Don Smith - Tuning L1 and L2 - March 2019

Don Smith - Tuning
Note- When injecting the signal into L1 it should be completely disconnected from the circuit. Not as shown in video.

[@advanced-electronic]

He tunes L1 with a multiple of 35.1 khz, w1hich is the frequency of the neon supply he uses from Bertonee. It won't work using 60hz unless all of the coils are perfectly tuned to any multiple of 60hz, however 60 hz isn't high enough for the effect to function. I have duplicated this circuit, even was sent the bertonee supply by one of my followers, but then it burnt out when a capacitor exploded and arced back to the neon supply. The output has incredible power. It doesn't stop or slow down the feed at all no matter how big of load there is on the device. I had 15 500 watt halogen bulbs and 16 400 watt conventional bulbs all lit up so bright you had to look away. The output light is even different from conventional electricity, like it comes from another world. The key of the circuit is to use very separated groundings, like 20 plus feet away from each other. I poured salt into the ground and buried copper plates with electrical connections on them. 3 separate ground wires, one at the beginning at the neon transformer, another at the center tap of the secondary coil, and the 3rd either at the load or at the last transformer before filters. The filters used need to coincide with the load's impedance. So like an audio bandpass filter, if it is built for 4 ohms, you could see chrts online for the frequencies you need. The filter takes all of the energy and magnetic flux from the coils they are built for and force the amperage or drive of the circuit into one single frequency, 60 hz. You need to limit the upper frequencqy to 60hz as well as the lower frequency,. The last transformer will reduce your energy from like 480v to 120vac, but then the bandpass filter will need to be built to filter the wide bandwidth down to 1 60hz cycle. It is important the make sure the load is st the right impedance and it doesn't drift otherwise the energy disappears.

[@Captainloz]

Hi Marc, it sounds like you have had much more success than me. I have looked at this with a scope and I can see the coils ring at the LC frequency after the spark (even though I'm using 60hz to make the spark). It looks likes a sawtooth wave. All the new Bertonee transformers I've tried have a spark sensor circuit that cuts them out so I haven't had any luck with them. And the new ones don't have a center tap. I have used my own high frequency transformer with a H bridge circuit but still not luck. It does seem clear from information available, Don's L2 was running at about 183.5 kHz. From your note above it seems a big part of my failure is not understanding how to correctly set up the filters to the load impedance. Don's states "The power factor correction capacitors should be as many microfarads as possible as this allows a lower operating frequency. The 12 V neon transformer oscillates at about 30khz. At the power factor correction capacitor bank we lower the frequency to match the input side of the isolation transformer". And goes on to say " Always lower the frequency at the power factor correction capacitor and correct if needed, at the input side of the isolation transformer. The isolation transformer comes alive when pulsed. Amperage becomes a part of the consideration ONLY at the isolation transformer". So this goes along with what you're saying regarding the filters and impedance matching. I'm having trouble doing this part... Oh and Don also mentions multiple grounds as you discribe. Thanks for your comment. Very much appreciated. Cheers, Loz

[@isaiahj3968]

Marc, what about the primary and secondaries? Does the length and number of turns of the secondaries have to be a multiple of the primary?

[@tvdylan]

having three grounds sounds sounds about right to me ! perhaps can be done with less but each ground seems to amplify the energy. ive been tinkering with things and i notice the difference with and without grounds. maybe you can help me progress with my initial set up ! : ) my neon sign transformer is 25khz, how do i calculate the coil length for that ?

[@alocin110]

Excellent presentation and analysis. Great job Cap! I have been working on this for last 2 years and I have the same issue with the resonance and step down last stage. Your set up is amazingly close to Don's. Besides your lab is so cool with all the equipment needed are at your finger tips. You are a professional yet deep in the study of this type of energy. Great work, very inspiring and very practical. Hats off to you sir.

[@user-gj2np8jj7b]

Оденьте шляпу сэр, она же не работает, а только искрится

[@m.o.r.p.h.e.u.s]

Wow, would love to see more uploads on your Don Smith replication ⚡

[@saintsnick]

Excellent description. Exactly how I perceive tuning it. Thanks for taking the time to explain step by step.

