Lords of the Ring

[acerzw]

GK,

That video shows what 

Acerzw

[innovation_station]

@acerzw nice sticker colour is always good
neat vid gk

is that a pancake in the vid disprecing its magnetic feild from the centre out?

or hey maybe it is the base of a tesla coil

hummmm thats not being plused with 7.8 too is it?


yea im back i can not leave it alone till i got one well even then........... i just cant 
is

[turbo]

I think this vid applies:

Hi,
That video is not that intresting...
It is more intresting when you take two leads of a stepping motor, and you try to drive it with a low frequency sine wave..
it will not spin ,just judder to the left and to the right.
so, you start it by hand ,while adjusting the frequency, and it will show you something very intresting at one hard to tune into frequency.
it takes some time but when you have it going you can switch on the frequency counter to find it is indeed the magic frequency and it will keep spinning and vibrate heavily too.
if you then switch it to square waves,the motor will make a familiair noise...

M.

[bolt]

marco please tell more about your observation.  These frequencies i posted relate to the pipe theory document.

5.76KHz master clock pure sine
A divide by 8 which = 720Hz  then offset to 720 - 7.83 = 712.17
A divide by 9 which = 640Hz .
A divide by 12 which = 480Hz.

producing the required 7.83 Hz. When in tune it provides a musical chord. Try it on your sig gen and try different frequencies played through a speaker.  When offset it will provide the wow wow wow wow sound of the offset. This offset should interact with the 7.83 Hz

However its the ratio of the frequencies thats important thus we find the resonance of the collector then apply the offset. SM says the frequency is directly related to the diameter of the coil. Well that sounds standard to me.  How do we find this first frequency? Mmm use a grid dip oscillator!!   This should in theory interact with the incoming longitudinal earth wave also passing over the coil as 7.83 Hz which when precise will produce the standing wave on the collector. The phase is critical yet 100% cancellation will completely stall the generated 7.83 to the earth incoming wave producing a massive standing wave.

Look at vid of the 800 volt TPU circuit. There are 4 wires coming into the control box at the top. At the bottom of the control are 2 large white cylinders. These are very high voltage film caps to terminate the coil as LC. They pass through 2 current config torrodial  . The sine frequencies are driven into the ends of the coil. I believe this is a 2 coil collector. The feedback control is very limited i believe not more than 4 taps. The control feedback looks to come in via the molex connector which will also have a power tap there for the control PSU. This allows quick interchange of the control box.  The overlay winding on all tpu seen are the output coil. This looks somewhat conventional. ie the more turns overlayed over the complete collector coils clearly seen on the 800 volt TPU the higher the output voltage. BUT there will be a trade off. Too many turns will over couple the load to the collector oscillator and either stop the oscillation or overheat the coil.  This is why the large tpu built on foam. If the load coil to collector coils move it will adversely affect the TPU.  Thats why the small tpu put out 180 volts or so and the larger units increase the voltage and power. In each of the smaller device vids it can be clearly seen he connect the load lamps to the outer over winding as these terminate as thin windings that are spaced about a inch apart at exit point where he attaches the croc clips. On the large 800 volt TPU it can be clearly seen 2 large caps with bleed resistors on top. This is highly likely to be connected to the output coil because you only fit bleeds on HV stuff where you don't want to get whacked an hour after the device has been switched off!  But the smaller TPUs did not bother with output caps. I conclude caps are not required in smaller tpu but adding them where there is space cleans the output nothing more. 

[bolt]

Although the above setup might do something clearly it might need more so what can the control coils do for us? . Well we can check to see if there is a voltage appearing in our output winding. As the voltage increases we can adjust either the phase of the heterodyne offset or the amplitude of  sig frequencies. So in effect were are tuning to maximum useful voltage output remembering of course never to run to 100%.

It may be that  CW is not enough to maintain oscillations and that feedback is required within the collector loop itself. We start the frequencies then wait for control kick and turn off while checking the next segment then when conditions are right turn on the frequencies again. In this case the switching on and off the 3 frequencies and waiting for an effect. This maybe where the 5Kz comes from and could prove somewhat a uniform frequncy based on the delay it takes for the mag impulse to travel around the collector no matter what size the collector really is so this maybe a constant. I can see why the final design could take years because there are many variables here to adjust, amplitude, phase, frequncy, feedback.

Anyway, im offering my thoughts to make a working TPU but i think its leaps and bounds over what has been achieved in the last 2 years but lets get the first clean kicks out of the TPU so then we can move forwards.