Mikey's Beast SSSG OSCILLATOR

[SkyWatcher]

Hi folks, Hi mike, so which circuit or setup are you recommending people try.
I notice in the part 22 small clip, he shows the north pole motor, with a more elaborate circuitry.
peace love light

[BroMikey]

Hi folks, Hi mike, so which circuit or setup are you recommending people try.
I notice in the part 22 small clip, he shows the north pole motor, with a more elaborate circuitry.
peace love light

Hi Sky
Thanks for sharing all of your experiments. I want to say that people
who show real results will succeed like we see with you. The answer to
your question is a "HIGHLY MODIFIED BEDINI-COLE CIRCUIT"
Well this was the answer that JOHN gave after he set the stage for
why we were only given table scraps.

The LOW DOWN? OH goodie, I thought no one would even ask. It is
not complicated enough so no one cares I guess. I am sorry Sky
I don't mean to rant so much, it's just that I expected more out of
people than I am seeing.

The circuit? The circuit is one answer and in this video John says
that the circuit throws out 2 spikes AND THEN the gated magnet
flips polarity.

You see I am in the generation born in the mid to late 50's so I see
things from two sides. One side Grandpa worked with and dreamed
about vacuum tubes and the other side is super chips fully programmable.

John Bedini's rock collection/grinding and binding always run through
my mind since I watched the rise of the semiconductor industry, wishing
someday I could squeeze my own crystals.

The answer is in the circuit but I think the rest of the answer is not so
common of a subject so we need to address that first.

Take a ceramic magnet disk,a rubber magnet disk, a thin neo magnet disk
and stack them up. Put an LED indicator for North and South pole
measurements on each side say 4 inches away.

Again stack your magnets and begin to change the distance between
the individual sections while your 2 measuring devices are placed on
each end of your experimental setup.

As you adjust the distances between rubber, neo and ceramic the polarity
may or may not flip at different placements. Shielding by using thin strips
set on each side or back may change magnetic field reactions.

The trick is to set up a field using magnets that becomes very touchy
if we can put it that way. Fields on the verge of flipping polarity but
not, until a spike is introduced. At that point the tiny amount used
in electrical energy might be recovered when the polarity flips and
magnetic energy is sent back into the coil.

Then another spike is sent to flip the polarity back to it's original state
waiting for the next event to occur. Well this is my educated guess.

So the answer is in the magnetic gating action that gives an extra
amount when the flipping occurs and wow. Think about how strong
magnets can be and when they are set up to cancel out the forces
they offer in a static condition. Think about just how much power
they can offer our empty coils.

Static fields offering 50 lbs normally yet cancelled and on the brink
of flipping polarity using a tiny input to do it.

The magnet motor I am doing now is teaching me this principle.

[BroMikey]

Yes you are right, it can't get any simpler and it's better to let your hands do some work instead of hanging out on this forum all day.
Maybe you can make a video yourself with your free energy device when you are done?

Good luck and let us play with the ones and zeros.

Hey Scratch
Don't get me wrong I play with the zero's and one's, but what I am saying
is that digital networks don't spell out O.U. just because. And there is always
some time in the day to give you my thoughts.

I guess you are not interested in the Bedini stuff or you would know
that I already gave you the answer you need to perfect the monopole.

If you ever built a Bedini device at all. Just Zero's and One's are not enough.

[SkyWatcher]

Hi mike, thanks for sharing what you have found out about bedinis work.
So based on your description, here is the image that formed in my mind.
A coil, with two same polarity permanent magnets on either side and each has this differing type magnets stacked to cause a shift in magnetic strength from either end of coil, due to a pulse from coil.
Sure seems somewhat similar to what magnacoaster is doing from my comprehension of his work.
If polarity of either magnet is really changing, i'm having trouble visualizing how that is happening.
peace love light

[BroMikey]

Hi mike, thanks for sharing what you have found out about bedinis work.
So based on your description, here is the image that formed in my mind.
A coil, with two same polarity permanent magnets on either side and each has this differing type magnets stacked to cause a shift in magnetic strength from either end of coil, due to a pulse from coil.
Sure seems somewhat similar to what magnacoaster is doing from my comprehension of his work.
If polarity of either magnet is really changing, i'm having trouble visualizing how that is happening.
peace love light

It is hard to explain so here is the basic concept. John pointed out that
the rotor magnets on the big Ferris wheel were not just regular or
standard ferrite and that behind the visible ferrite was in fact a rubber
magnet and behind that a Neo magnet.

I have no clue if my drawing is correct and is only a conceptual entry to
stimulate our desire to go deeper. John asked "Did anyone remember the
Howard Johnson video's that he had done? Reminding us that Howard
designed magnetic gates that switch polarity and that in fact his rotor
magnets were an off shoot of that work.

That the SG group never got the full details though John had originally
intended for them to build units such as he has. Not the table scrap
version the rest of us have that are a 1.1 cop to 1.3 cop.

Just plain and simple magnetic fields being used to harvest joules. Not
ice creeping in the windows because vacuum energy was present..
Everyone wants the hair standing on the back of their necks as they
see the OU creeping like Kudzu up the house wiring, some silly
supernatural lie.

But who want to do the foot work?

Table scraps will work as a great battery tech to keep the plates clean
and therefore fully charged without damage. The monopole groups, the
yahoo's on them insulted John constantly so they never got the full
details.

