IST! NEO ZAP! TECK Breakthrough ....

[tosky]

@Goat
No O.U. advantage, because Energy=power*time, the output must less than input energy when spark power have to be averaged by time.
I just don't understand why so many interested in such store energy then discharge devices. The big power is because the current charged to the inductor (in long time) then discharged (in short time). The spark is a typical operation of this effect. The release of energy is not continuously connected to a load. Please don't waste your precious time.

[innovation_station]

to extract power play with a light bulb  i used 60w 120 v  and guess what the spark never decreased in size lol 

ist.......

peace and merry christmas to all 

i wont post a pic nor a vid.....

dosent mean i didnt do it    my question is this how many bulbs might it light 


now go charge your batteries/caps    lol

[tosky]

The tungsten thread in the light bulb is heated to light, when pulse input power input is same heat then light. You must measure oscilloscope or  by AC RMS or pure DC. in order to say true 60W dissipation. Light bulb show is a typical magic show.

[Chris31]

Im not a naysayer or anything but I think I agree with tosky on this one, the coil stores the energy and then its discharged in a very short period of time causing a very high energy spark in a very short period of time.

A step up DC-DC converter charging a capacitor to 100s of volts, then shorting it to cause a spark would give similiar effect.

Another explanation is the coil produces high voltage spikes causing sparks when disrupted, coupled with low voltage high amp from the DC PSU giving that "plasma spark" effect.

Unless there is something else is happening here.

[Chris31]

to extract power play with a light bulb  i used 60w 120 v  and guess what the spark never decreased in size lol 

If you can maintain the brightness of the bulbs as if they are powered from the wall socket continously then you might have something there.

Try 3 bulbs or more.