Resonance Effects For Everyone To Share

[chemelec]

Updated Circuit: http://www.overunity.com/index.php?a...ch=28628;image

Thanks

Luc

Not a very practical design.
The outputs should be in the Drain, Not the Source of the mosfets.

And if your running Coils from this, you need transient protection. High Voltage Spikes will damage the Mosfets.

[gotoluc]

@Jetijs and Inquorate,

thank you for your positive comments ... I think blowing is good also but I'm out of service for a while now

Not a very practical design.
The outputs should be in the Drain, Not the Source of the mosfets.

And if your running Coils from this, you need transient protection. High Voltage Spikes will damage the Mosfets.

@chemelec

thank you for your post ... I would be vary happy to try your schematic ideas. Can you please post a circuit. Here are components that I have in stock: 4013 flip flop 2ea., 4N35 OPTO Coupler 5ea., IRF640 NPN 8ea., IRF9640 PNP 10ea

Thank you for sharing

Luc

[gotoluc]

Hi everyone,

I burnt my switch circuit but I remembered that I still can continue testing using the 10 volts RMS output of my Signal Generator. It's nothing like having 50 volts but good enough to see the effects of resonance and test new coil designs.

I'm trying to better understand what is going on in the Secondary pickup coil. It looks like it works more like an antenna since I was able to have it 3/4" or 20mm away (see picture) and it still can charge the capacitor to 1.12vdc with a 5 ohm load attached to it and I was using only 7.19 volts RMS from the SG output. Also prior to doing this test I tuned the primary coil without a secondary on it to resonate at a frequency where it would use the less amp draw by using the small micro 12v (12 ohm) car dash bulb in series and tuned it to the point that the bulbs filament would not even glow. I was down to a 120pf capacitor in series and at 625Khz square wave. I attached my Scope probes, green to the SG at the primary input and the yellow to the loaded capacitor from the secondary (see Scope shot) My USB Scope also has an FFT so attached the FFT of the secondary probe.

Interesting to see the secondary is resonating at its own frequency? Looks like for every punch from the primary the secondary keeps resonating. Maybe this is where the extra energy is coming from???

Anyone care to comment.

Luc

Picture of secondary:

Scope Shot:

FFT Shot:

[Inquorate]

@ gotoluc

I was thinking 'this is all beginning to go over my head' until I saw your scope shots... Bodkins posted a link to this new zealand guy's youtube vids, @ bodkins - what were they called again? There's 4 parts; 1, 2, 3a and 3b, I saved them on my phone as 'harmonics theory'... But there was more to their actual name on youtube.

If bodkins doesn't pipe in with the link, I can try email them to you?

Anyways, that scope shot is VERY much like what the guy was showing.

[cody]

Ive been getting that "ringing resonance" after the pulse in my primary. I really need to talk to my buddy (electrical engineer) about hooking my scope up to make sure im not screwing something up here. You are using ac square wave correct? Ive been using dc square wave.

[gotoluc]

Hi everyone,

here is a link to an excellent video demonstration of Tesla's work. I know this good man and I hope he can join us and share his great knowledge.

Video demo: YouTube - Tesla Radiant Energy

Luc

[gmeat]

Hi everyone,

here is a link to an excellent video demonstration of Tesla's work. I know this good man and I hope he can join us and share his great knowledge.

Video demo: YouTube - Tesla Radiant Energy

Luc

Hi Luc,


Karl already belongs to the group and has started a thread called Tesla's Stout copper bars "Hairpin Circuit" .
He is doing very nice work.


-Gary

[gotoluc]

Ive been getting that "ringing resonance" after the pulse in my primary. I really need to talk to my buddy (electrical engineer) about hooking my scope up to make sure im not screwing something up here. You are using ac square wave correct? Ive been using dc square wave.

