Kapanadze Cousin - DALLY FREE ENERGY

[AlienGrey]

Itsu I can't find that device easily.

Have a look at this list it's relatively easy getting most on this list at the moment but I dare say other people will find other devices in there country location ect

http://docs-europe.electrocomponents.com/webdocs/12fc/0900766b812fc170.pdf

[Void]

For Drain to Source protection, it seems the Littelfuse P6KE130CA will work.
It has a max clamping voltage of 179V, so should be ok for use with an IRFP260 MOSFET.
http://www.mouser.com/ProductDetail/Littelfuse/P6KE130CA/?qs=sGAEpiMZZMvxHShE6WhpuznpqHUCVB%2fRpZhPQm1SBiw%3d

P6KE130CA
Product Category:   ESD Suppressors / TVS Diodes   
Manufacturer:   Littelfuse   
Polarity:   Bidirectional   
Working Voltage:   111 V
Breakdown Voltage:   124 V   
Clamping Voltage:   179 V   
Pd - Power Dissipation: 600W <-- Mouser lists 6kW   The datasheet says 600W
Brand:   Littelfuse   
Termination Style:   Axial   
http://www.littelfuse.com/products/tvs-diodes/leaded/p6ke/p6ke130ca.aspx

The Littelfuse 1.5KE130CA also has a max clamping voltage of 179V, but can dissipate 1.5kW (1500W peak pulse capability).
http://www.littelfuse.com/products/tvs-diodes/leaded/1_5ke/1_5ke130ca.aspx

[AlienGrey]

Have a look at the IRFP150 transistor MOSFET enhancement  mode
only 100 v but 40 A and a conductive resistance of .055ohm less heat (more of a nail switch)
but if you use it use a P6KE56A protection TVS

We are only using 12 to 24 volts why not make use of it's power switching capabilities

IRFP240 200v 30a conductive resistance  .075 ohms

Also, some one else bounced this back, thanks (reducing to fit doesn't help)

[Hoppy]

The Littelfuse 1.5KE130CA also has a max clamping voltage of 179V, but can dissipate 1.5kW (1500W peak pulse capability).
http://www.littelfuse.com/products/tvs-diodes/leaded/1_5ke/1_5ke130ca.aspx

I consider that 1.5KW (peak pulse)TVS a good choice. However, if Nick firmly establishes that the 'effect' depends on a very hot, over voltaged mosfet, then although a suitably rated TVS will protect the mosfet, the 'effect' may be lost.

[T-1000]

Hi all

So summer holidays are already over... And I am katching up with the posts you guys made.

NickZ, Geo does not have self runner, yet. Like I mentioned before, we did about on 95% of replication with the main effect missing. Which is powering whole setup output from the ambient.
Also it is good to know you managed accidentally to get same effect as Geo had.

AG, the picture of grenade you posted have missing additional layer. And it is crucial to know, - the output of the grenade is the cold electricity HV which is charging HV caps superfast when the effect is in the place. Then Ruslan/Sergey and possible others used as attachment step-down inverter with async transformer for converting it into hot DC electricity..

In regards to wires. If you have impurity in grenade wiring it will cause heating, etc and catching the effect is next to impossible (that I was been told many times)...

Cheers!