Bedini Tesla Switch DvD Questions.

[Dave Wing]

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For those who are experimenting with manually rotating 3 batteries, as described by John Bedini in the Bedini Tesla Switchh Part 38 Disk 1.

I have a circuit for you that can rotate these batteries with electronic solid state switching. You can control the frequency of the battery rotation with an adjustable square wave signal generator, or use the circuits pulse generator.

Check it out.

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enjoy

Regards
Nityesh Schnaderbeck

Nityesh,

Thanks for posting your work.

-Dave Wing

[bruno]

Hello Nityesh,
That's a lot of work into the pdf document that you have done, thank you for sharing.

[bruno]

Hi Dave,
Due to circumstances I couldn't do measurements today, but I've been thinking a lot on your question how the load is powered.
I can be totaly wrong but I think that the switch is only a closed loop for the few micro sec the led needs to go from closed switch to blocking. And once the flow started it goes on until the 24V is changed back to 2 x 12V in the next step (because you don't have the potetial difference any more.

At the moment I have to little understanding of elektrons,ions and all that stuff and wanted to find an easier way and came to water, it flows when there's a difference and so I made a drawing on how I think it could work:



The only thing that is nessecary is keeping the difference to power the load. And you may overfill bat 3 en 4 when you keep it switched that way, so you alternate sites and let it flow back. If bat 3 en 4 can not overflow (can't take no more charge) then the system comes to rest. I know there's more going on, because if battery's are charged higher then there is also the extra charge that must come in.
Also there would be no flow if the batteries are completly charged, so it's not completly correct. But I'm trying to show you how I think about it, and it's not easy to put it into words.

Not trying to cause trouble with you... Just looking for understanding as I may see it differently from you.

I completly understand same from me to you, we are 2 different persons that are trying to understand this, each with our own background, so let's try to find a working balance like nature wants for all things, balance

Correction:
I'm wrong on closed loop during switching off led, I watched the movie again and saw that the transistor in front is not on when the led is in the convetial path. Altough I measure current peak, back to the drawing table as they say.

[Altrez]

[ATTACH=CONFIG]4312[/ATTACH]

For those who are experimenting with manually rotating 3 batteries, as described by John Bedini in the Bedini Tesla Switchh Part 38 Disk 1.

I have a circuit for you that can rotate these batteries with electronic solid state switching. You can control the frequency of the battery rotation with an adjustable square wave signal generator, or use the circuits pulse generator.

Check it out.

[ATTACH]4313[/ATTACH]

enjoy

Regards
Nityesh Schnaderbeck

Hi Nityesh,

Thank looks very interesting! How are the loads tied together?



-Altrez

[Nityesh Schnaderbeck]

Hi,
Forget about the pulses for now and just use this schematic below with a low resistance load like a light bulb or dc motor. Take measurements of battery voltages and take amp readings everywhere. This will help you understand what is going on in half the Tesla Switch. Practice loading and unloading the electric motor and see what it does to the inverted battery on the low voltage side.

-Dave Wing

For those who are experimenting with manually rotating 3 batteries, as described by John Bedini in the Bedini Tesla Switchh Part 38 Disk 1.

I have a circuit for you that can rotate these batteries with electronic solid state switching. You can control the frequency of the battery rotation with an adjustable square wave signal generator, or use the circuits pulse generator.

Check it out.

Tri-Symmetrical 3 Battery Tesla Switch.pdf

enjoy

Regards
Nityesh Schnaderbeck

[Dave Wing]

When I whas yesterday evening reading the book of Tom Bearden (Energy From the vacuum) I saw on page 23 that the closed current loop system is not the one we're after, so I'm going back to the pulsing as on dvd, but this means no charging in my setup, because it already runned a weak on this circuit without charging.

I am not sure what you mean by closed loop... The Tesla Switch is not a closed loop as long as the transistors are bing turned on and off. Can you explain what you mean by this? It is an open system... Not trying to cause trouble with you... Just looking for understanding as I may see it differently from you.

I believe the Heaviside component is passed back and forth (retroreflected and recollected in the batteries), like a game of ping pong across the two circuits, every on and off, back and forth cycle the Tesla Switch diverges more of this Heaviside component into the system.

I do believe the dipole is also prevented from being destroyed as the current (Poynting component)from the 24 volt series circuit is sent to the 12 volt side and is therefore blocked from completing the path back to the ground side of the 24 volt circuit. So during each cycle the Heaviside component is now free to diverge onto and into the circuit to power the circuit and the AC load.

I could not say it quite like this before, hence the reason for going over this again. Anyone in agreement with this?

