The SG Radiant Oscillator

[Faraday88]

Hi Bromikey,
Sorry... i checked the datasheet too! it looks like they are very well suited for the application you have put them on.
just check the health of your charge Battery...if the cells are gone bad division of Voltage (has to be 6 cells if a 12v is used) will be unequal they are bound to fry your diodes for sure..!(your Source battery will do the cooking.)
There is another situation where unequal sharing of Currents (as you are using stack of 4 diodes) will flood along a weak path in one of the Diode realtive to the rest..this can ruin the diode as well.
Measure their reverse leakage current...should be nearly equal for all if they stay healthy..
Rgds,
Faraday88.

[Faraday88]

Hi Tom C,

The C20 dischsrge rate is valid both for the Primary and Secondary discharge rates That is when you load Test the secondary Batteries...!
Rgds,
Faraday88.

[Faraday88]

Hi Bromikey,
Thanks to you too for acknowledging that littel credit..! ok.. can you please let me know the part Number of that Diode.. it's sounds like it is a standard recovery or and the Voltage rating is'nt meeting your need.
The Mode that can Pop a battery (Explode it!!!) is a Capacitor Dump Mode..but this will happen if the Battery is in bad shape..(not physical appearance) but Internal Plate flaw and Electroltye level to Gas accumalation level ect.
Its ok you can send them at leisure...thanks for that.! Yes I every well agree with what you said on what you are really good at the no of post you have say it all.. good man, you'r are indeed gifted to be able to do this..!(I lack this i admit).
bye for now,
more later,
Rgds,
Faraday88.

[John_Koorn]

Mikey, if your pack of 4 diodes is getting hot what does that tell you? Check the data sheet for the 6A10 and what it can handle and why they would be getting hot. Take note of the de-rating chart, that will tell you why charging goes down.

When you say you are only pulling 2A, remember that is the average amp draw on an analog meter. The peak amp draw when the transistor fires is many times higher. Check it out with a current clamp if you want the real picture.

Why do you think JB states you must be at the C20 rate on the primary?

What does JB say on the DVD about generator mode and what it is doing? Have a good look at the schematic and what each of the devices are doing at each point in the cycle.

John K.

[Faraday88]

Hi Bromikey,
Looks like now you have the bells ringing,,uhh??? (when it comes from the horses mouth afterall!) well any way..back to the work!... Yes, even if it gets Hot ...it will not burns up your diodes (in that MOD ), it is actually stabilizing to equilibrium to Match both the Battries Impedance.and yes its that bias Trigger current that is very peculiar in its properties..
The real stuff to see the OVERUNITY using the battries is no where near the Horizon in this Forum (@ Tom C : Do'nt think i will reveal it but will suerly share my data on the figures of COP that i get and battery the back up duration from the system, I'm known to be amoung the first one to respect the JB patents as always..! and People are getting tunned to my speak Its My first Success afterall!).
No not yet i am a bit poor on the machining side but 1'm keen to do it ..will update as i progress..
Rgds,
Faraday88.

[Tom C]

Guys,

please dont post the DVD circuits, we need to support JB and his work, and besides that there is a lot more info on the DVd concerning how the circuits operate and what you get from each modification. the kind of info he gives on the lecture is very important. people spent a bunch of money to see the presentation live at the last conference........

for those of you who want everything free... well you cant eat free and you cant take care of your family on free, and John certainly can't run his research on free. so support JB and get the DVD and his books. it is how he stays afloat.

Tom C

[Faraday88]

Hi Bromikey,
What takes one so long to understand what was taught upfront..? John Bedini (and his Team of course) is the only guy who has tried to put it Scientifically on the Internet..and so i stand by him..this is as far as i can expose my self on the stuff that there is..!
Show me one ellaborative website other than JB which speaks of ELECTROMAGNETIC OVERUNITY ON SCIENTIFIC GROUNDS.
Ask that Bold question on Cole Switching and why it is named so...not one will answer....Come on Bro....It for all to use their efforts to know on thier own...for when they gain not one will turn up!! what do you say for that..?
I was not spoon fed By JB ..did He? But nevertheless its one's needs to be blessed to accept the other as his Guru....These things are built in.. and will never be grasped/digested by people who look for 'cake-walk-efforts' (which is not Effort at all by its defination) no my friend ...THIS IS RESEARCH...understand please...
Rgds,
Faraday88.

[Faraday88]

Hi Bromikey,

What you have shown is THE RADIANT CIRCUIT this is the OPEN path that was talked about in the Bedini Web site for ages now..People knew the CLOSED PATH version .. Mr. Rene in the group had shown a similar Circuit rig up...
However, add the recovery Coil in that very configuration and then you have the SG Oscillator doing the Cole Switching..(no body has ever wanted to ask what Cole switching is??) This Oscillator takes care of retaining the Potential in the battery..and a Full regauge version will have both the Impedence Shifted and lowered Simultaneously. There is more to expolre with that Transistor..though!!
Rgds,
Faraday88.
If you are able to explain what and how the ciruit is RADIANT you have it all...!

