High Voltage Impulses generated by Series Switched MOSFETs for Tesla Primary Coil

Рет қаралды 3,884

Күн бұрын

Series MOSFETs are switched simultaneously on and off, to produce high voltage impulses in a series resonant primary coil. Each MOSFET is driven by its own isolated gate driver. It is tested with a basic Radiant Power circuit (link below).
Video that shows the Radiant Power circuit (I used a simplified version):
• Radiant Power produced...
Next will be testing it in a Radiant Half Bridge setup
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Пікірлер: 89

@TravisTellsTruths 3 жыл бұрын

Incredible work

@sk8pkl 3 жыл бұрын

Very nice! Thanks for keeping us informed!

@jeffvan2529 3 жыл бұрын

Great job Ivo! Nobody is doing inductive discharges like this from what I've seen. It also gives me an inspiration to do the same with capacitor discharges. thank you for showing your experiments and I look forward to seeing the alternating current output from these discharges.

@juddtrine8034 2 жыл бұрын

Check out Don Smith 😁👍

@MasterIvo 2 жыл бұрын

already did. what a waste of time :)

@jeffvan2529 2 жыл бұрын

@@MasterIvo haha that's pretty funny because you have discovered the secret to Don Smith device while only a few others have, and yet you say it's a waste of time! That's the problem with the dawn Smith devices that most people have no idea what they're looking at. Don Smith was able to block the conduction current while using the displacement current. That's how his devices work. The electric field can be transferred without carrying the electrons with it. Once you have separated the conduction current from the displacement current you can take your new electric field and switch it to produce an electromotive Force without affecting the input power. That's how the Don Smith device works. It's exactly what you're doing Ivo! I know it's hard to tell because there is a lot of misinformation about his device and he withheld a lot of information as well

@MasterIvo 2 жыл бұрын

@@jeffvan2529 yes he gave worthless instructions, and I never saw a properly working device of him. I wonder if Don Smith got his brain sickness from playing with the device

@jeffvan2529 2 жыл бұрын

@@MasterIvo the problem was his that he was showing multiple principles over several devices, but the main theme is the use of the displacement current as you have already discovered on your own. The electric field can be transferred and multiplied infinitely without use of the conduction current, this way you have no need of the input power. When looked at this way his devices clearly show this but she never clearly disclose this. But once you know this and look back onto things he was saying I believe he was trying to say something but obviously had already signed contracts. Yes the wireless energy Fields produce displacement currents in the body and probably aren't that healthy for it unless you apply dr. Robert beckert's method of cellular regeneration using displacement currents. But this method is very specific and it's geometry configuration to match with the body's own displacement currents. If you apply these randomly to the body I'm sure there's going to be some Ebner effect that affects the DNA

@tetraederzufrequenz8428 3 жыл бұрын

Wonderful post. Thank You brother.

@RWGresearch 3 жыл бұрын

Nice work Ivo! ~Russ

@MasterIvo 3 жыл бұрын

thanks Russ! Next up: series mosfet half bridge : D

@freedomofsci 3 жыл бұрын

Amazing! Thank you!

@florianpolster2211 3 жыл бұрын

Great work Ivo, I love your experiments/research. Thank god for you being here. Please try to use this energy impulses for one or a few loads that are resonant coupled. Stick more bifilar pencake coils into the field, each with a series resonant capacitor, going on through a load to ground. The load itself may be a tesla transformer to bring down the high voltage and rise up the amperage to lit some LEDs or whatever you want to test (maybe you get inspired by the resonant kit by Rick Friedrich or by experiments by Donald Lee Smith). I feel, that you are on the right way, thanks.

@MasterIvo 3 жыл бұрын

yes more testing to be done with high voltage impulses. got plenty of ideas

@primeradianttechnologies3085 7 ай бұрын

Very good what is the maximum frequency they can handle ?