Hi cody,

DC square wave is what it is. I'm not saying to use DC and chop it up with a transistor either, since that won't work. What you need is a DC polarity reversal at every pulse! get it?... this is what your signal generator should be doing when it is outputting square wave. Test it and see!... connect the output to a dc volt meter and bring the frequency to lower than 1hz (so you can see the change) and you should see your meter go form + to - at each pulse. This is what the H-Bridge circuit is doing but we can have a higher voltage being switched then the 10 or so volts your generator can output.

Let me know if you understand

Luc

[gotoluc]

Hi Luc,


Karl already belongs to the group and has started a thread called Tesla's Stout copper bars "Hairpin Circuit" .
He is doing very nice work.


-Gary

Thanks Gary,

I know he is a member here but did not know he had started a topic yet. He only sent me his video link.

Thanks for informing us so we can take part in his topic also.

Luc

[cody]

Luc,
I believe i understand what your saying, but a dc polarity reversal on each pulse is ac(alternates from + to -), correct. Im sorry i should have told you what im using here. Im not using a conventional frequency generator that puts out ac sign and square wave. I am using my own pwm i built that does creat a pure dc(one polarity) pulse. In direct opposition to what you said, im basicly taking a transistor and chopping up dc, and it does work, im finding resonance in the coils. My point i was trying to convey in my previous post was in response to your post about a resonance you were getting in your secondary coil after your pulse turned off(your scope picture). I am seeing that within my primary coil on my scope after my pulse turns off. I was just wondering if you were seeing that in your setup as well. After thinking about it, im sure you are because thats basicly what this resonance this is right, the coil continues to oscillate after the pulse. Im sorry if it was a dumb question, i just got a scope for christmas and have been excited about seeing whats been going on in the coil. Please let me know if im missing something here.

[Inquorate]

@cody and gotoluc

Bodkins is such a sweetheart ;-) he sent me the link to the youtube user with the harmonic resonance theory vids I was rambling about.

YouTube - artynz's Channel

Enjoy

Ps I find it intriguing you both found same waveform with only pos dc and also alternating pos neg square waves

[gotoluc]

Luc,
I believe i understand what your saying, but a dc polarity reversal on each pulse is ac(alternates from + to -), correct. Im sorry i should have told you what im using here. Im not using a conventional frequency generator that puts out ac sign and square wave. I am using my own pwm i built that does creat a pure dc(one polarity) pulse. In direct opposition to what you said, im basicly taking a transistor and chopping up dc, and it does work, im finding resonance in the coils. My point i was trying to convey in my previous post was in response to your post about a resonance you were getting in your secondary coil after your pulse turned off(your scope picture). I am seeing that within my primary coil on my scope after my pulse turns off. I was just wondering if you were seeing that in your setup as well. After thinking about it, im sure you are because thats basicly what this resonance this is right, the coil continues to oscillate after the pulse. Im sorry if it was a dumb question, i just got a scope for christmas and have been excited about seeing whats been going on in the coil. Please let me know if im missing something here.

Humm ,

To answer your question, no you will not get any of this in your Primary coil. When my coil is at resonance no matter what kind of wave form goes in it turns to Sine Wave and stays this way. You are getting those results because you are using chopped DC. I tested coils with chopped DC over a year ago and never got any good results... but as soon as I used flipped DC I experienced the effects of resonance when using a capacitor in series with square wave.

If need be I can do a video demo to show the difference between chopped DC and flipped polarity DC. For me they give very different results.

From my test at this time I can show that when the coil reaches resonance those flipped DC square waves turn to Sine Wave in the coil.

Here is a video demo I did for you and others to demonstrate this: YouTube - Coil Resonance Tutorial 1

If you wish for me to do a video demo to confirm the above please don't hesitate to ask.

