High Voltage from Thin Air?

[DrStiffler]

Doc. sorry to hear that, I have not heard they now ask for age. The signed URL transfer makes sense though.

The spectrum picture you posted is a bit low res, not sure if I got the formula right.
How did you measure that ?

----------------------

I have made a few more coils, but I have to order more components to tune more.

I have tried this.

12 LED AV plug <-> disk <-> coil <-> cap <-> ground, collector <-> cap <-> coil parallel to 2 *15 LEDs in array.

I have measured consumption with a 1 ohm surface mount resistor next to the battery.

12,6V, 13-17mA, 30 LEDs in the Lattice333 like part and 12 LEDS on the disk. Seen with different setups.

This is the max. intensity the LEDs are capable of. This is the best I have got so far.

I will make more disks different sizes and more coils.

Having a running circuit and connecting the disk to the coil gives a big increase in intensity for the 30 LEDs, and it lowers the current consumption about 3 mA.

I now need to get a better tuning between the two sides, and try to make it more symmetric. I hope to be able to add a lot of AV plugs with LEDs to the disk with the correct tuning. Time will tell.

The LEDs I use now is 5mm 20mA 30-40.000 mcd. I will next try a bunch of 10mm 140.000 mcd @ 20mA. Then it should be quite capable.

I just wish I had a spectrum analyzer ....

Eric

@Tecstatic
As far as the formula, it is only accurate if you pull it from my web site. The one posted here was without a (sigma). The one on my site can be changed to reflect more than 1 second of inspection. On the sigma's change the 1 to infinity and you can see the long term gain.

When I communicate via private PM I include an NDA and even though the people I communicate with may or may not, I assume that I am under the same disclosure restriction (unless they are total idiots). What this means is that I wish I could disclose some of what is going on by others, but I can not and if they will not then so we go.

Many replicators are driving hundreds of LED's and at levels which when light output is measured is far and above the input, this is not subjective, this is using light metering with standard weighting.

I do feel bad in that it is not my right to disclose any ones work if they do not do it themselves. The down side is they have found answers and directions that others are still seeking, I MUST respect there commitment to what we say and do via PM.

[samedsoft]

Dear Doctor,

Please tell us about your health?? Are you okay?

Best Regards,
NT, TR

[DrStiffler]

Dear Doctor,

Please tell us about your health?? Are you okay?

Best Regards,
NT, TR

@samedsoft

Well the brain is working fine, although some might disagree. My problem is mobility, seems the legs (knees) are becoming increasing unhappy with carrying me around. It has improved, yet after walking 30m or more the pain is still restrictive to say the least. Need to be mobile and for now very restricted.

[ashtweth]

Hi Doc i am deeply sorry to hear that , maybe we could find some sort of alt health medicine remedy?. BTW we backed up all of the Doc's video's over a gig worth.

Ash

[Tecstatic]

Dear Doc

I'm sorry to hear that too, but maybe some can be done.

As a young man I drove motorcycle, also in the winter. That was no good for my knees.

In my late 40'ties I occasionally experienced some pain in the knees, not bad, but I saw it as a bad sign for the future mobility.

Then I saw an American MD patented placing a battery in a blood vessel in the arm. This was based on the discovery, that bacteria did not like weak electric currents.

I made a zapper, and yes, it was not the simple analog circuit I found on the web. For a hammer every problem looks like a nail , so I made it with a stepup SMPS and a 8-pin microcontroller so it could run off two 1,5 AAA batteries and was adjustable 4-30V.

However this was not good for my skin (not silver electrodes), so I searched another solution for creating small currents in the blood stream, the zapper was wrist mounted.

I used a special designed strap to hold a 40x15x5 mm neo magnet over my wrist. when the blood passes by, a current are induced in the blood.

It did not help my knees, so I fitted a PVC tube with a small 12VDC gear motor rotating 4 more neos to have the magnet field move relative to the tissue.

This can loosen bacteria from a joint by treating each joint in question 2-5 minutes.

If too long treatment is used in the beginning, flu like symptoms can occur.

What is important is to strap a neo over the wrist vessels, and strap a neo right over the foot opposite side, also over a vessel. Without wearing those during the treatment and 2 hours after, no or little effect is seen.

A German alternative practitioner confirmed this has a good effect.

For me, my knee problem has disappeared so far...

Maybe it can help you, no promises.

In case you are interested, I can post a picture.

Else I can recommend the CEM-Tech for a general improved health condition, if mine got stolen, I would buy a new replacement.

Eric

[dave_cahoon]

208 LEDs

Hi Doctor and Group,

I have made a crude replication. Using only a digital LC meter.
I cant make power measurements because of DVM excitation
and lack of test equipment such as the doctor has.

I charged a 15+yo nicad 9v from a dead 9v alkaline and it will
operate the circuit. I did that 3 times from same source battery.

The only way to measure voltages is to charge a cap at the
point you want to measure and then remove the cap and
measure it alone away from the exciter. DVM then works.

I find it interesting how using the avplug I can lite an led, a
neon and then a group of led. As if the source/sink is matching
the load current AND voltage???

