Estimating by time domain simulation the LoopGain transfer function 

It must be a joy being in the 20's and enjoying your classes at the university! The next best is being 53 and watching them on YT :)

You're the greatest! I feel ussr's school style in your teaching & this is awesome,love your videos from Italy.

Thank again sir, I wish I could have been in your classes at the University, it would have been an honor!

Professor, thank you for another great video. Could you please provide guidance on any available reference materials regarding the estimation of transfer functions using ARX? Alternatively, would it be possible for you to share the MATLAB code used in the video?

Thank you for sharing.

Prof thanks for another great video. The frequency responses you show in slides 14 and 15 have a limited DC gain Usually the loop gain has a pole at w=0 to make null the error at steady state. These loop gains have a few dBs in DC so the steady state error must be high?

Thanks sir🎉

Hi Prof. This method work well for voltage feedback. How about if you had a current feedback amplifier. I am Greatful for an answer or maybe some video about current feedback loopgain measurements

👍🙏❤️

Professor, i have 8 MOSFETs in parallel, how important is to turn them on simultaneously? How do i know whether i need to tune them individually?