Greetings:
For some time I have used John''s SG3524 circuit in battery chargers powered by transformers with success. (Thank you JB!!.)
I have wanted to use this setup on my large, 100 + strand, SG coil but never got around to doing it. (coming soon.)
As a test, I connected a SG3524 unit to my 5 strand SG wheeled machine. The output is connected to 2500AH of batteries.
On the SG3524 pin 7, I have a four position switch with capacitors allowing frequency change.
Pics can be seen here: GlenWV's Library | Photobucket
The first picture is the SG3524 circuit, next, the FET setup, the large caps, and an overview of the whole rig.
Bob French posted this circuit on the UFOPolitics list:
Circuit -rev. 2 Photo by bobfrench | Photobucket
This LM339 circuit allows both frequency and duty cycle control. This is what I am using on the large coil setup now.
By varying the duty cycle, current can be limited.
I use the output from the LM circuit to bias the base on a MJL21194 which passes voltage from the source battery to the bases of the transistors on the large board. (I'll have to get some pics and draw up the circuit.) At some point, the large coil needs rewound as an air core. (It warms....)
Interesting stuff guys, keep experimenting.
glen
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A two-phase solid-state battery charger can receive input energy from a variety of sources including AC current, a battery, a DC generator, a DC-to-DC inverter, solar cells or any other compatible source of input energy. Phase I is the charge phase and phase II the discharge phase wherein a signal or current passes through a dual timing switch that controls independently two channels dividing the two phases. The dual timing switch is controlled by a logic chip or pulse width modulator. A potential charge is allowed to build up in a capacitor bank, the capacitor bank is then disconnected from the energy input source and then pulse charged at high voltage into the battery to receive the charge. The momentary disconnection of the capacitor from the input energy source allows for a free-floating potential charge in the capacitor. Once the capacitor has completed discharging the potential charge into the battery, the capacitor disconnects from the battery and re-connects to the energy source thus completing the two-phase cycle.
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Hi Mikey, I am not at your level at all, but I thought the 1N4001 diodes would be too small voltage for a unit like your beast? Anyway, what a Beast!
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Thank you for the tips. Here's the circuit, I erased the "one wire".Originally posted by John_Bedini View PostOk,
one more thing I want to bring up. The SSG machine that I show in DVD33 is the kit motor unfortunately the man building these quit and has gone on to 3D printers and I do not blame him. The one thing I did not show was the liner Amplifier Regulator circuit. I will make that known next time. My circuit is straight forward in the SSG but I wanted to show that you could run the machine as a generator. The SSG can do this with no problem providing the currents are adjusted like I had them. the coil being 130 feet twisted 7 wire # 20 wire coil one 23 trigger wire. You do not want to run the machine in repulsion mode for the simple fact as the transistors will heat and you will loose power. the oscillator is not mechanical and you have no choice. If you all look real hard there are hidden currents in the SSG machine. I have not shown the new machine yet. We are still testing it.
John B
Here is the real data sheet on the CA3524
[ATTACH]2627[/ATTACH]
ever since we found this and started having success, we never give up, only move slower now :-)
Patrick A.
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Ok,
one more thing I want to bring up. The SSG machine that I show in DVD33 is the kit motor unfortunately the man building these quit and has gone on to 3D printers and I do not blame him. The one thing I did not show was the liner Amplifier Regulator circuit. I will make that known next time. My circuit is straight forward in the SSG but I wanted to show that you could run the machine as a generator. The SSG can do this with no problem providing the currents are adjusted like I had them. the coil being 130 feet twisted 7 wire # 20 wire coil one 23 trigger wire. You do not want to run the machine in repulsion mode for the simple fact as the transistors will heat and you will loose power. the oscillator is not mechanical and you have no choice. If you all look real hard there are hidden currents in the SSG machine. I have not shown the new machine yet. We are still testing it.
John B
Here is the real data sheet on the CA3524
CA3524.pdfLast edited by John_Bedini; 09-11-2013, 03:14 PM.
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Please, post your circuit so I can see what is going on.