-Dave Wing

P.S. quotes below... taken from Tom Bearden.

[Dave Wing]

Hi Dave,
The transistors S1 and S6 (Numbering as on dvd) get hotter when I puls (S1,3,5) & (S2,4,6) instead of (S1,3,6) & (S2,4,5).
When I whas yesterday evening reading the book of Tom Bearden (Energy From the vacuum) I saw on page 23 that the closed current loop system is not the one we're after, so I'm going back to the pulsing as on dvd, but this means no charging in my setup, because it already runned a weak on this circuit without charging.

To your question wat runs the load, is the potential difference between the 2 groups of batterys, but as you can see on the last images on part 2 of my video, the current pulses that Bat 1 delivers are generated within the puls time of the (S1,3,5). And it works like an autosensing PWM because the freqeuncy of the pulses and the duty cycle are load depended. I think that what Johns means with impedance. But I have to be honest I must look back into what impedance really is, I thaught it's the combination of RLC components, but have to be sure.

I'm going to change the pulsing to the dvd so that (S1,3,6) & (S2,4,5) are pulsed together and watch if that auto sensing PWM comes back.

I also noticed that when you compare the circuit shown of Ronald Brandt at the bottom you see that there are 2 diodes D9 and 10 and this can not be found on John's circuit (the led's are in other position) and if you read the text it states

So if the charging is not working I maybe have to look into that.

I also came to a video on YouTube where it is stated that a led in blocking (like on the circuit) is a light detector instead of emitter, so that's also something I can look into.

Choices enough, but first back to the setup shown on dvd and let in run while I search for answers

Bruno,
Thank you for the reply... Unfortunately I modified my above post just prior to your response, as my statments and questions were not as clear as should have been. Sorry about that.
-Dave Wing

[bruno]

Hi Dave,
The transistors S1 and S6 (Numbering as on dvd) get hotter when I puls (S1,3,5) & (S2,4,6) instead of (S1,3,6) & (S2,4,5) and use wire instead of led's in revers, otherwhise the led only let's a puls for few micro sec through, so no heating takes place when you use the led's in revers.
When I whas yesterday evening reading the book of Tom Bearden (Energy From the vacuum) I saw on page 23 that the closed current loop system is not the one we're after, so I'm going back to the pulsing as on dvd, but this means no charging in my setup, because it already runned a weak on this circuit without charging.

To your question wat runs the load, is the potential difference between the 2 groups of batterys, but as you can see on the last images on part 2 of my video, the current pulses that Bat 1 delivers are generated within the puls time of the (S1,3,5). And it works like an autosensing PWM because the freqeuncy of the pulses and the duty cycle are load depended. I think that what Johns means with impedance. But I have to be honest I must look back into what impedance really is, I thaught it's the combination of RLC components, but have to be sure.

I'm going to change the pulsing to the dvd so that (S1,3,6) & (S2,4,5) are pulsed together and watch if that auto sensing PWM comes back.

I also noticed that when you compare the circuit shown of Ronald Brandt at the bottom you see that there are 2 diodes D9 and 10 and this can not be found on John's circuit (the led's are in other position) and if you read the text it states

D9 D10 each one must be equal to D1 D5 together

So if the charging is not working I maybe have to look into that.

I also came to a video on YouTube where it is stated that a led in blocking (like on the circuit) is a light detector instead of emitter, so that's also something I can look into.

Choices enough, but first back to the setup shown on dvd and let in run while I search for answers

[Dave Wing]

Hi Bruno,

On the DVD, After 1:01:00, John erases the board with the circuit to show just the opti-couplers and the switching transistors. After 1:01:30, he mislabels 2 of the the switching transistors (5 should be 6 and visa versa), but they are consistent within the context that he is showing them. The original circuit before he erases the board is correct.

The only advice I can give is to follow the original circuit (before 1:01:00) exactly and make sure all the values of the components are exactly as John specified (once you get it to work, you can make changes to see how it affects the circuit).

That is some good advice Bruno, thanks for inquiring... I only said remove the light emitting diodes as everywhere else on the net and on John's pages they have the diodes either reversed and or they plainly do not use them at all. So I assumed they were wrong.

I watched your videos and it appears the circuit still works with the diodes reversed as in the DvD's is that correct? Does it run the load equally well with the diodes blocking verses no diodes blocking? Any heat generated in S5 and S6 with or without diodes? Thanks for testing. I understand what you are saying about the diodes being a fast acting switch... As in Aaron's Plasma Iignition video.

