 Hey there YouTube, yeah, I've been playing around with this little AC, DC to AC circuit Now I've left I'm gonna move you around That's the first one I did, I've just done this one This one actually gives a bit more power. This is like, I don't know, at 10 watts it doesn't give And I made a transformer Now this is a just a regular transformer primary and the secondary. There's also a feedback And It gives us the ability to convert to a wall and turn on the strip lamps Now there's a little bit of noise Not a great deal Just turn that off for a second We keep doing temperature checks, but really this this doesn't really get that warm I should probably just leave it on for a while. I don't know if you can see that over there But that's the power it's drawing. We're at about 6 and a half, 6 and a third watts 100 amp And it's polymer 12 volts down to 6 and a half If I start going up, now the only reason you get a lovely sound from the 12 watts, there you go, 20 22, 23 watts That lovely little tune Now, of course it drives these LED ones very easily and It also drives this one which is a remote one changes color to five watts when the whites on And it drives that okay as well. That's pretty good But the good thing here is it's a 22 watt tube and it certainly takes it up to 22 watts It's cold She experts Put it back on again and just throw it up Okay, so I'm three amps there now at 26 watts Which really you wouldn't want to be doing that Things really is one enough. There's gonna be a little bit of fluctuation on this because I'm I suppose because the frequency and this board The components aren't soldered together And that I actually made this transform and oh surprise it was you fair But he does so I'm gonna put the other the bulbs on Show you what you can do on those It's a little bit of a wine, but this is the LED It's when you put on Kits on the white one before I know it's done right that is They would play a little bit There's anyone third and like about this is it seems to be just drawing constantly It's one of those you switch the whole circuit on and off, you know with the lights you can't leave the circuit on and then The attaching lights because it actually draws draws the power But at least it gets this one on on this one. I couldn't get it to hold that white on really I'll give up extra It reckons it's drawing six and a half watts, which is supposed to be too much for that circuit It's supposed to be three watt circuit, but it doesn't really work out to be that and of course it it drives a little LED But quite easily This thing make this go really bright, but this is only a three watts AC 27 is it See I thought it was quite good that it actually Would actually drive the tube 22 watt tube. I got this to go over as well, but It didn't really like it It wouldn't go up that bright. I have got some Actually got this other circuit to do that too, but how long it would last I don't I don't really know That's more But this can go a little bit more if it's just sat on doing nothing. It's The five watt was just through me. I'll draw up a little schematic and Yeah Converting DC to AC of course because I've got my batteries on my solar panel I want to be able to use as much as they can probably all the lighting in here apart from this That makes the lights a much terrible now, but All the lighting in here is from the from the battery lights up there The light behind There's a light behind the monitor There's a light there There's a light down there behind that monitor They all come off the Solar panel off the batteries You should charge by the cell phone Anyway, cheers watching guys. I'll put the No schematic in somewhere at the start when I finish another successful build. I leave it on too long. There's no heating Yeah, it's a little bit warm. No, you know, I've done for a few seconds and not so warm Just still No lights up No noise from this toroid If you go like above like we go to 20 volts But the same around 12 volts. Let's say a 12.6 12.7 12.8 is where you normally want to be having your battery, isn't it?