Bedini Output Onto Coil Test

Hey, what's up everybody? It's Papa Bale and welcome to the channel. So, I I briefly touched on this like maybe in a short uh about how I get it to go really fast on the caps. Now, let's go to the max voltage that's going through these things. You got 11 volts 10 farad in the back. Those two blue ones right there. And you got 16 or so uh so it's 2.7 uh times six. Awesome. And that's 500 farad right there. So, this one's pretty big. That one is decent size in the back. It's only two in the back. Well, it's kind of swapping back and forth as to which one it's drawing from cuz they're all hooked up to the same place and that's the coil. All right. Now, I'm about to let it rip and So, you see this this connection right here with the clip to this blue That's the Bedini output. Okay, and that's currently hooked up to the positive of the cap bank, which is then being drawn from from the core by the coil. See, so I think part of this is like having it be connected there would be shortish [snorts] like shorting it out. Um I think that maybe if I hooked up one of these batteries to it as an as an input having the output from this being input to one of the batteries. Oh man, I think it would be great. But here, watch this. See how we're leveling out and we're getting slower as it goes on, right? You hear that, right? It's like on two completely different levels. I've now the Bedini output is not hooked up to anything and it's going like super duper more fast. It's going way faster than it was a second ago. This will be up to 1,000 easy. Easy, way above 1,000. Like 1,300. And that's on you know, like seven 7.3 volts. Yeah, look at that. >> See, I wonder what would happen if I clipped it back on there. Like right now. Like would it spark up? Would it It wouldn't shock me cuz I'm holding the clip, you know? It might might dazzle dazzle me. So, it's stalling it. It's stall It's stalling it. And it's still spending. But it now there's not enough That's pretty cool, man. It's going to drop down to that like snail's pace that it was at before. So, it just re- re- you know, corrects >> [snorts] >> um what I broke. So, let's go through the connections that are on the coil. Um we got power supply goes into the coil. We've got the small cap bank goes into the coil. We've got the large cap bank goes into the coil. And it draws from them respectively. So, as soon as this goes above the highest cap bank, >> See, and the amps go way up cuz you're filling up the Look at how fast this goes up. I mean Oh. That was weird, man. It was up to like 8 amps. I hope nothing blew right there. That would be bad luck. I don't know caps blew because the voltage is still below the the highest the lowest still below the lowest. Um maybe the transistor, but I don't think so. It'd be It'd be doing something way different. So there, the cap is full now basically. So I'm going to cut out cut off the power here which was like, you know, right on par with uh the voltage. Cut it off. And I got a bounce back. You got like uh the the voltage of this and that just read on here. It's like I need either an average of both or the the highest one I or the lowest one actually. So the the big cap bank here is the low one. Here, let's see if we can get a quick quick reading. Yeah, 9.4. So, it's like right on par with what's going on here. And this one reads below it, but it's definitely picking up a reading from from the cap banks over here. Cuz it's all the way off, you know, and there's no amps being drawn. So, you know, I I don't know what to tell you other than how I've explained it. It's uh It's dead It's what I use when Like, see this This meter's dead. It's about to shut off in 3 seconds. This power supply uh plus 20, so like right around 9 volts right now in this cap bank. Simple simple to me, you know. Anyway, this is really sweet. And I charged it up. But, watch this. Oh, yeah. That That's That's That's the light bulb is lit. That's what I was looking for, to see if the light bulb was lit up, and it is. So, even though it's going super duper fast, I I don't think it's meant to be run this way. >> All right, I'm going to cut it off. How I cut it off is I remove the grounds of both cap banks. So, I remove their connection to the emitter. Uh and that's that'll send that'll send her down. Oh, man, it's so cool how I I I I feel like and I know that there's like bikes out there and you know scooters or whatever that use the same principle here with the only caps principle. And you know, it's not only caps. I use I use the power supply to charge them up. But I I only run the wheel except for that brief moment when they're charging. Um yeah. It's cool. And that's uh the come down, you know, that's the induction suggestion. Pretty pretty cool, man. It's all really really neat. And I'm just so happy that the you know It's And I'm [snorts] sure that's exactly how it works with the Bedini output. If you hook it up to itself, you're going to get that effect that slows everything down. But I was wondering if I hooked it up to the batteries, hook that output up to the batteries if it would function more like it's not hooked up, you know? Cuz it goes really fast when it's not hooked up. >> [laughter] >> But that's because that positive node right there is the only place that I ever wanted to connect it. I'm thinking, just because I'm I like the longer videos, we're going to put the Bedini output onto the coil. Let's do it. Let's do it real quick. I think it's going to do the same thing as if it were connected to the cap bank. I'm going to give it a couple seconds here. I'm going to give it like, you know, 30 seconds. About 8.2 volts in the cap banks. >> That's pretty good. I'm not complaining. I think that hooking it to the coil is exactly what needs to be done. If you're going to hook it up at all. To itself, that is. Cuz if you're running a standard Bedini, you need a charge battery and a primary battery. You don't need that, but that What I mean is the schematic calls for that. So I guess you do need it, right? See if it it's not continuing to increase in speed. So watch. All right, we're going to remove this clip. See, it's got like a power to it, like a rev. And I think that's because I don't know. I think it it backtracks. Or maybe it doesn't backtrack. Maybe it gets lost in that wire. When I say lost, I don't mean destroyed. I mean it's lost. You could have used it, but you didn't use it. So it's You have to use it when you build it again in the future. >> Your next build, you know, that that's where it is. And I'm lucky because I get to do all that next build stuff uh in real time. All right. Well, thank you very much, ladies and gentlemen. Peace out. Have a wonderful night. Hope everybody's good. I'm out.