Thanks! did you solve the ripple (before turn on) problem?

thanks! Did you manage to get the impulse on the downward voltage slope of L2? where the voltage is zero?

@@MasterIvo No, I have not been able to do that yet. Had 11 days worst vertigo; thank God it is cured. I will send you some pictures. I got busy with something else related to Radiant energy conversion into hot energy but then my vertigo was another thing to deal with. Thank you again for all your knowledge spreading; you are doing a great contribution to the community. Everyone must support you. Thank you Ivo.

thanks, my pleasure. I hope you can walk off your vertigo

@@MasterIvo It is over; crystals moved back in the cavity. But I was still whereas everything was dancing. Thank God it is over! Take care and have a blessed day.

@@alocin110 Enjoy your day!

I just replied to your email. I am not familiar with Deyna.

thanks! but its only a positive half wave doesn't that matter? (its dc not ac)

@@MasterIvo In one of your videos I watched, where you described the magnetically quenched arc that Tesla used - you mentioned that the objective was to eliminate the retracement of the pulse so that the arc would create an imbalance in the Vacuum (aether) - pulsed DC still retraces from the peak voltage back down to zero. The first 1/2 cycle of a sine wave is called 'pulsed DC' but it quenches itself by retracing all the way back to its starting point. Consider a 10 volt peak DC pulse - starts at 0vdc, rises to 10vdc, retraces back to 0vdc. That represents the positive half-cycle of an AC waveform. The negative half-cycle gets clipped off and is not fed to the circuit. That is pulsed DC in a sense because the 2nd 180 degrees of the 360 degree AC waveform is clipped out. If you were to move the reference line from 0vdc to 5vdc of the positive half-cycle, you now have a 5 volts peak-to-peak alternating voltage. The original 0vdc -> 10vcd -> 0vdc positive half cycle becomes a -5vdc -> +5vdc signal. What I'm trying to capture is the alternating aspect of the positive half cycle - it alternates just as any AC waveform alternates, between two points. Also, the positive half cycle alternates at 2x (twice) the frequency of the original, full sine wave. The reason the frequency doubles for the positive half cycle is - in a sine wave, the signal goes from zero vdc to a peak (a positive peak, then a negative peak) twice per cycle. For a 1 megahertz sine wave, the period of the full 360 degrees is: 1/1,000,000 = 1 microsecond But since the positive half cycle only takes half the full period of the sine wave, the period of the positive half cycle is only 500 nanoseconds. This means the 0vdc -> 10vdc -> 0vdc positive pulse occurs at a 2 megahertz rate. So the short answer is, I am wondering if a capacitor 'sees' the 500 nanosecond pulse as a non-retracing signal and I think the answer is "No, the capacitor sees the pulse as a signal that starts at a reference point, then rises to a peak, then completely retraces itself' like a normal alternating signal." So I do not think the capacitor will be charged up by a retracing signal pulsing - if the signal completely retraces itself, I suspect the capacitor 'sees' that as an alternating signal. Master Ivo, our group works at artificial gravity and the magnetic quench you have described in one of your videos that Tesla used in some of his pulse generators is essential to creating an imbalance in the Vacuum (aether) that is required for an object of matter to attain motion (acceleration) in one direction. If the signal retraces itself, it ELIMINATES the imbalance - the signal retracement RESTORES the balance in the Vacuum and you get no motion. The key to artificial gravity propulsion is to create an imbalance. Of all the people focusing on this type of tech, I believe you are the only person who suspects this. The first 1/4 cycle of a pulse is required; the second, retracing 1/4 cycle is a disaster for any effect to manifest

no never looked into it. makes no sense to me. I use the fast dielectric field changes as a source

thanks, yes the energy can be re used differently. But I use this as part of the tesla oscillator circuit and the adds... yes as long as you can skip them.

@@MasterIvo Play the ads and make some money! It's the one easy way people can help.

I am thinking similar. I want to capture half of the waves and then feed them into a non-symmetric transformer for amplification.

you can use the picture on the website page magstar.eu/mosfet

because the body diodes were slow enough to not open. and allow the impulses. but after they opened the energy always flowed away. so, to a certain level it works, but it is very flawed.

then all is mirrored, one cap leg is between source and diode ( diode between V- and source) and other cap leg is on V+(which is ground)

yes this is part of a Tesla oscillator circuit that I am using in my previous videos. I inject the hv impulse into a series resonant coil, that implodes the field, this coil then acts as the primary

I agree, but they also have their drawbacks (very inefficient)

@@MasterIvo The newest transistors that are fast for RF design are the ldmos. these should be pretty good. It is the next generation of transistors for RF amplifiers. they are high wattage for low dollars. If you ever try a different transistor please check these out.

