 Okay, right, so this is just a little update. Now, I did do like over two hours of this and I was editing it through and I just thought, oh, you know, I'm just gonna reset it back up again. I'm gonna show you in just a few minutes. So what I've done was the bit where we were having the sucking up the current, it was the pop. I thought I'd got it turned all the way to least resistance, but I got on the, sorry, I thought I got it at maximum resistance, but it was on least resistance. So giving that a little bit of a tweak, it's quite difficult to tune this pop because it's a single turn or partial turn pop and really you need a multi-turn pop. So getting that sorted out, we sorted out the current thing. So now if I just show you quickly, it's already at around like two and 40 volts. The current goes up, look, it's just under 40 milliamps and just the 40 milliamps there for some reason. Oh yeah, it is, it's the needle there, it's right on 50 volts. And so that's not a problem, let me just disconnect that for a second. So that's not a problem. We don't have excessive heating, there's no heating on the resistors anymore. So that's good, that's good. So that's that part sorted, just needs a bit better fine-tuned. Honestly, five minutes ago before I went to make another coffee, that was set around about 60 milliamps. So there is a little bit of a variation there, even just coming back, doing this later. It needs to be a multi-turn pop as per the instructions on the website for this circuit. The problem that we've got now, or the problem that I have now is if I put this to this meter, which is the output, I've got this connected here. So this is on the output, which would go to my speaker. So if I put down again, same voltage, same area. Look at that, look. That's not good. That's not good. Try connecting the speaker to that. It looks like you're just trying to turn it into a heating element because you use loads of current, but only from the right channel. Okay, I'm not gonna connect to the speaker, or dummy load or anything like this anytime you just have to take my word for it. It happens from the right channel here, is where the problem is. Or not where the problem is, but that's the one that starts gubbling up the current. I'm not quite sure why that is. I know, I've got absolutely no idea. So it is okay. So you know, I'm sort of like, I'm asking if there's any information, if anybody knows why that might be, because there certainly shouldn't be that type of, one volt I think it said for the output. I should be looking for. So not quite sure, but it's nice to know that the question, the problem that I had as well was with the circuit. No, hold on. Yeah, so with the circuit, you see this bit here, you see this bit, I was getting confused when it came to that, the pot, is because connecting here, the base to the white bit, yeah, I fully understand that, but then having this other connection from the base to the, you know, between this one K and the two K part, I didn't make any sense. I did try it and it wasn't really happy, but when I first tried it, I did have the power cables the wrong way round for ease mistake. But then when I corrected that and then tried it again, it still wasn't happy at all having that bridge, because I actually made the connection on the circuit for that. And it wasn't very happy for that tool. So taking that off, that seemed like it works as it should do. So this bit here, why are you, why if it's not there, just to confuse, I really don't know why. It could be so easy to take that out. But who knows, who knows why they do that. So yeah, so that's what I've got with it. So the high output going there, which is nearly half the rail voltage, that shouldn't be there. Let me just check actually what I actually have on the rail at that voltage. I know that was one of the things it was said to check. So let me just check that. Okay, let's just check this quick then. So we're up to 50 volts of input. I'm just gonna go to the middle connection on that output. You've got 24.7 nut side. On that would be on the negative side. And then 23.7, the other side. We've still only got 45, 45 milliamp, we have some current. Yeah, so the high output. The high voltage on the output is not good at all. It should be around about one volt or slightly under. Any ideas would be great. I've got no idea how that is. All I can do is just keep going over the circuit, but yeah, don't know. So I'm gonna have to be scratching my head and hopefully somebody give me a bit of feedback. And I might be to push a bit further forward with this. Okay, we'll see you in the next one.