The Master Of Magnetics "Steven Mark"

[kames]

Hi everybody,

Some info from the theory of signals, while digging in my memory, based on University lectures many years ago.
I don?t remember all the mathematics behind it but I do remember the results. SM has mentioned about two transformers with two out-of phase signals. Many years ago there was, for a short time, a radio phase-modulated transmission. Simply saying, a single frequency with phase modulation. The funny thing about phase modulation is that the spectrum of the signal is very close to the spectrum of the frequency modulation, which means MULTIPLE FREQUENCIES. Indeed, the phase-modulated signal is easily converted to the frequency-modulated signal by using a simple RC circuit and can be applied to a very standard FM receiver.
Another thing, if you want to get a phase-modulated signal, you can use heavy electronics or you can use two frequencies where a difference in phase is not a constant. The phase difference MUST be a function itself. This can be achieved by using two different frequencies close to each other in nominal. Depending on the difference between two frequencies the spectrum of the multiple frequencies will move further or closer to the central line/base frequency on both sides from the center/base frequency.

Regards.

[imnadja]

Just to explain how this gyroscopic force is created because EM fields have no mass and I cannot see how.  I have played with some rotating fields and I have not felt any inertia or resistance to movement through the air.

Dave,

Perhaps a better question is what is there about a spinning ring of mass that produces a gyroscopic effect?  What makes it resist being moved out of the plane of it's rotation?  It has mass, therefore it has inertia, if you overcome the inertia by applying mechanical energy or force to make it spin, you have momentum.  What is there about that momentum that makes that ring then resist any movement that deviates from it's axis of rotation?  What is there in the space around it that it is reacting against?

Now what is there about EM that compares to Mass?  Does EM have inertia?  Could this be what we call electrical resistence?  When you apply an electromotive force against that inertia in a coil, is some type of momentum produced?  In electrical terms what would this momentum be called, and how is it measured?  Would that be inductance, or capacitance, or something else?

Yours,

Don

[MT]

Hi,

Its funny ... was just playing with 25m copper cable and when put small neo ring magnet on it, it vibrates and spin nicely. Check video.

coil was fed with 4.3V AC through 10ohm resistor (~0.3A)

greetings,
Marcel

[mkt3920]

In my mind, I keep going back to the beginning, of how this started for SM.

- His boss told him of a tv imploding with a HUGE magnetic field.
- SM used magnetometer to research, it was steady EXCEPT when a thunderstorm was in area, it would go off the scale.
- SM states you could tune the magnetometer to certain frequencies and tap large magnetic waves (useable power).
- SM states he had find a circuit potential for this to be able to build TPU (vacuum tube like?)
- States that earth's magnetic field IS significant enought to draw power from.
- Television had deflection yoke (DY), coils which manipulate horizontal and vertical with magnetic field.
  (what if you could spin a field two ways)
- Did the DY become a receiver?
- Became interested in interaction of AC transformers.
- Torodial transformers have some weird factors, study the weird factors.
- A magnetic field moving down a wire creates a current in the wire.  More wires, more current (litz). Spin the magnetic field across a multiple wires formed in a loop?
- Weak magnetic field passing along "1,000 pieces of wire twelve inches" is how to generate significant power with weak magnetic field.

So.... is he simulating the thunderstorm with a permanent magnet placing it next to the TPU (simulated DY) which creates a huge magnetic field (that must be controlled)?  Are 2 of the 3 large coils used as a DY (for tuning the horizontal and vertical, creating the vortex) and the 3rd (middle one) used for tapping the "magnetic field spinning down a wire which creates current"?  Did the tv DY become a "receiver"?  Did the tv DY get out of phase, like out of phase torodial transformers?

Just thinking out loud.
Kent

[mkt3920]

In reference to tubes (cirucit potential) (like insignificant magnetic field?):

From Mannix, SM letter, post on page one: <snip>
All we have to do is tap into that energy and all our energy wishes come true.
I found the secret when I read in some books about electron tubes. I was a TV repair man as well. Back in the days of electron tubes. The good old days I think.

another Mannix post on page one, quoting from SM letter:  <snip>
I originally got the idea from electron circuits which use vacuum rectifiers like the 5U4 GB or 5AR4 etc.  The plate has a high voltage potential with lots of useable power available. You cant get to it or use it for anything without applying a heating voltage to the cathode or what is the cathode potential of the tube. So, you put in a small voltage of 5 volts AC 60 Hz which heats up the cathode and welcomes the electron stream from the plate. Or actually the other way around, but not important for this example of my thoughts. Now the high voltage power goes through the cathode and travels through the coils of the 5 volt transformer along with the 5 volt AC. if the plate voltage is not rectified then it is AC with a potential 60 Hz frequency. That combines with the 5 volt 60 Hz in the coil of the htr transformer and generally amounts to nothing. In fact the power of the 5 volt transformer amounts to nothing. It is an insignificant power supply except when the two transformers get slightly out of phase with each other, or when they are connected in reverse of one another.Then you can measure all kinds of things going on. You can generate all kinds of hash and multiple frequencies, and I do mean all kinds. What I measured during this process was very interesting. All these frequencies occasionally met at the same time with a much larger kick at the output.

Kent