Kapanadze Cousin - DALLY FREE ENERGY

[verpies]

http://www.digikey.com/product-detail/en/2SC3263/2SC3263-ND/3661810
2SC3263?  It's not quite the same....

It requires over 3A of current to the base in order to fully turn on
It can carry 15A of collector-emitter current when fully turned on.
At 150V a 4A collector current is outside of its Safe Operating Area

[d3x0r]

Took 11 1.1ohm high precision resistors, and put them all in parallel, and soldered most of the ends together; had no meter that would accurately read that low of a resistance.  Rushed home, put them in-line with the primary toroid coils, connected probes, tuned up the thing to be at a stable point, and then shot some videos.  The first is all dark.  The third really should have been first, and the second...  should still be the second I guess


Video 1 (chronilogically last)

video 2

Video 3 (first shot)

I am starting to get concerned about all of this feedback all over the place... especially when connecting L3 and driving it with the pulser... my ground/power all get very noisy... and I think I should introduce some more points with diode isolations


I definatly get a higher [L4] voltage with the nanopulser in addition to the TL949 + L2 resonant coil working.


I think I should tune L2 better to what I'm operating, because it's probably only 60-80% correct if that much.   I did replace the cap with others, and ended up with basically no usable power out.

---
I should also say I have figured a small detail... when I get a nice square wave form on the voltage across the collector-emitter (I keep saying collector base in video by the way), then there is the most gain in power.  To maintain that square wave as my capacitor charges (impedance changes), I have to keep increasing the frequency, up to a point where basically it's square, and at the top of voltage, but; if the voltage drops below that, then that frequency is very bad, and is not a square wave... so tuning up to a certain point above 150, but below the maximum capacity, and even better, then dropping back a little bit will put the 'best' below where you are at, so you can keep the voltage 'a-float' as it is used beyond it's current capacity of filling and drains, then the square wave will form again, and lift the voltage.   

[verpies]

...put them in-line with the primary toroid coils, connected probes...

Now sth is visible.
I've got 5 questions for you before I analyze your CSR waveforms:
1) Please describe exactly where did you connect your probe to the CSR (e.g. was it connected at points A & B like here).
2) Also, in what direction did you connect your probe to the CSR (where was the ground clip) ?
3) Were any of your channels inverted in the scope's channel setup menu?
4) What is the difference between the yellow and blue trace? e.g.: do they represent signals from 2 different CSRs (one for each half of the primary ?
5) Was any load connected to the secondary windings of T2, when the following snapshot was taken in Video1 at 00:05 ?

[d3x0r]

Now sth is visible.
I've got 5 questions for you before I analyze your CSR waveforms:
1) Please describe exactly where did you connect your probe to the CSR (e.g. was it connected at points A & B like here).
2) Also, in what direction did you connect your probe to the CSR (where was the ground clip) ?
3) Were any of your channels inverted in the scope's channel setup menu?
4) What is the difference between the yellow and blue trace? e.g.: do they represent signals from 2 different CSRs (one for each half of the primary ?
5) Was any load connected to the secondary windings of T2, when the following snapshot was taken in Video1 at 00:05 ?

1) there is a U shaped peice of 12 gauge wire, connected to two white terminal connectors, on the other side of these, I removed the primaries, and put in the CSRs, and reconnected the primaries to those.  The  U-wire is attached to a capacitor which is on the 12.7V supply.
2) the ground clips are on the + power side of the resistor, and the probe on the other side, both on the resistor.
3) no
4) one is primary 1 the other is primary 2
5) a bridge rectifier with no ground, only the positive lead going to neons... , and L1 on the other side.


Just managed to tune up to 50volts stable, almost 51... and actually ran less current than when I was at 40 ( turned duty cycle down)... (ya, I know that won't help the ATX supply get 12V, and I don't have current enough for a incandescent bulb)


Oh, I also attached another ground point; I think there should be a ground between TR2, W2 and the low side capacitor; got a much better voltage spike on W2 that way... .that was the other thing that helped get the voltage on L4 up...

Need to rework that other KT926 replacement, put it closer to the part, use stronger wires between bridge rect and neons and that whole subsystem...  I'm only getting like 3 or 4 volt spike out of TR2...

[d3x0r]

I wound another toroid with 20 gauge wire for secondaries, and wound 4 coils that are 70 turns in two layers; so I wound two 70 turn coils, then put a layer of tape and wound 2 more 70 turn coils on that; so I could wind 6 turns for the primary... So if this was a transformer from 220->12V and it's used backwards, I'm not sure it's possible to saturate from that 12V side.