@RicardoPenders 3 жыл бұрын

I made a driver using 2 NPN BJT's for the exact same sort of coil that I made from some speaker cable I had, it's much thinner cable but it still works however to get it oscillating I need an extra coil that has only 2 turns and runs parallel on the outside of coil one and needs to be inverted, doesn't matter if you put it on the top side or bottom side, I put it on the bottom side so I have a nice flat top side... I made the driver initially to drive a flyback from an old crt tv and without any changes I wanted to see if the pancake coil would do something, anything and it just works and the first thing I tried is putting an aluminum disk on top, put power on the driver and to my surprise the disk got lifted and flew off which was pretty cool to see something happening. So I kept trying different materials and found out that if I put an RVS disk on it that it rapidly warms up and it will get red hot so I took the disk and folded an edge on it so it can hold some other stuff, that other stuff was the old tin blobs and such that I always save and put in a little bottle, turned out that it was perfect to melt all my old tin that I would throw away otherwise and it melts the tin in seconds so I made myself an induction heater capable of melting metal in just seconds and I didn't know if it would work it was just an experiment I was doing just to see what happens and if my idea to use a flyback driver (Royer Oscillator) using simple BJT's with a feedback coil on a pancake coil and it just came to life. The only difference is that I inject the power in the middle of the coil at the point that the two series connections of the coils are and the two other wires are connected to two series capacitors one on each side of the coil which are pulsed with the BJT's, hope it makes sense. What do you think about that?

@MasterIvo 3 жыл бұрын

Cool stuff! put it on KZfaq with a schematic.

@RicardoPenders 3 жыл бұрын

@@MasterIvo I made a couple videos from some other interesting stuff that you must see, here's a link to my playlist: kzfaq.info/get/bejne/eJiHdMiJqauyn4k.html I'll try to make a few videos of the driver for the pancake coil too and the single mosfet tesla coil which is also pretty cool to see.

@florianpolster2211 3 жыл бұрын

thanks for showing us your next steps in developing/researching the impulse technology. One question is in my mind since I know the negative voltage from cell membranes and since i know that Tesla used unidirectional pulses. Negative voltage means that there is a higher concentration of negatively charged electrons (that are biological/naturally used for a lot of reactions - radicals, alkaline/acid balancing, cell transport, water flow etc.) so I understand why you aim to get negative impulses. In comparison to the Ground (0V) Iam thinking on the unidirectional part Tesla mentioned. So in this case I believe, that there should be no voltage above 0V to let it be unidirectional. This means, that you dont use a current flow from +12V to 0V but instead let it flow from 0V to -12V or maybe from -12V to -24V... I believe that there is a significant difference corresponding the Ground level or in other words in comparison to natural energy fields/flows. What do you think about that?

@MasterIvo 3 жыл бұрын

I have been wondering about the difference between positive and negative for a while now. I am still not sure if there is something more "special" about the negative impulses, that the positive cant do. But I have seen slight differences. Still need to investigate further on it.

@Patgh2407 3 жыл бұрын

Hey Master only been watching your channel this past week and I have to say you do some amazing work on helping others understand scalar/impulse technology, you're one of the few honest channels out there that not only explains the truth about it but you also show the real schematics and explain on how and why it actually works! Also regarding to increasing the voltage in your circuits have you considered using IGBT's instead of MOSFETs? Because MOSFET's are generally better to use for low volt/ high current circuits and IGBT's can do both high voltage and current only downside they're bit less efficient than MOSFET's. But I will definitely look more into your work and try some prototype circuits based upon your work and I will donate to you as time goes along, cheers!

@MasterIvo 3 жыл бұрын

Thanks Patrick! Share the work please so more will learn the truth. Yes I tried IGBT's but their turn of speed is to slow to generate proper impulses. I would love to see your work on youtube, I'll subscribe to your channel Thanks in advance to your future donations!

