Understanding electricity in the TPU.

[Mk1]

@wattsup

Great work !

Thanks for the drawing , and your theory is correct about coils inside coils

I have proven it in my work , i wonder now 2 of those with each there own bias + and - wound in counter directions .

Anyway i will try it i my own way thanks !!

Mark

[MACEDONIA CD]

heloo all
i see  this I SEE THERE IS NORMAL ENERGY FROM SOME high frek generator is not suprise  becose is like you have open dipole IS NORMAL WHIT HIGH FREK TO GENERATED AUROND HIM SOME ENERGY IS NOTHING but keep experimenting ... if you tune the control to get max resonace whit colector coil is the same thing here is hapend is dont meaning beacouse high frek is travel in the air aurond and is like you have clousing loop @watso.. you say one wire I SEE YES IS ONE WIRE BUT ATHERE END OF IS TRAVEL IN TO AIR AND IS LIKE YOU HAVE TWO ENDS CONECTDE TO your signal generatorTHANKS

[giantkiller]

@Mac-cd,
Absolutely! Kinietically through the air as in radiation.

I tried the test in Vid#6 to no avail. The highest freq i can get at the moment is 5Mhz. The next test is the stun gun broad band transmission.

[Qwert]

(...)In the FTPU video SM says 5k hertz but that is bullshit. Nothing will happen in there at such low frequency because the TPU is so small with few windings. Based on my tests with different coils, etc, he is more like 5 mega hertz but he would never say that because he was afraid of getting his ass whipped by Mr. Big.(...)

In the FTPU video SM says 5k hertz. Here is another link. A guy says the same (5000 Hz): http://www.overunity.com/index.php?topic=937.msg7034#msg7034
The quote: 

(...)"29 September 1997
Michael Fennell  (Consulting Engineer)
8348 Menkar Road
San Diego, CA. 92126

To whom it may concern:

I have been hired by Mr. Green to evaluate the performance
of the Toroidal Power Unit or TPU as has been described to me as a proprietary invention of Steven Mark who was until 1995 President and Chief engineer of Spheric Laboratories, a public corporation.

I have been instructed to compare the performance of the TPU with that of any known batteries and other storage systems.

As understood the device is universally observed to have the following characteristics:

Outside Diameter:  6"
Inside Diameter:  5"
Height:    1 - 3/4"
Weight:   12 ounces
Output Power:   250 Watts
Output Voltage:  160 Volts
Voltage Frequency:  5000 Hz.
Duration of Performance: 30 Minutes"(...)

[wattsup]

@GK

Yes I got your PM on that. I am really sorry you cannot get higher frequency. You can take any longer lamp wire lengths and your 5MHz should be enough.

I think this is a major problem with many that do OU builds. I seems to me that when you just use a mosfet with a capacitor and a pot, your frequency range is very limited. Guys then do tests with their builds and when they see there is nothing special to pursue, they drop it. They could be pulsing in the 250k range but their build requires a 3.5MHz or more range so there is a very limited level of testing that one can do. I myself go up to 22MHz and I am now looking to go up to 100MHz simply because I am sure there are very different effects to be had with the same builds at those higher frequencies.

According to my tests with frequencies in the FTPU type build, there is nothing possible in resonance at 5Kh. If in fact the device is working at that frequency then it has nothing to do with resonance.

@otto says the 5Kh is a sub result of two frequencies, but this would mean you need at least one of the frequency to be way below 5Kh and another way above to then have one combined at that frequency.

I will be posting a new idea tonight on this question.

@Mac

How are you brother. Hope you are doing OK.

About this, note that the P+ is the positive signal from the pulse generator, but that the B- is just connected to a separate battery negative terminal, and not to the pulse generator negative. Battery voltage does not go down because it is only providing a negative potential. On some set-ups using the battery positive also works and sometimes even better. So this makes the overall amperage draw of the pulse generator to really peanuts, being in the 10 to 20 micro amperes range.

Look I understand that at this stage it is maybe hard to understand. This is why I am working to increase the effect to a level that is maybe more worth noticing. Thus far I have managed to very dimly light a 12 volts DC bulb, instead of the LED bank. This for me means a tremendous advancing and will work on this to increase it even more with a center toroid and a germanium diode placed at the right location.