thanks! And yes I misspoke about the dc offsets. could be fun to try it that way, but then you would need a positive impulse to discharge the field

@@MasterIvo yeah i realised you had some asterisk corrections after i watched it again . But still it may lead to a shocking discovery 👍🏻

Thanks. More and more people, we're growing in numbers (I hope)

It really makes me sad. I always think about that when i look at this work. You have to look at all the vids from the begginning though. That dosent help. I feel like i have to go through em all again sometimes.. wich i will do for shure 🤭😅

mondays may start like this :). Thank you

@@MasterIvo br just conc on charge seperation thats key, pos and neg when u spin magnet ie via magnetic flux thrs just charge in copper or current n voltage as it increases........ So hw 2 increase the charge in copper is what u must analyse say in 10kg copper what is the max charge that can be generated per cps, ie 60cycles in a sec... It's not that difficult... Just how much charge u can generate is generator per sec and that can easily be stored n discharged via cap

Master Ivo - where in Europe do you live BTW? I am in Italy.

:) The Netherlands

I can't follow you, which opposing coils?

@@MasterIvo coils in East and West direction or clockwise n anticlock or counter clockwise with both ends in parallel connect is what he I think

Thanks, an alchemist I Am ;)

my pleasure

thanks, yes 50% is because the switch has 2 functions. L2 is made series resonant, it charges and discharges using the mosfet(this works best with 50%) and L1 coil is charged and discharged

@@MasterIvo ur bipolar coil capacitance needs 2b synchronized with sec coil inductance but try using a ferrite or dc pulsed motor or even a vibrator on the ferrite that is grooved to achieve ns sn

Thank you so much 😀

instead of a spark gap, I discharge with the impulse

@@MasterIvo not sure but the coils I believe may act as a low frequency filter thr by removing ac part esp without the ferrite core would like to chk it out though just my intuition and do chk out on nmr too so that u cd do magnetic flux increase or decrease study, as it can't b done inside a gen, study in between the coils n2 shd raise capacitance probably as diamagnetic, as compared to paramagnetic o2 which shd increase the magnetic flux part, and if it helps cd check with magnetic flux measures though this wd b more useful in a generator or alternator to introduce the accompanying ac and if 3 phase makes it practically convenient

nope spark gap isn't needed. coil cap is discharged by the impulse

we'll see soon. I have some tungsten rods ready for a sparkgap, but that is a very basic test for showing the difference between positive and negative voltage sparks

@@domestinger8805 I agree. but there seems to be more. I'll need to test it first before I share it

I use high side, because this generates negative voltage impulses. The positive voltage doesn't have the same effect, although that is still to be proven. It appears the radiant wave can move OUT longitudinally or move IN, from the conductor (induced by the rapid change in voltage). I have seen a larger increase of current amplification from the negative voltage impulse compared to the positive impulse. And for the series mosfet switching, to get high voltage impulses (3.5kV) you need to use isolated gate drivers any way. Or do you know another method?

yes but the sparkgap is for another project video. the pure tungsten just arrived. Previously I used Tungsten steel which melted instantly with a white flash.

@@MasterIvo have u ever used nichrome does it have any use or can b used for spark gap... Do u have any experience, think graphite will also work, and do a differential later when u find time nothing imp though

@@MasterIvo carbon ark lamp ! Look it up on wiki

indeed perhaps flat coils aren't needed, but it's the pathI choose.

Thanks Bill. Tesla used ground currents for power transmission, which is still a mystery to me

Ground is to the aether.

@Master Ivo br just conc on charge seperation thats key, pos and neg when u spin magnet ie via magnetic flux thrs just charge in copper or current n voltage as it increases........ So hw 2 increase the charge in copper is what u must analyse say in 10kg copper what is the max charge that can be generated per cps, in 60cycles per sec... It's not that difficult... Just how much charge cycles u can generate, is generator per sec and that can easily be stored n discharged via cap

magstar.eu/wp-content/uploads/2020/07/Infineon-1EDIXXI12AF-DS-v02_00-EN.pdf this one

Thanks, but purely looking at the caps without coils so no it's not.

i think basically if you have to caps in series your just increasing the distance between the plates which gives higher V rating but cuts the capacitance because distance between the plates is part of the calculation for capacitance. at least as I understand it. Wish i could donate again and will but i just cant at the moment.. Great Information as usual...

correct razor123, and in parallel the plates become as one large plate, thus increasing capacity

@@MasterIvo aaah! I didnt get it at first. Thanks for awnser!

great!

series provides high voltage switching capabilities, if Vg threshold of the mosfet is matched. parallel gives higher current possibilities. series parallel gives both

This you are saying is inherent in the nature of physics and seen in patterns from the actual magnetic field of a permanent magnet to the theoretical shape of our own galaxy. Weather or not Erick Dollard produced it on plasma I do not know but it is possible.

