Understanding electricity in the TPU.

[giantkiller]

@Wattsup,
Good job!
The result is milli-amps with a current conection,
and micro-amps with electrostatic connection.

Another circuit is Aliens197:
Patent 723,188: http://www.pat2pdf.org/patents/pat723188.pdf
FIgures 1 & 4 acutally show the mass size transition from the Pri to the Sec.
Figure 2 is the real answer. He uses oscillating relays to produce the high speed shock wave.
But in figure 1 instead of the rotary spark gap use a stun gun circuit. That way the input is 5khz and the transmission is broadband. You will get your megahertz because of the electrostatic component. This is the only way 90 degrees works. The high speed oscillating transmission field is creating and destroying a Bloch wall in space. The return is at all angles back towards the zero point. In your video #7 if you leave the LED wire horizontal and spin in that plane (the axis is vertical) above the coil the LED should still light. Turn the wire loop to a vertical plane and the LED does not light.

Now remember Nikola sitting in front of a pancake that is 6 feet in diameter in his famous pondering pose.

I have to find Tesla's 'Dynamic theory of gravity' paper.
William Lyne is discredited but, Oh the mountain of nuggets that comprise a grand scheme of Tesla's work is voluminous. Just separate the wheat from the chaff.

Not off subject but all related.

[otto]

Hello all,

@wattsup

as always a nice video and good work.

If I saw it right, I saw a input frequency of 1,54Mhz but your scope showes something like 3 microseconds and if I didnt fail, it should be around 333 kHz?? Even if you would measure only the first sine wave I see its a little bit less then 1 microsecond and that is not the input frequency.

Try to pulse your setup with 2 frequencies. But I have to warn you: its very possible that you blow your LEDs.

And please, disconnect the scope and your meters. You know and we know now the voltage and current but the scope and the meter(s) can f...k the results. Place your scope probe just near the coils and lower the voltage setting on your scope. The signals are the same but the coils are "free" to work without this scope probe. Sometimes I see big differences when I have a scope probe connected or not.

Otto

[wattsup]

@otto

About the frequencies, this is why I am trying to make the videos and show as much as possible so some of you can see through through the nuances that I would not even consider.

Yesterday I was very limited in time but I did do a quick try with one dual wire ring of only one turn, with control coil wound all around it in one wind and results were about 10% of my Video 7 results. So this is giving me some good way of guaging some perfornace parameters. I think the minimum turns required will be 2 1/4 turns, but in all cases you will probably need that extra 1/4 turn. Don't know why yet.

Then there will be all the fun of trying many variations in parallel windings to increase the amperage. Then the fun of using the battery positive and negative as seperate biases. But at least with this new way, we can do so many tests. I can even picture now an LTPU working at 800 volts and do not see it as anything unreasonable to achieve. But it will take time and patience to figure out the variables.

More soon.

wattsup

[giantkiller]

@Otto,
Thanks for the scope tip. But where would one hook ground? What about the grid noise, 60/50hz?

@Wattsup,
I wound a 5 1/4 turn last night. Will test this weekend. I noticed that there was no specs as to the lead length. Just the turns! Much like the secondary of a Tesla coil. The leads are probably not involved or minor compared to the circling fiends(Freudian mistype) of the loops. As I posted 3 years ago the fast rise and collapse are similar to a micro spark-gap. The field activity within a field activity is what the process is and this speed makes the coils do their function. The high speed impact is the same as resonance but in a shorter time frame.

Any Bloch wall manipulation is good. The faster the better.

[wattsup]

@all

Man oh man, I have learned a lot during the weekend. I have taken some time to make the following simple diagrams of ways to connect this mono-pulsing method.

The dark black lines are your coil conductors. I even tried this with a three conductor wire wound in a rings of 2 1/4 turns.

But the rings wind method is not important at all. You can use anything you have on hand, even off the shelf toroid coils and transformers. It works in all of them.

My own DC pulse generator goes up to 20MHz but I am planning on getting one that will go higher. I tested my other frequency generators and they are all shot, no output even when put right on the scope, so I have to wait until I get my second PG in hand. Will find and order one ASAP.

I am in the process of including a center toroid into my FTPU style tests. Preliminary tests just with two sets of rings using three conductor stranded wire and connected as per the plan E works. I am amazed that the energy from the first ring is used to continue the same pulse on the second ring and it works.

Also, putting any metal inside the center kills the effect. Also, with some schemes, putting the battery positive as bias makes a brighter light. The battery voltage never goes down and the pulse amperage is always in the micro amps. Pretty incredible and now to see how to make this work with gain. That's where the center toroid must come in.

More soon.