(Tesla Ozone Patent) AllCanadian Circuit

[SkyWatcher]

Hi folks I would like to offer some findings from AllCanadians circuit taken from teslas ozone patent. I'm still doing experiments but what i've found very interesting is the fact that L2 primary of the circuit which is a mot transformer, when the secondary is shorted the input drops to almost half the current input. not sure what else this circuit is capable of but this seems different than anything ive seen in circuits thus far. I've read the tesla project in overunity.com and i think this needs further discussion here.

peace, love, light

[SkyWatcher]

Hi again, ok so maybe i should offer the measurements which show something is going on here that needs attention folks. as in the red circled circuit, L1 is pulsed with an npn although i think mechanical is superior because i had already blown 2 quality high voltage nte transistors using higher power. In one test pulsing primary L1 of a medium size transformer alone without the rest of circuit attached drew .24A @ 12V. In another test with entire circuit the input then dropped to .19A @ 12V then when secondary was shorted on microwave transformer of L2 input then dropped to .11A @12V. So maybe as someone on this site or ou.com said maybe when coil L1 is discharging into coil L2 we now have a series circuit which would account for the lower draw but are we not charging coil L2 and charging the cap which is probably charging the battery some, all with no reflection back to source battery. so even if we only get 99% of our energy back and no charging of battery we still have a device that does not reflect back to its source, it appears, which might be useful. maybe i am seeing this wrong, if so maybe someone can help.

[ren]

what are your inductances and capacitances used Sky? Have you read the patent? You may find that the MOT is useable, but not ideal as your Low self induction...

[SkyWatcher]

Hi Ren, for L1 i'm using the primary of transformer from a 12v charger and the cap is 1uf from the microwave. after studying the circuit it looks like when switch is closed charging L1 and cap discharges into L2 electrically it seems they would oppose each other if in fact they actually interact at that stage, but when switch is open and L1 collapses and L2 collapses they oppose each other again. maybe this is why when shorting L2's secondary the input amps halve. So what type of coil would be required then for L2 because i dont know and what ohms relation between the two. do you have an idea why when L2 sec. shorted input amps are cut in half, or maybe thats not how its supposed to function and yes i read the patent just not sure what exactly the specs needed are.

peace, love, light

[ren]

Im still learning myself Sky. The thing is any coils can be used, its the relationships between capacitance and inductance @ resonance that is important. To further your studies (because that is what they are ) you will need to get a hold of an inductance meter. I could explain it in my own words as to what I see happening, but I think it best if you learnt it from the master aka Tesla

High self induction, low self induction (which is the primary of a transformer) capacitor and switch. The reason the primay of a MOT isnt the best choice is because it will have a relatively high inductance. It will do for now however. What are you using for your HSI, and what are you using for your switch?

[SkyWatcher]

Hi ren, im using a 12v drill battery charger primary of transformer which is about .7 ohms and so is the mot primary although the 12v charger prim. has many more turns. im using an nte 2309 npn trans. w/ nte 2300 in darlington config. w/ 555 timer. reason im trying to understand circuit is so i know why im even bothering with this, i mean if this is scaled is it supposed to provide excess energy at high energy levels cause i am not sure, other than i know a tank circuit seems to give better efficiency and were using the collapse of L1 as the high voltage maybe similar to testatika.

[ren]

read my post again Skywatcher. Inductance....not resistance....