@@MasterIvo I disagree. You can get sharp gradient nano second switching speeds with BJT, and Bedini still preferred them in his high speed solidstate radiant circuits too. But he also said the IGBT are garbage.

Ok, maybe I'll play with a PNP BJT Joule thief one time, and share it

Those LDMOS are to low voltage, still prefer SiC over them

@@MasterIvo Yes I was just thinking of switching speed. but you probably don't need that fast. I figured a 1000 watt amplifier would produce a couple of thousand volts on a 50-ohm load. I thought that would be enough. I noticed in a simulation that L1 can be pulsed with let's say 10 volts and L1 and L2's would impulse to say 15 volts. the high voltage will be created with L3. I had somewhere around 1500 volts. this keeps the high voltage away from the MOSFET and allows control of it with less voltage tolerant components. could this be why Tesla was using the other coils? I haven't seen his schematic of this circuit and what he was pulsing it with. I may be asking a stupid question. but questions are what make people think! lol

I'm stll not sure if that is true.

yup good q. Seemed like throughout his mainstream articles & Problem of Increasing Human Energy, NT thoroughly stressed a 'rapidly undulating' vibration of greatest potential & of shortest pulse width, yet I thiiiink it was NT's quote (can't recall where though), "there is only one electricity (not two identical twins that impressively cancel each-other out so perfectly). Along with elusive tips on quarter-wave/etc conductor lengths/ratios & concatenation, which yet surpass me. Seems that if I perhaps recall NT citing a polarity preference, he wasn't drawing hard lines. Perhaps in the spirit of optimizing the particular hardware/setup (but not asserted to be fundamental), whereas he gushes and repeats phrases often when talking about pulsewidth/attack/decay of surge, and violent condenser-discharge action. gut/tentative, integrating the jumbled NT audiobooks lately binged hehe

Maybe that coupd work, but right now I am investigating a amplified feedback loop

@@MasterIvo eating a part of the global energy of the system?

yes! if energy can't be destroyed or created, doesn't mean we cannot re use it to synthesize electric power. we don't need free energy, we need free power

might be 'above my pay grade', but my tentative understanding is the coil intended to 'hum' at its resonant freq (what tesla sometimes calls 'undamped waves'; often

the 12V fan is also where you connect the 12V psu.

😀 got it. The "FAN" is also incorporated with the connection for the 12vdc input. You designed lots of THT to accommodate different makes of terminals, Right!!

@@MasterIvo Thank you, we where replying at the same time.

also its minimal 3.3 volt signal, better make it 4 to 5V if it isn't working properly

Ionisators? what do you mean? Ozone.

@@MasterIvo some of them producce 30gr ozone per hour, keeps virusses awaay!! heck the info on my channel

I think you're right, typo should be mkp2 instead of fkp2

thanks 💚 if any others are having trouble finding source for mkp2 1uf, there's some on ebay, part# MKP2D041001N00JSSD.

:)

yes its time to publish them. I won't make promises.

Ja precies de QCW TC werkt ook met een implosie van het veld, en met een zeer duidelijk resultaat (witte rechte ontlading) Super vet!

hadn't ever heard of Quasi Continuous-Wave Tesla coil (improved variant of the familiar Dual Resonant Solid State Tesla coil), thanks for the seed!

?

yes, series mosfets double the voltage capability

ja ik ken dat kanaal, ben daarop subscribed. Ja inderdaad een goed aarde helpt, als je impulses gebruikt. Ik begrijp niet wat je bedoelt, een gewone diode achter de mosfet in de stroom richting, waarom denk je dat, wat is de functionaliteit daarvan?

I had a visit? Just being honest.

yes thats why I put capacitors in parallel over it.

Yes! But then we need some proper quotes, got ideas?

How about a graphic of the oscilloscope wave forms you are trying to or do produce and the name of the circuit that produces it?

Good ones! and: "Simultaneous field implosion"?

@@MasterIvo I like where you are heading, but what kind of field(s)?

only 2 fields, which would it be?