Lords of the Ring

[Mannix]

Sauron may be right,
Perhaps sending pulses into the collector that is immersed in a high speed field would be an interesting experiment.

I am still building tube sections with hartley oscillators as the source and two phase output ,keeping distortion to a minimum..02 % at 1w .3 % at 5w..but it is not ss phase distortion..it think that we have been told , is important.

It takes a very long time ratting old equipment etc.

Gk, i wonder if the field stunned your gun..i found that when anything interesting happens my ss failed in one way or another...

we can never leave .. not now..not ever.

The spinning magnet crowd have created is an interesting read...I wish them well but my experience prevents me from engaging there.

marco has posted some interesting tests and some great graphics on dave's site

For the last 3 weeks of spare time I have not even hooked up a coil...just building the test tube rack..getting closer...no shortcuts will be taken.

my setup
6bq7 hartley oscillator 12au7 driver/phase splitter 6as7g output in cathode follower config...no feedback!

Clean and stable sine... and 3 octave range from each hartley coil using capacitance.

good hunting to all

Yes, these are surely guy things and  not for chatting about at the pub.

This really is keeping me off the streets!

back to my cave

Lindsay Mannix   

[giantkiller]

This is the final answer.
This TPU stage is transmitting to cause ringing in the aether. That is what the current posts are pointing at and what Tesla was talking about. It still fits in with the audio feedback posts I did. We want to use the earth's field in the feedback loop in phase to cause return energy to cause oscillations(Remember the audio receptions in the movie 'Contact'? Phwoomph, Phwoomph, Phwoomph). This is what all SM's TPUs did.  Sound waves, magnetic waves, radiant energy, kicks it's all the same just different parts of the spectrum.
Remember the dancing magnets that Turbo showed? That showed if you send 7.8hz into space the resonance of a magnetic material is excited. If you look at the 2 dancing magnets as control coils and the collectors as the 7.8hz input frequency one can see how to get the ringing feedback. The control coils don't move but the fields do. These then cut across the feedback coils. 2 frequencies, 7.8hz and the control coil freq. This is just a subset of the Hutchison effect.

The brain is the engine for the mind.
The mind is the visualization for the journey.
And the journey is where we create reality.

--giantkiller. I am just very glad I am not doing this alone.

[giantkiller]

http://www.aftenposten.no/english/local/article1656362.ece

I say 'Bad flyback design'.
I guess even the TVs are repulsed by what is on them. We could be heading for TV Armageddon! Total TV meltdown?  Gives MADtv a whole new meaning. Looks like peace at last.

--giantkiller. Can you feel the vortex here? What's the sucking sound?

[joe dirt]

 

[Jdo300]

Hello Everyone,

Just thought I would drop in and give an update on my progress. I am currently gathering parts to make my three-channel tube amplifier for my TPU tests. I've been doing some reading on tube technology and searching for the simplest possible tube amplifier and power supply circuit. For the power stage, I'll be using 6au6 tubes and *maybe* 6K6 diode tubes for my power supply (yep I'm making that from scratch too).

Since it is obvious by now that we need a very stable frequency source, I have been doing a lot of thinking about the simplest possible way to make and control frequencies. My original thought was to go with a microcontroller approach but I'm not ready to invest the necessary time in building and programming one yet. So for the mean time, I bought three cheap function generators ($45 kits assembled), which have a range of up to 1MHz that I can use to do some manual tweaking with. I figured that I could simply run a looong coax cable from the function generators to the tube amp (which would be close to my coil) to run it from a save distance without interference from hash.

A second approach would be to use a sound card for the function generator and simply program it to do whatever frequency sweeps I want. That would work well but then, in that case, I am limited to a maximum frequency of 48 kHz. However, it would still be a cheap alternative to the micro controller approach. I am also looking into making an anaolog ocsillator to control the circuit though this will be my last approach since I already have the function generators on hand.

I am in the process now of getting some tubes from eBay (by the way, the 6au6s are dirt cheap!), and I need to scrounge up a suitable transformer for the power supply. The tube approach really isn't all that horrible as long as you can find a simple circuit to build off of. Of course, I'll hold my tongue until I get it working!

God Bless,
Jason O