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Author Topic: Single Wire Tests  (Read 103186 times)

eldarion

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Re: Single Wire Tests
« Reply #195 on: February 06, 2008, 02:21:32 AM »
Hi Bruce,

I meant to ask a question about that simulation.  It looks like he has the two pulse sources, but what is that signal generator doing at the bottom of the schematic?  Is he feeding in another frequency?

Would be interesting to see...

Eldarion

Bruce_TPU

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Re: Single Wire Tests
« Reply #196 on: February 06, 2008, 02:27:42 AM »
Hi Bruce,

I meant to ask a question about that simulation.  It looks like he has the two pulse sources, but what is that signal generator doing at the bottom of the schematic?  Is he feeding in another frequency?

Would be interesting to see...

Eldarion

Hi Eldarion, 

I think it is an oscilloscope, showing the output   ;D (of Combined frequency's, identical, out of phase.)

Or I could be completely wrong, and he used another frequency there. 

@ cOmster
The answer is?? 

CodeWebs

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Re: Single Wire Tests
« Reply #197 on: February 06, 2008, 02:57:40 AM »
I've always thought about why SM would specifically use the term 'bailing wire' if there were not some transformer action going on there.  I believe that in the videos where there appears to be two rings placed vertically of one another that they are bother transformers.  The magnet is placed on one of these transformers only to cause a slight phase shift in the wave going through it.  SM eventually moved away from using a magnet to do this and that is why a magnet was no longer needed in the later devices.  It is this phase shift that by some means cause the two transformers to create the output seen.  Could the secondaries be connected to each other with diodes and the primaries be connected with diodes, and power taken off and put into each primary connected in series? The wave would travel opposite ways in each transformer slightly out of phase with itself and the diodes would keep the current flowing the correct way possibly.

BEP

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Re: Single Wire Tests
« Reply #198 on: February 06, 2008, 03:06:40 AM »
@CodeWebs

Could be. That is as good a theory as any other I suppose.

Bruce,

That is an 'O' scope in the bottom. That SIM output is pretty bland compared to what should show.
That is usually the way SIMs go anyway. They don't usually consider the magnetic part of the circuit anymore than people do.

M@rcel

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Re: Single Wire Tests
« Reply #199 on: February 06, 2008, 02:45:52 PM »
Which, in turn, leads me to the little double toroid picture in this link: http://science.blogdig.net/archives/articles/July2007/04/Free_energy_with_magnetic_reluctance.html

CodeWebs

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Re: Single Wire Tests
« Reply #200 on: February 06, 2008, 04:47:04 PM »
Relating to the frequencies SM specifically mentions, is it just a coincidence that the output is stated to contain a frequency of approximately 5kHz and the input frequencies are very close to 7 times and 49 times that (5kHz * 7 = 35kHz, 35kHz * 7 = 245kHz)? Also on a side note I was digging around and found a few pieces of information which stood out to me.


"Hedgehog

Hedgehog transformers are occasionally encountered in homemade 1920s radios. They are homemade audio interstage coupling transformers.

Enamelled copper wire is wound round the central half of the length of a bundle of insulated iron wire (eg florists' wire), to make the windings. The ends of the iron wires are then bent around the electrical winding to complete the magnetic circuit, and the whole is wrapped with tape or string to hold it together.

These were sometimes used when the cost of a ready made transformer could not be justified. Inductance tends to be on the low side, with consequent loss of bass. With the speakers of the day this was no bad thing."

relating to:

"'Interstage' and coupling transformers

A use for interstage transformers is in the case of push-pull amplifiers where an inverted signal is required. Here two secondary windings wired in opposite polarities may be used to drive the output devices. These phase splitting transformers are not much used today."

and finally to: http://en.wikipedia.org/wiki/Superheterodyne_receiver

I'm sorry if this isn't of much use and you can ignore this post in that case, but it just seems to relate to a great deal of what SM said.
« Last Edit: February 06, 2008, 06:55:05 PM by CodeWebs »

Jdo300

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Re: Single Wire Tests
« Reply #201 on: February 09, 2008, 12:15:08 PM »
Hello All,

In my recent experiments lately, I have had to find a quick and easy way to wind spiral pancake coils. They work great as pickup and detector coils to measure magnetic effects in the TPU. Below I wrote up a how-to showing how to quickly ans simply wind really nice pancake coils for use in experiments. Please let me know what you think.

