This scope shot shows an AC sine wave that is like mine. What I mean is that the wave is slightly more pointed at the top and so on and so forth. I am an inexperienced individual who doesn't know the meaning of most waves.
What surprises me is that the people here who are doing this work have questioned the shape of my wave form as if it might have come from a generator of some kind. I am shocked that people who have run a scope for say 40 years don't recognize this wave form.
It would be nice from my perspective as an underclassmen if someone with serious scope experience could clarify the true meaning as to why Thanes waveform is a slightly different shape than classical AC sine shapes.
The reason I ask is because when I run my Bi-toroid off of my variac I get this same varied wave shape on the input.
Some have mentioned that because the wave shape looks odd to them this makes it impossible to measure the input of output results.
Thank you for resolving my question.
I am only just now starting to understand these technology and feel that knowing what the wave forms mean hold some significance.
Notice the more pointed voltage sine wave? This will require the attention of a veteran in the field who has seen scope shots over a period of decades as scopes have evolved from analog to digital, is my guess.
I don't know.
Thane Heins BI-TOROID TRANSFORMER
http://www.overunity.com/7833/thane-.../48058/image//
What surprises me is that the people here who are doing this work have questioned the shape of my wave form as if it might have come from a generator of some kind. I am shocked that people who have run a scope for say 40 years don't recognize this wave form.
It would be nice from my perspective as an underclassmen if someone with serious scope experience could clarify the true meaning as to why Thanes waveform is a slightly different shape than classical AC sine shapes.
The reason I ask is because when I run my Bi-toroid off of my variac I get this same varied wave shape on the input.
Some have mentioned that because the wave shape looks odd to them this makes it impossible to measure the input of output results.
Thank you for resolving my question.
I am only just now starting to understand these technology and feel that knowing what the wave forms mean hold some significance.
Notice the more pointed voltage sine wave? This will require the attention of a veteran in the field who has seen scope shots over a period of decades as scopes have evolved from analog to digital, is my guess.
I don't know.
Thane Heins BI-TOROID TRANSFORMER
http://www.overunity.com/7833/thane-.../48058/image//
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