Agentgates´s TPU setup with strange wavehill hump

[Magluvin]

And now for the business at hand.

Tonyton  The resistor on the primary, someone had stated earlier that it seems funny that a 30 ohm resistor, or which ever ohm, on the primary. As to say, well, if the coil is even 10 ohm, then the actual volts across the coil should only be about a 3rd of PS voltage, or something to that nature.
But it had me thinkin about Tesla, the dc impulse that created the radiant pulse, Tesla felt it was due to the inrush of dc into a resistance, and then as the current started to distribute in the lines, that the radiance would end. Do you think that is what is happening here? Some here have questioned the resistor in different ways, but is that the intent for the resistor to be a key ingredient for this process to work as you say?
Now if you are smoking transistors, is it at the time that the effect is working that the transistor is melting or is it because the fet cant handle the ohm load of the coil. I know you said that filling the holes and such, but what connects me to what you are explaining is, and I didnt quite realize it before, I would have to say that a coil of whatever size or ohm with a 20 to 30 ohm resistor in series, if that can load a fet to melt a lead then something really wacked is happening.  So I would look into what resistor value per a particular coil, as we have so many variations.
Can I have a poll on primary ohms here? Just for variety stats.
Your fet just may be getting a dc impulse rejection from the primary resistor. Most might think that so what, the current is just being resisted, but Tesla says differently about this situation. Now I havnt gotten into Tesla enough to see if he had experimented in higher resistance values in his impulse dc experiments, but maybe you are. ;]   Because I messed with my coil in different ways that you suggest except I didnt use a resistor just direct connect.
I used a large coil, about 300 turns of 16 ga  about .8 ohms  .9 on a good day, lol, and a reed with a magnet to make an osc. running on 5v aa. That osc can produce over 300v bemf, without a load. Chopper. So the bemf stored through a bridge to a cap. Now I use a 12v relay core, aired out, and put that as a load on the charge cap. Depending on the cap, the osc freq and pulse width, I can vary that load voltage. The freq of the osc and pulse width are adjusted buy the proximity of the osc reed to the osc coil core and how far the osc reed  activator magnet is away from the reed. I get 10v on the bemf charge cap with the 12v relay coil as a continuous load. So I add a 150 ohm res to the 12v coil to decrease that load and the bemf charge cap voltage is just over 20v. This is how I am achieving your prescribed voltages. So a 220ohm in series with the 12v coil leaves me with close to 30v on my charge cap. Now for the goods. Tesla style,  I insert another Big reed in the 12v relay coil core and use that to pulse your transformer. + from the charge cap goes to the primary of the transformer, and the second reed in the 12v coil connects the other transformer primary lead to - of the charge cap.  When the charge cap fills, the 12v coil wont fire the reed till 30v is achieved. When the reed closes, dumps 30v to the primary, the cap voltage drops causing the reed to open and the process starts all over. It works like a Tesla spark gap, but at low voltage.
I know its crude but hey, Im a cave man baby.  =] 

But that resistor needs looking into also. I havnt tried the res yet. Just thought about it really, I didnt think of its importance till a bit ago, and remembering we are not working with the norm here.

Magluvin 0 7

[victore]

@Magluvin

I agree i should have written 'light sceptics' instead of naysayers.
I just had to shout out loud, why i agree with Stefan.
Here is the end of my non-productive outburst PC heroes like me are not moving the world forward.

Viktor

[Magluvin]

Its coool vic. I was a bit over anxious and its over and we just have to wait or try. simple.

Mags

[Talath]

I'm going to build this. I've got ideas for both of the problems.

I don't need angles any more obviously, but I'm a bit confused about the desired # of windings

I built a rudimentary model with two crown washers that I had.  When I rotated the rings, they did make the "hourglass" shape.  Looking at this shape gave me an interesting idea.  Towards the waist of the hourglass, the windings are extremely close together.  They're also very long circumferentially, while being very narrow axially (in respect to the axis of the bore of the tube).  It'll be interesting to test how this increasing coil density affects the secondary.

[Talath]

To this clown , shut up.

Who ask you , did you even tried it , this is a new type of transformer , and this is exciting by it self , now what can it do , magic or not , i am still learning and having fun ..

People that are pain in the A, are not here for the right reason , they have hidden motive , they really want to make money off your back , they even tread you like an employee.


@agentgates , take your time be well first , then we will be there for you .

I am not making a replication yet , but a am learning about the coils configuration and i must say it doesn't work like the usual transformer .

I am having fun , thanks Agent.

Well said Mk1. 

There are two types of people in the world.  Those who divide people into two types, and those who do not.   

Seriously though.  Your comment shows the heart of successful experimentation.