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

[blueplanet]

The observations are done at Ein = const. That's the condition of the problem and as such cannot be changed whimsically.

You probably have removed the resistor when you did the measurment of Pin. That may be the reason why you ended up with constant Ein over time. Ein will never be constant because there is something in the circuit.

Constant Ein is not a sign of OU. It is a sign of incorrect measurement.

[Omnibus]

You probably have removed the resistor when you did the measurment. That may be the reason you end up with constant Ein. Ein will never be constant because there is something circuit.

Constant Ein is not a sign OU. It is a sign of incorrect measurement.

So, the problem with Vr is settled. You were wrong and you should admit it. Never bring Vr again.

[blueplanet]

The problem with Vr is NOT settled. Some of your graphs that you posted in the forum can be used to derive Vr and Vin.

So, the problem with Vr is settled. You were wrong and you should admit it. Never bring Vr again.

[Omnibus]

@Omnibus, can you post the file again, that shows these results, I interested in having a look at the details. If it is too big, please e-mail to me?

I haven't posted that file. Here's a similar file with more realistic R and C -- 1Ohm and 10pF -- yielding negative input energy-time slope:

[Omnibus]

The problem with Vr is NOT settled. Some of your graphs that you posted in the forum can be used to derive Vr and Vin.

Like I said, Vr cannot be found in any of my theoretical calculations or in the graphs based on these theoretical calculations. Admit you're wrong and move on.