John
Originally posted by BroMikeyOKAY TOM
I did what you told me to do and more here are the results WITHOUT MY NEG DUMP(@PAT) I guess it matters if the builder is using a neg or pos dump but in this experiment I am not using a capacitor bank first before pulsing the energy to the charge battery.
Instead the tests are being done using only an SG Oscillator directly to the charging battery. And let me tell you that this 14awg wire has the kick in Gen Mode Tom.
Okay here we go.
First let's look at the GENERATOR MODE where we were all shown in the DVD#33.
In GenMode directly to the battery without using a tank cap circuit for triggering the base of the transistors, I find that the cap DRAMATICALLY DRAMATICALLY improves charging. Without the cap my charge battery voltage was running along 12.90 and with the cap the volt instantly shot up over 13.4vdc.
Okay NOW let's throw the switch back to Mode numeral uno. #1.
Incidentally for those of you that do not know what mode one is, it is the basic first design John Bedini used on all of the SSG monopole circuits.
Okay when I do the same 2 amp input for all tests in mode one the charging does drop back (ON MINE ANYWAY) when using the cap to trigger the transistor bases rather than using just a resistor.
SO the tests are confirming that for my setup in mode one standing alone the cap does hinder the charging effect. Now I need to go back to my smaller oscillators to see if all of them give this result. The thing is I am pretty sure the smaller wire size oscillators worked better with the cap but I will still check it soon in mode one.
@Pat Video
these videos are very informative keep up the good work helping hard heads like me who need the direction to get them going.
Cheers
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@ Patrick (min2oly)
Please check your PM, thanks!
Today I was experimenting again with CPD mod, but got multiple spikes and poor charging - will try to figure this out hopefully with Patrick's help, maybe tomorrow.
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Mikey,
I see you doing great work!! you have discovered a "secret" about the coil trigger interface, and it is resonance. so can you tell me why you thing it works better without the cap on your 14 awg? you are right the trigger circuit becomes a "tank" circuit trigger winding/cap/resistor-pot............the coil has resistance and inductance. you can see that charging is better when the cap is removed for the same input current. if you can understand "why" you will have a self runner soon, you do need to get off the power supplies eventually as the resonant energy needs somewhere else to be stored. if you can get the trigger to charge itself or need very little current to operate. you say "you should tell me how" but here is the fun part, I want you to tell us how, because its the key to most everything in the universe and when you get it you can extract energy from anything attached to the natural physical realm in the wrong hands its very dangerous, Hitler and the NAZI BELL is a good example of this in the wrong hands.........
Good work mike way to persevere!
Tom C
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Thanks Patrick, As always your help is very appreciated.
OK boys I get it. I'll go back to my man cave and do some tests. mainly do a head to head comparison standart SS_SG vs gen mod configuration. with a load test to measure battery capacity.
@ Mike...I don't do cap dump but still worth exchanging notes.
I am working on some arduino setup to automate my tests. "Laziness is mother of creativity"
Cheers
NoFear
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Hi Bromikey,
I have been watching you for a while now.. and it looks like you are saying on my behalf...i feel.

Best Regards,
Faraday88.
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Hi NoFear,Originally posted by Nofear View PostHi Tom, Mike.
Try it in gen mode??.....as opposed to what?
I must have skipped that class because I always taught that SS SG circuit charges batteries with the added dissulfation bonus. And the two are pretty much inseparable.
But now I am hearing you Mike talking about running your circuit as a dissulfator!? I spent my last evening reading past posts trying to find references to that. In vein I am afraid.
So I guess that begs the question how can a SS Osci circuit be run as a dissulfator "OR" a charger/gen mod?
I would like to find out for myself and would gladly do the necessary tests but I don't even understand what you guys are talking about. Can someone please get me out of this fog I am in.
Thank you
NoFear
give this a try. We did it years ago so I have no problem sharing it:
we talked about it on the old yahoo forum, and I've talked about it at EF as well.
by itself it is not "the" answer. you still have to build to spec or find the right balance with your own stuff.
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mike your saying the charge increase without the cap only happened on your 14g coil and not the smaller ones correct, any other mods or still just like your schematic with the base diode still there.? you have an 18awg coil you could try this on? it would be interesting to figure out the size of wire where the effect starts to take place
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