Partnered Output Coils - Free Energy

[Mr XYZ]

Thankyou Chris, for your positive confirmation! There is a lot more I could point out besides this, but I will mainly use similar diagrams to depict such. (as I said last year, I'm not a CAD genie, so can only present using the "Paint" program, but I think it suffices)

Thanks especially for pointing out the Tesla Switch as presented by J Bedini years back! – I had seen it from time to time, but honestly had forgotten all about it until I saw your reference a few days ago, and yes, there certainly are some similarities with my work  On this very point, I decided to take the simplest depiction of the Ron Brandt Tesla Switch and redraw it and then present it side by side with one of my relevant designs – they are indeed different circuits but resemble each other in their symmetry and balance. Soon I will also redraw one of my recent designs adjusted to your circuit design style, and I reckon you will find it at least a little intruiging! ~ Similarities will also be seen there! 

Hi Mr XYZ!!!

Thank you for posting! I completely agree, this is a brilliant post, Thank You!!! Immediately, I thought of the work John Bedini has shared for decades about the Tesla Switch as soon as I saw this.

It may be the case that John was trying to say something to us all those years back? I personally think so!

That aside, even though its a great analogy, this work of yours is excellent! A really good way to think and practice the actual Electrical Energy functions, Transformation and "Generation".

Thank you for posting this work Mr XYZ!!!

   Chris Sykes
       hyiq.org

[EMJunkie]

I made quickly subtitled version   https://youtu.be/GFqJ5D6mkO0

regards,

Thank you for this, I very much appreciate! A bit of work gone in there! Thank You!!!

@Others, a lot of small experiments can show you so much, this experiment is one of the best I have seen for a long time!!!

Thanks for sharing your work John.K1 I hope others replicate also!!!

   Chris Sykes
       hyiq.org

[EMJunkie]

Thankyou Chris, for your positive confirmation! There is a lot more I could point out besides this, but I will mainly use similar diagrams to depict such. (as I said last year, I'm not a CAD genie, so can only present using the "Paint" program, but I think it suffices)

Thanks especially for pointing out the Tesla Switch as presented by J Bedini years back! – I had seen it from time to time, but honestly had forgotten all about it until I saw your reference a few days ago, and yes, there certainly are some similarities with my work  On this very point, I decided to take the simplest depiction of the Ron Brandt Tesla Switch and redraw it and then present it side by side with one of my relevant designs – they are indeed different circuits but resemble each other in their symmetry and balance. Soon I will also redraw one of my recent designs adjusted to your circuit design style, and I reckon you will find it at least a little intruiging! ~ Similarities will also be seen there! 

Nice work Mr XYZ!

Some very interesting similarities! Also some striking differences!

Thanks for sharing, its really good to see thinking outside the box!

   Chris Sykes
       hyiq.org

[EMJunkie]

I would like to point out, John.K1 has shared with us, a very valuable experiment!!!

This we have talked about before, I quote again:

The inducted voltage in coil B must be larger than that of coil C, otherwise the transformer will require more input power than the output power.

Please dont just pass this by, please take 10 minutes and replicate this simple very cheap experiment. To learn the smallest thing can open many doors!


   Chris Sykes
       hyiq.org


P.S: My replication below. Notice the Voltage accross both the Load Resistors is nearly all DC, all below the center graticule line. I have not followed the Schematic exactly, values I can post if necessary? Notice each wave is 180 degrees out of phase, EMF = -NdPhi/Dt, - is the 180 degrees out of phase.

I hope you find this interesting and as valuable as we should be finding it!

P.P.S: mv / 10 - I had the Current Math setup, Probe 1x but scope 10x for Current: Voltage x 10 / 0.1 Ohms = amps


R1 = 2R2
R2 = 2R2
R3 = 0R1
R3 = 0R1
L1 = 31.8mH
L2 = 16.6mH
C1 = 2.17nf
V1 = 0.718V @ 1.977 KHz

[EMJunkie]

With some more work, I have improved my result using a Series Resonant Circuit and moved away from the Parallel Resonant Circuit.

Input Amps: 370.6ma Measured accross R5 (0R1)
L1 Amps: 469ma Measured accross R3 (0R1)
L2 Amps:  709ma Measured accross R4  (0R1)

Now seeing less DC Offset, but there is a little there still.

   Chris Sykes
       hyiq.org