@ Jason:
   This is actually not really related here but then it is. I am so taken with the scope that you have in the background that I would love to know who makes it and the specific model number. I am in the market for a new one and want a good one to boot. Thanks

sugra

Hi Sugra,

I bought the scope off eBay from a company in China called OWON. It
s basically a Tektronix clone but it works great for my purposes. Giantkiller also bought the same model and it works great for him also.

They are always posting auctions on eBay for them. You'll get hits immediately if you type "owon" in as the search term. Here's a direct link to one of the auctions for the scope that I purchased:

http://cgi.ebay.com/New-Digital-Color-Oscilloscope-OWON-PDS5022S-w-USB_W0QQitemZ140133384807QQihZ004QQcategoryZ104247QQssPageNameZWDVWQQrdZ1QQcmdZViewItem

God Bless,
Jason O

The signal source is earth's core. The SM coil and my contraption are simply Farady pickup coils.
Loop antennas provide multiple gains at higher than designed resonance at almost random points of the spectrum. I am convinced his coils were flat tubing, waveguides or coaxial and Mobius.

My reply to WaveWatcher was incorrect.  I did not understand what I realize as of tonight.  The TPU IS like an antenna, like a radio, in the sense we ARE Tuning the device to a specific frequency.  The magnetic field of the Earth.  But NOT to 7.8 Hz Shummans Resonance, it will destroy.  No, the TPU needs to be "tuned" to resonate at 7.2-7.3  tuned "just off" of the "frequency of power".  THIS is how it acts like a Magnetometer!  Everything else remains the same.[/color]

This IS how the magnetic field of the earth is responsible for "converting" the power.
This IS the meaning of a "weak magnetic field over 1000 wires".
This IS why it will not work upside down!  (Think of the spin of hurricanes and toilets in different hemispheres!)
Go South and it would have to be wired in reverse!

THIS not only solves, BUT is the TOTAL answer.  ADD this to what is being done and see the power. Take this and put it into all of the clues about the earths magnetic field.

Question: How do we make an "antenna" collectors "RESONATE" at 7.23 Hz?   

That answer will be the practical solution. 

Quote from investors Email:
"It is supposedly tuned to the 7.23 Hz Earth's EM field.

It is shown in 3 sizes:  about 10 inches in diameter, larger, and the largest
one was about 18-24 inches in diameter.

They are placed flat (parallel to the ground) in the air (on a glass table)."

Quote from answering investors Email:
"The outer toroidal coil overheats and has no magic factors inside it other
than a length of the coil which is cut until resonance is established."

Video Quote of SM:
"It vibrates 7.3 times per second."
Lamp chord loop antenna with mobius, antenna tuned to 7.3 Hz.  Everything else we are doing the same.  ( You decide.  It is either an electromagnet of our making at 7.3 Hz or it is tuned to the resonance of 7.3 Hz)  Think magnetometer! 

Happy, Happy Days! 
Bruce

@Roberto,
I ordered the DDS-20 kits from ELV on the 19th June, order was picked 20th June and despatched.
It arrived on the 21st June. Very quick considering it was from Germany to the UK.
Carrier was DHL and I have found them an excellent courier from past experience.
I also order some 0.5mm lead free solder wire and that is very good. The solder paste I order too is OK but I prefered the solder wire as it does not leave traces on the board.
Other bits I had was:
1. a magnifying lamp, excellent for fiddly soldering work.
2. High temperature plastic tweezers.

Rob

Darren, I've not jet reconnected the original ECD so be patience hope to do it today. I wonder if you could in some way to take in account the Mobius turn..at the end it is similar to a 1 turn coil so I could find a way to give you the L R and Q if not too outside my LCR meter range.

Roberto

Roberto,

Unless I have interpreted your drawing of the mobius loop incorrectly, it will not be possible to measure any inductance of the loop.

If we consider the two loops as a "component" with two leads, and separate it from the rest of the circuit, we are left with two parallel wire loops. The two "leads" for this component would be via a connection to each loop, since there are two loops.

Since there is no DC path between these two connections (loops), measuring an inductance or resistance there is not possible. The component really is a "loop capacitor". Or it can be thought of as an antenna as well.

You could break each mobius loop and then measure the inductance, but when this component is placed into the circuit again, the inductance loop will again be shorted, and no inductance possible.

You have measured the loop capacitance already, and I do not know what more can be measured to account for it.

Please clarify if I have missed something.

Darren

Darren,

I'm always referring to harmonic and not octave. Ok. There are reasons why to limit to only the second or perhaps the third, for example as the operating range as you know is within 200KHz, you are quickly out of this range choosing 1st harmonic (fundamental) higher than 100KHz!

In practice I see that scenario:

- F1 always less tha 100KHz (useful range found 20 - 85KHz) not need to be in phase with the others as it must be tuned only to control the Seed , it does not have or have little importance to get power.

- F2 always higher than F1 better if a multiple of F1 and in the range 100 - 220KHz it has importance for power and much easier to tune-in if synched with F3.

- F3 always near equal or higher than F2  and generally in the range 100 - 240KHz it has importance for power and much easier to tune-in if synched with F2

So you see that for simulation purposes you have just to choose an F1 for example 85.00KHz, and F2 for example 170.00KHz and F3 175.00.

OR

choose an F1 for example 35.00KHz, an F2 for example 70.00KHz and F3 140.00.

Of course there are many possibilities.

Roberto

Hi Greg,

YOU ARE WELLCOME

Roberto

@All,
I spent about an hour re-watching the SM youtube videos that Jeremy Gaul posted:
http://www.youtube.com/user/jeremygaul

So what do we know:
1. You need to move electrons through the wire to create the effect.
2. Flame effect when touching wires together.
3. Slows to a stop when inverted. (note - slows, does not stop instantly).
4. Works better when a magnet is introduced.
5. Washboard + gyroscope effect at 7.3Hz
6. Output of DC pulsed at around 5000Hz
7. A primary and secondary frequency input (in the case of the 17 " TPU).
8. 35705 Hz mentioned in amplifier project.
9. 245000 Hz also mentioned as the upper frequency of output transformer in amplifier project.
10. Voltage output in proportion to diameter of TPU.
11. Appears to have a large finned aluminum heat-sink  in the centre of the large TPU. (cooling the 2 x mosfets perhaps?)

So guess what happens if you divide 35705 / 7.3 ?
answer: 4891 (5000 Hz)

Coincidence? Maybe not.

Also 7 x 35705 = 249935 Hz
249935 / 4891 = 51.1
Yes I know its only 7 and not 7.3, but maybe this is close enough.
So what happens if you pulse two coils in close proximity with 35705 Hz and 7.3 x 35705 = 260646 Hz ? ( peaks line up 7.3 times a second).
Will you get a beat frequency of 7.3 Hz?

Regards
Rob