Back to the scope shots. From the video you can see that a resonating primary is very energetic with a small voltage and next to no amps by using a micro bulb in series to prove that. I can tell you it gets wild with higher voltage and still no amps and if we have a tuned antenna (secondary) within the area of the coil... that tuned antenna will also resonate some extra beats and that is where we can collect some extra energy I believe That was the reason to show the scope shot of the extra activity of the secondary antenna coil. If you want I can also do a scope shot of the primary coil and secondary to show the primary stay as sine wave and at the same beat of the signal generators square wave input.

At this point I don't have my secondary antenna tuned. I'm trying to learn how to do this. Hope to have it done soon and I'll show the results once done.

I'm sorry if anything that I have shared is already known to you but it may help other at the same time.

Thanks for sharing

Luc

[cody]

Thank you for that video, that did awnser what i was wondering about your wave forms. I agree 100% that it turns into a sign wave, sorry there was a misunderstanding there. I am still wondering why you are referring to your input as a dc wave however, everything ive seen would call that an ac square wave. To back me up that you can get results with a pure pulsed dc wave i will point you to the link you provided earlier.
Pg. 1
If you go to video 5 and listen carefully and read the text carefully you will see he is using a pulsed dc square wave, not ac square wave. He does use ac in the previous videos however. There (video5)you can see it works. I will say that i got no results at all with a capacitor in series, only seems to resonate with a cap in parallel. The reason i choose to use dc square wave is because everything ive read on these free energy things point to unidirectional impulses, such as how pulse motors work. I know this conversation has been draging on a while and please note im not trying to argue or put down your results in any way. You have gotten the best results ive seen so far I just want the facts to be the truth and let it be what it is. You may very well be correct that your wave is the best way to go with this, however i think its fair to say we all still have a lot to learn here. So for my contributions i will continue to study the pulsed dc effects until I have gathered enough info to share weather i feel this is a good or bad wave to use. Please feel free to counter anything you feel is wrong here. I would like to ask what the main differences you saw between them were.

[Joit]

Hi,
Nice Video from the Tutorial, remembers me,
anyone can download a Wavegenerator from the Net, and connect the Soundcard to a Coil.
There are a few around, even as Freeware.
And talking about Antenna, sounds like, the Coil still makes a Dipole,
and you have to catch it.
You could make maybe a Thick small Coil, and put inside a Small long coil.
But your Coils look so nice, luc, i wont demand it, that you massacre them
But reminds at the Colermaschine, i found finally a good Picture from it.
And maybe its the same thing, to bring them to Resonace, what he did use, to get a more out from it out.

[gotoluc]

Thank you for that video, that did awnser what i was wondering about your wave forms. I agree 100% that it turns into a sign wave, sorry there was a misunderstanding there. I am still wondering why you are referring to your input as a dc wave however, everything ive seen would call that an ac square wave. To back me up that you can get results with a pure pulsed dc wave i will point you to the link you provided earlier.
Pg. 1
If you go to video 5 and listen carefully and read the text carefully you will see he is using a pulsed dc square wave, not ac square wave. He does use ac in the previous videos however. There (video5)you can see it works. I will say that i got no results at all with a capacitor in series, only seems to resonate with a cap in parallel. The reason i choose to use dc square wave is because everything ive read on these free energy things point to unidirectional impulses, such as how pulse motors work. I know this conversation has been draging on a while and please note im not trying to argue or put down your results in any way. You have gotten the best results ive seen so far I just want the facts to be the truth and let it be what it is. You may very well be correct that your wave is the best way to go with this, however i think its fair to say we all still have a lot to learn here. So for my contributions i will continue to study the pulsed dc effects until I have gathered enough info to share weather i feel this is a good or bad wave to use. Please feel free to counter anything you feel is wrong here. I would like to ask what the main differences you saw between them were.

Hi cody,

yes, correct!... he says that in video 5 and I tried it... but just like you, I never got it to work. If you can borrow a SG or build Groundloop's DC flip flop circuit then you will get results using square wave with a cap in series.

I'm just sharing what I learned through testing since that is how I learn best.

You are also very correct!... we still have allot to learn

Thanks for sharing

Luc