[@user-gj2np8jj7b]

Что здесь отличного? Она же не работает!

[@buildit2931]

Good work Cap! There are a lot of unknowns about the Don Smith device and every aspect needs to be investigated.

[@SweetSQM]

+1 Nice work Loz! Thanks for sharing!

[@m.o.r.p.h.e.u.s]

Hey, any updates can we get on the Don Smith device you are making?

[@railgilimianov6691]

good evening. good job. where can you download these books

[@OulChap]

Hi, did you ever manage to figure out the back end module for stepping down your HV to avail of the collected energy?

[@michallucky9807]

Hi Captainloz 1st - Little correction in mathematics. The 1/4 wavelenght Don's L2 coil (9.6m) is 7.8071MHz (to be exact it's 7.831MHz at coil radius 1.5" with 40 windings). The coils must be tuned as perefect as possible! 2nd - The ground is the key to power! Be careful and good luck ;)

[@benvaneeden2460]

What output are you now generateing from your cascade of output caps. I know your input isn't turned up nearly full power but let's say you outside would you be getting values round about 8000v 20 Amps give or take?

[@cutecats933]

Isn’t L2 a bifilare coil winding cw and ccw center tapped on don smith device ?

[@kdkinen]

Check in that resonant frequency and impedance chart to match the load impedance at that frequency.... Maybe a simply placing the lights in series with the right resistance is all we need to do?

[@szekerespista3758]

The input voltage (2000 V) is not too low?

[@alocin110]

Hello Cap: Very nice and clear presentation of Don's configuration. I would like to know what are the specs of the capacitor bank you used; that is on the right side of the white pvc. There re four of them. I need to know what are the working volts of these caps. Don used a value of 0.1 mf 1000 wv. Can you give details and source. Thank you.

[@markussteinbacher8807]

4 x 8uF 2000V connected in series.

[@hitbyligtning9661]

@@markussteinbacher8807 hi mate ...Id APPRECIATE YOUR HELP. where abouts can you get these capacitors from. i can not find them anywhere Can HV pulse capacitors be used ? Ive only found "8kv 3uf HV pulse" capacitors so far. I dont want to reduce the secondaries HV value just to get capacitors that I can use. this is one of the biggest problems dealing with these types of HV circuits ... ALLWAYS COMPONENT PROBLEMS & insructions !

[@markussteinbacher8807]

@@hitbyligtning9661 no idea... surplus stores ? take what you have . Lesser uF lesser Amps - but for testing - it is ok.

[@markussteinbacher8807]

use them in parallel - Don smith states: each 8 uF / 2000 VAC (video 5)

[@user-gj2np8jj7b]

@@markussteinbacher8807 На фото- паралельно

[@radams26]

Do you have a parts list and a schematic? I would like to build this. I have his videos, documents, etc.

[@user-gj2np8jj7b]

Схем полно, но только ни одна не работает. Смит развел всех

[@hitbyligtning9661]

Hey mate ...Im looking to get an LCR meter & would value some feedback on your "Chen Hwa 1061 LCZ meter". Are you happy with it ? if you had the chance to invest in another unit would you choose the same you currently have or would you be looking at another type/model ? Thanks in avance for the heads up.

[@Captainloz]

Hey Mate, It's okay. But I've had to replace the internal battery in it 3 times. You have to solder it in so it's bit of a pain. For that reason I'm not sure I'd get this one again. Cheers.

[@hitbyligtning9661]

@@Captainloz thanks for the heads up !

[@benvaneeden2460]

And apparently a microwave transformer is definitely not the way to for an input voltage as it doesn't output enough and there are huge losses due to soaking in the transformer leaking

[@teslafreedomenergy]

where is the step-down part 3 y later?

[@Traderhood]

Why do people complicate this so much. It is such a simple principle.

[@user-gj2np8jj7b]

Не могли ли Вы пояснить по мере возможности этот простой принцип?

[@m3sca1]

Another cool channel that has been turned to sometimes noti's.

[@Magneticitist]

Why is it that Dons device in the video is audibly running at something around 6.4khz and the DMM is reading a dominant 60hz? Things that make you go hmmm.

[@m3sca1]

You could use sketchup to garner some values from his image.

