STEORN DEMO LIVE & STREAM in Dublin, December 15th, 10 AM

[Pirate88179]

Omnibus:

You have my respect and admiration for the work you have been doing here.  Keep it up.

Bill

[Omnibus]

Ein = int(P, dt), meaning that the value of E is the sum of P(delta t).

The circuit disspates energy to R. That's why Ein always increases with time. But this increase is not necessarily linear because Vin will not stay the same forever.

How come? Where does the theory say that Ein will not stay the same forever? The observations are done at Ein = const. That's the condition of the problem and as such cannot be changed whimsically.

[Omnibus]

Omnibus:

You have my respect and admiration for the work you have been doing here.  Keep it up.

Bill

Thanks, @Pirate88179, I appreciate the good words and encouragement. All the best.

[blueplanet]

If I recall correctly, your Vr is smaller than Vin. This part is inconsistent with your observation.

The time domain increase of the Eout due to dissipation being greater than the time domain increase of the Ein is by no means expected. As seen, however, Eout increase in the time domain is greater than Eout increase in the time domain not only experimentally but, most importantly, also theoretically.

Vr >Vin, whatever you've denoted by this, is irrelevant.

[Omnibus]

If I recall correctly, your Vr is smaller than Vin. This part is inconsistent with your observation.

Where do I use Vr in my theoretical calculations?