Just a thought, lets go way back to the kick, the interaction due to the earths field.

I think we all agreed that if the earths field does cause a small extra current in a wire that it surely just depletes the source faster.

But, what if, lets say we take back emf, that as the field collapses, we have all the energy that was stored in the coil back, but at this phase, if the earths field can interact we can get all the stored energy back plus a little extra and this will not come from the source.

However, I have no idea how this can work with a 90 degree collector or why that would be needed, but I can see what he means when he says "one kick amounts to nothing".  But when you feedback and get a building cycle going, it can become great because after the first cycle we get all the stored energy back plus a little extra.  If we now feed all that to another coil we get all the original plus the extra from the first cycle, plus more extra from the earths field, then we feed all that to the 3rd coil and so on.  After the 3rd or 4th, it goes back to coil one.  Each time you get a bit more.  Soon, the battery which provided the small signal, can be removed?!


D.

I found this List of SM's comments & History somewhere, & just thought I would post it here.  Maybe we can get some ideas from it??

The attached file is in MS Word format.

The Top 10 Comments are:
=============================================

Summary of Important Points:

1.   Compass will spin up when turned on.
2.   Never tune too closely to the exact frequencies
3.   Make a Kill Switch with Over Voltage & Heat Sensors.
4.   The control units are so very important to control the frequencies.
5.   The frequencies are directly related to the circumference of the collector coil.
6.   First frequency, then second harmonic component into the second, then the third.
7.   You could describe the useable current output of my coil as DC but with some hash in it.
8.   There are 3 Control Coils (all the way around) each of the 3 Collector Units.  Start them 1 at a time.
9.   The ?TPU? units apparently heat up to a potentially dangerous level after a considerable period of time
10. The Collector is three separate coils of multi strand copper wire laid one on top of the other. Other control wires are wound around all of the horizontal collector coils together.

Regards.


.

Hmmmm,
Sounds like a great set of operational specifications to me!

You know, the real embarrasement is finding out something new that disspells the old of what we so tenciously hold onto!

--giantkiller..

Quote from: FatBird on January 12, 2007, 11:56:25 AM
I found this List of SM's comments & History somewhere, & just thought I would post it here.  Maybe we can get some ideas from it??

The attached file is in MS Word format.

The Top 10 Comments are:
=============================================

Summary of Important Points:

1.   Compass will spin up when turned on.
2.   Never tune too closely to the exact frequencies
3.   Make a Kill Switch with Over Voltage & Heat Sensors.
4.   The control units are so very important to control the frequencies.
5.   The frequencies are directly related to the circumference of the collector coil.
6.   First frequency, then second harmonic component into the second, then the third.
7.   You could describe the useable current output of my coil as DC but with some hash in it.
8.   There are 3 Control Coils (all the way around) each of the 3 Collector Units.  Start them 1 at a time.
9.   The ?TPU? units apparently heat up to a potentially dangerous level after a considerable period of time
10. The Collector is three separate coils of multi strand copper wire laid one on top of the other. Other control wires are wound around all of the horizontal collector coils together.

Regards.


.

Oooohhhh,
One small word can topple the greatest of enemies.
Item #3: & = and

You can have voltages execeeding the heat and heat exceeding the voltages. 2 seperate results. So it sounds like these are not related and are attributable to different phenomina. That clearly explains some of the mismatches in my results. How?
I cannot describe what's in a place unless I have been there the neccessary amount of time to find out. Sure beats cursing the darkness though.

--giantkiller.

p.s. Let's ty to take this sight down again...

The specifics state:
1: Harbours exceedingly high voltage
2: Can emit sparks and light
3: Without the proper shielding or you touch it, it can kill you!

My God, is this a TPU?

















Behold! These are the specifications right out of the Bible describing the Ark of the Covenant!
This is quite the adventure isn't it?
It was only a matter of time before man would find the technology that he himself cannot withstand.

Here is the automatic kill switch which I haved named the 'GK-TPU Runaway Firewall'.
It consists of an lm324 op amp voltage comparator feeding a 555 1 sec monostable biasing a Tip29a conducting 3 relays in parallel. I connect the 3 TPU frequencies to the 3 commons and route the Normally closed outputs to the TPU itself. This serves to clamp the TPU operation by over voltage only. The input to the op amp is taken from between the 5 ohm collector resistor and the top collector.
Design to completion time was 2 days and there are 3 opamps left over for the thermistor addition.

--giantkiller. Safety first, thrills later.