[@SirWagunther]

I'm only curious: were you able to get the device working properly? Any information is appreciated! Thank you in advance.

[@user-gj2np8jj7b]

Думаю, что нет

[@alocin110]

Hi Captain: I have a question about the replica of Don's design. There are confusion about L1. Is it a single coil or is it Bifillar coil? Thank you.

[@Captainloz]

It's a single coil.

[@saintsnick]

I'm guessing that because there is no next video, you didn't get it to ring from one side to the other yet. Don Smith mentions quarter wave from L1 to L2, so you might try to retune it with different capacitors on L2 to get one-quarter the wavelength. You can also try thirds and half wavelengths. Tesla spoke of the power of quarter and half and third harmonics. It may for some unknown reason end up helping you in getting both sides to ring. Recalling the old days of talking on a telephone with a long cord stretched out across the room, always rotating the phone cord like a jump rope at faster and faster speeds to achieve first second and third order harmonics most easily.

[@Captainloz]

Correct, still no luck on getting above unity on this one. But I'm sure my impedance matching is not correct between the input and the output. Also The one thing Don said over and over (and others) is you need to determine the earth's local frequency. I've been looking at different maps but I still haven't figured out how to determine the earth's frequency where I live... I can determine the magnetic field in Tesla's. I think I just need to convert the Tesla field into a frequency.... and once I know the frequency then I can figure out the wavelength and make the coils the correct length, etc, etc..

[@DK-sg3oe]

@@Captainloz tune in a radio wr u get the best frequency or loud amplitude without picking up the station, and use magnetic flux measurements for ur coil

[@markussteinbacher8807]

The genuine Bertone Neon Gas Transformer Don uses here runs on 32 Khz. For stepping down you could use a IGBT H bridge and a big transformer and switch the bridge on 60 Hz to get the DC down to 110VAC for the output.

[@Captainloz]

Yes, that's just the output HZ of that part of the circuit (Bertone Neon Gas Transformer). The resonate LC frequency AFTER THAT on L1 and L2 is much higher. Around 200KHZ. It's AFTER THAT it needs to be reduced as you are describing. Don states a correction resister must be used across the input side of the output transformer to reduce the HZ. He seems to be dropping the HZ by doing impedance matching...of sorts.

[@markussteinbacher8807]

@@Captainloz interesting ! Thank you. You decode the frequency because of the cap on l1 and the cap on half of l2 ?

[@Captainloz]

@@markussteinbacher8807 Yes you can see the caps on L1 and L2. And we know the inductance of the B&W L2 coil so half that inductance (half the coil) with the cap gives us the frequency he was using. It's a pulsed DC output once it goes through both diodes. Then onto the main storage caps creating a huge imbalance, so electrons are pulled from the ground (or ambient background). Trick is keeping the caps full with enough coulombs for the desired voltage of the output transformer, as well as dropping the voltage and frequency for the output transformer... Easier said than done!😅

[@markussteinbacher8807]

@@Captainloz The B&W coil is not exactly cut in the middle as you can see , he unrol some turns to get the wire to the terminal block on the right side over the .047 cap (grey) and the 2 diodes on that terminal block... (Photo from the original device) this is different to the given schematic from don with the 16 parts ... in this standard schematic I see 4 Diodes in the bridge before the Cap bank. Are you sure you get the free electrons from earth ? because if you ground one side of the bridge to the same ground as the cap bank and output transformer you will probably load down the tank circuit instead of the "ground" ?! You could switch down the HV with a lets say 10 IGBTs (1200VDC each) in series and do a primary controlled switchmode powersupply to get 330 VDC Rails and from them you could do a PWM (Sine) H Bridge for 230VAC / 50 Hz output with feedback to the controller of the Bridge to adapt for the load current..... But you are right to hold all this in balance with Impedance and capitance is quite challenging...

