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[Omnibus]

Great, and it is obivious. An EE that believes OU may be possible is truely needed here.

The formulas that are beings used are P = E I and P = I^2 R integrated over more than one-half cycle and with no phase adjustment. This is causing a bias to show OU when in a circuit dominated by capacitance at high frequency.

So basically OU from reactive power.

Now they are trying to figure out a way to get real power from the reactive power. Do you think it is possible?

Regards, Larry

You still don't get it, do you?

[LarryC]

@Broli,

More child like tantrums and name calling. As I told you before, no one will believe you when you act like this. You need to show proof.

At least Omega was man enough to admit that what you are doing is not taught in school or text, why can't you.

If you're talking about my comments on the hyperphysic examples, we can always ask Teslaalset to verify. But, I'm sure you know what his answer will be.

Regards, Larry

[broli]

@broli,

Overunity dot com is a open forum where members can post in any thread they like.
In Reply #3599 you are calling another member names. I will remind you of the TOS
that say:

5.1 defame, abuse, harass, stalk, threaten or otherwise violate the rights of other
users or any third parties;

Name calling, like saying that a member is an "idiot", is very close to defame. I will
recommend to you to behave more polite when responding to other members.

Regards,
Moderator.

Perhaps you should investigate the case more deeply. LarryC is acting like drone posting the same crap over and over pretending to "listen" just so he can go in repeat mode the next page. You don't need to lecture me on the cause of the forum if anything LarryC is disrupting that cause.

[Groundloop]

@Omnibus,

Did you get time to test your circuit with square waves?

Groundloop.

[Omnibus]

@Omnibus,

Did you get time to test your circuit with square waves?

Groundloop.

Yes, I did. I posted that couple of pages earlier. I get OU with square waves too but the signals are messy which would be difficult to simulate with a converter. Seems that we should go on with the sine waves which are smooth and well-defined. In addition, it turned out that this finding is within otherwise well understood theory of RC circuits but has been overlooked. Do you think it would be difficult to design a converter yielding sine waves of pre-desired characteristics that could be fed by a cap?