Selfrunning Free Energy devices up to 5 KW from Tariel Kapanadze

[x_name-41]

I don't feel like doing cryptoanalysis at this time of the night.
What is the type of this data (GIF Image, PNG Image, ZIP Archive, Text, etc...) ?
Is it Base64 encoded and XOR'ed with the password (at what block size) ?

this is simple encrypted text!

[Zeitmaschine]

Lower reverse breakdown voltage.

Then is this connection method also used in ordinary devices like commercially available power supplies etc? I can't remember having seen a schematic with non-Zener diodes connected in this reverse breakdown way. Or is this special to Free Energy devices?

this is simple encrypted text!

Maybe one of these tools will help: crypo.org

Regards

[verpies]

Then is this connection method also used in ordinary devices like commercially available power supplies etc? I can't remember having seen a schematic with non-Zener diodes connected in this reverse breakdown way. Or is this special to Free Energy devices?

They are rarely used in commercial power supplies because such high breakdown voltages are rarely needed in voltage regulators and input protectors of transistors and ICs.
Sometimes reverse biased diodes are seen in HV snubber circuits. Often two of them back-to-back in series. Sometimes they are packaged together and called bidirectional Transils.

Also, reverse breakdown of PN junctions are sometimes used to quickly discharge a HV capacitor into a load, thus producing a short nanosecond pulse. See this video for an illustration of this.

[TinselKoala]

That's a great little nanopulser there in itsu's video. I wonder if the output side could be used with a different supply. Would it work with a simple regulated 5-volt input, instead of using the LT1073 dc-dc converter?

[verpies]

That's a great little nanopulser there in itsu's video. I wonder if the output side could be used with a different supply. Would it work with a simple regulated 5-volt input, instead of using the LT1073 dc-dc converter?

No, it would not because the PN junction needs over 100V to break down.
The LT1073 is there only to generate that voltage. Any other source of >100V could be used instead of the LT1073.

P.S.
The power of this avalanche breakdown pulser is much smaller than the power of DSR pulsers.