[Dave Wing]

Hi Bromikey,
You are true..But then why do you add Iron to your SSG then...?uhh.
What does the job of an Iron Core with out it..?
Rgds,
Faraday88.

Faraday,

My thoughts are... we add iron for a few reasons to the SSG core:
1) To add attraction energy or angular momentum to the rotor magnet as it comes into the magnetic field.
2) The steel core allows the coil to become partially energized, from the magnetics so the primary battery does not have to supply as much energy.
3) The steel core captures some of the radiating energy from the radiant energy spike from transistor switch closure and coil collapse when the transistor turns off. The core directs this energy to the windings and rotor magnetics, in the form of repulsion or attraction, which depends upon machine configuration and also charges the secondary battery, when each of these events take place.

So what does the job of an iron core without the iron? Could possibly be a magnet inserted in the core. I'm interested to hear your thoughts Faraday...


Dave Wing

[Faraday88]

Hi Bromikey,
You are true..But then why do you add Iron to your SSG then...?uhh.
What does the job of an Iron Core with out it..?
Rgds,
Faraday88.

[Faraday88]

Hi,
To all those who think that the circuit is merely a Blocking Oscillator..you are totally misdirected..!! the Air-Core Oscillator speaks a lot more on it being an Air-Core on the Radiant Front. I have stressed this fact anumber of times..but in vain.. can any body tell me what is the role of Iron or the function of a Radiant Iron less core Oscillator to function same without it???? these are the lines one must focus on..that will answer a whole lot of questions in Radiant Energy.
Rgds,
Faraday88.

[alfinip2000]

BroMikey,
CMIAW, you charge 115Ah with only 2A for +-2hr (4A)??thats hell amazing dude??!!!
Cheers,
Alfin

[acad14n]

Mike, I thought the diode from 10uF cap and parallel resistor goes to the base resistors. You have it after one of the 47 ohm resistors. I've been reading quite a bit about the SS SG and I'm thinking about building one with 18 AWG aluminum magnet wire. It is much cheaper for me to get than copper. Would anyone advise against using it for this? I would use terminal connectors on the aluminum wire because I heard it is difficult to solder to. Does the capacitor across the charging battery dampen the radiant at all? Thanks everyone for all the interesting information here.

[RS_]

mikey,

add a 560ohm resistor in series below the neons (neon hooked to the collector, R to GND), to get the highest spike that the transistor can handle and not die, and not melt the neons down......
depending on your transistors voltage rating, you might could use a 680ohm resistor for a even higher spike....... then remove the cap across the batt to see what happens........


NEVER EVER UNHOOK THE SSG OUTPUT FROM THE CHARGING BATTERY WHILE RUNNING......!!!!!!!!!!!!!!!!!!!!!

you are going to kill transistors.......!!!!!!!

or at a bare minimum, weaken them....!!!!

[alfinip2000]

Bromikey, am following your post and progress, intresting indeed.. am waiting for your beast picture. how long do it takes to charge bigger battery say 500ah, have u try this?
trs to connect to solar panel with cap in front of it.. infinity of energy i really apreciate if you can make album on this group, so we can duplicate

TIA,
Alfin
Sorry for the english

Hi GlenWV

I have updated this picture by adding the wattage of the resistors, that is very important, thanks.

Also I will be showing my new 4 channel 14AWG in a more completed phase.

This thing is more dangerous than you might think. For instance. When I try to pull the charge cables off for a few seconds during a run, the voltage comes up to crack open the neons- then the bulbs are melted internally in an instant wires melt off too.


bye bye bulbs.
Next I put a LARGE blue sprag cap in the line to safe guard my machine-the voltage crack after 3 seconds is lethal.

Got to make a HV safety circuit to stop at say 55vdc using the trigger wire.

Charging is fast at 1600 miliamps with ferite beads bringing the input down. I have found that between 2 amps down to 1.6 amps is little or no significant change to the charge battery rate so I went down to 1.6 or 1600 Milli-amps



I am charging my 28ah AGM (Shot with Alum) up and running it down. so far the battery charges up in less than an hour.


12.10-12.11 takes approx 5 seconds till the impedence changes come at two intervals at which time the battery will climb 30 points in 30 seconds or more.

Yes this new charger energizer will kill you.


This is capable of handling more radiant with fewer channels. However I have no other setups to compare it with. Like say a 2 pole 20 gauge 7 strand?


Like I said before, the surface area and or cross sectional dia. of 14AWG is 4X great per strand for 20AWG. So my 4 channel using 14AWG wound be the equivalent power handling of 16 channels using 20AWG or a 2 pole bike wheel kit.

Here is the little oscillator schematic updated. The big dog will be coming out next.

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