REW OU bei Simulation

[gyulasun]

Here is the above German text in English: 

Hello Toni, 

May I suggest connecting the resistor Rv directly in series with the FG? And connect
the lower end of L1 to ground? 

I think the current that flows over Rv, as you show, is different from the current that is taken from
the FG because the current in L1 must be a combination of currents of capacitance 1478 pF and coupled L2. 

First, try repositioning RV in the circuit simulator. I have given two possible locations for Rv, see the 
attached schematic. Any of the 2 positions in the simulator would be fine. 

I know that in practice none of the suggested positions is preferable
due to the common ground of the oscilloscope inputs. 

However, in a working circuit, two input channels of the oscilloscope could be used to make a 
differential voltage measurement across Rv when in position 1 to check the input current.   
And after measuring this current, the oscilloscope can be used normally to check the other voltages 
related to the earth. The input current should not change. 

Best regards 
Gyula

[ainachara]

Bingo, Gyula,
wenn man den RV in den FG-Pfad legt, verschwindet in der Simulation die Overunity. In der Realität wird's aber noch etwas besser, da mehr Strom durch L1 fließen kann.
Den realen Aufbau kennt Stefan. Ich möchte zunächst mit einem Stromwandler den Strom im FG-Pfad validieren, bevor ich diesen zeigen möchte.

[gyulasun]

Okay.