On Thu, 9 Aug 2018 13:16:25 -0700 (PDT), trader_4
wrote:



And you keep being ignorant of the fact that what you describe will
end up being 3 phase delta. In fact when I showed you a typical 3p
delta done with 2 windings (transformer or generator, makes no
difference) you tried to tell me it was 2 phase.
You just do not know what you are talking about so it is hard to take
your questions seriously.


According to you no one here knows what they are talking about except you.
The IEEE Fellow, prof, power engineer, he's confused too. He's using trig functions in his analysis, even though there isn't a trig function there.
You can't deal with a very simple generator with two windings. According
to you, it's impossible to have two phases from a generator without
4 wires. Which of course is BS. How then do we get 3 phases with just
3 wires? Explain that? Hello?

I get three phase with three wires very easily. If it is a delta you
have phase A, B and C That is three. Look at any high voltage
transmission line to see it out in the open for all to see.
That is 3p, ungrounded, delta. (not to be confused with the medium
voltage 3P wye used some places for local distribution)

If you have any phase shift between winding 1 and 2, the third phase
will just show up on a poof.
I showed you a picture that you keep calling 2 phase when it is
clearly labeled 3P delta.
Should I find you more?
Just measure the voltage between the 2 unterminated ends. In fact that
is what this shows (V-BC)
https://www.electricalpereview.com/wp-content/uploads/2018/02/Open-Delta-Connection-Diagram-2.png
You might also look for "open delta" since delta V will bring you a
lot of articles about "velocity".
The only thing I see strange in the articles I read is they talk like
it is unusual. We have open delta services all over around here., It
is a cheap way for FPL to give a small user 3 phase (2 transformers)
I don't have to drive far to see one.