Physicist Winston Bostick created galaxies in vacuum chamber before Eric Dollard. See the Pattern channel has video on it.

can't follow your words

@@MasterIvo don't know how to explain it other than that

@@MasterIvo at the junction before the hardware.. Only on positive. Maybe a 2 inch long by 1/8 inch diameter, crimped onto wire. The tibifilar coil would be a good test, and I'm not an electrical engineer so I do not know the numbers what amplification the piece of copper tubing does.

@@brendananderson324 sorry, I still don't get it.

@@MasterIvo for the positive input. Before the connection cut positive wire, crimp 1/4" or 1/8" or relative sized diameter copper tubing (2" length should suffice) onto the spliced wire This should be Tesla's final secret of 5000%+ amplification

no. L1 is pulsed by the mosfet, and at turn off it gives the vast negative impulse which is a resonant half wave of L1. series resonant L2 is tuned down in frequency by the series capacitor. so the frequency of L1 and L2 are a few octaves separate. while the L2 and L3 have the same frequency

@@MasterIvo thanks

indeed. It's time

@@MasterIvo Be safe.

I Am

@@MasterIvo The other half. I don't have the expertise to find out what's going on, you do. Hope it was received. Start the coil working by briefly contacting the base with the collector using a bit of resistance between the two, such as a three or four watt light bulb. If using a low voltage, under 12 volts and using a high power transistor just a piece of wire will do. I use as an indicator an inductor with and LED across it to detect a flux field produce when the oscillator is working. The other ends of windings C and D are not connected, put a wire nut on them for safety. depending on the coil set up, this bridge can put out quit a bit. To me this is an anomaly. The out put of this bridge can be fed back into a cap., or used to charge a second battery, under the proper conditions can be run directly into the run battery. Lately I have taken six strands of 20 gauge magnet wire of approximately 38 feet in length, twisted the run of wire and wound it into a single layer pan cake coil, still experimenting with it. This is all very primitive and low level research, no calculations, using just basic principles. A lot of trial and error and the occasional puff of smoke. Sometime more than just a puff. By the way, these oscillators can be cascaded with weird results. It is advised not to leave any experiment unattended for very long, once on returning to the experimenting room, if found it filled with acrid smoke, had to turn on the ventilator and get out. A fairly large coil had baked itself, still don’t know how. I have been experimenting for many years, 15+, and have developed a saying, TRY IT AND FRY IT. Some of these things have run for over six months, some have armatures and some are coils only.

thanks got it

no I haven't tried those because I need large capacity, those are big and mostly in the pF range right? I cut my beard, and had a mustache for 2 days. It was hilarious. Now going to grow a nice thick winter beard again :)

:)

Ah I made the same mistake again? mkp2... yes probably L1 close coupled to L2 has always been most efficient, so I do recommend it. also with the H bridge

@@MasterIvo gotcha, might be a couple months "out-of-date" with former L1-L3---L2. But its a good time to shuffle my stack, just finished an interesting new L2 (phi^2 OD/ID, and also with wide-spaced windings like my latest L1, because i ran out of the heavy wire & couldn't do else hehe). Im still uncertain of its merits, but testing should be instructive, regardless. Setting stack up as you've shown here. As usual, huge props & thanks for always sharing your trailblazing setup & best-practices, would perhaps flounder otherwise

my pleasure

never to late to learn ;)

*us working together, not sure how one man can change the world alone, now when I think about it, but hey u are still inspiring ;)

@@andrejc6532 :) that would be awesome and a huge responsibility. we are in this together.

lol, it was goofy indeed. just having some fun

Totally appreciated fun! Incredible augmented impulse.