Enjoy!
Jason O

c0mster

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Re: Single Wire Tests
« Reply #202 on: February 09, 2008, 07:10:26 PM »
OL
« Last Edit: April 05, 2008, 10:15:41 PM by c0mster »

Bruce_TPU

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Re: Single Wire Tests
« Reply #203 on: February 09, 2008, 11:53:37 PM »
About the Sim
It is 2 square wave generators, but as you can see they have diodes so a positive pulse  is going into each side of a 1 to 1 transformer opposite. As well each side of the transformer is set up as a tank ctc. The thing (OSC2)  hooked to the second transformer is an oscilloscope. I?ll attach a pic of the true reading on of one of the tank ctc on one side of the  transformer. I have completed the 2 drivers and ran my first test yesterday, it looks like the logic of the sim may be correct. I need to do some tuning of my coils to get the 2 waves to crash into each other properly. Notice in the pic how after the kick the amplitude rises. Also there is little current being used due to the tank. I?ll post more when I fine tune the tanks better. I replaced the oscilloscope with a ear piece and did some tweaking, what I herd was a beat frequency , an almost spinning sound, and at one point white noise. I only use batteries no mains connection 2 independent batteries, my scope runs on batteries. The drivers are 555 with mosfet. Also a pic of 1 driver. Consider transformer 2 pri as a single wire with crashing oscillations at each end.
C       


Awesome start cOmster.  I can't wait to see the next results.

The imagination starts to run wild when I think of three frequencies, in the same wire heading for each other!   ;D  Not to jump down the road too much...

@ All
Picture the making of "Three Sisters", each heading in opposing directions, slamming into each other.  It would make for one "Big Bertha" of a wave, IMHO.

Great work cOm,

Bruce


BEP

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Re: Single Wire Tests
« Reply #204 on: February 10, 2008, 03:28:04 AM »
May I suggest a three phase WYE transformer as the 'single wire' and three feeders instead of two?

Best to complete what you had in-mind first though.
 
I can tell you what happens when you close a bus-tie breaker on two 3-phase generators that have opposite rotation. It is not a pretty story.

On the two signal approach from what I've seen one of two things will happen. More volts and almost no amps but there will be a magnetic field stronger than expected -or- More volts and normal amps out at either end but almost no magnetic field.
At this point I am thinking the difference is in the rotation but I never confirmed it as all I wanted was the latter.


Eye-on-beam

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Re: Single Wire Tests
« Reply #205 on: February 16, 2008, 12:23:35 AM »
Is this sound the cosmic rays Tesla was referring to? the cosmic wind vibrations that create the frequency that keeps the TPU gyro ing always feeling like heavy or not wanting to move directly but just kinda sluggish. Just a quick comment here. when i was typng this my thoughts went on to a

bicycle wheel.

have you ever spun a wheel and tried to hold it horizontal and move it perpendicular.  riding in the cosmic wind of life.

BEP

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Re: Single Wire Tests
« Reply #206 on: February 16, 2008, 01:27:46 AM »
posted wrong place

Eye-on-beam

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Re: Single Wire Tests
« Reply #207 on: February 16, 2008, 02:07:00 AM »
or did I post in the wrong place? what my mind was relating to was the frequencies that you guys are experiencing, and work you all are doing is great work!

 im still in a phase of thinking so, however i have built a hydro engine for better engine mileage anyways to the point.

if you have experienced the spinning wheel effect then this i feel is  frequencies that you are experiencing. you can even lose control of a spinning wheel. so if we can measure scientifically and get an understanding of the vibrational frequencies at hand

i think,

we can see frequencies oasis, mirages in the desert and what not

we can hear frequencies

we can feel the forces in the sense of the spinning wheel and i never flipped the wheel 180 either b/c it was virtually impossible from what i can remember, but would the wheel stop spinning?

and if all the frequencies are correct we can smell the results of frequencies in the form of explosion/implosion

here is an interesting site with some tools of the trade. keep on keepin on

http://www.lessemf.com/kits.html


arhitrade

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Re: Single Wire Tests
« Reply #208 on: June 30, 2020, 07:01:33 AM »
Continuation of the topic. Dynamic skin effect and transverse wavelength - https://gorchilin.com/articles/efficiency2/dynamic_skin_effect?lang=en