JNL is doing a Meyer's replication

[alan]

Great Nerzh, post some scopeshots of the timer, maybe people can give suggestions to make it better. (But I think you have plenty of experience with them )

[NerzhDishual]

@Alan and All,

My small screen 30 years old HAMEG scope does not allow very accurate readings. 

The freqs generator now works well in his small plastic box.
I have added 2 outputs 'plugs' for monitoring the freqs.
F1 = from (about) 200 HZ to 300 Hz
F2 = from (about) 750 Hz to 1100 Hz (as I can remember)
I have also added a switch and a resistor for multiplying F2 by 1.5.

I'm planing to use a second 220v / (2 * 12v) 32 VA transformer in normal mode +
a diodes bridge and a 600 microF/150 volts caps for my "VDC 1A PSU".
2 * 12 = 24 volts AC should give me about 30 volts DC.

I'm also planing to use an IRF250 MOSFET trans.
Vds= 200 V
Id = 30 A
Rds= 0.085 ohm.

The very expensive BUK416-100 is given for:
Vds = 100 V
Id  = 100 A !!!
Rds = 0.018 ohm

I also will wound another Bifilar Coil or use one of my already made one.
Depends upon my mood. 

I have also a micro-wave oven HV diode.
Hope this would do the trick.
Perhaps should I use a bunch of 1N5404 in series?

I will then take some pictures, wire all these stuffs together
and try to not explode anything.... 

I'm not an Electronic Technician, just a retired computer programmer.
So I wish I saw some 'dots' in the JML circuit:

 

More to come ASAP.

Best

[gyulasun]

Hi ND,

I think the dots can be at wire ends 1 and 3   or (equally giving the same effect) at wire ends 2 and 4.
I base this reasoning on Naudin earlier TEP projects where he also used bifilar coils and this setup also upconverts a smaller input voltage  to a higher voltage while the turns-ratio between L1 and L2 is 1:1.

http://jnaudin.free.fr/html/tep4xfrm.htm
http://jnaudin.free.fr/html/tep4nrcp.htm

Edit: In Naudin WFC circuit the 'smaller voltage' will be the voltage coming from the 220V output side of T1 and this voltage should get upconverted by the bifilar T2 to a much higher voltage for the cell.

rgds,  Gyula

[NerzhDishual]

Hi Gyula,

Thanks for "connecting the dots".
Yes, You are right. I had been playing with some of this TEP circuits and
I should have figuring it out. Shame on me...

I'm just irritated by this BUK416-100.
Proposing this kind of very unusual part is it not a way to distract
and discourage people?

GotoLuc and Callanan (for ex) are not secretive at all.
http://www.overunity.com/index.php/topic,5024.0.html

Best

[alan]

@guyla
I think you are right, if you look at the original VIC circuit, you can see that 1 dot is connected to the cell, the other dot is connected to the transformer.

In the video posted earlier,  resonance was acquired by leaving bifilar point 3 disconnected and the cell connected to 4 instead.

@ND
You should send an email to Naudin why he uses the BUK, he does respond to his email.