[@Captainloz]

@@markussteinbacher8807 Don's L2 is the 3" 240TL B&W coil, the total coil inductance is 32uh. IE; 16 uh and .047 uf gives 183.5kHz. I can't see the the photo that you are referring to, so I can't see the schematic you are referencing. Yes there are 4 diodes (2 pair in parallel) Basically the coil and diode configuration is a rectifier circuit (look up 2 diode, coil rectifier circuits). As far as the electron flow is concerned I think of it like this- The L2 is outputting around 4000 VDC, 183.5 kHz x 2 = 367kHz pulsed DC to one side of the storage caps. The other side of the capacitor has to draw electrons from somewhere (either the air or the ground). Once we create an imbalance on one side of the capacitor the other side has to become equal and opposite. Don says we are pumping the electrons. Don's schemitacs show Grounding through a varistor, this also maintains the voltage for the input side of the output transformer. You're ahead of me with your voltage step down feedback controller. Don was using voltage divider circuits to drop the voltage to a usable level for the output transformer. (He does reference HV dividers in one of his handouts). I'm currently working on this part after a long time away. Your are correct it's very challenging to hold all in balance. Just calculating everything is a challenge! It's so easy to make mistakes... One quote Don said I think everyone should pay attention to- "the amperage is not available until the output transformer, when pulsed it comes alive" Cheers

[@benvaneeden2460]

He said you supposed to fine tune it by altering the position of L1 col moving inside Of L2 that fine tunes the resonance by I think tweaking the fine inductance differences when moving L1 in and out of L2

[@rockon1122]

Did you stop working on this system?

[@jacekwis512]

Na pewno sie poddał Bo nie umie dobrać częstotliwość do obwodu całej cewki

[@benvaneeden2460]

Hey there bro nice work listen his NST is putting out a frequency of 35.1khz to his L1 coil so he's tuning his L1 coil to his L2 coil with a 35.1khz frequency for starters mine is putting out 50/60 hz so I still have to up my frequency to his . Isn't your transformer putting out the same? 50/60hz? If so you might want to rethink you resonance calculations

[@Captainloz]

Hi Ben, The input frequency from the varic (50/60hz) is irrelevant. Because as soon as it starts sparking the frequency is set between the inductor and cap of L1. Said another way, the frequency just after each spark is the LC resonance of L1 and you want that LC resonance to match the L2 resonance. You just need the transformer to get the voltage up high enough to create the spark. The problem I'm having is setting up the "power factor correction capacitor" and also the "correction resistor" that goes across the input of the output transformer . Don was very specific that the amperage only comes alive in the isolation transformer / (output transformer). I'm sure it's the key to this device! Information is confusing and contradictory. So trial and error seems to be the only way through. I'll put this one back on the bench and play with it. You have me thinking again! Cheers, Loz

[@benvaneeden2460]

@@Captainloz Hey there bro I know I'm trying to decipher this mystery myself. I've noticed certain entity has been corrupting the info deliberately trying to mislead us. The power factor correction is that the MOV / varistor he's referring to getting connected across the ground of the transformer down to earth?

[@benvaneeden2460]

@@Captainloz Hey Cap do you mind if i can connect with you and exchange info? I'm sure you overwhelmed already with guys. Let me know I'll be greatfull as I've been following your work I think you close. Sweet B

[@Captainloz]

@@benvaneeden2460 If you go to my KZbin Channel and click on "ABOUT" (near the search icon) and then click "view email address" you will find my email. This is just a hobby for me but when I have time I will respond. Cheers

[@saintsnick]

As you draw current from L2 through the diodes to charge the big storage caps, the current draw will change the L2 inductance, altering the secondary resonant frequency. So initial tuning will be off from your calculations. Once you tune it, adding different loads will again change the resonant frequency. You need a PLL frequency adjustable primary. Either that or regulate the power drawn from the output, varying between a dummy load and a useful load, guaranteeing constant output draw. A group in China built a high voltage primary switching circuit for the primary side.

[@Captainloz]

Such a good point. Thanks for the comment! I like the idea of re-tuning with a dummy load.

[@sanhnghiemxuan7271]

how to convert to voltage 220v, 50hz

[@overunityinventor]

Please sign up for the affiliate of the books you have shown, I'll buy those books from your affiliate link.

[@craftymulligar]

He got missing parts you don't know about the storage cap maybe its a hairpin variation instead of two poles each it has 4 poles. Two are from the closed system. The other two are from the environment. The open system. You have to build your own are have them made. That might be everyone's problem. Just a thought.

