Kapanadze Cousin - DALLY FREE ENERGY

[Jeg]

I feed my katcher straight from my 24V supply and I have two ampere meters. One for katcher's consumption and one for mosfets consumption. When I fire katcher it draws 2Amps. The same time I see the bulb increasing brightness and mosfets drawing becomes less. Not because my katcher draws additional 2Amps as my power supply can give 16. I work my mosfets  between 4 and 8 A. What ever mosfets consumption I have, every time their amp meter shows a little less. I can't explain it. I suppose that radiant energy fills my lines quicker than electrons? I don't know. Perhaps it is nothing.

Ps. While you were writing your answer I was erasing my last line of my previous post as it is something that needs to be verified from others also

[magpwr]

Yes, I've done all that and bulb brightness always relates to amp draw.

hi Hoppy,

I just got this idea in my head.I assume you are using a diode to bulb.
Since the way the diode is connected it just power the bulb via the negative half ripple.This result in the pulsing effect on the bulb.

Now if we use 600volts full-bridge rectifier which is consist of 4 ultra fast diodes <100ns which can handle high Amp.
This full-bridge rectifier actually double the frequency of ripple.But the end result is the pulsing on bulb would disappear and bulb would be even more brighter with suitable HV capacitor-Russian PIO capacitor.

I think you may be aware 50hz sine-wave fed into typical full-bridge rectifier would actually create twice the ripple frequency of mains which will be 100hz. 

[Hoppy]

hi Hoppy,

I just got this idea in my head.I assume you are using a diode to bulb.
Since the way the diode is connected it just power the bulb via the negative half ripple.This result in the pulsing effect on the bulb.

Now if we use 600volts full-bridge rectifier which is consist of 4 ultra fast diodes <100ns which can handle high Amp.
This full-bridge rectifier actually double the frequency of ripple.But the end result is the pulsing on bulb would disappear and bulb would be even more brighter with suitable HV capacitor-Russian PIO capacitor.

I think you may be aware 50hz sine-wave fed into typical full-bridge rectifier would actually create twice the ripple frequency of mains which will be 100hz.

Hi Mag,

The supply ripple is not what is causing my pulsing, which is at a low frequency around 1Hz to 10Hz. This pulsing can be eliminated by careful tuning but its fiddly and the stable spot / 'sweet spot' (highest bulb brightness) is very sharp.

[d3x0r]

Hi Mag,

The supply ripple is not what is causing my pulsing, which is at a low frequency around 1Hz to 10Hz. This pulsing can be eliminated by careful tuning but its fiddly and the stable spot / 'sweet spot' (highest bulb brightness) is very sharp.

can you refresh which scheme you went with?

[d3x0r]

This scheme uses resistors and diodes instead of LEDs to produce the voltage difference in the capacitor...
10M & 0 = 35V


This is NOT a resonance capacitor, and should be a much higher capacitance than C for the resonant frequency of the coil...
the coil should be self resonant at such and such a frequency, and adding C should not change the frequency... other than when touching it to clip or unclip a connection the resonance may be lost...


I did occasionally get a strong pulsing action that it would be weak, and peak to a pulse, this happened at the low end of a resonant frequency... when tuning over the resonant frequency I never observed pulsing coming back (maybe slightly)  ... it seemed seemed fairly stable... so was probably a capacitance charging, which influcenced the resonant frequency...  if I was charging a large cap through a bridge rectifier, I found it usually better to go to a slightly lower frequency and step it up as the cap charged...  then once the cap was charged, there was only the one operating frequency.


the pulsing would increase in frequency until it smoothed out at resonance... it's like a cold solder joint though... cause fiddling more with it and I couldn't get it back.
---------
the resonant wave itself is +/-35v... so all it's able to separate on the cap in my case is 35v... but if the free side (coil-cap) is able to go +/-35v... that's a certain amount of current...