 okay so I've allowed it to have a little bit more voltage and also yeah a bit more voltage 20 volts two amps it's allowed to take up to it's not even trying to do that at the minute it's on about 0.591 you can't see from behind though but oh you're just looking at the pretty patterns of the left hand side of the screen and of course the the bulb this one's broken this bulb or the filament to damage but it is nice to see the different waveforms as I stay still so it builds up to that I take that away there's the same sort of thing but it's a different pattern actually so if I hold it here yeah that's always one of the prettiest with these tungsten bulbs and it's not going particularly hard I've put I've put these like couple of pastas on down here and really how when you touch the metal core she got to remember these things when you touch bits imagine what you're going to get a bit of a burn which makes it quite impractical sometimes if I disconnect that real difference and what it does and what it doesn't and it doesn't really pull that much it's about 11 watts drops down to 10 and a half 12 between 11.9 and 12.1 watts this little this one down here still can't actually it doesn't affect anything yeah it's still pretty good but really we'd have to turn this up a bit more to see if we can push some more power out of it I have noticed if I put a capacitor on like an electrolytic it does use more more ampouleage I'll connect this up now I'm just going to connect it up you know before what's already on here which is a resistor in LED that LED glows look if I if anyone knew it I think I just killed it surprised my spark off that yeah I think I just killed the LED so you don't really get much as well as looks there's a great deal more with the capacitor on there I did notice a difference before my other quote and there and there is a difference because I've got a radio on over there it's just on the yeah so I wonder if I should turn it up to blow the chip up so far I can just push it let's see what we're doing here for temperature it's still cold so 20 volts let's go 24 volts that's a lot nicer more energy drawing 18 watts now it's turning to that radio there you go let's turn it off let's do a quick little check on the heat it's definitely giving a bit more a bit more pretty out there 24 let's go 27 volts we go okay that's definitely giving some more energy up drops way down so it's 19 watts 21 watts when that's away 24 23 24 what's that 27 volts 0.8 oh I think what it wants is some more turns on the coil I think I think I think I think now I wonder if I can actually do that I will have to have a little play around and go back to use that was with no capacitor as well so just quickly check a bit of capacitance on this and see if we get anything extra out of it I might work oh you didn't see the LED on here is really tough yeah pretty bad there we go anyway just a little play around just watching guys I've heard actually doing this sort of thing it's good it cleans the blood there's anybody else heard of a machine that uses this sort of thing to clean the blood whatever it still looks pretty cool on the old scope it reckons it's running at 721 kilohertz the amplitude on the scope is set to 10 volts per division and 100 microseconds just watching guys