ENERGY AMPLIFICATION

[Bob Smith]

Re: ENERGY AMPLIFICATION

« Reply #6354 on: September 15, 2014, 06:50:02 PM »
FYI folks on another thread:

Quote from: giantkiller on September 14, 2014, 11:11:40 PM

Ok, everybody wake up:
I was going to produce a document to publish and be my own prairie dog. Now wouldn't that be kinda stupidly suicidal?

SM never mentioned antenna.

Here's my bomb:
Study the parameters of helical antenna design and you get to peer behind the TPU curtain. Pulse cannon.
And then there is this doco:
http://en.wikipedia.org/wiki/Regenerative_circuit#Advantages_and_applications
And here is the rotating field:
http://www.eh-antenna.com/EH_HZ.pdf
And here is a partial TPU schematic:
Page 315 diagram 15-11. PDF page 328
http://www.apparentlyapparel.com/uploads/5/3/5/6/5356442/_____practical_antenna_handbook_fourth_edition_carr.pdf

All is well that ends well. Unfortunately the human race doesn't have enough time on this planet to utilize this forbidden technology.


Working EH Antenna.com link supplied by Gyulasun:

The archive.org can be our friend 
http://web.archive.org/web/20130823051939/http://eh-antenna.com/EH_HZ.pdf

Gyula

If we look at these antenna design manuals where GK directs us, there is a significant amount of co-inciding information that seems to confirm what Tito was saying.
In addition, there is the matter of regenerative circuits (also cited), which were raised as a possibity in Tito's setup.
This will help make things easier for those who seek to understand the principles of Teets' device...
And.... to build it 
Bob

[zdiblo]

https://www.youtube.com/watch?v=mvb39SwTXBE

make it simple...

[Dave45]

Will the totempole drive both n and p channel fets

[Dave45]

https://www.youtube.com/watch?v=YnYaZgyOX-w

[MarkE]

Will the totempole drive both n and p channel fets

You won't be able to turn the P channel MOSFET off.  A MOSFET responds to voltage between its gate and source.  For any given MOSFET you need the driver to connect to a voltage that is at the source or beyond it.  IE equal or more positive than the source for a P ch device, or equal or more negative for an N ch device.