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Vern, you know what - I think this thread has become way too big and it's getting off topic. And no-one's really interested in that circuit. That's why I introduced it. I'd quite like to start another to deal with the concepts in the model.
Hi Socphiecentaur. By not being periodic I mean that the one waveform is not the same as the next. You need to average your results. Purists don't like to do this. So - to make it periodic - use a transformer in series. Less efficient but a steady repeatable waveform.cant resist asking. Are you going to test this?
Sophiecentaur. The circuit is described in the paper, the pdf file that you access at the top of my blog. I thought you'd read this. The experiment is DETAILED in full.Oh God. I don't want to do this. Just please, at least, read that paper. I think you'll see I've got a fair grasp of classical measurement requirements.
You press the 'here' button. It opens up the paper.
Open the blog. You'll see the following - in yellow- 'Counter electromotive force enables...'Directly under that 'in white' it says "PLEASE DOWNLOAD THE PDF FILE FROM 'HERE' The here button is in lilac. Put your cursor on that button and left click.Glad to have amused you especially if it gets you out of attack mode.
Quote from: witsend on 08/06/2009 15:35:44Open the blog. You'll see the following - in yellow- 'Counter electromotive force enables...'Directly under that 'in white' it says "PLEASE DOWNLOAD THE PDF FILE FROM 'HERE' The here button is in lilac. Put your cursor on that button and left click.Glad to have amused you especially if it gets you out of attack mode. jerrygg38: I modified the witsend quote and inserted a link the Blog.
Jerrygg38 - I'm emailing you a copy of that paper. Watch out for it.