Accurate Measurements on pulsed system's harder than you think.

[tinman]

I've made a video showing my results but it will probably be an hour or so before it's ready to view on YouTube.

I don't know if my "contamination" idea is correct or not. It is certainly an interesting effect that TinMan has discovered, and as my testing shows it doesn't depend on a Bedini motor or any pulse motor at all, just a pulsed circuit. 

Ah... where is MarkE when you need him. Sigh. He'd set us straight on this, I'm sure, but alas it is not to be.

Thank you TK for taking the time to carry out these test.

As i stated at the start of the thread--Yes,it is with pulsed system's,not just the bedini circuit.

I don't know if the inductor is even necessary either.

During this thread,and after doing some other tests,it will come to the stage where we will find this out--next couple of video i hope i will get to it,but my experimenting time is short during the working week. Feel free to carry on as you will ,and carry out tests as you see fit--oh,and post your results  . The ramifications of the pending outcome could be high--as far as accurate measurements of pulsed systems go.


Brad

[TinselKoala]

http://www.youtube.com/watch?v=Xh16cxceN9w

[tinman]

http://www.youtube.com/watch?v=Xh16cxceN9w

TK
Try an inductor with a core.
I think the results will be better and more evident.

Brad

[tinman]

Here is the pulse motor circuit from video 1 and 2,showing scope probe placement as well.

[tinman]

Here is video 3-with circuit attached.
I have switched over to pulsing the inductor with my FG,so as to get a cleaner wave form,and also have raised the frequency to 100Hz.

As my scope and FG share a common ground,i had to change the CVR and globe over to the negative side of the circuit.

Next video,we will remove the inductor,and see it we still get the same effect.

https://www.youtube.com/watch?v=bMHk3m6DsFE