Kapanadze Cousin - DALLY FREE ENERGY

[magpwr]

Hi Itsu. It has been pointed out several times here that this schematic is not
created by Ruslan. It was created by mikmur and posted on the realstrannik forum. 
The schematic combines a portion from Akula's schematic with various changes/additions
made by mikmur, and was not directly based on any actual device. The only schematic Ruslan
has released (for his recent devices anyway) was the hand drawn schematic which only had blocks
for the push-pull driver and kacher driver.
All the best...

hi Void,

Does it really matter whom drew the circuit diagram because many area's in the circuit were wrong which i have highlighted previously.

Section of circuit which is divided into various section which can be created by your own-
1)PWM Circuit any version(TL494 or SG3525AN) and it's igbt driver TC4420 x 2 ,MC34063 voltage boost to around 18volts for 2x IGBT Driver (TC4420).

2)Nanosecond generator circuit which i have sorted out the latest  version is 6.2 which was posted by me just few days.

3)Standalone Tesla coil circuit which is using 2SC5200 .Resonance frequency with antenna connect  is around 1.7Mhz...1.8Mhz ."Please just place probe nearby ,no direct connection to tesla coil"

4)Receiver coil which we have already sorted out.I am not gonna repeat this part again.Please ask itsu once more if need help.

5)Yoke core and it's winding(3 turns) and capacitor to be connected in series to 0.47uf 2000volts x 2 ....x 4
     Yoke core is to be driven by igbt's rather than mosfets.

6)Fast response diodes to provide dc to charge hv capacitor.This part i just find out.I believe it needs to be a capacitor rated for 350volts...400volts around 180uf.This needs to be a pulse capacitor(Brown capacitor seen in the Ruslan video) not standard electrolytic capacitor.This is the energy storage for the nanosecond pulser and the capacitor needs to be able to provide high rate of discharge which was selected for this purpose in order to generate pulse in kv.

(Base on my quick experiment using a variable hv dc generator which is consist of bank of capacitors total rated for 1600volts.But i use only 152volts and i found that nanopulse to toroid do not fully discharge hv capacitor since the pulses are so narrow <80ns.

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At the last stage once everything is assembled and connected use a clamp meter on the single earth cable from device as what Ruslan had done as shown in his video and also mentioned by Akula as "Current movement".
Then start tuning device to achieve maximum current being sent into Earth and returned.

Connecting a large bulb to the device should be the last thing on the mind until the tuning is completed and current movement is noted on the earth cable.

[Void]

hi Void,
Does it really matter whom drew the circuit diagram

Yes. The main point is that it was not directly based on Ruslan's circuit which probably only Ruslan
knows every detail so far.  It may be close to what Ruslan did, but there may possibly be some important differences. 
All the best...

[Void]

At 900V pp i also doubt there is any corona discharge or arcing somewhere in the Tesla coil,
i certainly did not hear any sizzling noises (i know how a kacher should sound like).

Hi Itsu. That may be, but I was just pointing out that this discharge can be very subtle, and
sometimes can be hard to notice. Was just commenting on a possibility since you asked for feedback.
I wasn't suggesting that I thought you necessarily weren't aware of that. Just mentioning it mate.

All the best to everyone with your experiments...

[itsu]

Right, and its much appreciated!

Regards Itsu

[magpwr]

hi itsu,

This is the findings for today.
By Combining PWM generator eg:SG3525AN and nanosecond generator Version 6.2 which i have last posted base on 2 i/c, not the ver 7.0 single I/C:74HC132 version since i do not have inverting igbt driver.

I have attached screenshot to show how the nanosecond pulse would look like if single Channel A of PWM is connected to nanosecond generator and Channel A& B of PWM generator is connected to nanosecond generator both case via 1N4148 with 1kohms resistor from PWM.

I will creating a switch for this section A only or A and B channel in the actual PCB once i have received 2 version of the IGBT driver to make decision.


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To prevent ringing which also originates from IGBT DRIVER CHIP eg:UCC37322P or TC44XX .1N4148 need to be connected between the igbt driver input and GND.