Kapanadze Cousin - DALLY FREE ENERGY

[NickZ]

   
  Gyula:  Again, thanks for your help.  I was finally able to obtain a second trace signal. First time since I've had the scope.
So, channel 2 is ok, but I will need to calibrate the 100x probe, as I can't just swap that single probe from one channel to the other channel, without re-calibrating the same probe for the second channel.
  My 10x probes will be here soon, so I'll do the calibration on both channels, once i get them delivered to me here.
The main thing is that my two channels are working, they're just not calibrated as yet. However, the channel 1 seams to be working fine, as far as I can tell, for now.
 
    Here's a couple of pics of my signal, the 100x probe is on one of the drains of the fets, the negative clip lead is on the fet's
source, on that image.
   
   Itsu:  Can you calculate the running frequency of my Mazilli/yoke/grenade circuit from the image below???
 

[DA1]

Hi NickZ   all    วงจรที่ผมแก้ไขบางส่วน  I was editing some circuits

da1

[GeoFusion]

Hi Guyz

  DA1
Thank you for posting the Schematic, this will give me opportunity to replicate this push pull and packet wave generator for TC.
Makes it easy now to replicate the circuitry with the numbers now givin on the pins !
This is worthed for replication  too . Keep it up! Show some vids if you have too.


  Hoppy, and all

It's to much work and time for me to translate the video. but for what i can tell is this..
It's right there in the video and at the very near end of the vid you see when he makes hot arcs come out while almost connecting the alligator clip
to the 1KW halogen bulb, HV arcs with good amount of amps are coming out from the system .
That what you see there is the Effect  happening which needs to be achieved!
You also see small molten sparks fly when he makes the arcs happen,  THAT which arcs there is the mixing of the HV Tesla and pushpull.
It's right in our faces.
If this doesn't convince anyone who is trying to replicate this by knowing it does this, I don't know what will.

this is what is called EOD Electrocommunication.

This is the schematic which works guyz.
to achieve effect and don't forget to tune with the push pull to reach resonance.
be careful not to get hurt or possibly achieve death. this is not a joke.
not my responsibility but feel free to replicate.

         
                 Cheer~

[Hoppy]

  Hoppy, and all

It's to much work and time for me to translate the video. but for what i can tell is this..
It's right there in the video and at the very near end of the vid you see when he makes hot arcs come out while almost connecting the alligator clip
to the 1KW halogen bulb, HV arcs with good amount of amps are coming out from the system .
That what you see there is the Effect  happening which needs to be achieved!
You also see small molten sparks fly when he makes the arcs happen,  THAT which arcs there is the mixing of the HV Tesla and pushpull.
It's right in our faces.
If this doesn't convince anyone who is trying to replicate this by knowing it does this, I don't know what will.

this is what is called EOD Electrocommunication.

This is the schematic which works guyz.
to achieve effect and don't forget to tune with the push pull to reach resonance.
be careful not to get hurt or possibly achieve death. this is not a joke.
not my responsibility but feel free to replicate.

         
                 Cheer~

Geo,

Thanks for posting the schematic. 

In the video we see a Chinese cheapo PSU which I assume is the 24V / 10A supply. He also shows a PSU under the bench, which appears to be driving the load lamps. The schematic only shows the 24V/10A PSU, so I'm wondering where in the circuit the second PSU is connected?

[TinselKoala]

@Nick: Good that you got a trace on your second channel. Probably nothing at all wrong with the scope. Once you get your other probes it will make more sense to you. I'd still like to see a shot showing the Probe Adjust output with your 100x probe, to see how bad (or good) the compensation is.

The frequency you are showing is calculated like this. Hz means "cycles per second". Your horizontal timebase is set to 20 microseconds/div, that is, 0.000020 second/division. (microseconds = 6 digits to the right of the decimal.)  And you are showing, starting from the left edge as the "zeroeth" peak, 4 peaks in about 8.4 horizontal divisions. So the math looks like this:

4 cycles / (8.4 divisions x 0.000020 secs/division) = 4/0.000168 = 23809.5 Hz, or about 23.81 kHz.

(Note that the "units" cancel properly to give cycles/second in the answer.)

Don't get trapped into false precision; 23.8 kHz is a valid measurement here, or even just 24 kHz, since you only know the "divisions" to two significant digits.

For better accuracy, set the Horizontal Timebase so that you have as many peaks as you can comfortably count on the screen. Make sure the "cal" knob is rotated fully clockwise. Use the Horizontal Position control to put a peak exactly on the leftmost graticule marker. Then count peaks and divisions as above for the math part. 

Hopefully Itsu will doublecheck my math... sometimes it's hard to keep track of the decimal points.