If you watch I would like to know your thoughts.
I don't know about the whole dark energy thing Bob talks about, but I can say he revealed a golden nugget.
Your setup draws current when you pulse the windings in the toroid doesn't it? Bet it does. This will never work.
I can pulse a small toroid and not draw any current. The secret is not obvious and after all this time I finally figured out why. You have to allow the core to regauge itself and I only know one way to do that at the moment. You need a real switch, not a diode protected MOSFET or IGBT. This is the same problem evostars is running into with his pulser. My Universal Switch doesn't behave the same as a typical transistor does. When it opens, it opens. There is no diode shunt to protect the transistor from the back EMF. This allows the core to reguage so the next pulse doesn't require any current either.
With that big toroid core you have, I don't know if you can get it to run up to the 42kHz or not while allowing time for the core to regauge, but if you can, then the secret is in the switch.
I don't know about the whole dark energy thing Bob talks about, but I can say he revealed a golden nugget.
Your setup draws current when you pulse the windings in the toroid doesn't it? Bet it does. This will never work.
I can pulse a small toroid and not draw any current. The secret is not obvious and after all this time I finally figured out why. You have to allow the core to regauge itself and I only know one way to do that at the moment. You need a real switch, not a diode protected MOSFET or IGBT. This is the same problem evostars is running into with his pulser. My Universal Switch doesn't behave the same as a typical transistor does. When it opens, it opens. There is no diode shunt to protect the transistor from the back EMF. This allows the core to reguage so the next pulse doesn't require any current either.
With that big toroid core you have, I don't know if you can get it to run up to the 42kHz or not while allowing time for the core to regauge, but if you can, then the secret is in the switch.
I used the Gboard he speaks of for years and can verify that 0 to 10% ontime was it. Anything above 10% and you are blowing things. I went full processor control but have struggled to build the right drive circuit. I know Matt is on to something with his universal switch.
Bob states in order to get these longitudinal waves, you cannot push current into the coil.
You got it right. The secondary (he calls it is) wound on the core first. Then, 3 primaries, each spaced 120 degrees on top.
I have said many times in the past that when the specs in the D9 document are followed exactly that the torroid /Gboard setup preforms exactly as Bob says. Can`t speak about the rev. c as I never had one. The gboard was very easy to tune and did an excellent job of coupling the pulses to the power supply of the cell. The PGen2 I`m using now takes it up a couple of notches with phase shift and phase lock loop function and works excellent with the torroid. However any REAL results have eluded me.
The only thing I can really contribute is my TSG circuit.
what is TSG circuit?
I won`t bore anyone with details but 8 years I been testing this complete Boyce setup with 4 cyl.genset coupled up to it. I`ved worked exclusively with these 3 freqs. with a variety of hardware and software and drive circuits. I have blown or burned everything to the ground several times. I have seen my share of spikes and more importantly voltage rises on the meters I can`t explain and have many blown to prove it. I find myself in an odd position being the skeptic on this one. Just never seen any increase in gas production or potency or usable power yet.
I don't think its boring heatlocke, do you mind to share any scope shots of your tuned circuit( just the gboard)?
....one particular thing for me would be Bobs method of keeping the gas separated from recombining .
He seems to have adopted some of "Smacks" ideas ,
Always happy to see interest in Boyce and talk about. At this point the Gboard might be history. Last time I used it I blew a fet anyway. I can promise you the only difference is turning screws as opposed to using your mouse and a whole lot more features. And besides I`m already hooked up and I use the same fets. There is already a lot posted on an old thread on this site. Also I made a bunch of short clips for Matt when we used the "SuperPulseGen" (or Arduino ?) and he may still have them on his site. Are you familiar with the Boyce circuit ? If not I have a simple walkthrough vid. I would have to dig a little for it. We will talk specifics and I will take some new vid.
My thoughts too as I`m sure it a major problem for me since I have an overflow talk, valves an a fair amount of tubing. I`ve tried to solve it in several ways from red LEDs to some "Joe cell" tech that resulted in a minor explosion. Still haven`t built everything back from that one yet.
If I know Bob he might take offence to that comment