@Patgh2407 3 жыл бұрын

@@MasterIvo Yeah for sure I will upload and share my results in the near future about longitutional impulses, something else I've been working on too is changing the attributes on differents elements (such as changing the permitivity and permability attributes) using different Dielectric/Magnetic field ratios, geometric shapes and frequencies which could lead on to other new methods of creating Dielectric Torsion to generate energy so stay tuned as I will make some videos on that on the near future too, I'm in the process of refining that now and when I have good results I'll put up lots of content about that.

@MasterIvo 3 жыл бұрын

would love to watch it!

@donqui8477 3 жыл бұрын

@@Patgh2407 Love to learn more about it also.

@florianpolster2211 3 жыл бұрын

@@MasterIvo is using SiC-MOSFETS that are even better than IGBTs or other switches so far. Possibly there are even better SiC-FETs than he is using, but they can get expensive aswell i think ;) Ivo you should add "SiC-" to your drawing to clearify that on the first view (and not just on looking at the data sheet)

@e.powerdc1127 3 жыл бұрын

Like it... DC

@Royalhasjkoning 3 жыл бұрын

Ik heb weinig verstand van de dingen waar je mee bezig bent maar ik vind het reuze interessant. Heb ook twee boeken gelezen "vrije energie" en "verborgen energie" gaat ook over energie pioniers net als jij. De boeken staat ook vol met voetnoten. Misschien ook wel interessant voor jou onderzoek. Succes en keep up the good work 👍🏻

@MasterIvo 3 жыл бұрын

Dank je !

@monh964 3 жыл бұрын

What are the diodes for? Is there any difference between feeding a coil with impulse and regular electricity? Sorry for any confusion. And thank you for your video.

@MasterIvo 3 жыл бұрын

The Diodes block the Impulses, that pass back to the power supply (when tuning). These are more relevant in the half bridge setup, whereby they pass through the body diodes back to the power supply. This setup is being build and tested as we speak. An impulse into a series resonant primary coil, represents a longitudinal wave. If a coil is only resonant, it will only be transverse in motion. regular low frequency AC out of the wall, isn't resonant. And DC into a coil, creates a magnetic field, that will transform into resonantce when the coil is switched off. A resonant half wave is an impulse.

@BartDooper 3 жыл бұрын

Cool work ! Based on the duration of the puls (0.5μs) and the high frequency (30kcs = period of 33μs), is it possible to make high voltage AC with 66 of your circuits where the half has positive and the other half negative pulses? Probably it's not that simple ':)

@MasterIvo 3 жыл бұрын

66? wow, well no. the limit of high voltage impulses is in the isolated gate driver. Each mosfet has it's own driver, and each driver sees the total voltage. so if you would like to have 30kV impulses, you would need 31kV isolation (at least) on ALL of the gate drivers. this could be done with opto isolation signals (glass fiber), and series connected isolated dc to dc converters (or batteries). not very ideal but it could work!

@DavyOneness 3 жыл бұрын

That is a pretty impressive impulse. What is your plan to utilize it?

@MasterIvo 3 жыл бұрын

I want to do several test, based on a series resonant primary coil that is impulsed. Research if impedance changes occur, for instance placing a primary coil under a water tank, and measure water resistance, with and without impulses. also see if a grounded capacitor can be charged from a distance of the primary. see if there are irregularities in general. Oh and... create a tesla coil with it, and see if the discharges are different, that would probably be a collaboration

@DavyOneness 3 жыл бұрын

@@MasterIvo I look forward to what you find!

@MasterIvo 3 жыл бұрын

me too!

@mikewalsh511 3 жыл бұрын

Wow! A june back order on parts? Thats so disappointing. You must be going nuts. Great work up to now though.