-Dave Wing

[bruno]

Hello all,
Today I received an answer from the person who sended the dvd's to my question if I could receive the sheet with correction where spoken off in this forum. I hereby quote the answer:

On the DVD, After 1:01:00, John erases the board with the circuit to show just the opti-couplers and the switching transistors. After 1:01:30, he mislabels 2 of the the switching transistors (5 should be 6 and visa versa), but they are consistent within the context that he is showing them. The original circuit before he erases the board is correct.

The only advice I can give is to follow the original circuit (before 1:01:00) exactly and make sure all the values of the components are exactly as John specified (once you get it to work, you can make changes to see how it affects the circuit).

[bruno]

Hello all,

I made a second video with measurements with pulsing of S5 and S6 switched and used led's in blocking like on the dvd.
I started the 3rd video where I use wire instead of diode but I didn't get an AC puls but only DC puls, so I have to look into this tommorow. Switched back to led's to be sure no transistor whas defected and I get back the AC, so no casuality's at the moment
http://youtu.be/j_WoJ9ypBN4

[Altrez]

Altrez,
I think I'm going to be thrown out of the forum but do you know the plasma ignition of Aaron Murakami?
First I thaught that John was accidentaly wrong with the led's but it seems in every schematic this diode is in blocking mode connected. I build the plasma iginition of Aaron Murakami and there I've learned that a diode in blocking mode is a closed switch for some micro Sec before the blocking.you can see the diffrence in the scope images in my previous message, The very small peak is with diode in blocking mode (so there is current for few micro sec), the other with the zoomed in puls flank and repetive pulses is with a wire. Personally I get more and more convinced that this is a current limiting element (pass the voltage until current starts to flow).
Please understand I'm not an expert and my batteries didn't charge until now, and waiting if can get it going like it supose to be, but this is how I think about it, and I can be totally wrong and John makes a laugh when he reads my message and say to himself, "I just accidentaly put the diod wrong in the circuit".

Tomorrow I will measure the difference on the "load" voltage with diode in blocking and wire, it keeps intrigue me , by the way, I had ac pulses for the load on the switch with diod in blocking so there's something going on, hope someday to understand it.

I also noticed that the scope is showing the top of the puls not flat

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Hi bruno,

That sounds very interesting! I look forward to seeing your test results! And thank you so much for sharing your hard work with the group,



-Altrez

[bruno]

Altrez,
I think I'm going to be thrown out of the forum but do you know the plasma ignition of Aaron Murakami?
First I thaught that John was accidentaly wrong with the led's but it seems in every schematic this diode is in blocking mode connected. I build the plasma iginition of Aaron Murakami and there I've learned that a diode in blocking mode is a closed switch for some micro Sec before the blocking.you can see the diffrence in the scope images in my previous message, The very small peak is with diode in blocking mode (so there is current for few micro sec), the other with the zoomed in puls flank and repetive pulses is with a wire. Personally I get more and more convinced that this is a current limiting element (pass the voltage until current starts to flow).
Please understand I'm not an expert and my batteries didn't charge until now, and waiting if can get it going like it supose to be, but this is how I think about it, and I can be totally wrong and John makes a laugh when he reads my message and say to himself, "I just accidentaly put the diod wrong in the circuit".

Tomorrow I will measure the difference on the "load" voltage with diode in blocking and wire, it keeps intrigue me , by the way, I had ac pulses for the load on the switch with diod in blocking so there's something going on, hope someday to understand it.

I also noticed that the scope is showing the top of the puls not flat

[Altrez]

Hello Everyone,

I was wondering if someone could please take a look at the schematic John draws at around 1:11 of the second DvD. The bottom diode seems wrong to me and only works if I reverse it.

Any help would be great!

-Altrez

[bruno]

I switched S5 and S6 and replaced the diodes (led's) with wire and then I measured current in both directions on the resistor in series with + bat 1. Because of voltage drop I took now 0.1 ohm resistor to measure instead of 22 ohm in my first video.
Problem whas that S1 and S6 becomes hot, maybe due to unbalance in the battery charge (bat 1: 12.06V, bat 2: 12.28V, bat 3: 12.44V, bat 4:12.24V). Because I don't have time now to change the circuit complete so that I can attach cooling plate to the transistors, I used back the diodes as on the circuit (in block mode, as very fast switch) so there is no current in the 2 directions, only the positive puls like in the video. Tomorrow I will put the wires back and see if I can limit the current (and so heating of S1 and S6) by changing the frequency.
Hope to have the SB diodes soon so I can make a complete new powerboard if cooling is necessary.