Bedini SSG With First Induction Coil and Big Coil Waveform

Hello, ladies and gentlemen. What's up? It's Papa Bill, and welcome to the channel. All right, let me turn on the the multimeter over here. And I'll explain the induction sequence real quick. All right, sweet. So, that just that little tiny nudge right there gave it 10 volts. That's awesome. All right, so our first induction coil is underneath uh the drive coil. And it's is hooked in series to this nice-sized 32-gauge coil. It's 1.5 lb uh of 32. All right, and so it's going to get What I'm saying is the wave that's going to come off the big coil and the wave that's going to come off the the bottom coil over here are going to combine. But, there you can see the most definitely that they're like on top of one another. And what's what, you know? All right, so let me turn on All right, so this is the SSG circuit with the primary and charge batteries. >> Huh. Hmm, I'm going to see if we can figure out what the problem is. There we go. You can hear the difference. So, this is the Bedini SSG. And this is what we're currently getting off of the induction sequence from the running that motor with these two induction coils. Are they the best induction coils? I don't really know. I I just put a bunch of wire in the same coil of a like a higher gauge. And you get it you get more voltage. All right. Now, see [snorts] we're getting 35 36 volts. I'm going to turn on the oscilloscope now. See, look at that wicked wave. Like the the sloping is the big coil. And all that fuzzy business in between like on the on the top and the sloping down. That's the that's the induction from the coil underneath. Now, I'm going to turn on the second drive. Which is the 20 gauge strand. This is a the 18 gauge strand. >> [clears throat] >> Now, this is in my from my understanding constantly getting faster. Cuz of the way it's set up. All right, but here we go. You hear it kicking right there. We're only at 2.8 volts. 3.5 .02 milli- milliamps. >> That is amazing. Super duper fast. And it still kicked in because that just it helped the Bedini circuit out. And now it's engaged at a faster faster pace. So cool. Let's just run the power supply for a second. We're going to look at that oscilloscope as well. With just the power supply. We'll go up to 8 volts cuz we're already pulling 600 milliamps, 650. Look at that. Wow. And this is freaking going insanely fast right now. But I'll cut everything. And this is with the This is it with it, you know, off. I'd say that's still in between uh looks like 200 volts and something. >> That's that's unfortunate. It looks like it might have been like a like a tornado oriented thing. Here, let's try this. There it goes, kind of. Wow. Okay, that's the blip from wherever it's coming from. I think it's coming from the little coil on the bottom. Cool, we're focused right on it. And then that's sloping is the big coil. It feels like more voltage, but it's uh you know, the more subtle. And it's uh inclined. That is so neat. See, look at it now. Wow, dude. That is cool. About 4 4.5 volts. And the cactus is still doing well for not having direct sunlight. You know, I give it like uh small like Dixie cup of water every day. So, that and the ambient ambient light. But, see this growth wouldn't even occurred cuz I had it in the other room, same kind of situation. And the growth wasn't happening. Uh but I I put two piezos in there as as speakers and ran uh 4 kHz through it. And then it started to grow. >> [clears throat] >> And I even put iron filings on there, iron powder. And it it's growing through in very small amount. I mean, like two pinches. Not even like full pinches. But, uh I was just seeing like through like the frequency if there's any alchemic uh properties it could be attuned to the cactus from the rust. So, I don't know uh even what I'm saying really. But, I've always like had an image of like growth of some kind of plant um over iron large iron deposit. And over many many like generations of trees they incorporated uh not really iron into the tree, but the property of iron. Like it's magnetic material. I don't know. Anyway, it it uh the the new growth here is phenomenal. And I don't think it would have ever taken place without the experimentation. My opinion. Uh I could be totally wrong. It could be that uh the roots were dirty and they got washed off. So the water and then the intake was was better. You know, it could be something just that simple, but I gave you the timeline, basically. 10 days of high frequency or four four kilo kilohertz. Uh 12 hours a day. Uh no direct sunlight. And like a half of Dixie cup of water every day. And even at that small amount I got a little bit of water on the table. Huh, so I had to put a towel under there. Anyway, thank you very much, ladies and gentlemen. I don't know exactly what we're going to call this. Uh See, one of these strands is Bedini. The gold strand is Bedini. Like through and through SSG. Charge battery, primary battery. All the stuff, except the potentiometer. I don't have one of those. So, maybe not everything you would want, but I have one dedicated trigger strand. >> [cough] [clears throat] >> And the 20 V 20 Excuse me, 20 gauge is hooked up to power supply. So, yeah. >> [clears throat] >> That's awesome. I can be running Bedini and the power supply at the same time through the same coil, really. And not have them interfere with one another. If anything, they help each other out tremendously. Especially if you start it with the Bedini first, and you let it build up a bit, then you turn on the power supply, and then you you then it will speed up like a lot. Then you can cut the power supply, and you're going to not drop all the way back down to where you were before, cuz the Bedini is is always creeping up. If you do it right, you know, it's supposed to increase in speed pretty constantly. And I don't know like what uh cuz you can tell you can see it's not a bike wheel with 21 magnets on it. It's got three magnets on it. And if I measure between on a arc each magnet, it's going to fall within parameters. Or very, very close. I'm thinking in between each one there is going to be 3 and 1/2 to 4 in. Maybe more. Maybe more. Can't really tell right now. Like from here to here including the arc. So, you know, you got to bust out your trig skills. Anyway, roughly you know, 3 3.75 in of space of space between each magnet. Which I I say that's good enough. You know, if not too too far away. >> [laughter] [clears throat] >> Awesome. So, yeah, the 120 definitely working well. Uh I'm loving the coil that I'm working with. Uh I'm I'm liking the the Bedini SSG. Uh I'm liking the induction series that I got running with the SSG. So, like the coil underneath there and that big coil right there. If I go like this we've got a Look at that. About 12 12 V to start. To start, you know, and when you spin it, naturally it's going to slow down from the moment. I don't know what moment's called, but it stops, you know, being having velocity. That might be it. See, it stops having velocity and increasing, and then it steadily slows down. Because it's wrapped around the pole. You know, like if it wasn't, it would the first thing it hit, it'd probably stop. So, I think that's awesome. And you see like this right here, this parad- it's paradoxical cuz it's at 10 V. It's been like that for a little while. There's no maglev on this thing. All right. Thank you very much. Peace out. Bye now.