The TPU uncovered? (A PROBABLE technique.)

[pauldude000]

@aleks

Simply put, I am not trying to replicate otto's sines. Otto is a bright and resourceful individual whom has his own ideas he is testing. However, I am trying to duplicate what is seen in a video of a small 6" unit, which has no room for complicated massive power sources, or for that matter vacuum tube circuitry. I am trying to replicate SM's unit. SM's unit had to be battery driven, with a VERY small area for oscillator/driver circuit storage. No huge heatsinks are evident which demonstrates conclusively that this unit cannot be a high current circuit driving mosfets. Mosfets come in many flavors, and not all are high current. SM merely remarked that mosfet's or tubes are necessary for their characteristics. However, the small 6" was obviously NOT sine/tube based. If it used sines, they were made with simple compact circuitry, and relatively low voltage/current. I am starting with the square wave approach, and will progress to whatever is necessary within the above parameters if it does not work as mentally envisioned.

I do not understand your reference as to the relevance of the filter. What does it matter what the waves resemble, if they can accomplish the job necessary? (I am lost on that one, as I do not see the relevance. I think it must be merely a misunderstanding.)

@otto

Please understand that I am not in any manner "dissing" or insulting you with my words above. Much of my current understanding has come from not only SM's words, but your and Roberts efforts, trials, frustrations, and accomplishments, as well as others here such as GK, and Jason, just to name a few. I have respect for you and your accomplishments, and truly would not have the understanding of which I have about this technology and its implications if it were not for your input and concepts.

Thank you.

Paul Andrulis

[aleks]

I do not understand your reference as to the relevance of the filter. What does it matter what the waves resemble, if they can accomplish the job necessary? (I am lost on that one, as I do not see the relevance. I think it must be merely a misunderstanding.)

My idea is that "sine waves" do not come from resonant/reactive behavior of the circuit and its coils. Sine waves appear as a result of some "external" potential field. However, it is circuit that triggers this potential field. This potential field's intensity varies with time and it is this variation that is seen as sine-wave segment. By the way, SM himself tuned his device so that it produces overunity DC current - not a sinewave output. From the vid he also referred to high-freq sinewaves which are of course not really useful for powering applications.

[pauldude000]

My idea is that "sine waves" do not come from resonant/reactive behavior of the circuit and its coils. Sine waves appear as a result of some "external" potential field. However, it is circuit that triggers this potential field. This potential field's intensity varies with time and it is this variation that is seen as sine-wave segment. By the way, SM himself tuned his device so that it produces overunity DC current - not a sinewave output. From the vid he also referred to high-freq sinewaves which are of course not really useful for powering applications.

I will have to think about this. Interesting concept. What potential gradient do you theorize it is acting upon?

Paul

[otto]

Hello all,

@Paul

NO PROBLEM!!

How to say people what to do??Hmmm...

Lets try:

The ECD = "primary" coil + "secondary" coil + Mobius = high voltage
Tesla patent shown a few days ago = primary coil + secondary coil + maybe iron core = high voltage
TPU with tubes = primary coil + secondary coil + Mobius = high voltage

In all mentioned coils is a high voltage.

So, if you look at the 3 stack or the others pictures posted by Mannix you have to wind a primary + a secondary coil and then connect them to get a high voltage. And then pulse this "baby" but be careful because this baby can easily be a beast!!

Otto

[sparks]

     When the collector coil intersects the pulse field you are going to get a dc pulse in the collector winding that will be effected by the time it takes for the collector to pass through this field.  The collector will advance through this field (or if you prefer) the field will radiate into the collector winding at a rate independent of your pulse signal wave form.  The gain in the collector is the scource of OU.  It comes from the relavent velocity of the collector and the pulse field.   The pulse energy stays in the spacetime coordinates it was generated in.  Time advances and the collector coil is propelled across these coordinates as fast as the Earth's inertial field can get the collector winding there.
    The main deal here is the pulse being generated in such a way that the electrons in the kick winding have to time to align with the ambient magnetic field not the bow shock magnetic field of the collector.  This is the off tuning SM talked about.  If the pulse compresses this part of the aether and it cuts across the coil again and creates more bow shock and more pulse compression uh oh.
  SONIC BOOM.