I'm sure the circuit can lite far more than 200 LED.
Strange, I really don't have to re-tune when changing loads.
Anyone know why my Q1 only gets warm not hot? its a 06.

Dave

[Tecstatic]

Thank you for sharing

Hi Doctor and Group,

I have made a crude replication. Using only a digital LC meter.
I cant make power measurements because of DVM excitation
and lack of test equipment such as the doctor has.

I charged a 15+yo nicad 9v from a dead 9v alkaline and it will
operate the circuit. I did that 3 times from same source battery.

The only way to measure voltages is to charge a cap at the
point you want to measure and then remove the cap and
measure it alone away from the exciter. DVM then works.

I find it interesting how using the avplug I can lite an led, a
neon and then a group of led. As if the source/sink is matching
the load current AND voltage???

I'm sure the circuit can lite far more than 200 LED.
Strange, I really don't have to re-tune when changing loads.
Anyone know why my Q1 only gets warm not hot? its a 06.

Dave

Hi Dave,

Welcome to this thread, nice to see one more around

You obviously got a nice setup. Please share the coil values and a picture of the PCB underside, as the way of connection is important. You sure did shorten all wires as recommended by Doc.

I am uncertain what you mean by:

"I charged a 15+yo nicad 9v from a dead 9v alkaline and it will
operate the circuit. I did that 3 times from same source battery."

Please explain.

Eric

[Tecstatic]

Nice kick in LED intensity

I got the idea to take some prototype PCB boards I made 3 years ago.

These PCB's were used for a SMPS transformer, the tracks being the transformer coils.
A ferrite E-core was mounted from each side of the stacked PCBs.

Shown below are the 3 stacked layers of each 10 "turns" being the primary of the transformer. the 0.5mm PCB has 70um copper foil. The tracks are 0.2mm wide. The two 10 pin connector footprints are 2.54mm pitch.

Back then I had a lot to "straighten out", the transformer was screaming, and nasty large long decay time oscillating peaks threatened to kill the switching transistor.

For my SEC I replaced the "sewing machine" coil L2 with my PCB primary having extremely low inter-winding capacity.

What a joy, the intensity is now probably more than the diodes are designed for.

The old L2 is 8.78uH the new is 8.48uH.

Now it looks like I have to make a L3 the same style. This is actually a bit like Stan Meyers VIC coils, which is also separated to reduce the capacity.

Eric

[amigo]

@samedsoft

Well the brain is working fine, although some might disagree. My problem is mobility, seems the legs (knees) are becoming increasing unhappy with carrying me around. It has improved, yet after walking 30m or more the pain is still restrictive to say the least. Need to be mobile and for now very restricted.

Dang it doc, let me see if I can assist as well.

Here's something you can try immediately, as you probably have the wire sitting next to you in your lab:

Lakhovsky Oscillating Coil

Just make the two rings per those instructions for your knees and wear them, then tell us what happens...

[dave_cahoon]

Battery Charging plus

Eric and Group,

L1 = 7.22uh
Lb tuned = 1.98uh
L3 = 26.59uh

Ive had a couple of nicads from the early 1990's, cant find the
second one yet, but the one would not charge in their charger
anymore, its considered junk. And on a whim I tried to see what
the exciter would do to it. And surprisingly its voltage slowly
started to climb and then increased until it reached 8.4v then
would no longer increase. I moved it to the drive battery position,
and the circuit would run. It charged from the rayovac 3 times
and the rayovac is <6v from the beginning.

After each "charge" I would run the circuit a bit then short the
thing out overnight and re-excite it the next day.

Again the sec seems to "know" that the nicad should not go much
over 8v ? ? ? Weird or what!

I have a itch to make the transistor into a two ball and one point
spark gap and move up to 10000vdc, Must wait until after i learn
more about the relationship between the components so i can wind
much larger and thicker wire coils.. I have a couple of other ideas
to try out first too.

The only change on the backside L2(b) is soldered in permanently.

Dave

[Tecstatic]

Nice to see you back

Dang it doc, let me see if I can assist as well.

Here's something you can try immediately, as you probably have the wire sitting next to you in your lab:

Lakhovsky Oscillating Coil

Just make the two rings per those instructions for your knees and wear them, then tell us what happens...

Hi Amigo

Thanks for the link, I have quickly made three coils, to test this.

I was also beginning to worry about you, long time since you posted here. I'm glad you are back.

I'm looking for a SA candidate to buy, I will try finding a used one in the range 1500-3000$.

Some of the old HP has problems with an oscillator, so I will avoid them. Then there are the Tektronix which I consider nice and the Anritsu 2601, also some Advantest SA's I have to study.

By the way the magnets over the vessels on the arm and opposite side leg create small currents in the blood that makes the bacteria unable to stick on to the human tissue. This way they are kept in the blood stream until defeated by the immune system.

The rotating magnets, or a pulsed coil on the knee loosens bacteria infections in the tissue, and with the aid of arm and leg magnets the bacteria is kept swimming until defeated.

Eric

[Tecstatic]

Thanks

Hi Dave

Thank you for documenting your circuit.

I have some questions, haven't you switched the designations for L1 and L2 on the underside ?

How many LEDs do you have in one string ?

