Lenzless resonant transformer

[hanon]

Hi Jack,

Thanks for sharing. This idea makes sense, and I think it has potential.

Here I post a couple of videos which may be useful in this thread:

Magnetic Lines Energy: https://www.youtube.com/watch?v=sTb5q9o8F8c

Magnetic Flux Cancellation: https://www.youtube.com/watch?v=sc9bt5Yo0H8 

Regards

[e2matrix]

JackNoskills,   Very nice writeup and thanks for sharing this.    Would you be okay with letting us (or me) know what country you are in?   I'll assume U.S. as you have good English.   I ask because it's hard to imagine not having a single meter knowing they can be had for between $5 and $10 for a digital multimeter.   Harbor Freight, Walmart or eBay...   Not having a meter while having enough $$ to buy anything Nanoperm just seems odd to me.   I'd consider shipping you one if money is really that tight.   Enough of the meter  quandary ...       
I would like to understand as verpies mentioned though just how you have determined this is OU or I think it would be better to say you are getting more power out than YOU are putting in and thus you are tapping an unseen power source from somewhere or something.    Unless you have it self running I have a hard time with that statement of it being OU since you don't know your power out or even power in.   

[wistiti]

Thank you Jack!
Hey guys!
Why just try to replicate and comment with our result...?!!
Good luck to all. 

[Jack Noskills]

How do you know without meters?  Did you loop it an witnessed a self-runner?
Analog power amplifiers are good devices to apply stimuli to various windings.
However Amperes are not units of power.
Incandescent light bulbs make reasonably good power meters if they are the sole load at the output of a device, ...especially if they have non-coiled filaments.

Do you compare the brightness of your light bulb with the brightness of another identical light bulb supplied with DC or use a Wattbox (Bulb->DarkBox->PV_cell->Voltmeter) like Grumage ?

Most importantly: How do you measure your input power with a light bulb?
Do you realize that a 12V 20W light bulb can pass 100W of electric power at 325V, ...without even lighting up ?
...because of this.

I have 1:1 transformer and stepup transformer.
First I tested using 1:1 transformer. I used 5 watt halogen on primary side and 10 watt halogen on secondary side. I got lots of light on primary and little light on secondary side. Normal transformer action. 
For second test I step up transformer. It is quite good, it can light 220 volt 40 watt bulb to more brightness compared to grid power. Watt meter hooked in front of audio amp showed power consumption as expected. Then I put 10 watt halogen on primary side and used 40 watt 220 volt light bulb on secondary side. I got full brigthness in the halogen but no output light at all, just little warmer than hand.


This proves that my setup is good enough to detect changes in power usage at the source. So, if I can light up 18 watt worth of light without a sign light in the primary side tells me something good is going on here.



My guess is that my audio amp gives out 5 volts.


I did some more testing with primary coil length, I kept the secondary coils that worked so I can see effect when only one parameter is changed. Reducing the amount of turns from about 90 to 25 and the effect was gone. 5 watt halogen in primary side was lit while there was no light in the output side which had now 10 watt bulb. Maybe it was little warm. Seems that primary requires high inductance and low capacitance while output requires high capacitance and low inductance for this to work. I will test using shorter secondary coils next when I have time.

[Jack Noskills]

JackNoskills,   Very nice writeup and thanks for sharing this.    Would you be okay with letting us (or me) know what country you are in?   I'll assume U.S. as you have good English.   I ask because it's hard to imagine not having a single meter knowing they can be had for between $5 and $10 for a digital multimeter.   Harbor Freight, Walmart or eBay...   Not having a meter while having enough $$ to buy anything Nanoperm just seems odd to me.   I'd consider shipping you one if money is really that tight.   Enough of the meter  quandary ...       
I would like to understand as verpies mentioned though just how you have determined this is OU or I think it would be better to say you are getting more power out than YOU are putting in and thus you are tapping an unseen power source from somewhere or something.    Unless you have it self running I have a hard time with that statement of it being OU since you don't know your power out or even power in.

As long as I don't have a meter or even a camera to prove this it is just me and my gut feeling. I wanted to share this still in case someone is interested. I am not going to try to make a self runner, make money or anything like that. For me this is just a puzzle and I like solving this kind of stuff rather than watching TV. Thanks for the offer though. If I get high enough output power I try to learn how to move picture from N70 to my PC, if camera starts working again that is.


For me there is just one experiment left to do, effect of thicker wire and shorter secondary coils. To continue from this I would need signal gen to try higher frequencies and maybe oscilloscope. And off course learn to use them. I am sure there are members here who already have this hardware. Problem is that I don't know if this works with signal generator. So if one tries using signal gen and fails, he might give up too soon.


I will update the pdf when done and put it here, it should give a sort of guideline what to do.