]

Hi All, here's a (relatively) quick video on my latest project. It's a Bedini solid state SG running on a 3 battery power supply - inspired by Peter Lindemann's rotored version he showed at the 2016 Energy Conference.

I went solid state mainly because I suck at mechanical stuff and I have future experiments planned with the solid state version.

Questions and comments most welcome.

Big thanks to Nityesh (n_techo) for the coil and some of the parts on this model.

John K.

That is really impressive John! Just a couple questions you have a 32 fillar coil and are pulsing 16 winds and using 16 winds as a "pick-up coil" as it were? Also, and this is maybe a basic question, but is there a documented improvement in your experience with splitting a multifilar winding amongst multiple transistors or is it more just to allow greater power by using more transistors? Quite a build, thx for posting.

[John_Koorn]

Hi All, here's a (relatively) quick video on my latest project. It's a Bedini solid state SG running on a 3 battery power supply - inspired by Peter Lindemann's rotored version he showed at the 2016 Energy Conference.

I went solid state mainly because I suck at mechanical stuff and I have future experiments planned with the solid state version.

Questions and comments most welcome.

Big thanks to Nityesh (n_techo) for the coil and some of the parts on this model.

John K.