Lets say your LEDs are specified to 20mA. Have you compared the LED intensity run by the SEC and run ordinarily with 20mA ?

To my understanding the battery acts like a capacitor until fully charged, then it is more like a resistor to the charger, thus detuning so no further charging occurs.

I have a powerful Solid State Bedini charger, it can easyly raise the voltage beyond the fully charged voltage, but it also consumes much more excitation current than the SEC.

I have 6 old 12V/1,2Ah NiCd's, they were discarded 12 years ago, and received no charge from an ordinary charger. In just 5 cycles with the SS their capacity exceeds specs by 20%.

To my understanding so far, the memory effect is no problem when charging with the SS. I have not gone below 1 volt/cell during discharge.

Eric

[dave_cahoon]

@Eric

On the flashlight LED disk there are 99led they seem
all in parallel (I really did not follow the traces).

When I run sec(15?) on fresh/new 9v the LED are just
as bright or more than the when in the flashlight with
fresh batteries. (to bright to look at!)

In the 208LED shot, 99 were running off the ground or
negative terminal on the battery. I have not used
an earth ground yet either.

More weird; I can charge a 25v cap and it stops charging
at 20v+-. I can charge a 160v cap and it stops at 148-150v.
I haven't tried other higher or lower voltage caps..

I haven't tried to use the nicad except for sec. But
maybe I should see if the battery is repaired for full
service again.
That would be a nice side effect/application, Doctor.

Dave

[lamare]

Hi all,

What an amazing thread this is!
Kudos to Dr. Stiffler!

Once I saw this, I immediately ordered some magnetic wire (0.5 and 0.6 mm) and a bunch of MPSA06'es to experiment with, and I'm looking forward for the parts to arrive.

I watched most of his videos and these are very exciting. A very important piece to the puzzle of "cold electricity" or whatever you want to call it, and we now have a practical platform to experiment with that produces interesting effects, which I think are phenomenon related to scalar waves, for very little money so anyone with a bit of electronic skills can help this community learning and understanding this practically unexplored piece of electronics. Very, very, very well done!

From what I saw from the videos, I immediately recognised the similarities with Tesla's work, as well as the work of the German Professors Meyl and Turtur, the work of Eric Dollard and the work of Tomas Bearden.

First of all, I think these phenomena are forms of what Meyl calls scalar waves, pressure-like, longitudinal electric waves, that appear to be pure electrical, *not* electro-magnetic. IIRC, Meyl says there are three kind of RF waves:

1) Electro-magnetic (transversal)
2) Magentic
3) Electrical

Here are some of his papers:

http://www.k-meyl.de/go/60_Primaerli...ve-effects.pdf
http://www.k-meyl.de/go/60_Primaerli...y-Transfer.pdf
http://www.k-meyl.de/go/60_Primaerli...ransponder.pdf

There are also some interesting videos, posted here:
http://www.energeticforum.com/renewa...s-maxwell.html

Maybe the second of the papers above is the most interesting, since in there he shows how an "open capacitor" basically connects transmitter to reciever in a wireless energy transfer system. It would be interesting to see how the SEC performs when you connect a ball to the resonating coil as an antenna and building a reciever ball-coil with the same dimensions and an AV plug to the load. According to Meyl, you should be able to transmit energy over quite a distance this way.

[lamare]

Similarity SGATE and Gray Tube (CSET)

Hi all,

As a posted at another thread, there appears to be an interesting similarity between the SGate and Gray's CSET:
http://www.energeticforum.com/renewa...html#post59358

One significant difference, is the relative diameters of the used copper tubes. If the HV energy transmission out of the SEC actually is a scalar wave, then it might be very interesting to experiment with a small diameter center tube and (a) (much) wider outside tube(s).

Given Meyls papers about scalar waves and his statement somewhere that within capacitors you actually have scalar waves between the plates, you might see significantly bigger voltages when using tube capacitors with unequal plates, as is always the case with concentric cylinders.
When you have a wave transmitted from the outer to the inner capacitor plate, you will get a hot spot at the center, because the waves will be in phase and thus amplify eachother at (near) the center.
When you have a wave transmitted from the inner to the outer capacitor plate, you might also see a significant amplification, if the field strength reduces less then quadratic with the radius, which might very well be the case, since Tesla saw "magnification" with his magnifying wireless energy transmitter.

Another thing that may be worth mentioning is that scalar waves cannot be shielded. So, if you have wireless transmission of energy between two coils, plates, or whatever, you should not see any difference when you put a shield, like a copper plate, in between.
If it's normal EM waves, you should see a difference, according to prof. Meyl.

That on its turn leads to yet another interesting thing to experiment with: multiple concentric tubes, just like Gray used multiple concentric grids. If you have a scalar wave traveling perpendicular from your center plate/rod, which cannot be shielded by metal, you can pick up the same waves multiple times if you use multiple concentric cilynders. With frequencies in the order of up to a 500 MHz, with a wave length of 60 cm, waves will be practically in phase when the cilinders are spaced a few millimeters apart, so you can probably just hook them together, like Gray did, although he apparantly worked with frequencies in the order of 6 kHz.