[@sinergicus]

Hi.... can you please let me know how you measure the frequency of secondary very high voltage coil without burning your scope or frequency counter? ??

[@jimmypopp2695]

I understand that you are trying to replicate what Do did but you should realize that there is no need for the coil system between the NST and the caps.If you have an NST running at 44KHZ and 6000 volts, make sure that it goes through a diode bridge that can handle it to high voltage pulse caps 6 to 10,000 volts then to a ferrite core transformer to go from 6,000 to 24 volts into another diode bridge and caps into an inverter to get power. Just make sure that your power wires are tuned for 44 KHZ and they will pick up the frequency to keep the battery charged.

[@MrP75213]

Quarter wavelength of 44kHZ is 1704 mt for the power wires. The spark gap would change the frequency to mHZ.

[@umedmirzoaminov2077]

you're cool🤙🤙🤙🤙

[@craftymulligar]

If you actually know the principle you should easily build your own. Everyone. Is trying to do exact replication. And Don knowingly trying to throw you off on purpose showing his designs and may not work. But he gives clues how it works. I built a metal detector got it to work and looked completely different than original design.

[@dillemburg5039]

Hello, beautiful project. I am organizing materials to replicate after years of research. I have some questions. Are the two coils resonating against each other as shown in this video ? kzbin.info/www/bejne/emi0mnxupZaan5Y And the output for the load is direct or has already configured the low pass filter?

[@Captainloz]

Yes I think so, that looks to be correct but has no diodes. Don's said he had a sawtooth wave coming from the coils which goes through the diodes and turns into pulsed DC. Which moves along into his caps, then the output transformer. Asymmetrical regauging gives the sawtooth wave. A small pulse in L1 to make the L2 (which has 2 coils) fight against itself. Two opposing magnetic fields in L2 is a big part of the trick. Hard to crack it! Good luck!

[@DK-sg3oe]

@@Captainloz Don says u need to spin the electrons the other way so get a third coil to spin it the anticlockwise and with a lower nos thick pipe coils as in step down transformers or think of copper rods if inductance n cap of air is an issue wr u cd extract the current into the caps, ie get an anti clockwise winding so that u cd spin them up as u compress and decelerate the electrons from decompression of secondary, u shd b able 2get ur electric or dielectric charge, then get them charged on to big voltage high capacity cap, also spins acceleration cd b done with small neo button magnets placed at end of each coil right north facing the coil and left side coil having the north side, though u cd try both sides to chk against voltage rise, also voltage can b directly harvested to the cap as current at high frequency ie abts 60-80kv though cap values must b made appropriate, idea is to get both the dielectric nd ionisation energies transfered to cap, and probably u cd break the mag field with a low nuf cap hv to get the lowest cps or magnetic flux gain to drop n restart probably with a fb rectifier 2 act as pulse voltage....

[@teslafreedomenergy]

and? finally did you a self-powered system succeed from this?

[@davidgates1887]

Look I bout Don Smiths Books If your the one who does this Chantal I’ll give you a free copie to play with

[@Captainloz]

Hi David, thanks for the offer although I think I have most of what Don made public. After all my efforts on this it seems some information is still missing…

[@dagoods528]

You should be using much higher Hz. If I recall correctly, Don Smith said you have to be above 200k hz to be safe. 185khz could be very dangerous. I was thinking, that Ideally you could use a 4G or 5G wifi and be in the millions of hzs. I was thinking to try buying or making an amplydyne connected to a rodin coil. It could be much easier. BTW Don Smith also said you could get resonance automatically without any calculating if you use a tube within a tube, which makes sense since the geometry of a circle could have that effect. I'm not sure how one would go about that but it was in one of these videos>>>> Somebody uploaded all 7 videos to youtube>>>> kzbin.info/www/bejne/eHnVZJh6erGsfs0

[@Pointlomawelding]

