Steven Marks secret

[giantkiller]

@Grumpy,
I agree there is no secret.
@Otto,
Posted a vid yet? I want to see.
@all,
It looks like a secret when it is right under our noses all along.

So,
We know we need vibration. Simple distance induction does not perform that.
The sm17 light large loads and even larger when applied with no degradation but increase.
The cross coupled harmonics are the start of the in synch vibration. How else would the start be seen?
The bluish white sparks in SMs vid still say stun gun circuit. This is an integral part. Dimly lit bulbs? I don't care at this point. I have 4 o-scopes that tell me alot of what I need to see at this point. And ther are plenty of people that offer tips and advice. No one is in this alone.

I don't have the p2p yet but this looks like a promising start. And it fits with what we have all been so hard at pursuing.
So what if this fizzles out. I am not telling anybody it can't be done and I don't have to be the only one to get this.
I am just fitting the acquired knowledge and techniques to building and testing. Been at this a while, build cool stuff and learned things way beyond standards. Just like alot of others here. Nothing different. I am just trying to crack this nut.

I have at my disposal antenna engineers, radio engineers, degreed electronics experts, scholars in physics, people that spent time with Bearden, and others deeply embedded in over unity. I am just a listener and experimenting engineer. I have been told numerous times to keep pushing with what I see possible.

Here are the wire specs in pix. Have at it. This is where I spending my day and am here for any info at all of what I am experiencing. Open and honest as always.

--giantkiller.

[stprue]

Thank you GK for the close up shots.  I see four ends...so...2 bifilar wires!  It also does look to be 2 turns of collector one low one high...right?

Keep up the good work!

Have you tried to power it up off phased (180)?

[giantkiller]

Only 2 bifilar runs. A bifilar pair for the 4 turn bias/collector and a bifilar pair for the control winding all the way around. That would give 8 ends of wire or 4 pairs total.
You can also see the coil feedback to the gate. If you make 2 rings then connect the #1 feedback to the #2 gate, connect the #2 feedback to the #1 gate. Cross-coupled feedback.

Thank you GK for the close up shots.  I see four ends...so...2 bifilar wires!  It also does look to be 2 turns of collector one low one high...right?

Keep up the good work!

Have you tried to power it up off phased (180)?

[giantkiller]

This circuit does not make vibrations are sparks.

nice graphics GK, if only they were real.   LOL 

I'm telling you guys, I know the secret ! but apparently it's falling on death ears.

I just don't have the time right now to do a proper design that's impedance matched, otherwise I'll be lighting up 100 watt bulbs.  It's not rocket science you know!   Just add a regulator to the output and I will get stable power to show you, but other priorities are here.

http://www.youtube.com/watch?v=BV0UE-84NEI

EM

P.S.  This is what I believe a TPU schematic is or should be, and what I will try and build when I have the time.

[stprue]

Thank you GK!