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You missed to use an AC source to excite the output.I've done it right now? Probably not
I can´t find 3uV nor can I see 130mA RMS. How do you come to those values? Do you have other informations than the scope pictures?Voltage swing is 3uV, current is 130mArms.
With these both values you are able to calculate the amplifier's output impedance: V_amplifier / measurement_current.
And DF = nominal_amplifier_load_impedance / amplifier_output_impedance.
I can´t find 3uV nor can I see 130mA RMS. How do you come to those values? Do you have other informations than the scope pictures?
Is it asking too much to do the calculations on your own?
If it's so, then why i don't have 130mArms? In the image I have a swing of +130mA and -130mA.
Please explain where your 1uVRMS comes from. I can´t find it.Then I have a swing at V(out) of 1uVrms (because the amplifier without input and without an output source voltage have 366uV of DC output).
Then the 1uVrms is not rms but 1uVpk. If you see the graphic you'll find that the voltage swing betweet 365uV and 367uV. This is the voltage I obtain at V(out).Please explain where your 1uVRMS comes from. I can´t find it.
* It is 1Vp (or 1Vpk like you write)Are you saying that is 1Vpk and not 1Vrms? That is 0.707Vrms?
Maybe you have a different picture.If you see the graphic you'll find that the voltage swing betweet 365uV and 367uV.
I´m curious: What is the simulation DF with an excitement frequency of 100Hz and 10,000 Hz?