@MasterIvo 3 жыл бұрын

yeah, dissapointing. Luckily I had some parts in stock

@mountain-roots 3 жыл бұрын

Do you build people coils for money, asking for a friend;) I really would like to support your genius

@MasterIvo 3 жыл бұрын

Coil building is easy, you can do it! kzfaq.info/get/bejne/kLGAbKWY1dfFZXk.html I haven't build any people yet ;) If you want to donate: PayPal.me/masterivo

@369Eletricidade 3 жыл бұрын

I really admire your work, you have a lot of valuable information in the data with your experiences with bifilar coils, I met your work on the forum Overunity dot com Topic: Some Bifilar coil experiments and in Open-source-energy dot org

@mykedoes4099 3 жыл бұрын

kewl

@MasterIvo 3 жыл бұрын

indeed and I am very curious what it will do in the half bridge circuit

@mykedoes4099 3 жыл бұрын

@@MasterIvo the half bridge is the dc to dc converter you made right. step up?

@mykedoes4099 3 жыл бұрын

@@MasterIvo when you say half bridge do you meen half of a bridge rectifier? theres full bridge and half bridge rectifiers. a half bridge would take half the ac signal the full bridge will take the full as signal and make constant dc. half bridge makes dc pulse

@MasterIvo 3 жыл бұрын

@@mykedoes4099 Half of a H bridge (not rectifier)

@MasterIvo 3 жыл бұрын

@@mykedoes4099 yes.

@allanlind676 3 жыл бұрын

I was wondering how many can we string in series before we run into issues. I think the isolation voltage rating of the gate drivers is 5kV so I assume that is the limit. Unless there is a way around that too.

@MasterIvo 3 жыл бұрын

Indeed, that appears to be the bottle neck. Maybe with isolated opto couplers and batteries

@ickorling7328 3 жыл бұрын

From my research, placing many transistors in series and in parallel is how the military often generates high power impulses for testing lighting conditions. They do run into a parasitic capacitance issue I believe, and they fix it with advanced IC's by Texas instruments or something for load balancing before each transistor, similar to a technology they use for increasing efficiency of flyback transformers-- from what I understand.

@MasterIvo 3 жыл бұрын

Intersting! Makes sense. Lightning is an impulse. more in series is higher voltage but also higher resistance. more in parallel reduces total resistance. I wonder how they get their drivers to resist the high voltages. Maybe custom photo couplers with glass fiber.

@ickorling7328 3 жыл бұрын

@@MasterIvo A few months ago I found out about triggered spark gaps, and I was working on incorporating it into my own similar designs, until career stuff slammed me. I think the analogue nature of the triggered gap is more promising than attempting to route the high power impulse into a transistor block. Like I said, I put this down for a while before working out all the details, so if there is a way to protect the third electrode's circuit from spark-over into it creating harmful back EMF, it will eleminate the need for transistors in the high power circuit.

@MasterIvo 3 жыл бұрын

@@ickorling7328 with a cap you need a spark to close the circuit. with a coil you need a switch to OPEN the circuit. You can guide the high energy impulse away from the switch, by discharging it through the series resonant (low impedance =wire resistance) primary coil. there it does the magic.

@Buzzhumma 3 жыл бұрын

Hi Ivo, Why is the dc offset a dangerous way to do it ?

@MasterIvo 3 жыл бұрын

It charges up the capacitors with high voltage DC from the impulses. If you have 3000V dc in 2uF caps It is very dangerous, each time you need to safely discharge the caps after the circuit is turned off. I have been bitten by several hundreds volts, and I can tell you, you DO NOT WANT TO FEEL IT! it can kill!

@fpveddie 3 жыл бұрын

The way I understand it, the higher the voltage the less current you need, so if you have high voltage and you add a little bit of current it will become dangerous, for example a lightning bolt has very little current in it, but can do massive damage, if man were to become stupid and add a little bit of current, then the lightning bolt would probably shake many houses to the ground

@Buzzhumma 3 жыл бұрын

@@MasterIvo i got you 👍🏻

@sk8pkl 3 жыл бұрын

@@fpveddie volts = resistance x amps. The amps flowing through "what ever" depends on its resistance and the voltage applied. Voltage is pressure. Amps is flow (quantity overtime). Amps cannot be "added". It dosent work like you think it is.

@MasterIvo 3 жыл бұрын

* Voltage is tension, current is Aether flow pressure