 Ond oeddwn ni'n cyfnwys i'r ffordd. Mae hyn o'r ffordd yn ystod y gallu ei wneud. Yr ystod ychydig lle yn ystod yma. Ond mae'r ffordd yn ystod. Mae yna'r ffordd yn ystod yma. Mae'r ffordd yn ystod. Mae'n gydig pa'r gydig. Yna'r bwysig. 500 gol. Yn ddod i'r bwysig, yna'r bwysig. Yna'r bwysig. Yna'r bwysig yn ystod. Wattages I suppose by knowing what the voltage is and what the amplitude is, we'll be able to return what the wattage is on OK, it's available Here in the lump holder there We've just got to give it some juice Turn on the LCD Set to zero Now with no load, you get, I think it's 34 volts while it's set at zero But then, as soon as you put a load on it, it's down to zero volts Which I suppose is normal So if I start going up, not three volts there Here's the turn bolt You can't see anything at the end of the bolt If I turn this off, it won't be done, will it? It's set to 40 volts The bulb is just starting to light up We've got 60 volts 160 volts 100 volts 240 volts Let's go down to 20 So it's only about 230, isn't it, lady? For the mains, so for that bulb, you've got I'm going to write it down So we've got a 231 volts and 0.1 That's for the bulb 1 Should we take that up? Take it up to 250 re-drive on much more See how high we can go 273 volts I'm going to hold it there Don't want to burn out the bulb Or just Let me look at that I've got a switch on this wire as well So I can actually just switch off this It's just nice to have that And isolation, of course it is A few seconds for this to Call if it got warm They're the A3 screw fitting bulb that I have So a connector block That's brilliant, that connector block I absolutely love that Straight to 60 volts I think that doesn't do a lot If you'd like to look, what's it like at 120? We've got 200 We're about That's using quite a bit more current Let's go to 230 with this As you can imagine I did that first time So We've got the 2 We've got the new volts 0.4107 Okay, so that's like it A bit of a 250 volts Right Let's just whip it up 273 That's pretty bright Oh, look at that down I can't hear I know there's going to be a little bit of a hum with this You can hear it like It's kind of a bit of a hum But you can't really hear anything excessive There's no Just nothing really excessive That's probably going to be a little warm Yeah, that's quite warm And then we've got this bulb This one's quite pretty It's another one like this It's like an Edison-style bulb And this one is as well An Edison-style bulb They're not really practical I bought them I bought them because I was going to use them in my solid-state coil To make them have pretty patterns But it didn't work out like that These don't actually do that These regular tungsten bulbs do It's getting a lot warmer as well Actually, this is a higher wattage This one in I'm going to block that now I like that there's enough position which is good One volt Really Two volts Three volts Four volts You can feel it just go over a winding That felt like I went over a winding I didn't go up in a voltage snail It's only going up to 80 volts Let me show you this They're pretty If I turn it up there to 120 You get to see Turn it back down again That's 120 200 volts We'll get 230 again Take a measurement A little time and touch We've got 230 Now I suppose it will be slightly different When the bulb's warmer as well What with it? I suppose it will be slightly different So 0.2663 So there's a difference in variation So in the first, second and third The first one was only drawing 1.1665 amps The second one was drawing 4.07 amps The third one, this one Drawing 0.2663 Or 2667 now We'll bring it down to 0.2663 Let's see what looks like at 0.240 A little bit over 0.258 We're still a bit wary about touching the outside of this Maybe I should get another meter and just check But I would have thought that Doing it with the mega meter type thing That it would have shown up to be a problem But I'm sure it's not I just don't trust it There we go I don't want to kill off the bulb This is quite a pretty bulb I'm not really practical I mean it's okay The local pub that I go to They've got a whole lot of these Around the bar And it does look quite nice It's probably quite expensive to run it like that But still So there we go Let me just kill the power So that's all I've got really That I can do any type of real test with I can stick a socket on the end of this And plug it back into here I mean that's basically what I'm going to do now I've got a socket And I'm going to make a connection Break one of these Break one of these open Make a connection So I've actually got something I can just Hook on to there I don't have all of the Connector, proper connectors And stuff so I'll probably just use some Some twin in a cave or something And use the blue and brown And literally just hook them over nice Into a nice shape so I can just don't hook it Take it off and hook it back on Put it back on and screw it down tight It's easy for here isn't it This isn't a commercial place for anything like that It's down to me to look out for my own safety And if I make a boo boo then You know, that's my own fault But I'm happy that this works Doesn't seem to You know, it's nothing like Spanninesses or anything like that Homes or dodginess I'm going to do something about The input part saying there Maybe do it with white again I don't have any tippets or anything So I'll have to actually buy some But it works It works The output voltage was 273 So that's pretty good 265 there but It's got the off position and zero Yeah And it cost me 55 quid in the end So that's not bad