In the diagram the magnets do not actually flip all of their pole as shown
instead the entire gate flips pole, it is up to us to build a gate to operate
in a reversible action. Kick it once and the gate flips to south, kick it again
and the gate(series of magnets shown) flips back to north.

Earlier I made a suggestion that maybe the experimenter might build his
or her gate while a measuring tool lie at each end, to detect changes in
the field.

This is how I see the idea.

[BroMikey]

Another very important innovation that John talked about was
his pie shaped magnet experiment on the cole motor in the center
of the Ferris wheel that is used as a highly efficient generator to
keep the system tronix running along.

You will note the distances A, B, C that A (section of the magnet)
travels further than the C (section of the magnet) thereby balancing
up the loading on the coils to reduce resistance.

Thanks -A - Million John

[BroMikey]

This is yet another way to charge a battery using an oscillator.
I am realizing the benefits of the fast recovery diodes more
than ever. Anyone who has a high frequency oscillator such
as an SSSG is not doing their circuit justice by using a 50 cent
general purpose diode.

When i use to use a standard general purpose diode on the output
of my SSSG charger/Energizer the 6a part would begin to get hot
hot at a few hundred milliamps due to the nature of HF oscillations.

When I finally broke down and spent a full dollar for a fast diode
the energy harvested nearly doubled and not only did the heat
issue at the rectifier vanish but so did the burning heat in the
oscillator section.

It finally did self destruct using the general purpose diodes
at only 800 milliamps per strand. With the fast diodes I can
run 5 amps if I want and the circuit is not bottle necked
with all of the reflect energy trashing my oscillator.

It seems that once you hit the critical milliamp ceiling these 60hz
general purpose diodes act as resistors and the more power fed
into the circuit just goes out as heat with little to no increase in
output power for 4X input.

Using General purpose diodes for an oscillator is an insult to intelligent
design. Beginners are instructed to use these type of diodes in almost
every basic circuit shown on the web.

This circuit as shown is the best you will find that can charge a
battery at 100 percent efficiency, thanks to John Bedini.



These are just fast diodes not the ultra fast but they are the
biggest fast high amp handling for the lowest price.

10pcs 40EPF12 Encapsulation to 247 Fast Soft Recovery Rectifier Diode | eBay

Also the transistor for higher voltage oscillations.






10pcs MJL4281A Audio Power Amplifier Transistor A124 | eBay

[pipster55]

Understanding Oscillation performance

BroMikey

What would be the greatest factor in controlling the circuits ability to oscillate? I have built a charger similar to your layout but as yet I haven't got it to oscillate. My coil is 5 strands of litzed 24awg with a single line of 32awg for trigger. Runs are at 60ft. May be not long enough.

From what I have read there is some suggestion that changing the values of resistors can effect oscillation and you indicate power level input alters it as well? And I am sure that the coil build has to be within certain parameters that are known to work.

I am going to build your latest design but I would like to get this first charging circuit of mine to function correctly before I advance to another level.

By the way, what do you think a ballpark figure for parts for your circuit would be?

I appreciate your sharing. Finding definitive answers on radiant chargers can be a daunting task on the internet. I can resonate with old school logic. Simple, robust, can tolerate extremes..... my kind of approach.

My main goal right now is desulfating deep cell batteries. Once I get the desulfator operational I will construct the Gen Mode and then the safety voltage circuit. I want to keep it basic and expand from there.

[BroMikey]

Hello Why-Me

Here is 1 diagram for gen-mode on my units. You will
notice the standard SG circuit to the right hand side
and the left side the control circuit for over voltage.

Note the Genmode switch and the 6A10 diode just above it
that I now have replaced with a more powerful diode number.

I had to really dig to find my old thread.

[BroMikey]

BroMikey

What would be the greatest factor in controlling the circuits ability to oscillate? I have built a charger similar to your layout but as yet I haven't got it to oscillate. My coil is 5 strands of litzed 24awg with a single line of 32awg for trigger. Runs are at 60ft. May be not long enough.

From what I have read there is some suggestion that changing the values of resistors can effect oscillation and you indicate power level input alters it as well? And I am sure that the coil build has to be within certain parameters that are known to work.

I am going to build your latest design but I would like to get this first charging circuit of mine to function correctly before I advance to another level.

By the way, what do you think a ballpark figure for parts for your circuit would be?

I appreciate your sharing. Finding definitive answers on radiant chargers can be a daunting task on the internet. I can resonate with old school logic. Simple, robust, can tolerate extremes..... my kind of approach.

My main goal right now is desulfating deep cell batteries. Once I get the desulfator operational I will construct the Gen Mode and then the safety voltage circuit. I want to keep it basic and expand from there.

Sorry about missing your post for a while. Glad you have some
questions such as frequency of oscillation. A tank circuit is
formed by a single resistor because the coils have capacitance.

My large 14 awg uses only resistors. The very fine wire works
well for very small power outputs and when you turn down
the output to the charge battery oscillation may sometimes
stop and start again.

If this occurs you will not get your battery charged properly.
For very fine wire I use more capacitance than just the coil
has to offer, across the resistor on the base.

The price for parts will be a few hundred.

The length of wire for an 18awg wire should be around 150 feet
while the length on a 20 awg wire will be 130 feet and a 22 awg
might be 100 feet, a 22 awg 80 feet, just generally. 24awg is
about 60 feet, you are correct.

My 14 awg coil should be 180 feet but I wound it at 130 feet
and it works okay.