You guys are all focussed on the wrong things concerning dons work. Frankly because he withheld the actual secret to these devices. Which once you know it, it becomes super obvious how all of these devices work. In fact any device that actually produces OU is using a principle called negative resistance. If you arent utilizing this principle in your circuits then you will be chasing your resonance tails for eternity. Because when you introduce Negative resistance oscillations into the circuit then the whole thing tunes itself and you wont have to endlessly tune your device everytime you mess with it. Negative resistance oscillation are achieved using reverse biased components that extract energy from the environment. These oscillations counter act the assymetrical behaviour of resonant lc circuits and create a balanced wave that is self sustaining. You now have a permanent energy dipole from which you can use to extract energy from the environment. The mechanism of extraction is called time reverse phase conjugation. By charge blocking your permanent dipolar circuit, you can get real energy flow into your loads. One way that i do it is by using negative resistance to pull electrons from the earth. My circuit becomes the negative pole relative to the earths energy and the positive pole of the earth will send its electrons into my circuit with a steady DC. All of dons devices produce negstive resistance oscillations which is the secret of extracting energy from the environment and also being able to correct the phase angle so the power is not reactive but is real energy in phase. Thats how he was able to use kvar capacitors in that huge device to get real power. By lowering the frequency and introducing voltage dividers where you had a positive resistance and a negstive resistance, the energy becomes balanced(inphase) and amplified greatly. Reverse biased components will balance the energy, and introduce negative energy to amplify current which comes from the environment.

[@Captainloz]

Hi Jeff, Thanks for the comment. I haven't worked on anything in a long time. I don't fully understand what you are saying but you're making sense. Don's voltage dividers have been throwing me for a loop. But given your comment it now makes more sense. I'm also having trouble dropping / coveting the frequency with what Don calls the correction factor resistor. When you say reversed biased components, you're just referring to polarized caps and diodes, correct? Cheers, Loz

[@Pointlomawelding]

@Captainloz yeah this is the key the don and bearden took to their Graves. en.wikipedia.org/wiki/Negative_resistance#:~:text=In%20electronics%2C%20negative%20resistance%20(NR,in%20electric%20current%20through%20it.

[@Pointlomawelding]

@@Captainloz kzbin.info/www/bejne/p3zUo4uZipedfdE

[@Pointlomawelding]

kzbin.info/www/bejne/bXmaf3R5o9igsLc

[@Captainloz]

@@Pointlomawelding Thanks Jeff! Now you have me thinking about this again. I need to get back to my work bench... Cheers

[@teslafreedomenergy]

i see no result from this ''tuning''

[@user-xp3jz4ni9k]

В итоге тоже не работает😊 а все потому что не знают главного секрета🤗 все думают что смит рассказал все нюансы, а главный нюанс то он не раскрыл☝️

[@Captainloz]

I think you are right. This first stage is easy to figure out because we see everything. It's the next stage that is giving me trouble...

[@user-gb8gf3cw6u]

Конденсатор по первичной обмотке подключен не правильно. Смотри схему и эффект ****kzbin.info/www/bejne/Z3y1oml4o72VkMk**

[@jacekwis512]

Nie musicie takie cewki robić by mieć rezonans wystarczą transformatory

[@chifoltz9023]

Hey thx for this. Please put your email on your About in KZbin. Got some things to show you.

[@Captainloz]

Done, Cheers.

[@thekillers0]

nice replica need to make more video your progress ,,, smith was the easy device can replica and to receive results

[@jontanneguy4960]

It's a lot simpler. There's the don smith how to build video floating around where he explains a 'solid state device' which replaces most of the components shown here in this video. It's sitting right under our noses, too. :)

[@ESyren]

i did this, but the (power in)X(duration) was never less then (PO)X(duration). i.e. if input stage is 50W running for 10 minutes and generating 50KW impulses, the duration of time that of all impulses added together was never > 1/1000(10min). so there is no overunity or COP>1 whatever, but it is a great feat to be able to run house on battery power and just one standard car battery has 0.5KW of power to supply for 1 hour before completely exhausted. as soon as the guy said the world bank was involved, that was a red flag for me, unfortunately after wasting time over delusion there would be over-unity using this method. now focusing on water hydrolysis circuits. there is real overunity power in the nuclear energy involved with recombination of hydrolysized water, even using standard DC electrolysis method. and perhaps this self exited induction motor/generator, perhaps able to do some relatively simple mods to main/aux stator coils of induction motors.

[@Rjezle]

369 Nicola Tesla that was his numbers think that’s got something to do with what you needing