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

[blueplanet]

I have already told you

Ein = int(P, dt).

This means the value of Ein is the sum of area underneath the P(t) curve.

(PS. One more question to you: What kind of degree did you get? )

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]

I have already told you

Ein = int(P, dt).

This means the value of Ein is the sum of area underneath the P(t) curve.

(PS. One more question to you: What kind of degree did you get? )

No you didn't tell me. You said:

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

Therefore, I'm asking you once again: Where do I use Vr in my theoretical calculations?

[blueplanet]

Even high school  kids understand that Pr =  Vr ^2/R.

Whether you have used Vr in your theoretical calculations is not relevant.

I'm asking you once again: Where do I use Vr in my theoretical calculations?

[Omnibus]

Even high kids understand that Pr =  Vr ^2/R.

Whether you have used Vr in your theoretical calculations is not relevant.

So, never in my theoretical calculations I ever used Vr, correct? Don't bring it in, then. And, leave high kids alone.

[teslaalset]

You can try, say, with 700kHz, 10Ohms and 30pF. The input energy-time slope isn't negative but is lower than the output energy-time slope -- 1.22 OU.

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