 Okay, so it's got the two turn on, the power on, straight up with a full power in, 56 volts. You're going to see the power coming out here, don't you? And we're going to do the power coming in. I'm just going to get in the mess of everything, so let's just forget about for a second. These have to trust me, it's 56. What are we doing? Oh yeah, so I'll put the two turn on, so we're going to power this on. Turn it on. Adjust the voltage going up. It hasn't actually got anything. So that's 47 watts at 23 volts. So that's 113 watts. That's at 33 volts. 40 volts, 172 watts. 205 watts. That's like four and a half amps it says there. Let me just... That's quite exciting. Just turn it off for a second and just feel that. That doesn't feel warm or anything. I need to have a look over at the back at the amps. I'm sorry if you can't see it very well, I can hardly see it. Hopefully this camera might be able to pick up what that's doing. Just check that. It's not warm as in hot, but I'm just going to give it a minute while I go for a quick wee to cool down and come back and carry on. I just really hope that you can see. The back of this camera in the spring is very small. I can hardly see it. Probably do need to get my reading glasses changed because of all the way I'm doing this. I can't quite remember where we got to, so I'm just going to do that again. I'll put the meter on this side here so you can see what comes out of here as well. I'll put that back down again. I'll put that across the forework. So we've got 55.1 lot. We've got 56 coming out. That's pretty much the minimum I suppose that we had to put out. Let's put this back on. I just want to see what it's going to be like on full blast because I didn't get to the video recorded there. There's a lot better over there now because I actually put the probe back up there. I forgot I got the probe down and it was connected to it otherwise. It just looked a lot better over there now. So we've got 145. 250. Oh, it's fitting back out a bit. Let's turn it down. So that's 250. I wonder what that was actually. I wonder if that was a mixture between the maximum that this can do. I'd need to look over at the amps over there. I'll turn it back up again. But this is 160 VA. I wonder if that's per channel then. Interesting. So let's do it again anyway. I think we might be getting to the full max of my 200 volts. 220 volts is supposed to be able to do 60 watts. But we're not using 180 volts into this. Let's flip that back across. It's not the same. It's good. There we go. Now this time I'm looking at the meter back here. The amps one for me. 26 volts there. On the meter at the back of it, it's on one of the half amps now. Now it's on 200. Okay. That's the amps over there. Do I see? So a lot of this is about... I'm not signing over over there. It's quite nice. A lot of this is about... I'm governed now by, it looks like, possibly the... the variator. Just on the way it was suggesting that the power was being drawn over there. So two amps. So we're saying this is a three amp, or two and a half amp variator. So that bit where it started flushing the bolt, I think it was because it was probably right at the limit of that. So it's warm enough to get it again. Just to have a better check at that. I'll turn it on a few times. Probably help if I turn it on one more time again. Breakout. We'll get a breakout at 20 volts. So I'm looking over there. I don't know if you can see that. I'm trying to see it in the angle I can see it there. So that's on my two amps. That's probably about two and a half amps. Right on the 226 watts now. 4.6 watts. You realise it was that easy to build up with any power supply. Like you've got a lot of power. Yeah. These are the things that I should have just built this. I'm quite impressed with that. Only then I'm not that impressed. It's not I've not gone to the moon and back. I mean I'm impressed at what I've done here. It actually works. And I've managed to be able to get, you know, it's all like 200 and so watts. And this is still okay. It basically goes to the extent of what I can do. If I turn the voltage up a bit more. I just don't, I probably could put them, you know, right at the edge. I'm probably on 58 volts going in or something. So I've got 60 volts practically coming out into this. I've got this right on the edge. But over there, I'm probably going to squeeze a little tiny bit out and it won't be enough to see much difference in this. You know, I'm going to let it cool down and then I'm going to just play around with this a little bit off it and see what that's like. And come back to it. I don't know how much of a last video it got. Because this camera went funny on me again. I don't know, so I'm just going to turn this up anyway. I normally turn it on like that, but I feel it's not as nice as I didn't press the app. That's 120 volts. 20 volts. And it's higher than I thought it would be. Just a little bit. It's all gone. Everything's gone. But it looks like it just all reset itself. I've had this happen before where it's reset itself off the power, because that's off the power in the capacitors. Because at the minute this is all off, but as you see it rapidly going down now. And this will stay on to about 6.5 volts, I've noticed. Yeah, so that was pretty good. The whole thing cut out. But it all came back again. That's always good. So let's turn it back on again. Put the full power back into it. As I'm pulling it away as well. See which one there. I do see a problem actually. I do see a problem. And that problem is, when I turn the voltage on, on that side it's okay. Maybe we've got a bit of a tough connection or something. Because I've got 27 volts. But when I just flipped it back on for both sides, you can see the amp meter. Variable transformer, if I switch that off. Okay, it's just 31 volts that side. And then it just made me just have a bit of time to realise. Okay, so we're back to 55 volts. It should be on 56 really. I'm quite sure what was going on there. I just switched that off temperature. I think it's a little bit warm, but it's not. You wouldn't drink your tea like that. It's not warm enough, to be honest, like it was too cold. Okay, let's keep an arm out of that bit. I'm under just 200 volts. And now it says, I've got 10 volts there that you can signal up. That's just the only capacitors. So I can switch this on to the one side. Gives me 27.2 going in. Switch that across. Switch that to that side. I've basically got this. Switch with the 227. So that's going down. Just going down. I think I've got a loose connection. Okay, so I've just tightened that back up again. I'm not sure if it was loose or not. It wouldn't be affecting anything. Anything that's not right there on those two meters. I'll switch it straight over to the 56 this time. 55.7. And that's where it should have been. I think it's because the wire just come out off a little bit. It looked like it shouldn't maybe have been connected, but I don't think it was. Nothing dodgy going on there. With the amps, there's no amps being drawn. I'm just under 200 volts. I've got 185 somewhere up. Let's make sure this all works. Yeah, oscillations. I know that's good. Just do that one. There you go. 30 volts. Oh, it's trapped out again. Okay, let's just switch that off. I noticed over there as well it looked like I was on full amps. Well, maybe not full, but like 1.5 amps or something. I wonder why that's cutting out. I'm going to take it off. So I added an extra one. That's good because that's still dropping power. I've got one side. I think I've lost one side of the transformer. Possibly. Because I don't seem to have on the other side the same amount of power. So let me switch it back on again with that one. It says we're back on 56.2. To be honest, it could just be the circuit starting to play up. The oscillation. Well, it's just come on. It's going to be a break out. I'm going to watch the amps over on that meter in the background over there. I don't think you're going to be able to see it. I'm just watching it now as I turn this up. I've dropped down to 49 volts. 75 watts. Half an amp on the transformer. On the 118 watts. 45 volts. Down to 44 volts. Going into the boost. Still 57 coming out. 250 watts. 50 volts. 3 amps. About 600 milliamps. About 200 volts going in. Okay, so it didn't do that time. So I think it might have just been someone to do the circuit spin a bit. A bit weird. Alright, well, I reckon I'm going to kind of clue for now that this is still good. At one stage it was going above. Went to about 250 watts, I think. Something like that. Just an attention of 50 watts and it's still good. And the screen doesn't seem to be doing what it was doing yesterday. So that's good too. I'm liking this little DPS 50-15. Still be nice to... I can actually. I can get more power. I can get more ampage. Because I can double up two of these, can't I? But no, I forget I just said that. Because doubling up two of those, I still want to use the variac and it's that. That's going to its limit anyway. So we've already had it there. Alright, okay, conclusion so far. So good with this. I do quite like it. The display stays good. It's been fun. Alright, catch you on the next one. Bye.