Multisim shows once again overunity with differant setup 60.000 times ou

[indigo22]

at the scope you can clearly see the radiant energy spikes
just built it and test it on the sim

[indigo22]

here is a test with a load 12000000 volts 1000000000 watts

[indigo22]

yes after alot of tweaking i got 4 MILLION TERRAWATTS from 3 12 volt batteries

[indigo22]

and please guys don't be so stupid to build it play with the sim
untill we get the correct software we can determine how to build it

what gauge what wires what coil what shape

i've contacted multisim now waiting for a replay

it seems a simple setup but i can tell you with testing with just 1 batterie 12 volts i got many 10.000 volt shocks
stay with the sim for now and suprice me , i know there are alot of talented people just watching not posting
if you find som interesting i would like to know

thanks guys

[Magluvin]

Dude its ridiculous.  Just some simple points

The first blue arrow to the bottom left. What is that loopy mess. Thats what you have almost all over the circuit

And the other blue arrow in the upper middle That wire. You go through an amp meter then through a volt meter. Nobody in their right mind would do that and stand by the results of in and out powers. Its all nuts. If you are using the numbers from those 2 meters to calculate your big numbers then it is all wrong. The volt meter will have a very high impedance/resistance, and in your case the sim may issue a no resistance for voltage measurements. So that (I) amp meter should probably read 0amps as no current flows through the voltmeter. it just doesnt if you know anything about the meters you say you have, they should be 10kohm and up into megohms throughput resistance depending on quality.

It is just getting sillier as it goes. Your modifications are seemingly just random doings and making the circuit even harder to follow. Nobody is going to build it. 20000 turns is going to be very high resistance and very low currents from the 12v. Your circuit is so banged out now that the only way there can be high currents is if you again neglect the resistance of the transformer windings, even if they are low numbers in turns (get out your meter and measure some transformers, big and small) and if you have windings shorted in the circuit.

If you have a transformer on sim without resistance, the current to the primary would rise at a speed that the inductance allows, forever. It will rise forever. Try it, Put a 1.5v dc source across the primary of a transformer in your sim and watch it go, all the way past trigga amps if you wish. Now put a 1.5v battery across any transformer winding you may have and watch it with an amp meter in series. You wont even see the rise in current it will happen so fast to where the resistance levels off the rise of current. It will not give you jiggi amps and quiggi watts, ever, in the real world with the turn numbers you are giving. Never ever. Cant happen jim bony. nope

Then take that same transformer, the one in sim and the real world transformer on your bench, now short out the sec for each. Your end constant current on the real transformer will be at the same current and the sim current will rise like a mother because shorting out the sec causes the pri inductance to go very low, but it will rise forever till the computer says, thats enough the numbers are too big.



If you are serious about this then you are truly lost in limbo on this, or  now you do know its all garbage and are just denying it to save face.  Suck it up kid. This aint it. If you REALLY dont get it yet, then I have to think you are just trolling now. Anyone on this forum can out do you in electronics if you really believe in this circuit and your convoluted results.

mags